21 CFR 123 and 1240
Part I, Preamble, pp. 65095-65152 | Part II, Preamble, pp. 65152-65197 | Part III, Regulation, pp. 65197-65202
L. Imports 1. Background The majority of seafood consumed in the United States is imported. FDA's surveillance system for imports largely consists of reviewing the customs entries for fish and fishery products being offered for entry into the United States, engaging in wharf examinations and sample collections for laboratory analysis, and placing products with a history of problems on automatic detention. As with domestic inspections, this method is basically a ``snapshot'' approach that places a significant burden on the government to uncover problems. It has failed to result in full compliance or consumer confidence in the safety of imported seafood. Consequently, the agency tentatively concluded that HACCP controls should apply to imported fish and fishery products as well as to domestic products. Among other things, FDA proposed that the definition of ``processor'' explicitly include those who process seafood in foreign countries. In addition, FDA tentatively concluded that the importer should share some responsibility with the foreign processor for safety. More often than not, it is an U.S. importer, rather than the foreign processor, who actually offers imported fish and fishery products for entry into the United States. The preamble noted that, while many importers are conscientious about the safety of the products that they import, others have little understanding of the potential hazards associated with their products. Thus, the agency tentatively concluded that the existing system of import controls had not promoted a sense of responsibility in the import industry. Therefore, in addition to proposing to require that foreign processors that export to the United States comply with part 123, FDA proposed that importers of fish and fishery products take steps to ensure that their shipments are obtained from such processors. Specifically, FDA proposed that importers: (1) Have and implement a HACCP plan that describes how the product will be processed while under their control; (2) maintain a copy of the foreign processor's HACCP plan; and (3) take affirmative steps to ensure that the imported fish or fishery product was produced in conformance with the foreign processor's HACCP plan and with the proposed sanitation requirements. The agency also proposed that importers need not take affirmative steps if the fish or fishery product was imported from a country with which FDA has a MOU documenting the equivalency of the foreign inspection system with the U.S. system. 2. Should Imports Be Subject to These Regulations? 115. Approximately 70 comments addressed various aspects of the proposed requirements for imports. Approximately half of the comments that addressed the import provisions argued that it is necessary to subject imported products to the same regulatory requirements as domestically processed products. These comments were submitted by processors, trade associations, State and foreign government agencies, professional associations, and individuals. Many of these comments argued that exempting foreign processors from the requirements of these regulations would put the domestic industry at an unfair economic disadvantage. Other comments stated that the import requirements would increase consumer confidence in seafood because they would ensure that imported fishery products have been produced under the same HACCP requirements and held to the same sanitation standards as domestically produced product. A few comments suggested that imported products are more likely to present safety hazards than domestically-produced products because of a lack of understanding of CGMP's on the part of foreign processors. One comment asserted that a number of countries, including Canada, the EU, Iceland, and Thailand are in varying stages of establishing HACCP programs for their own domestic seafood processors. Most of the remaining comments (approximately one-half) did not comment on whether HACCP controls should be required for imported fish and fishery products but discussed aspects of the agency's proposed approach. These comments will be addressed later in this section. FDA did not receive any comments that persuaded it that imports should be exempt from the requirements of these regulations. On the contrary, the comments reflect a nearly universal recognition that the safety of seafood cannot be adequately ensured if the majority of products (that is, imports) are not subject to the same controls as domestic products. Therefore, the agency has not modified the regulations' basic approach for imports. 116. Only two comments objected to the concept that imported fish or fishery products should meet the same requirements as those for domestic products. One of these comments argued that FDA should be tolerant of a foreign processor that may not have the knowledge or time to develop a HACCP plan before its product is ready for export and urged the agency to develop a temporary waiver system to accommodate such firms. FDA is convinced that a 2-year implementation period, as discussed in the ``Effective Date and Compliance'' section of this preamble, will provide sufficient time for processors, both within and outside the United States, to develop and implement HACCP plans and otherwise come into compliance with the provisions of these regulations. The comment provided no basis for treating foreign processors any differently than domestic processors in this regard. 117. Another comment suggested that raw material fish and fishery products imported for further processing in the United States should be exempt from the requirements of the regulations but provided no reason to support that position. The exemption requested by the comment would make it difficult, if not impossible, to control environmental hazards that may be associated with these products. This preamble and the preamble to the proposed regulations fully discuss the conclusions of the NAS, which identified raw material hazards, such as microbiological contamination in molluscan shellfish and natural toxins in both shellfish and finfish, as among the most pressing problems that must be addressed to ensure seafood safety. For the most part, these hazards are best addressed at the time of harvest and by primary processors, through HACCP, at the time of receipt. In many cases, there is little opportunity for control beyond the latter point. Raw material fish and fishery products for further processing comprise a substantial portion of fish Page 65153 and fishery products imported into the United States (Ref. 212, p. 49). Thus, to exempt foreign processing of such products from the requirements of these regulations would be to greatly diminish the scope and, therefore, the overall effectiveness of these regulations. 118. One comment that supported the need for equitable treatment of imported and domestically produced products urged the agency to provide the same opportunities for processors abroad to familiarize themselves with the requirements of these regulations as it does the domestic industry. The comment argued that just printing the regulations in the Federal Register would not fulfill that responsibility. The comment further suggested that FDA send copies of guidance materials to all known foreign seafood processors, preferably in their native language. FDA acknowledges the difficulty in reaching foreign processors with information about the requirements of these regulations. However, mass mailings to, and multiple translations of, these regulations and the Guide for all foreign seafood processors that export to the United States would not be practicable for FDA. The agency intends to reach foreign processors primarily by briefing foreign embassy staffs and by communicating with U.S. importers during public and trade association meetings. Based on experience in disseminating information about U.S. requirements to the import community, the agency expects that these two groups will provide the necessary information and guidance materials (in the appropriate languages) to the foreign processors that they represent. This same approach was used in disseminating information about the proposed regulations. In fact, FDA became aware of a Japanese translation of the proposal shortly after it issued. In addition, FDA traditionally has provided training and technical assistance for foreign processors and government officials on a variety of food control topics, within the constraints of budget and manpower. These projects have principally been conducted in developing countries, often those in which the agency has become aware of a particular problem that threatens the safety of products offered for entry into the United States. FDA anticipates that these kinds of projects will continue, and that they will focus more closely on HACCP. FDA also expects that HACCP training, performed in accordance with the standardized training materials under development by the Alliance (see the ``Training'' section of this preamble), will provide further opportunity for foreign processors to be exposed to the requirements of these regulations. 3. Should Importers Be Subject to These Regulations? 119. Approximately half of those who commented on the import provisions addressed whether the importer should be required to take steps to ensure that its shipment originates from a foreign processor that operates under HACCP. Approximately half of these comments favored the concept and half opposed it, with both groups being diverse in their representation. Of those who opposed it, many argued that these requirements should be the responsibility of the government, and that FDA should not require that importers enforce them. A number of these comments further argued that equivalent foreign government inspection systems cannot be presumed to be in place, and that the only way to achieve a ``level playing field'' is for FDA to perform inspections of foreign processors at the same frequency, and using the same standards, that the agency applies to domestic processors. One comment suggested that it may be necessary to obtain legislative authority to perform foreign inspections, as a condition of importation. Another comment suggested that FDA auditing of foreign processor compliance would give importers assurance that the products that they obtain from such sources had been produced in accordance with appropriate U.S. standards. One comment, while not opposed to mandatory importer responsibilities, nonetheless argued that FDA should spend as much time and effort inspecting foreign processors as it does on domestic processors because over 50 percent of the seafood consumed in the United States is imported. The comment continued that, ``to do any less would be an unfair burden to domestic processors and would not accomplish the stated goal to significantly improve the safety of seafood consumed in the U.S.'' One comment argued that there is no real cost savings in assigning importers the responsibility of verifying foreign processor compliance rather than assigning that responsibility to FDA, because importers will merely pass along the additional costs to the consumer. Another comment noted that many small importers obtain products from over 25 countries, and that they cannot afford to provide the surveillance necessary to ensure compliance. Another comment argued that many importers function simply as brokers, connecting a buyer with a seller, and that they lack the expertise, manpower, and facilities to evaluate the adequacy of a processor's HACCP controls. One comment stated, ``Many of the people involved in importing never see the product and know nothing about fish--these are people in a small room with a battery of phones!'' Another comment argued against placing reliance for assuring the safety of imported seafood on persons who have a financial interest in the product but lack the required knowledge about seafood safety. One comment argued that requiring importers to exercise control over their suppliers has no parallel in the proposed domestic HACCP scheme. The comment stated that domestic processors must control the hazards that are introduced during their processing operations but need not be involved in verifying the control of those hazards associated with their supplier's operations. Some comments argued that the responsibility for controlling hazards that are reasonably likely to occur should be assigned to the foreign processor, while others argued that it should be assigned to the U.S. processor to whom the importer sells the product. One comment asserted that importers are not in a position to exercise control over the processing of products in foreign plants any more than they are in a position to exercise control over how the products are handled by their customers. Most of those comments that supported the concept of importer responsibility provided no reason. However, one comment stated that requirements on importers would ensure that someone in the United States would be legally responsible for the safety and wholesomeness of each imported product. FDA recognizes that requiring importers to take steps to ensure that foreign processors from whom they purchase seafood products are in compliance with these regulations could necessitate significant changes in the operations of importers who have limited their activities to matching buyers with sellers based on product specifications that may have had little to do with safety. However, for two reasons, FDA cannot agree that responsibility with regard to safety is inappropriate for importers. First, it has always been the importer's responsibility to offer for entry into this country products that are not adulterated under U.S. law. It is a prohibited act, under section 301(a) of the act, to introduce into interstate commerce an adulterated food. Thus, an importer would be committing a prohibited act if it failed to ensure that Page 65154 the food that it is offering for import into the United States is not adulterated under section 402 of the act, including section 402(a)(4), one of the principal provisions on which these regulations are based. Currently, however, the importer is not required to operate in a proactive manner to ensure that it is meeting this responsibility. Rather, the importer need only offer products for entry into commerce and thereby place the burden on the government to find a problem. Many importers traditionally have purchased ``FDA rejection insurance'' to hedge against that possibility. The government can shift the burden to the importer by placing the importer's products on automatic detention if it finds problems that warrant such a step, but in most instances the burden remains on the government. Second, responsible importers understand the issues related to the safety of the seafood products that they import and customarily require that foreign suppliers conform to their product specifications and applicable U.S. regulations relating to safety. These importers take various measures to ensure that a foreign processor can comply with their specifications and safety requirements before they agree to purchase products from the foreign processor. Thus, it is feasible for importers to take steps to ensure that they are not offering adulterated products for entry into U.S. commerce. Requiring such measures will not be a significant added burden for many importers, particularly as HACCP principles become more widely used and understood in international commerce. Foreign processors that want to participate in the export market, not only to the United States but to the EU, Canada, and an increasing number of other countries, will implement HACCP and sanitation control programs and will be prepared to address an importer's needs for verification. FDA does not agree that there is no parallel in the domestic scheme to the importer's responsibility to ensure that the goods it is offering were produced under HACCP. Domestic processors, like importers must work with their suppliers (e.g., fishermen) to ensure that all reasonably likely hazards (e.g. natural toxins and agricultural and industrial chemical contaminants) are controlled. FDA is confident that importers, like processors, will realize that ensuring that foreign processors institute preventive control systems is a cost effective means of ensuring that the products that they offer for entry into the United States will consistently meet FDA's entry requirements and will be safe for consumption. FDA also disagrees with those comments that suggested that a requirement that importers take steps to ensure that the products they offer for entry have been produced under a HACCP plan is an abrogation of FDA's responsibilities. As stated previously, the industry has a responsibility to ensure that the food that it introduces into interstate commerce is not adulterated. FDA has a responsibility to verify that industry is meeting its obligation and to take remedial action if industry fails to do so. Importers, who are usually the owners of the products that they are offering into commerce, are a part of that industry. FDA cannot accept that importers have no responsibility to ensure that their products are not adulterated. The agency recognizes that probably the most effective way for a regulatory agency to evaluate a processor's compliance with the HACCP and sanitation requirements is through onsite inspection of facilities, practices, and records. FDA has performed a limited number of inspections of foreign processors and, within its budgetary limitations, will continue to do so to enforce these regulations. However, such inspections are costly, and any attempt to significantly increase their number would require additional resources. FDA will continue its traditional import surveillance role, utilizing entry document review, wharf examinations, sample collections, and automatic detentions as screening tools. These tools indirectly evaluate the adequacy of HACCP and sanitation controls and will continue to be useful in detecting significant problems. While end-product testing and evaluation are not adequate substitutes for preventive controls in ensuring the safety of a product, they can provide verification where appropriate (Ref. 34, pp. 201-202). FDA has concluded that requiring HACCP controls, together with import surveillance and periodic inspections of importers to ensure their compliance with the requirements of Sec. 123.12, will better ensure the safety of imports than the current system. In a related matter, Sec. 123.3(g) makes clear that, under ordinary circumstances, freight forwarders, custom house brokers, carriers, or steamship representatives will not be required to fulfill the obligations of an importer. It is possible, although FDA has no way to know with any certainty, that some of those that objected to being required to fulfill those obligations would, as a result of these clarifications, find that they would not be expected to do so. 4. Memoranda of Understanding (MOU's) 120. Many of the comments that objected to the importer responsibility provisions of the proposal on the grounds that the government is the appropriate entity to ensure foreign processor compliance, stated that the most effective means of ensuring such compliance would be for FDA to enter into MOU's with the governments of exporting nations. Approximately one-third of those that commented in any way on the importer provisions urged FDA make the negotiation of MOU's a high priority. Only one comment objected to the development of MOU's. Several comments argued that FDA should develop MOU's with all countries from which seafood is imported. One of these comments pointed out that to do otherwise would unfairly cause the obligations of importers to vary considerably. A few comments argued that the existence of an MOU should be a prerequisite for the importation of seafood products from a country. One of these comments stated that mandatory MOU's would reduce the complexity of the present import surveillance situation, reduce the number of countries exporting seafood to the United States, and encourage the development of improved food safety programs in exporting countries. Another comment asserted that MOU development is appropriate because government-to-government relationships and audits can be free of influence from packers and importers, whereas foreign suppliers may be prone to provide false assurances about their programs to prospective importers. One comment urged FDA to fully describe the process and criteria for developing and evaluating MOU's and expressed concern about the process because of the varying level of sophistication of foreign seafood control programs. One comment stated that the foreign government should be responsible for evaluating the foreign processor's HACCP plan, inspecting the foreign processor, periodically analyzing products produced by the foreign processor, and issuing health certificates. A few comments stated that FDA should monitor the effectiveness of the foreign government's control program in a manner that is authorized in the MOU. These comments stated that, under the MOU's, the foreign government should provide FDA with periodic lists of processors that meet the requirements of these regulations, or, alternately, that all seafood processors Page 65155 in the country would be required to meet the requirements. One comment urged FDA to publish periodic reports on the status of MOU's on seafood products and to make them available to all importers. This comment and others argued that it should be FDA's responsibility to notify importers about changes in the status of MOU's, rather than be the responsibility of the importer to find out about any changes. One of these comments noted that, because a change in the status of an MOU could be very detrimental to importers, there must be sufficient lead time to allow importers to develop alternate verification procedures when changes do occur. Another comment urged FDA to coordinate with U.S. importers and exporters in developing a schedule for MOU development. The same comment urged FDA to assign more resources to the development of MOU's. On the other hand, one comment stated that the MOU development process is overly open-ended and could result in inconsistencies between domestic and foreign requirements. The comment argued that this inconsistency could result in an economic disadvantage for domestic processors. FDA agrees with those comments that urged that the agency give high priority to the establishment of MOU's with U.S. seafood trading partners. In the absence of significant numbers of agency inspections of foreign processing facilities, FDA acknowledges that an MOU can be the most efficient and effective mechanism for ensuring that foreign processing plants are operating in compliance with the requirements of these regulations. FDA also agrees that the potential for signing an MOU with FDA is likely to serve as an incentive for the improvement of regulatory food control programs and processing conditions in seafood exporting countries, especially where the existence of an MOU serves to excuse the importer of products from that country from certain verification activities. FDA has concluded that the development of MOU's or similar agreements with foreign regulatory agencies is an appropriate method for ensuring that foreign processors that export to the United States are in compliance with the requirements of these regulations. Moreover, as suggested by several comments, the agency has determined that, where an MOU exists, there is no need for the importer to perform any independent verification procedures for purposes of these regulations. In this situation, the importer should be able to rely upon the foreign regulatory authority to ensure compliance by foreign processors. FDA is therefore retaining the provision on MOU's from the proposal but modifying it to provide that, where an importer elects to obtain a fish or fishery product from a country with which FDA has an active MOU or other similar agreement, the importer need not engage in any independent verification activities. The agency has developed an internal protocol for developing MOU's and is negotiating agreements with several countries. FDA is committed to negotiating as many MOU's as possible. Also in the Federal Register of June 15, 1995 (60 FR 31485), FDA published the notice of availability of a new Compliance Policy Guide on MOU's. However, it is not reasonable to expect that an agreement could be reached with all countries from which seafood is imported into the United States. The barriers to achieving such a result include the inadequacy of foreign regulatory programs and the lack of interest on the part of some foreign governments in entering into an agreement. The availability of FDA resources also can affect at least how long it takes FDA to enter into a particular MOU. For these reasons, the existence of an MOU or similar agreement as a requirement of entry of fish or fishery products into the United States would result in an enormous negative economic impact to a major segment of the U.S. seafood industry. Moreover, such a restriction is not warranted from a public health perspective given the alternative means of verifying the existence of HACCP controls that are provided in these regulations. Experience obtained in part in the international portion of the FDA/NMFS seafood HACCP pilot project has demonstrated that foreign seafood regulatory programs vary considerably, both in their capabilities and in their structures. Likewise, foreign seafood processing conditions are highly variable. Thus, FDA cannot simply follow a boiler plate format in negotiating MOU's. Rather, they must be tailored to the specifics of the situation presented by a particular country. It is possible that some agreements can provide simply for the submission of lists of approved processors to FDA at regular intervals; others may require much more extensive FDA involvement before and after goods flow under the agreement. Some agreements may cover all of a country's seafood processors, while others may be targeted to specific species or product forms, depending on factors such as the capability of the foreign regulatory authority. In any case, all agreements can be expected to provide for FDA verification of the effectiveness of the foreign programs, including onsite visits. FDA is principally interested in two- way agreements, that is, agreements that acknowledge the acceptability of the U.S. regulatory system to the foreign government as well as the acceptability of the foreign regulatory system to the U.S. government. The agency will make every reasonable effort to communicate with the industry about changes in the status of MOU's through Federal Register notifications and other means. FDA is open to suggestions about the best ways to communicate in this regard. Nevertheless, it will ultimately be the importer's responsibility to keep appraised of any changes in the status of MOU's. The agency is also receptive to the views of the seafood industry and others about how countries should be prioritized for the purpose of negotiating MOU's. Any information that the agency receives on this topic will be coupled with existing information concerning the likelihood of negotiation success and the types and quantity of products typically offered for entry from the country in question. 5. Importer Verification Procedures 121. The remaining comments discussed specific aspects of the proposed importer requirements. Some of these comments argued that the responsibilities that were proposed for importers are onerous, unworkable, and inefficient but offered nothing in support of these assertions. A number of comments objected to the proposed requirement that all importers have and implement a HACCP plan. Several of these comments contended that an importer's plan can only address the hazards that occur during the time that products are under the importer's control (i.e., from the time the importer takes possession of the product until it is shipped to its customer), and that requiring that the plan cover this point is inconsistent with the principles of HACCP. One comment agreed that an importer should be required to develop a plan if it also processes the product, as in the case of an importer who stores the product. The comment asserted that, in such a case, however, the importer's HACCP plan would be minimal. The comment further asserted that the foreign processor should be the party responsible for developing a HACCP plan that addresses the hazards Page 65156 introduced during processing in the foreign plant. The comment recommended that, as an alternative to having a HACCP plan, an importer should be able to develop SOP's that outline the steps that it will take to determine whether to purchase the product from a foreign supplier. A number of comments supported the proposed requirement for importer HACCP plans but provided no reasons for their support. The agency agrees that it would be inappropriate to require that importers have and implement a HACCP plan regardless of whether they process the products they import. As stated elsewhere in this preamble, HACCP is a system that provides immediate feedback, through the monitoring of CCP's, as to whether a process is under control. Unless an importer is also a processor, there are no CCP's in the classic sense for the importer to monitor, and from which to obtain real-time feedback. Consequently, only where importers also process in accordance with the definition of that term at Sec. 123.3(k) will they be required to have and implement a HACCP plan that meets the requirements of Sec. 123.6. Those food safety hazards that can be controlled by the foreign processor must be addressed in the foreign processor's HACCP plan in accordance with Sec. 123.6. Consequently, FDA has revised the regulations to limit the responsibilities of importers. Instead of having to maintain their own HACCP plan, under Sec. 123.12(a), in the absence of an MOU or similar agreement, importers only need to maintain and implement written verification procedures for ensuring that the fish and fishery products that they offer for import into the United States have been processed in accordance with the requirements of these regulations. The only exception to this rule would be if the importer itself engages in processing, such as holding food, in which case the importer would, as stated above, also be a processor and subject to Sec. 123.6. 122. In determining the nature of the verification procedures that an importer must have and implement, FDA considered the comments that addressed the appropriate functions and existing procedures of importers. Several comments noted that importers routinely purchase products according to specifications and observed that these specifications could be the basis for reasonable control measures for importers. The NACMCF recommended that importers be required to maintain product specifications that are relevant to product safety for fish and fishery products that they import. The NACMCF listed water activity, pH, histamine content, and, perhaps, pathogen limits as examples of specifications that importers might set in an effort to ensure product safety. The agency agrees with the comments that product specifications can be useful tools with which importers can exercise some control over the products that they purchase and offer for entry into the United States. In fact, FDA stated in the preamble to the proposed regulations that the purpose of an importer's plan was, in part, to include criteria for how the importer will decide to purchase seafood. FDA is also encouraged by the fact that the comments generally agreed that having product specifications would not constitute a new burden for many importers. For these reasons, the agency in Sec. 123.12(a)(2)(i), is requiring that the importer's written verification procedures include product specifications that are designed to ensure that the product is not adulterated under section 402 of the Federal Food, Drug, and Cosmetic Act because it may be injurious to health or have been processed under insanitary conditions. These are the adulteration sections that relate to the safety of fish. In many cases, importers will find existing Federal food safety standards, including tolerances and guidelines, to be useful specifications. In other cases, specifications may need to be tailored to the circumstances. For example, the importer might need to ensure that the temperature of a modified atmosphere packaged product, when it comes off a ship, is 38 deg.F (in such foods there is a risk of C. botulinum type E growth and toxin development which can occur at temperatures as low as 38 deg.F), although the CGMP's at Sec. 110.80(b)(3)(i) state only that refrigerated foods should be stored at 45 deg.F or below. The importer is encouraged to seek the advice of qualified experts, as needed, in setting specifications. The same resources available to help domestic processors in setting CL's are available to importers, including the Guide; Sea Grant Institution and other academics; Federal, State, and local food safety regulatory agencies; consultants; the Alliance and other training courses; and published literature. 6. Affirmative Steps: General As a second part of the importer's verification procedure, FDA is essentially retaining from the proposal, in Sec. 123.12(a)(2)(ii), the requirement that the importer take affirmative steps to ensure that the products being offered for entry are actually being produced under controls that meet the requirements of these regulations. In order for product specifications to be meaningful, importers must take steps to establish that their suppliers are in fact operating in a manner that can reasonably be expected to produce a product that meets those specifications. Effective verification involves scrutinizing the standard, much like evaluating whether the HACCP plan continues to be appropriate, and scrutinizing performance to determine whether the standard is consistently reached, much like reviewing monitoring records (Ref. 34, p. 201). FDA is adopting this approach in Sec. 123.12(a)(2)(ii). Among the affirmative steps that FDA proposed that a processor take were: (1) Obtaining the foreign processor's HACCP-monitoring records; (2) obtaining a certificate from a foreign government inspection authority certifying that the firm is operating under a valid HACCP plan or certification on a lot-by-lot basis; (3) regularly inspecting a supplier's facilities; (4) periodic end-product testing by the importer or a private laboratory hired by the importer; or (5) other such verification measures as appropriate. FDA listed these affirmative steps as examples of the types of measures that would be acceptable to the agency. FDA does not wish to predetermine all the possible ways that an importer could perform affirmative steps. 123. A number of comments objected to each of the affirmative steps that FDA listed in the proposed regulations, and a few expressed support for each. However, few of the comments provided any reasons for their positions. One comment suggested that the best means by which an importer can ensure that the conditions at a foreign processing facility are at least equivalent to those required of domestic processors is for the importer to verify the adequacy and implementation of the foreign processor's HACCP plan during a visit to the facility. Another comment stated that, ``without both audits and HACCP records, foreign plants (possibly domestic facilities too) will not adhere to the letter of the FDA regulation and assure safe product in the market.'' Conversely, a number of comments argued that it would be unworkable for importers to conduct inspections of foreign processors. One of these comments stated that to justify the expense of such an undertaking would necessitate that a highly trained, competent individual perform the function. As stated earlier, FDA remains convinced that importers must exercise Page 65157 sufficient control over the fish and fishery products that they offer for entry into their country to ensure that the products are produced pursuant to the requirements of these regulations. The agency recognizes that any one of the affirmative steps may not be appropriate or feasible for a particular importer or foreign processor. The regulations allow importers to select an affirmative step that is workable for their circumstances and to develop appropriate affirmative steps other than those listed in the regulations (see Sec. 123.12(a)(2)(ii)(F)). However, such measures must provide at least an equivalent level of assurance of foreign processor compliance as that provided by the listed affirmative steps. Additionally, FDA has modified the importer requirements to allow for the performance of any of the affirmative steps by a competent third party (Sec. 123.12(b)). This provision provides even greater flexibility to importers in meeting the requirements of these regulations. Thus, FDA is not persuaded that the affirmative steps are not feasible or appropriate and has included them in these final regulations. 124. A comment argued that government certificates should not be acceptable unless they are issued by countries with which FDA has signed an MOU or similar agreement. The comment asserted that, especially in developing countries, there may be different interpretations of the regulations, and differences in competency, credibility, infrastructure, intent, and uniformity that might bring the utility of such certificates into question. FDA acknowledges that it is likely to have a higher level of confidence in certificates received from a government entity with which it has signed an agreement than with one with which no agreement exists. However, as discussed above, it is unlikely that the agency will be able to negotiate an MOU with every country that exports seafood to the United States. Thus, there may be countries that have excellent certification programs with which FDA, for a variety of reasons, simply does not have an opportunity to enter into an agreement. Moreover, if the agency learns, either through its own routine surveillance activities, consumer complaints, or other means, that there is evidence that a country is routinely issuing certificates inappropriately, the agency will try to inform firms that import fish or fishery products from that country that it will expect them to use other means of verification if they want to avoid the appearance that those products are adulterated under section 402(a)(4) of the act (see Sec. 123.12(d)). 125. One comment urged that certification be permitted on a continuing basis rather than requiring lot-by-lot certification. FDA agrees that continuing certification is appropriate and notes that the language and intent of the proposed regulations would have allowed for it. Nonetheless, in an effort to further clarify this situation, the agency provided in Sec. 123.12(a)(2)(ii)(B) that: ``Obtaining either a continuing or lot-by-lot certificate * * *'' will be one way to satisfy the requirement that an importer take affirmative steps to ensure that the product is produced in accordance with the requirements of this part. 7. Foreign Processor HACCP Plans 126. Approximately 15 comments addressed whether importers should be required to have on file copies of the HACCP plans of each of their foreign processors. Approximately half of these comments supported such a requirement, although for the most part they provided no reasons for their support. The other half objected to the requirement. One of these comments argued that possession of a foreign processor's HACCP plan would be cumbersome for the importer and would provide no assurance that product shipped by that processor was processed in accordance with the plan. One comment cautioned that it would be unrealistic to expect that importers could make any but a rudimentary judgment as to the adequacy of foreign processors' HACCP plans. Such judgments, these comments asserted, should be reserved for the regulator when the plans are assessed during inspections of importers' records. One comment cited the possibility of breaches in confidentiality because commercially sensitive material would be supplied to importers. A related comment suggested that, to solve the confidentiality problem, the foreign processors' HACCP plans should be filed directly with FDA rather than with importers. Although the agency continues to believe that a foreign processor's HACCP plan provides a useful basis for verification, FDA is persuaded by the comments that there are logistical and other issues that could render the retention of HACCP plans by importers unmanageable in some cases. FDA has also concluded that, in most cases, affirmative steps such as those listed in Sec. 123.12(a)(2)(ii) (e.g., onsite inspection by the importer and certification by a foreign government agency) will be adequate to enable an importer to verify that the products being imported are safe in accordance with the requirements of these regulations. As described previously, the NACMCF recommendations describe two primary goals of verification: (1) Ensure that the plan is adequate to address the hazards that are likely to affect the product; and (2) ensure that the plan is being consistently implemented. The affirmative steps listed in Sec. 123.12(a)(2)(ii) are designed to address both of these functions. For example, obtaining HACCP and sanitation monitoring records from the foreign processor (Sec. 123.12(a)(2)(ii)(A)) enables the importer to confirm that the foreign processor has addressed the relevant hazards and sanitation concerns (i.e., those for which there are monitoring records), and that it is monitoring to ensure that these concerns are under control during the production of lots that are shipped to the importer. Similarly, obtaining governmental or third party certification of foreign processor compliance with the requirements of these regulations (Sec. 123.12(a)(2)(ii)(B)) or inspecting the foreign processor directly (Sec. 123.12(a)(2)(ii)(C)) enables the importer to confirm that the foreign processor has an adequate HACCP plan and SSOP, and that the relevant sanitation and safety concerns are being controlled for those lots that are shipped to the importer. The affirmative step options provided for by Sec. 123.12(a)(2)(ii)(D) and (a)(2)(ii)(E) are discussed later in this section. Consequently, FDA has not included a requirement that importers of fish and fishery products have on file the HACCP plans of each of their foreign suppliers in these final regulations. Nonetheless, FDA points out that maintaining copies of these plans could be one of several measures that an importer could incorporate into its affirmative steps. Therefore, these final regulations in Sec. 123.12(a)(2)(ii)(D) incorporate the concept as one of the affirmative steps that an importer may choose to use for verification purposes. 127. One comment noted that the plans of foreign processors would normally be prepared in the native language of the country of origin and asked whether FDA would require that these documents be translated into English. On the other hand, another comment recommended that HACCP plans be maintained in both the language of the native country and in English. FDA agrees with the comment that argued that a copy of a processor's HACCP plan would not, by itself, Page 65158 provide adequate assurance that a given shipment of imported product was processed in compliance with that HACCP plan or that the sanitation requirements of Sec. 123.11 were met. One additional thing is needed to provide such assurance: a written guarantee from the foreign processor that the products shipped to the importer are processed in accordance with these regulations. The guarantee is necessary to demonstrate that the HACCP and sanitation control systems are being implemented for products shipped to the importer. An importer should be able to make a reasonable judgement about the validity of the guarantee through a rudimentary review of the plan, as described below. Therefore, FDA is including these requirements in Sec. 123.12(a)(2)(ii)(D). FDA is also providing in Sec. 123.12(a)(2)(ii)(D) that the foreign processors' HACCP plans that are maintained by importers be written in English, so that they will be meaningful to the importer and will allow for regulatory review. 128. As stated above, one comment cautioned the agency about the ability of many importers to evaluate the adequacy of HACCP plans that they might retain. FDA acknowledges that many importers may not have the technical expertise to evaluate the adequacy of seafood HACCP plans. However, the agency is convinced that, as a result of the importers' assessment of the food safety hazards that are reasonably likely to be presented by the product, the importer should have developed some general expectations about the content of the HACCP plan (e.g., which hazards should be addressed). The importer should be able to spot any obvious shortcomings and to discuss them with the foreign processor. It is not enough that importers simply file away the documents upon receipt. Importers may find it advantageous to make a judgment about the likelihood that their product specifications will be met and to insist that they be given a guarantee that contains assurances that the specifications will be met. 129. Regarding the comment that complained about the potential loss of confidentiality of foreign processor HACCP plans that are provided to importers, since the agency has eliminated the requirement that all importers retain copies of foreign processor plans, the significance of this issue has been minimized. In the case where a foreign processor does not wish to share its plan with the importer, the processor and the importer would need to agree upon another means of providing for importer verification. 130. Regarding the comment that suggested that all foreign processors file their plans with FDA, the resource demands on the agency that would come with such an undertaking would be prohibitive. FDA cannot accept this suggestion. 8. Other Affirmative Steps As a related matter, FDA has determined that, in the absence of a requirement that importers maintain a copy of the foreign processor's HACCP plan, finished product tests alone are insufficient as an importer affirmative step to ensure that the foreign processor is operating in accordance with these regulations. Finished product testing alone has a small statistical likelihood of detecting defects in a product, especially when the occurrence of such a defect is an uncommon event, as is the case with most seafood hazards (Ref. 213). The proposed requirement for the importer to obtain a copy of the foreign processor's HACCP plan, in addition to performing finished product testing, would have provided indirect evidence that HACCP controls are in place and would have lent support to a conclusion, based upon the analytical findings, that the relevant hazards are under control. In the absence of such evidence, the importer cannot reasonably conclude that the hazards are being controlled based solely on a negative analytical finding. For this reason FDA has required in Sec. 123.12(a)(2)(ii)(E) that such sampling be accompanied by a written guarantee from the foreign processor that products being shipped to the importer are processed in a manner consistent with the requirements of these regulations. The guarantee provides the importer with reasonable assurance that HACCP and sanitation controls are in place and are being implemented, in a manner similar to the way that the foreign processor's HACCP plan would have under the requirements of the proposed regulations. Under this alternative, the importer would not have to maintain a copy of the HACCP plan. For clarification and consistency within the document, FDA has revised the language of two of the affirmative steps to include reference to the sanitation provisions of the regulations. In both the proposed regulations and these final regulations the stated purpose of the affirmative steps is to enable the importer to verify that the fish or fishery product was processed under conditions that meet both the HACCP and sanitation requirements of these regulations. However, the formulations of two of the affirmative steps in the proposal did not make specific reference to sanitation. To avoid confusion over what the affirmative steps should cover, Sec. 123.12(a)(2)(ii)(A) now reads ``Obtaining from the foreign processor the HACCP and sanitation monitoring records * * *'' and Sec. 123.12(a)(2)(ii)(B) reads ``* * * certifying that the imported fish or fishery product is or was processed in accordance with the requirements of this part.'' 131. Several comments asked the agency to specify the frequency with which the importer affirmative steps must be taken. A few comments suggested that the frequency should be no greater than the frequency of equivalent FDA verification activities. It would not be practical for the agency to specify frequencies for affirmative steps that would be appropriate in all circumstances. Consistent with the frequency of monitoring by processors, importers should take affirmative steps to monitor their suppliers with sufficient frequency to accomplish its purpose--that is, to provide the importer with reasonable assurance that the foreign processor is operating in compliance with these regulations. It would be inappropriate to tie importer affirmative step frequencies to average FDA sampling and inspection frequencies. FDA sample collection and inspection frequencies are determined, in part, by the compliance history of individual firms, agency priorities, and overall agency resources, not simply on a desired average minimum rate of verification. Thus, FDA's rate of inspection has no bearing on how frequently an importer should monitor a supplier. 132. A number of comments urged that the agency permit importers to contract with third parties to perform verification activities on their behalf. Two comments opposed such a provision but did not provide reasons for their position. Several comments urged that certificates by nongovernmental third parties be accepted as an affirmative step. One of these comments, from a trade association, suggested that an equivalent arrangement has been accepted by FDA in controlling the importation of canned mushrooms from the Peoples Republic of China. This same comment argued that a system where individual importers inspect each of their suppliers is highly inefficient. The comment suggested that a single, technically competent party should perform the inspections. The trade association offered to serve as a Page 65159 clearinghouse for the reports of such inspections. Likewise, the association offered to serve as a clearinghouse for finished product sample results for imported products, reducing the number of samples needed when the same product is imported by a number of importers. The comment further suggested that the association be permitted to hold foreign processor HACCP plans for its members, and perhaps for nonmembers. The comment argued that acceptance of this suggestion would reduce the number of duplicate records for the same product stored by various importers. The agency accepts that third party verification can be an appropriate and efficient control mechanism. Such a system is consistent with the use of third parties by processors for plan development, record review, and CL deviation evaluation. Therefore, FDA has added a new provision at Sec. 123.12(b), that reads, ``An importer may hire a competent third party to assist with or perform any or all of the verification activities specified in paragraph (a)(2) of this section, including writing the importer's verification procedures on the importer's behalf.'' It is worth pointing out that where an importer uses the services of a third party, the importer remains responsible for the verification procedures that are performed. The importers must be able to demonstrate that appropriate verification measures have been performed. This step may involve providing an FDA investigator with a copy of the foreign processor's HACCP plan, results of end-product sampling, results of an onsite inspection, the foreign processor's monitoring records, or the foreign processor's written guarantee. Third parties must, of course, be competent to perform the duties in question, and FDA reserves the right to challenge such competency. The agency has no objection to the use of clearinghouses for importer verification activities, as long as the forgoing requirements are met. 9. Importer Records As previously mentioned, the proposed regulations would have required that importers develop and implement a HACCP plan. One effect of such a requirement would have been that importers would have had to maintain appropriate records. As has been explained, FDA is adopting only those essential components of the proposed approach that the agency considers to be practicable for importers. One such component is recordkeeping. Recordkeeping is essential in documenting for the benefit of importers and the agency the affirmative steps of importers, in the same way that it is essential in documenting the monitoring, corrective action, and verification activities of processors. For this reason, the agency has retained the recordkeeping aspect of the proposal for importers, in a manner that is consistent with the overall approach for importers in these final regulations. Section 123.12(c), which treats importer records identically to processor records, reads, ``The importer shall maintain records, in English, that document the performance and results of the affirmative steps specified in paragraph (a)(2)(ii) of this section. These records shall be subject to the applicable provisions of Sec. 123.9.'' 133. FDA proposed that importers encourage foreign processors to obtain HACCP training. A few comments urged the agency to make it clear that foreign processors must comply with the same training requirements as are applicable to domestic processors. One comment urged the agency to permit HACCP- training courses for foreign processors to be conducted in the country of origin by ``an official agency.'' FDA agrees that the need for training is the same for foreign processors as it is for domestic processors. The intended benefits of the training requirements are fully discussed in the ``Training'' section of this preamble. Nonetheless, the agency finds that the proposed requirement that importers encourage foreign processors to obtain training is unnecessary. Foreign processors that ship seafood products to the United States are advised of the training requirement of these regulations in the same way that they are advised of the other requirements of these regulations, through publication of the regulations. In addition, as mentioned elsewhere in this preamble, FDA intends to provide the embassies of seafood exporting countries with information concerning these regulations in order that they may in turn provide it to the processors in their countries. Consequently, FDA is not adopting this provision. FDA has no objection to HACCP training being performed in the country of origin by ``an official agency'' or other entity, as long as the course of instruction is at least equivalent to that provided by the standardized course under development by the Alliance. 10. Determination of Compliance FDA proposed to require that there be evidence that imported fish and fishery products were processed under conditions that comply with the requirements of these regulations, and that if assurances that this was the case did not exist, the product would appear to be adulterated and would be denied entry. This section of the proposed regulations provided five types of evidence that the agency would consider as adequate to provide such assurance. 134. A few comments supported these provisions. However, a few comments suggested that, if the importer is unable to provide assurance that a HACCP system is in place, the importer should be permitted to conduct finished product testing rather than having the product denied entry. One comment urged that importers be held only to a ``best efforts'' standard in determining whether their suppliers are in compliance with these regulations. This comment suggested that if an importer cannot determine that such compliance exists after using its best efforts, the importer's product should not be banned from the United States. The purpose of these regulations is to cause processors of fish and fishery products, both domestic and foreign, to develop and implement HACCP systems of preventive controls to ensure the safety of their products. The importer requirements are designed to impose an obligation on importers to ensure that, like domestic products, the products that they are importing are not adulterated within the meaning of section 402(a)(4) of the act. This requirement means that importers must be able to satisfy themselves, and ultimately FDA, that the fish and fishery products that they are offering for import were produced subject to a HACCP system and sanitation controls designed to prevent insanitary processing conditions that may render the food injurious to health. If an importer does not have evidence that shows that the products were produced subject to such controls, it should not offer the product for import into this country. The lack of such evidence creates the appearance of adulteration that cannot be overcome by the collection and analysis of a finished product sample by an importer. Given the problems that can arise in seafood processing if HACCP and sanitation controls are not in place, under sections 402(a)(4), 701(a), and 801(a) of the act, FDA is adopting Sec. 123.12(d), which provides that if evidence does not exist that an imported fish or fishery product has been processed under conditions that are equivalent to those required of domestic processors, the product will appear to be adulterated. Section 123.12(d) derives from proposed Sec. 123.12 (a) and (b). FDA has combined these provisions and, as Page 65160 suggested by a comment, has used terminology consistent with the rest of the regulation in Sec. 123.12(d). While proposed Sec. 123.12 (a)(1) through (a)(5), which described the types of evidence that could be used to demonstrate compliance with the proposed regulations, reflected important principles for the importation of fish, based on the comments, FDA finds that these provisions were causing confusion, and that the statute can appropriately be implemented without including them in the final rule. For this reason, FDA has not adopted these provisions. 135. One comment asked what documents, if any, would have to be presented to FDA at the time of entry concerning the status of the foreign processor. Another comment suggested that importers should note on the entry documents that a HACCP plan is available for the foreign processor. This comment stated that FDA would have an opportunity to review the plan as part of its determination of whether to allow entry of the product. FDA is not requiring that evidence of the importers' affirmative steps be presented along with the existing U.S. Customs Service entry documents as a matter of routine practice. It is possible that, in some circumstances, such a step will be necessary (e.g., where the agency has reason to believe that inappropriate conditions exist in the foreign processing facility). However, typically, the importer will be able to retain such evidence in its files and to make it available to the agency when FDA performs an inspection at the importer's place of business. Such a system is necessary because of the time that is necessary for the agency to properly review the importer's documentation of its affirmative steps and of the foreign processors' HACCP plans. Nonetheless, the agency is willing to explore alternate methods of implementing the import requirements of these regulations, such as that suggested by the comment. FDA welcomes a continuing public dialog about this matter. 136. One comment asked whether FDA would maintain an approved list of foreign processors. The agency has no plans to maintain such a list, nor is it apparent upon what basis such a list would be prepared. A possible exception would be as part of an MOU arrangement, where the foreign country would agree to provide a list of ``approved'' firms to FDA. In such a situation, FDA would use reasonable means to inform the import industry of the purpose and contents of the list and update them as rapidly as possible when changes are made. 137. One comment expressed concern that the same foreign processor HACCP plan might be reviewed by different FDA investigators in different ports of entry, and that these investigators might reach different conclusions as to its adequacy. The comment urged that the agency coordinate such reviews, as well as reviews of importers' affirmative steps, in a way that would minimize inconsistencies. FDA acknowledges that the situation might well arise where different investigators review the same foreign processor HACCP plan as a part of different importer inspections. To minimize inconsistencies in such reviews, the agency intends to train its inspectional staff in the requirements of these regulations and the application of HACCP principles to seafood processing, including training on the Guide. The agency also intends to develop guidance relative to importer verification activities. M. Guidelines or Regulations? 1. Background FDA recognizes that many processors will need guidance in the preparation of HACCP plans, and that HACCP plans will vary in complexity. The agency is committed to providing the industry with technical assistance that includes general guidelines for HACCP plans and the contents of plans for specific types of products and processes. As part of FDA's seafood HACCP proposal, the agency included guidelines, in the form of appendices, on how processors of cooked, ready-to-eat products and products involving scombrotoxin-forming species could meet various provisions of the proposed regulations relating to the development and implementation of HACCP plans. FDA regards these products as being high-risk relative to other seafoods. They involve special considerations or special hazards for which additional guidance would likely be useful. Cooked, ready-to-eat fishery products present an elevated risk of a microbiological hazard compared to most other seafood products. They are cooked as part of processing and might not receive additional cooking by consumers before consumption. Consequently, to be safe, these products must not contain pathogens at a level that will cause disease and must not be subjected to time-temperature abuse that would allow any existing pathogens to grow to unacceptable levels. Scombrotoxin-forming species are fish that can form a toxin if exposed after death for significant periods to temperatures that permit the growth of certain bacteria. Scombrotoxin can result in a mild to severe allergic response in humans. The guidelines for these products contained advice about hazards that are reasonably likely to occur and on details for HACCP plans for the control of these hazards. In addition to asking for comments on the substance of the guidelines, the agency asked for comment on whether these guidelines should remain as guidelines, or whether some or all of them should be adopted as regulations. As regulations, they would, essentially, tell processors that certain hazards must be controlled in their HACCP plans, identify in advance critical points in the processing of these products that processors must control to minimize these hazards, and tell processors what they would have to do, at a minimum, to maintain proper control of those critical points. In another appendix to the proposed regulations, FDA published excerpts from the draft Guide, mentioned earlier in this preamble, for the stated purposes of publicizing the existence of that draft Guide and of providing processors with information about the types of guidance that the agency expected would be available in it. One of the excerpts that FDA published was guidance on the processing of smoked and smoke-flavored fish. These products represent a significant hazard relative to contamination with C. botulinum, especially when packaged in reduced oxygen atmosphere packaging. FDA requested comment on whether this guidance should remain solely within the Guide, whether it should be provided an appendix to the regulations, or whether it should be adopted as regulations. The effect of adopting these materials as regulations would be the same as for the appendices described above. If these materials remained in the form of guidelines, processors would be free to adopt them or not, so long as measures that provide an equivalent or superior degree of safety are implemented. 138. Approximately 55 comments responded to FDA's request for comment on whether these materials should remain as guidelines or be adopted as regulations. The majority of comments preferred guidelines. A few comments suggested that FDA initially issue guidelines, then possibly convert them to regulations after gaining experience with them as adjuncts to a functioning HACCP system or after pilot testing them. A few comments preferred to retain some of the materials as Page 65161 guidelines and convert others to regulations. Over one-third of those who commented on this subject supported guidelines in general, without distinguishing among the three guidelines. They argued that guidelines are in keeping with the general philosophy of HACCP that processors assume responsibility for the safety of their products. Some stated that detailed regulations for processors to follow would not provide an adequate incentive to processors to develop a full understanding of the hazards associated with their products or processes. The result could be the development of rote HACCP plans that might be inadequate for safety in specific situations. Some comments pointed out that, while guidelines can assist processors to identify controls, guidelines probably could never properly identify the CCP's and limits for all processors given the uniqueness of individual processing methods. In the case of regulations, processors would be obliged to adhere to the presented limits regardless of their appropriateness to the operation. Many of these comments preferred the flexibility that guidelines provide in permitting HACCP controls to evolve with a changing knowledge base and new technologies. Some expressed concern that if the guidelines were adopted as regulations, the industry would bear an unnecessary burden of having to petition FDA for amendments in order to accommodate new products or processes. Modifications to the regulations could take considerable time. Several comments specifically objected to adopting either the guidelines for cooked, ready-to-eat products or the guidelines for scombroid toxin-forming species, or both, as regulations. The reasons were generally the same as those given by those comments that supported the use of guidelines generally. One comment did express the concern that adopting the scombroid guideline as regulations would have the effect of adopting a policy action level for histamine as a defacto regulation without a formal notice and comment rulemaking. Several comments requested that guidelines only appear in the Guide, and not in appendices to the regulations, to alleviate confusion. However, FDA did receive a number of comments that urged the agency to adopt these guidelines as regulations. These comments cited a need for minimum enforceable standards for these products to ensure the protection of the public health. The comments argued that minimum standards would avoid confusion about what is enforceable, and what is not. They pointed out that as regulations, these provisions could be more readily enforced. FDA believes that all of these comments have merit. Guidelines can provide flexibility that regulations sometimes lack. Moreover, because they are advisory in nature, guidelines are less likely to be followed by rote. FDA thus agrees that, ideally, HACCP should serve as a catalyst for processors to develop a full understanding of the relationships between their products and processes and human food safety and to devise controls for ensuring safety. There may well be more than one way to reach an appropriate safety endpoint. Regulations might not always take such alternatives into account. On the other hand, in those cases involving high-risk products where adherence to scientifically established minimum standards or procedures is necessary to ensure a safe product by design, and those minimums are not likely to change, there is good reason to make those minimums something more than advisories. In those types of situations, it makes no sense to act as if the work that scientifically established the minimum processing conditions had not been done. 2. Cooked, Ready-To-Eat Products and Scombroid Species These, then, are the considerations that FDA has weighed. In the case of cooked, ready-to-eat products and products made in whole or in part from scombroid toxin-forming species, FDA is persuaded that the guidelines should remain as guidelines, at least until there is enough experience with them to determine whether a change to regulations is warranted. The agency has concluded that processors should be given maximum flexibility, at least initially, to identify the reasonably likely hazards and the CCP's and CL's for those hazards that are most appropriate for their manufacturing processes. FDA will examine over time whether processors are achieving an adequate degree of preventive control for these products under the guidelines, and whether they are doing so by following the guidelines exactly or partially or by relying on alternative approaches. FDA acknowledges that many comments objected to the details of the appendices. These comments will be addressed when the first edition of the Guide is published. FDA recognizes that these materials will be more easily modified and improved if they remain as guidelines, at least for the time being. FDA agrees that all of these guidelines should appear solely in the Guide. There are no appendices to these final regulations. 3. Smoked and Smoke-Flavored Fishery Products The guidance for smoked and smoke-flavored fish contained specific processing parameters (i.e., time and temperature of smoking and finished product salt and nitrite concentrations) to be met in the processing of such products, and control mechanisms for ensuring that they are met. C. botulinum toxin production is prevented in smoked and smoke-flavored fish by controlling these interrelated variables, as well as by controlling the temperature of the product throughout the chain of distribution. 139. Approximately 25 comments addressed whether these materials should be regulations or guidelines. About half of the comments, representing State and Federal regulatory agencies, professional associations, and others, urged that the materials be codified as regulations. The remainder, representing processors and trade associations, requested that the guidelines remain as guidelines. A number of the comments that urged that the smoked and smoke- flavored fish guidelines be issued as regulations asserted that regulations are more easily enforceable, would provide clear direction to the industry, and would provide much needed nationwide uniformity in the processing of smoked fish. One comment from a State regulatory agency observed that processors are not adhering to existing guidelines, such as the 1991 recommendations for these products by AFDO, and are unlikely to change their operations in response to another guideline. Several comments argued that the States need Federal regulations to support their own efforts to regulate the industry and to foster uniformity among the various existing State requirements. One of these comments also stated that such regulations are needed to ensure the safety of smoked fish, because the product has a history of involvement in botulism outbreaks, is handled more than most other products, increasing the risk of microbiological contamination, and is frequently not cooked prior to consumption. One comment suggested that the guidelines be tested in pilot programs before making them mandatory, and that research information on smoked fish be disseminated to industry through Page 65162 technical bulletins, workshops, and meetings. Several of the comments that suggested that the proposed guidelines remain as guidelines argued that FDA has not demonstrated that present practices in the smoked fish industry are causing risks that would justify regulations, and that there have been no recent incidents of botulism attributable to smoked fish. Several comments stated that most of the problems with smoked fish in the past have resulted from abuse of the product at retail or by the consumer. A few comments objected to FDA's contention that large portions of the industry do not conduct final product testing and to the inference that all smoked fish processors do not monitor the composition of their products. The comments stated that responsible companies do conduct product testing on a regular and routine schedule, have scheduled processes, and are aware of what they are doing. Other comments recommended that FDA enforcement of the current CGMP's, coupled with State and local enforcement of the Food Code for smoked products that are produced in restaurants, retail, and food service establishments, would make it unnecessary to treat smoked fish products any differently than other products under these HACCP regulations. One comment suggested that guidelines would have the same impact as regulations because HACCP plans would be rejected by FDA if they do not contain the recommended controls, and because States would adopt the guidelines as regulations. One comment argued that the issuance of prescriptive regulations would eliminate the diversity in the types of smoked fish products available and result in a ``homogeneous'' market. Another comment counseled that the issuance of a regulation would cause Alaskan native salmon processors to abandon their traditional trade. The agency remains convinced that smoked and smoke-flavored fish is a potentially hazardous food. While cases of botulism have not been attributed to commercially prepared smoked or smoke-flavored fish in over 30 years, the outbreaks of the 1960's clearly demonstrate the potential for such occurrence. Virtually all the research that has been conducted establish that processors need to control time, temperature, and salinity (T-T-S) parameters and other matters for these products in order to provide adequate barriers to toxin production (Ref. 214). As the preamble to the proposed regulations pointed out, FDA and a number of States have longstanding concerns that the actions of a significant portion of the smoked fish industry do not demonstrate a full appreciation for the nature of the risks. FDA and New York State surveys of the smoked fish industry in the late 1980's, for example, showed that many processors did not routinely control their T-T-S parameters. The comments have not persuaded FDA that, even without regulations, processors will employ preventive controls to ensure the safety of these products as a matter of design and not of chance. Botulism derives from one of the most dangerous toxins known to exist. Controls to prevent the formation of this toxin cannot be left to chance. HACCP controls for this hazard are highly appropriate because HACCP requires that the processor analyze its operation to determine how hazards affecting its product can arise, and that it institute specific controls to prevent those hazards. The majority of comments that addressed smoked and smoke flavored fish products either supported the concept of HACCP controls or did not argue against them. 140. The question, therefore, is whether, in addition to requiring HACCP plans for these products, FDA should mandate specific CCP's, minimum CL's, monitoring frequencies, and other matters that processors would have to include in their HACCP plans. If the agency were to codify draft guidelines as regulations, the agency would be answering that question in the affirmative. The preamble to the proposed regulations identified the T-T-S parameters in the draft guidelines as being scientifically established minimums for ensuring that toxin produced by C. botulinum will not be produced over the shelf life of the product under refrigerated conditions and under conditions of moderate temperature abuse. FDA has been urged for years to mandate such T-T-S parameters for these products. In 1988 and 1989, for example, AFDO passed resolutions asking FDA to expedite the development of regulations for the safe processing of smoked fish. The comments to this rulemaking that supported regulations over guidelines support the mandating of specific T-T-S parameters. However, a significant number of other comments challenged whether some of the parameters in the guidelines were actually minimums, as FDA had contended. They specifically objected to the minimum water-phase salt levels in the draft guidelines for air packaged smoked and smoke- flavored fish. Generally, these comments stated that there is little safety concern with air-packaged smoked or smoke-flavored fish (hot or cold smoked) containing as little as 2.5 percent water phase salt (less than the minimum stated in the guidelines), and requested that FDA reexamine the existing scientific data. A few comments stated that air- packaged smoked fish has a limited shelf life in the refrigerated state and that NMFS research has shown that spoilage occurs before toxin production. One comment stated that NMFS, New York State Department of Agriculture and Markets, and AFDO all consider a minimum water-phase salt content of 2.5 percent to be acceptable for air-packaged products. A few comments suggested that an alternative to specifying T-T-S parameters would be to require that all processors have a scheduled process for air-packaged products. The comment stated that this requirement has been successful in the State of New York and has enabled industry to produce products with water-phase salt concentrations that are lower than those proposed by FDA. A few comments suggested that the high salt levels proposed by FDA for smoked and smoke-flavored products would be counterproductive to those government programs aimed at reducing salt in the human diet and would be unacceptable, or only marginally acceptable, to consumers. Other comments suggested that the necessary minimum salt levels for smoked and smoke-flavored fish might be reduced by shortening the shelf life of the product or by storing and distributing the product frozen. The comments have persuaded FDA that it may be possible for processors to use parameters other than those in FDA's draft guidelines and still produce a safe product. Moreover, the NACMCF has recently endorsed AFDO's recommended parameters for smoked and smoke-flavored fish. Most notably, these recommendations differ from those in FDA's draft guidelines in that they provide for a minimum finished product water phase salt content in air-packed product of 2.5 percent, whereas the FDA proposal provided for a range of minimum values of from 2.5 percent to 3.5 percent, depending upon other processing parameters. The agency acknowledges, therefore, that some recommended T-T-S parameters differ from those in FDA's draft guidelines. FDA acknowledges the possibility that other safe T-T-S parameters exist as well. It is reasonable to suppose that there is more to be learned about how the development of C. botulinum toxin is controlled in these products, given the lack of reported illnesses in recent years. Thus, while Page 65163 FDA strongly believes that the T-T-S parameters in its draft guidelines provide effective controls for botulism, the agency accepts that they are not necessarily the only effective controls, or that all effective controls have been identified. Consequently, the agency has concluded that, at least for now, the most appropriate place for such guidance on T-T-S parameters and related matters is the Guide, and that it would not be appropriate to adopt specific parameters for the processing of smoked fish by regulation. However, because of the extreme nature of the hazard, and in response to comments, FDA has chosen to codify a rudimentary performance standard for the control of botulism in these products from the draft guidelines (item number 11). As incorporated at subpart B, Sec. 123.16, the performance standard reads: In order to meet the requirements of subpart A of this part, processors of smoked and smoke-flavored fishery products, except those subject to the requirements of part 113 or 114 of this chapter, shall include in their HACCP plans how they are controlling the food safety hazard associated with the formation of toxin by C. botulinum for at least as long as the shelf life of the product under normal and moderate abuse conditions. This requirement responds in part to the comments that proposed that FDA require that all processors scientifically establish scheduled processes for smoked and smoke-flavored fish, rather that mandate specific T-T-S parameters and other matters. It requires processors to establish CL's that are both appropriate to their operation and scientifically sound. Because botulism is undoubtedly a hazard that must be controlled in the production of these products, subpart B of part 123 does not impose a requirement that would not exist in its absence. It has been included for emphasis and as a reminder to processors. The Guide will provide processors with assistance with regard to specific T-T-S parameters and related matters. 141. FDA proposed that, with certain exceptions, fish to be smoked or salted be eviscerated and free of residual viscera. The preamble to the proposed regulations explained that salted or smoked uneviscerated fish present a potential hazard for the development of C. botulinum toxin production. The viscera of fish contain the majority of C. botulinum normally present. One comment argued that the entire evisceration provision should be moved to the Guide. Another comment suggested that specific evisceration requirements be codified but not as part of sanitation. These regulations require in subpart B of part 123 that the processors of smoked and smoke-flavored fish describe in their HACCP plans how they are controlling the food safety hazard associated with the formation of toxin by C. botulinum. Specific types of controls will be provided in the Guide. Because evisceration is one form of control for this toxin, it will be covered in the Guide as well and need not be included in the regulations. Consequently, FDA has not included this proposed provision in these final regulations. N. Molluscan Shellfish 1. Background In addition to the general HACCP provisions in subpart A of part 123, FDA proposed subpart C of part 123--``Raw Molluscan Shellfish,'' which set forth specific requirements for the processing of fresh or frozen molluscan shellfish. Proposed subpart C of part 123 described certain types of controls that processors of these products must include in their HACCP plans in order to meet the requirements of subpart A of part 123. Specifically, FDA proposed to require that processors of raw molluscan shellfish identify in their HACCP plans how they are controlling the origin of the molluscan shellfish that they process. FDA proposed to require that these controls include accepting only molluscan shellfish that originated from growing waters that are approved by a shellfish control authority, that are from harvesters that are licensed or from processors that are certified by a shellfish control authority, and that are properly tagged or labeled. In addition, FDA proposed to require that processors maintain records to document that each lot of raw molluscan shellfish meets these requirements. FDA also proposed to amend Sec. 1240.60 (21 CFR 1240.60) to provide for a system of tagging for shellstock and labeling for shucked molluscan shellfish as a means of source identification. It is important to note that shellfish control authorities in the United States are generally agencies of State governments, and that the tagging of molluscan shellfish is an important aspect of State shellfish control programs. As discussed below, reference to aspects of existing State programs in these Federal regulations is not intended to supplant or override the State programs in any way. Rather, these provisions are intended to strengthen the Federal system in ways that will complement, and thereby better support, State programs. Molluscan shellfish consumed raw or partially cooked pose unique public health risks. As the preamble to the proposed regulations noted, they probably cause the majority of all seafood-related illnesses in the United States. This situation is not unexpected, given the nature of the product and the way that it is consumed. The preamble documented a relationship between the microbiological quality of molluscan shellfish growing waters and the incidence of molluscan shellfish-borne disease. It also noted that naturally occurring toxins may accumulate in molluscan shellfish because they are filter-feeding animals. The NSSP was established as a cooperative program among FDA, State regulatory agencies, and the molluscan shellfish industry, relying on section 361 of the PHS Act (42 U.S.C. 264), to provide for the classification and patrol of shellfish growing waters and the inspection and certification of shellfish processors. The preamble to the proposal reaffirmed FDA's support for the NSSP but noted the difficulties that are associated with ensuring the safety of these uncooked products. As the preamble stated, FDA tentatively determined that it could strengthen and provide additional support for the cooperative program through these regulations. 2. Should There Be Specific Requirements for Raw Molluscan Shellfish? FDA received approximately 45 comments about the proposed requirements for raw molluscan shellfish. The responses were from processors, trade associations, State and Federal government agencies, individuals, consumer advocacy groups, and a foreign country. Approximately half of these comments urged FDA to eliminate proposed subpart C of part 123 and the proposed amendment to Sec. 1240.60, while the other half acknowledged the advisability of including these kinds of provisions but commented on, or questioned, various specifics of them. The comments that generally supported the need for specific requirements for raw molluscan shellfish were from trade associations, molluscan shellfish industry members, consumer advocacy groups, Federal and State government agencies, individuals, and a professional organization. A number of comments noted that special requirements for molluscan shellfish are warranted because of the association of these products with illness. One Page 65164 comment in particular stated that, with respect to seafood, molluscan shellfish ``serve as the primary source of illness due to ingestion.'' One comment noted that Federal regulations relating to source of origin controls for raw molluscan shellfish would enable FDA to lend support to the States in the administration of the NSSP. Another comment suggested that the proposed regulations would improve FDA's regulatory effectiveness with regard to molluscan shellfish control. The comment from the ISSC stated that ``The Conference has long recognized and supported expansion of FDA authority to assist States in assuring the safety of molluscan shellfish.'' The comments that suggested that subpart C of part 123 and the amendment to Sec. 1240.60 be deleted were from State government agencies and seafood processors. A number of the comments that suggested deletion of the proposed provisions stated that the tagging and labeling requirements of the NSSP are designed not to serve as a control to prevent harvesting from closed areas but to assist States in tracing shellfish that are implicated in illness outbreaks back to the harvest area. The comments went on to state that harvesters who illegally harvest from closed waters do not identify the shellfish as originating from the closed area. The comments maintained that preventing illegal harvesting is the key to reducing the incidence of illness, and that the only known method to achieve this goal is through effective law enforcement, including the patrol of closed waters. A number of these comments argued that increased FDA funding and support for State molluscan shellfish control and patrol efforts would do more than the proposed rule to deter illegal harvesting, to increase States' compliance with the NSSP, and reduce the number of illnesses caused by molluscan shellfish. The comments went on to state that the proposed regulations unnecessarily duplicate the requirements now in place in the Manual of Operations for the NSSP. They contended that formal adoption of NSSP requirements into Federal regulations would release State agencies from their cooperative relationship with FDA under the NSSP. One comment noted that the weaknesses in State molluscan shellfish control programs are in areas not addressed by the proposed regulations, such as improperly classified growing waters; the ability of State growing water classification programs to respond to breakdowns at waste water treatment facilities or unexpected climatic events that affect the quality of molluscan shellfish growing waters; and improper handling by caterers and consumers. The comment concluded that the proposed HACCP provisions for molluscan shellfish will, therefore, not reduce the incidence of illness attributable to such products. As previously mentioned, FDA is a partner with State and foreign regulatory authorities and with industry in the NSSP. The NSSP Manual of Operations provides the standards for State and foreign molluscan shellfish regulatory programs that belong to the cooperative program, as well as for processors. The participating States routinely adopt those standards as law or regulations, but the NSSP itself has neither Federal nor State regulatory stature. Each participating State and foreign nation classifies and monitors its molluscan shellfish growing waters, controls harvesting, inspects molluscan shellfish processors, and issues certificates for those that meet the shellfish control authority's criteria. FDA evaluates State and foreign molluscan shellfish control programs and publishes monthly the ``Interstate Certified Shellfish Shippers List,'' which lists the molluscan shellfish processors that are certified under the cooperative program. States that are in the program are not willing to receive shellfish from noncertified shippers. FDA disagrees with the comments that suggest that establishment of the proposed source controls in Federal regulations would supplant the similar and, in some cases more stringent, requirements of participating States and foreign nations or the standards set forth in the NSSP. Rather, the agency is convinced that they will reinforce and support these requirements and standards. The molluscan shellfish industry is subject to significant regulatory oversight in those States that participate in the NSSP. However, the quality and effectiveness of State laws and enforcement activities can vary considerably as a function of the financial and administrative support available to the responsible State units (Ref. 7, p. 15). For example, FDA documented discrepancies in State enforcement practices during its 1994 evaluation of State programs to determine compliance with the NSSP standards (Ref. 215). Moreover, although all harvesting States participate in the NSSP, many other States do not. Based on these factors, FDA proposed, and is now adopting, subpart C of part 123 and amendments to Sec. 1240.60 to support and strengthen the shellfish program in two ways. First, these provisions will complement the efforts of the States. FDA recognizes that while States are making significant and important efforts to ensure that all shellfish harvested in their jurisdiction are taken only from open waters and then properly tagged, some shellfish that do not meet these requirements inevitably escape State control. The new provisions will allow FDA to take action against shellfish that are not harvested from open waters or that are not properly tagged if it encounters such shellfish in interstate commerce and make the gravamen of such action the origination from unopen waters or the lack of proper tagging itself, rather than evidence that the shellfish are injurious to health. Second, the regulations require that processors only use shellfish that originate from growing waters that have been approved for harvesting and that have been properly tagged. Failure to do so can result in Federal regulatory action against the product or against the processor itself. This fact should provide a significant incentive to processors to ensure that they are not receiving shellfish that do not meet these requirements. Taken as a whole, rather than diminishing in any way the importance of State programs, FDA's regulations elevate the importance of those programs. These regulations make proper origin and tagging--concepts that derive directly from the NSSP--keys to the unimpeded movement of shellfish in interstate, as well as intrastate, commerce. Moreover, these requirements extend these control measures to imported products, enabling FDA to more efficiently and effectively ensure the safety of imported raw molluscan shellfish. At present, the agency must resort to advising State regulatory authorities of the prospective entry of raw molluscan shellfish from an uncertified source (Ref. 216, part V, p. 5). While States normally take action against uncertified imported raw molluscan shellfish, FDA is aware that uncertified imports enter interstate commerce (Ref. 107). FDA acknowledges that uniform Federal tagging and record-keeping requirements will not completely eliminate illegal harvesting. The agency agrees with the comments that rigorous enforcement of closed area restrictions by State regulatory agencies will always be needed. Unquestionably, increased funding would help State efforts to classify and patrol growing areas. However, FDA does not have resources for this purpose. Nonetheless, the agency remains convinced that there are Page 65165 significant, positive steps that can be taken to strengthen source controls as part of HACCP, and thereby to support the cooperative program. A processor's most significant safety control for raw molluscan shellfish is at the point of receipt. If processors refuse to accept molluscan shellfish for which there is no assurance that they have been legally harvested, the incentive for illegal harvesting would be eliminated. FDA participation in a number of covert investigations into illegal molluscan shellfish harvesting in recent years has convinced the agency that, in many cases, processors are aware of the illegal harvesting activity of their suppliers (Ref. 217). If the provisions of these regulations can help foster a culture change in that respect, shellfish safety will be significantly enhanced. Based on these considerations, the agency proposed that, as a universal aspect of the HACCP plans for these products, molluscan shellfish processors engage in certain activities to ensure that the products that they receive originate only from waters that have been approved by a shellfish control authority (e.g., checking tags on containers of shellstock, licenses of fishermen, and certification of suppliers). Molluscan shellfish that are clearly improperly tagged or from questionable sources must be rejected by processors as a requirement of their HACCP plans. It is reasonable to conclude that, as more processors adopt HACCP and exercise greater control over their suppliers, the amount of illegally harvested shellfish offered for sale will decrease, because the market for such product will decline. While it is true that the tagging requirements of the NSSP were primarily designed as a means of tracing back molluscan shellfish involved in incidences of illness to their harvest area, they have also served as a key component in efforts by FDA and State regulators and industry to ensure that molluscan shellfish that are placed in commerce originate from areas that are approved by a shellfish control authority. It is certainly true that the tags on containers of molluscan shellfish that are harvested from closed waters are often falsified to disguise their true origin. However, such falsification carries potential Federal and State penalties and is a focus of current molluscan shellfish control programs. Regarding the comments that pointed to weaknesses in State programs, at retail, in the classification of molluscan shellfish growing waters, and elsewhere, which are not directly addressed by these regulations, the agency acknowledges that HACCP plans and specific source control requirements cannot serve as a substitute for improvements in the food safety system that directly address these weaknesses. Regulatory systems will always have their strengths and weaknesses, and research to better understand and control hazards will always be needed. Nonetheless, these comments provide no reason for FDA to abandon its efforts to remedy existing agency weaknesses and, in particular, to lend support to the States in those areas to which these regulations do relate. 141. One comment stated that references cited in the preamble to the proposed regulations in support of the tagging requirements (Refs. 102 through 109) do not provide convincing evidence of a need for such a measure. The comment stated that, for the most part, the references that FDA cited document corrective actions taken by State regulatory agencies that would likely be the same measures that FDA officials would take under the proposed regulations. In addition, the comment stated that a failure to have properly tagged shellfish does not always mean that the shellfish were harvested illegally. The comment pointed out that the absence of a tag could mean simply that the tag was lost. The references in the question contain examples of problems associated with molluscan shellfish tagging, recordkeeping, and harvesting. FDA cited these references to demonstrate that, in some cases, the deterrent effect of existing State tagging requirements and sanctions is inadequate to prevent problems from arising (Refs. 102, 103, and 109). The problems documented in the references helped persuade FDA to propose Federal source control requirements to help deter the interstate shipment of shellfish from unapproved harvest areas. FDA did not intend to imply that the State actions that were documented in these references were incorrect, or that FDA would have responded in a different manner. FDA continues to believe that the references are relevant and supportive to its intended assertion. A few comments maintained that a better strategy for decreasing illness from the consumption of molluscan shellfish would be to increase the education efforts of FDA and of the ISSC that are directed toward consumers and the medical community to alert susceptible individuals to the risks associated with the consumption of raw molluscan shellfish. The agency agrees that consumer education can play a vital role in reducing illnesses associated with the consumption of raw molluscan shellfish, particularly in medically compromised individuals. During the period of 1984 through 1994, the agency expended nearly $1 million to alert the public to the risks of raw molluscan shellfish consumption by distributing brochures to consumer groups, groups that represent those with special medical conditions, and consumers; developing a video news release; issuing press releases; and establishing the toll- free, FDA Seafood Hotline. Included in this expenditure is the agency's efforts to inform the medical community about the illnesses associated with the consumption of raw molluscan shellfish by providing informative articles to medical bulletins and journals and by mailing brochures and news articles to target professional groups. The agency will continue its consumer education efforts, but such efforts alone will be insufficient to address the hazards posed by the consumption of raw molluscan shellfish harvested from unapproved growing waters. The existing and planned consumer education efforts are geared toward individuals in high-risk consumer groups, advising them to avoid molluscan shellfish that have not been fully cooked. The risks posed by viruses, toxins, and many bacteria are to the population as a whole. There is little advice that the agency could provide that would enable consumers to protect themselves from these kinds of hazards in molluscan shellfish. 143. Several comments questioned the validity of FDA's statement that molluscan shellfish consumed raw or partially cooked pose unique public health risks and probably cause the majority of all seafood- related illnesses in the United States. The comments provided no data upon which to conclude that either the NAS or FDA is wrong in this regard. FDA remains convinced that the statements made in the preamble to the proposed regulations are valid, and that the references support these statements. 3. Cooked Versus Raw Molluscan Shellfish 144. Comments from a number of State agencies, trade associations, seafood processors, and the ISSC objected to the use of the terms ``raw'' and ``fresh or frozen'' in the title of part 123 subpart C and the text of the proposed regulations on shellfish. These comments were concerned because these terms would have the effect of exempting canned and any other heat- processed molluscan shellfish from the source control, recordkeeping, and Page 65166 tagging provisions of subpart C of part 123 and Sec. 1240.60(b). The comments stated that limiting these provisions to raw products would allow foreign firms to continue to heat-treat or can molluscan shellfish that are harvested from foreign waters that do not meet NSSP standards and to export them to the United States. The comments stated that this situation was not in the best interest of the public health because of the potential for the presence of heat-stable natural toxins, such as paralytic shellfish poison or amnesiac shellfish poison, as well as chemical contaminants. The comments also complained that, because State laws and regulations require that all molluscan shellfish harvested in the United States come from waters approved by a shellfish control authority regardless of whether they are to be consumed raw or cooked, continuing to allow foreign processors who export cooked shellfish to the United States to use molluscan shellfish from unapproved growing waters places the domestic shellfish industry at a competitive disadvantage. Other comments requested that FDA clarify whether canned shellfish were included in subpart C of part 123 but did not suggest that canned and other heat-processed shellfish be included. FDA has responded to these comments generally in response to comment 34, supra. The agency adds the following points: It is important to recognize that foreign processors who export cooked molluscan shellfish to the United States now will have to have HACCP systems through which they identify and control hazards that are reasonably likely to occur. These hazards include heat stable toxins and chemical contaminants that would cause these products to be adulterated under U.S. law. To further clarify that the requirements of subpart C of part 123 apply only to the processing of molluscan shellfish that are not heat treated or treated in some other manner by the processor to eliminate microorganisms of public health concern, FDA has modified the language at Sec. 123.20 to read, ``This subpart augments subpart A of this part by setting forth specific requirements for processing fresh or frozen molluscan shellfish, where such processing does not include a treatment that ensures the destruction of vegetative cells of microorganisms of public health concern.'' 4. Shellfish Control Authorities FDA proposed to require that processors only process molluscan shellfish that originate from waters approved for harvesting by a shellfish control authority. The term ``shellfish control authority'' is defined at Sec. 123.3(o) to include foreign government health authorities that are legally responsible for the administration of a program that includes classification of molluscan shellfish growing areas. 145. Two trade associations questioned how a processor could evaluate the competency of a foreign shellfish control authority. They stated that FDA should require that a foreign country that exports shellfish to the United States have an agreement with the agency that establishes that a competent shellfish control authority exists in that country, and that the foreign shellfish program meets NSSP standards. One comment from a seafood processor argued that it would be unreasonable to require processors to verify that molluscan shellfish from all over the world are caught or cultivated in waters that meet NSSP standards. The comment stated, moreover, that a processor could not keep abreast of which countries have current shellfish agreements with FDA and which countries do not. FDA acknowledges the merits of requiring that a foreign country that exports shellfish to the United States have an agreement with the agency but has concluded that, given the significance of such a requirement and the agency's failure to raise the possibility of imposing it in the proposal, it is beyond the scope of this rulemaking. Even though FDA is not imposing such a requirement, it is the case that the only means by which a processor can ensure that the molluscan shellfish of foreign origin that it receives are in compliance with the requirements of subpart C of part 123 of these regulations is by determining whether the foreign shellfish control authority is formally recognized by FDA. It is not likely that the processor could employ any other process that would give it assurance that molluscan shellfish harvesting waters that are approved by the shellfish control authority are properly classified. Such a determination is appropriately performed through government to government audit. 5. Shellfish From Federal Waters 146. Comments from a significant number of trade associations and seafood processors stated that a requirement that shellfish originate only in waters ``approved for harvesting by a shellfish control authority'' would preclude harvesting in Federal waters unless the Federal government introduced a formal approval process for waters under its purview through a Federal shellfish control authority. Under the current system, State agencies are responsible for approving molluscan shellfish growing waters. However, State jurisdiction extends only to waters that are within three miles of the shore. Waters beyond that point but up to 200 miles offshore are under the jurisdiction of the Federal government. The comments pointed out that the harvesting of molluscan shellfish is permitted in all of the oceanic waters under Federal control unless there is a specific Federal action to declare an area unsafe under the provisions of the Magnuson Fishery Conservation and Management Act. The comments further noted that large volumes of molluscan shellfish are harvested in Federal waters. How Federal waters will be classified, and by whom, has not been fully resolved. The comments are correct that the proposed requirement, if incorporated into the final rule, would pose significant problems for molluscan shellfish processors who receive product harvested from Federal waters. Therefore, FDA has modified Sec. 123.28(b) to allow for the receipt of molluscan shellfish that are harvested in U.S. Federal waters except where such waters are specifically closed to harvesting by an agency of the Federal government. This provision is consistent with the provisions of the Magnuson Act. It is worth noting that, by allowing Federal waters to be open unless they are specifically closed, this system is the opposite of the State system, under which waters are closed unless they are affirmatively classified so as to be open. This difference is reasonable from a public health standpoint because there is less likelihood that Federal waters will be affected by pollution than will near shore State waters. Furthermore, because there is no Federal authority to license shellfish harvesters who fish in Federal waters, FDA has modified Sec. 123.28(c) to require only that a harvester be in compliance with such licensure requirements as may apply to the harvesting of molluscan shellfish, rather than specifically requiring licensure. 6. Tagging and Recordkeeping Requirements 147. FDA proposed recordkeeping requirements for processors to follow with respect to shellstock and shucked molluscan shellfish in Sec. 123.28 and requirements for the information to be included on the shellstock tag in Sec. 1240.60. A few comments stated that Page 65167 the proposed molluscan shellfish tag and record requirements were too specific, and that placing such requirements in the form of regulations would make it difficult to make timely changes to these requirements as future needs may dictate. The comments asserted that FDA or the ISSC may wish to modify the content or form of molluscan shellfish tags or records to improve product traceability. They suggested that FDA write the tagging and recordkeeping requirements at Sec. 123.28 and Sec. 1240.60 in general terms and allow the specific form and information required on the tags to be addressed by the NSSP. The comments went on to urge that, if the agency were determined to include specific tagging and recordkeeping requirements as part of the final regulations, they should be fully consistent with current NSSP guidelines. It is not the agency's intent that the provisions of Sec. 123.28 and Sec. 1240.60 would preclude the ISSC or State agencies from adopting additional recordkeeping or tagging requirements. The recordkeeping and tagging requirements in these regulations are the minimum necessary to ensure that shellfish can be traced through distribution channels, back to the harvest source. FDA explained why each of the specific requirements is necessary in the preamble to the proposed regulations, and the comments did not take issue with the agency's explanation with respect to any of the particulars. Therefore, FDA disagrees with the comments that the recordkeeping or tagging requirements are more restrictive than they need to be, or that they would interfere with the NSSP tagging program. Moreover, as stated previously, the agency has drafted the regulations broadly enough so as not to conflict with any improvements that the ISSC may wish to make in the form that a tag may take or in how information on tags is to be stored. The definition of the word ``tag'' at Sec. 123.3(t) (added at Sec. 1240.3(u) for consistency) reads, in part, ``a record of harvesting information attached to a container of shellstock * * *.'' This definition is sufficiently broad to include such systems as bar codes, embossed plastic, or other nontraditional methods of identification that may be used by the industry in the future. The agency is supportive of efforts to improve the existing methods of recording harvesting information. Nonetheless, it is important for the regulations to identify the minimum specific information that must appear on a tag. During past illness outbreaks, FDA, State regulatory agencies, and industry have had difficulty tracing the implicated shellfish to their sources, especially after they have been in the possession of several different processors (Refs. 99; 100; 102-106; 109; 218; and 219, pp. 37-39). These difficulties in tracing the shellfish have occurred because the shellfish were not in compliance with the tagging and recordkeeping provisions of the NSSP. The requirements at Sec. 123.28 will enable FDA to help the States to enforce minimum tagging and recordkeeping requirements for imported and domestic products. Moreover, the agency believes that placing the tagging and recordkeeping requirements in Federal regulations will emphasize the nationwide importance of this information in protecting the public health, as described earlier. 148. One comment noted that the NSSP does not specify that the name of the harvester must be on a molluscan shellfish tag, but that the proposed regulations would require this information. The NSSP specifies that the number assigned to the harvester by the shellfish control authority must be listed on the tag. The agency recognizes that there may be a variety of effective ways to identify the harvester of the molluscan shellfish, depending on the method of harvest, State requirements, and local tradition. For this reason, the agency has modified Sec. 1240.60(b) to read that the tag shall disclose: * * * by whom they were harvested (i.e., the identification number assigned to the harvester by the shellfish control authority or, if such identification numbers are not assigned, the name of the harvester or the name or registration number of the harvester's vessel). For consistency, FDA has made a similar change in Sec. 123.28(c)(5). 149. A significant number of comments recommended that FDA modify Sec. 1240.60(b) to allow bills of lading or other shipping documents to accompany bulk shipments of shellstock in lieu of tags, as long as they provide the same information. A few comments suggested that bills of lading or other shipping documents be used in lieu of tags on individual containers of shellstock when a shipment consists of a large volume of shellstock in sacks or boxes. Several comments asked for clarification of the impact of the proposed requirements on current repacking operations that commingle shellstock from various harvesters into one container. FDA recognizes that an inconsistency existed between proposed Sec. 123.28 and proposed Sec. 1240.60 because the former would have allowed shipping documents to provide the required information for bulk shipment, and the latter would not. FDA agrees with the comments that recommended providing for the use of shipping documents and has modified Sec. 1240.60(b) to provide the needed consistency. Under existing industry practice the truck, cage, or vessel hold serve the same purpose as a container for the shellstock, making tagging impractical. In that case, the shipping document serves the same function as the tag. However, the agency does not agree with the suggestion that containers of shellstock in large shipments be allowed to be covered by shipping documents in lieu of tags. FDA cannot justify treating shellstock in large shipments differently than shellstock in smaller shipments, nor could the terms ``large'' or ``small'' be readily defined. Large shipments can be subdivided, perhaps many times, or commingled with other lots of molluscan shellfish. The source information would, therefore, be necessary on each container to ensure proper identification. Without tags, the identity of individual containers could be lost. FDA is requiring that all shellstock, even after repacking, bear a tag that identifies the prescribed information, including the identification of the harvesters to ensure that all shellstock is readily traceable (Sec. 1240.60). 7. Other Considerations 150. Comments from a few trade associations and from seafood processors stated that FDA should require a production code on each container of shucked molluscan shellfish. The comments suggested that the code consist of an identifying mark that allows the processor to determine where the remainder of the lot was shipped, and where and when the relevant shellstock was harvested. FDA agrees that production codes can be useful on containers of shucked molluscan shellfish to facilitate trace back of questionable product. The agency encourages the use of codes by molluscan shellfish processors. However, such a requirement is not within the scope of the proposed regulations. The agency will consider whether such a requirement should be pursued in a separate rulemaking. 151. Comments from several consumer groups stated that if a warning label is not mandated by FDA on raw molluscan shellfish to alert at- risk consumers of the danger to health posed by the product, FDA should require that Gulf Coast oyster processors adequately cook the product to Page 65168 eliminate risks from Vibrio vulnificus during periods when shellfish cannot be harvested free from this bacterium. They further stated that cooking should not be required when the shellfish are free from this bacterium. FDA agrees that effective controls are needed to protect consumers from the hazard posed by V. vulnificus in Gulf Coast oysters during certain times of the year. The agency is evaluating the potential effectiveness of a variety of control mechanisms. Mandating specific mechanisms, however, would be outside the scope of this rulemaking. FDA is therefore taking these comments under advisement. 152. A few comments urged that the word ``processor'' be changed to ``certified dealer and licensed harvester'' throughout Sec. 123.28 to make the terminology consistent with the NSSP and to clarify that these requirements apply to everyone who buys and sells shellfish before the shellfish reach the retail marketplace. The comments also recommended changing the word ``shipper'' to ``processor or packer'' in the provision that is codified at Sec. 123.28(d)(3) in these final regulations to include the shucker, repacker, shipper, reshipper, or depurator. As mentioned in the ``Definitions'' section of this preamble, the agency has concluded that the definition for ``processor'' covers all NSSP classifications of shellfish dealers, without specifically naming each one. For consistency throughout the regulations, use of the term will remain unchanged. FDA agrees, however, that the word ``shipper,'' as the agency used it in the proposed regulations, could cause confusion because that term has a different meaning in the NSSP Manual of Operations. Therefore, FDA has changed the language of the final regulations to read ``packer or repacker.'' The certification number of the packer or repacker is readily available to the processor since it is required, under the NSSP standards, on each label of shucked product. For consistency, FDA has modified Sec. 1240.60(c) to also read ``packer or repacker'' where it had previously read ``processor.'' 153. A few comments stated that proposed Sec. 123.28(b), which referred to molluscan shellfish that ``originate from growing areas that are approved for harvesting,'' appears to prohibit processors from using products from harvest waters classified under the NSSP as ``conditionally restricted.'' Under the NSSP, shellstock taken from such waters cannot be directly marketed for human consumption but can be ``relayed'' to an open growing area for harvest at a later date. In addition, the comments pointed out that the word ``approved'' is a formal classification designation used in the NSSP. These comments said that harvesting is permitted from areas with other than ``approved'' classifications but would appear to be prohibited under the provisions of proposed Sec. 123.28(b). The comments suggested use of the term ``open'' growing waters, which would apply to several different NSSP harvest area classifications. FDA agrees that the word ``originate'', as used in proposed Sec. 123.28(b), is too restrictive and has revised this section to say ``harvested from.'' With regard to the word ``approved,'' FDA concludes that no change is warranted. The proposal neither adopted nor referenced the NSSP growing water classification system. The phrase ``approved for harvesting'' should not be construed to be limited to those waters classified by a State under the NSSP as ``approved'' areas. The phrase ``approved for harvesting'' is used in the final regulations for its common sense meaning (i.e., those areas from which harvesting is allowed), which FDA believes is appropriate. 154. For clarification purposes, definitions for the terms ``certification number'', ``shellfish control authority'', and ``tag'' have been added at Sec. 1240.3(s), (t), and (u), respectively. These definitions are taken directly from Sec. 123.3. 155. One comment urged that the regulations be modified to specifically state that a HACCP plan for raw molluscan shellfish that contains the controls specified in subpart C of part 123 is deemed to meet the requirements of Sec. 123.6. The agency disagrees with this comment. The requirements of subpart C of part 123 are designed to control the environmental hazards associated with the harvest waters from which molluscan shellfish are taken, particularly those relating to sewage- related pathogens, chemical contaminants, and natural toxins. For this reason, they must be included in the HACCP plans of all raw molluscan shellfish processors. However, they are not intended to control process-related hazards resulting from, for example, time-temperature abuse of the product, improper use of food additives, or metal fragments. To control these hazards, the processor needs to follow the general approach set out in subpart A of part 123. The agency has developed the two subparts to be complementary and has strived to eliminate any redundancy in their provisions. Thus, it is theoretically possible that a HACCP plan that contains the controls specified in subpart C alone of part 123 still might not meet all the requirements of Sec. 123.6. FDA has made two modifications in Sec. 1240.60(b) for clarity only. Where the proposed regulations required that the tag identify the ``* * * place where harvested * * *,'' FDA has added, ``(by State and site).'' This change makes Sec. 1240.60(b) consistent with Sec. 123.28(c)(2). Additionally, where the proposed regulations stated that improperly tagged or labeled product would be ``subject to seizure and destruction,'' FDA has amended the language to read, ``subject to seizure or refusal of entry, and destruction.'' This change is to make clear that, for imported products, the appropriate regulatory procedure is refusal of entry, rather than seizure. O. Compliance and Effective Date 1. Effective Date FDA proposed that these final regulations be effective and enforced 1 year after the date that they are published in the Federal Register. The purpose of this proposed effective date was to provide processors with enough time to develop and implement HACCP plans. The agency invited comment on whether 1 year would be adequate. 156. FDA received more than 60 comments about the proposed effective date. Virtually all comments agreed that the agency should provide some period before the regulations become effective. The comments either agreed with a 1-year implementation period or requested a longer period of 2 years or more. There were also a number of comments that responded to the agency's question about whether implementation dates should be staggered based on such factors as size of firm and level of risk. A minority of comments stated that 1 year for implementation is adequate. These comments argued that after 1 year, the industry would have had 3-years notice of the requirements. The comments argued that 3 years was sufficient total time to be informed about impending regulations. Another comment stated that one year might be sufficient for the seafood industry, but other food industries could need considerably more time. Several comments recommended that FDA provide an implementation period of longer than 1 year but did not recommend a specific alternative. These comments were concerned that HACCP training would not be completed in time for a 1-year implementation date; that foreign processors would need more Page 65169 time to implement HACCP; and that 1 year after Canada required HACCP for its seafood industry, only half of its firms had complied. The largest number of comments on this topic recommended that FDA make the regulations effective 2 years after publication. The reason most often cited was that it will be more than 1 year before most of the affected firms can complete HACCP training. The next most frequently cited reason was that firms and trade associations needed more time for HACCP plan development. Several comments also discussed the time required to modify equipment and raise capital; to respond to initial, voluntary reviews of HACCP plans by regulatory agencies; and for Federal, State, and local officials to understand HACCP and how to enforce it and to arrange for cooperative enforcement. A few comments stated that FDA needs sufficient time to develop agreements with foreign countries. Several comments contended that more than 2 years should be allowed to implement the regulation. These comments mentioned the cultural change that HACCP will require and concern about the impact that the regulations will have on small firms as well as on large firms with multiple products and lines. They also mentioned the time needed for training. Over 20 comments recommended that FDA stagger effective dates. A majority of these comments stated that such a phased-in start-up should be based on product risk. The remainder of the comments split in favor of either considering both the size of a firm and the risk from the products it makes or just the size of a firm. A smaller number of comments argued against a staggered start. These comments expressed the view that small firms and foreign products should not be treated differently and pointed out that all firms will already have had 3 years of notice. Some of these comments stated that it would be hard to justify staggering implementation based on risk when the illness data are so incomplete. Others expressed the view that administering a staggered start would use up valuable resources and only result in confusion; that staggering would put some firms at a competitive disadvantage; and that it might encourage procrastination. After fully considering all of these comments, FDA agrees with the comments that suggested that a 2-year effective date is appropriate. Based on FDA's participation with the Alliance that is developing training materials for this program, FDA has come to realize that 2 years must be provided to establish training programs and to give participants enough time to take them. Two years is also the minimum time necessary to train regulatory personnel. The additional time is also necessary so that the States will have a full opportunity to understand and respond to the effects of these regulations. It will also increase the likelihood that more agreements with other countries will exist. The additional year will also increase the opportunity for processors to engage in ``voluntary'' HACCP inspections in advance of the effective date in order to obtain preliminary, nonregulatory feedback from the agency on their progress. The agency acknowledges that it has urged the industry to begin preparing for HACCP well before the issuance of these final regulations. However, as this preamble amply demonstrates, a significant number of questions were raised as a result of the proposal that could not be answered until now. Moreover, the entire support structure for HACCP, including the issuance of the first edition of the Guide and the development of training courses, model plans, and other forms of technical assistance that will be useful to the industry, and especially to small businesses, will not be in place in time to permit a 1-year effective date. On the other hand, more than 2 years does not appear at this time to be warranted. The agency is concerned that additional time would adversely affect the momentum for this program without adding significantly to the likelihood that it will succeed. On the other hand, FDA is sensitive to the need to ensure that small businesses will not incur an unreasonable threat to their survival by an effective date that is too short. The agency intends to monitor the progress of the industry after the regulations are published and invites feedback on this subject. If FDA determines that the effective date is placing a significant and unreasonable burden on the industry, particularly on small businesses, the agency would be willing to consider an extension for as much as one additional year or some form of additional technical assistance. The agency would consider whether the delay is needed for training, drafting plans, or taking other measures that directly relate to the installation of a HACCP system, or whether the time is needed to comply with existing CGMP's, which are a prerequisite for HACCP. FDA will likely be reluctant to give firms an extended period of time to achieve compliance with existing requirements. FDA also finds that there is not an adequate basis at this time for staggering the starts based on size or risk. The arguments for and against staggering generally parallel those for and against exempting firms from these regulations altogether on the basis of either size or risk. These arguments are discussed in the section of this preamble entitled ``Should Some Types of Processors Be Exempt?'' In summary, a good case can be made that implementation by small firms should not be delayed because such firms account for much of the products with significant potential for risk, such as cooked, ready-to-eat products. Moreover, most seafood processors are small firms. Risk-based, as opposed to size-based, criteria for staggering firms would inevitably be arbitrary to some degree because data from foodborne illness reporting systems tend to skew the reports toward more easily diagnosable illnesses. The comments received on the subject of staggering do not provide a ready way to overcome these problems. Moreover, the 2-year effective date (rather than 1 year as proposed), guidance, technical assistance, and training that will be available to all processors should make staggering much less necessary than it otherwise might have been. As stated above, however, the agency welcomes feedback on the progress that processors are making to implement HACCP that could have a bearing on whether staggering or an extension of the effective date would be appropriate, especially for small businesses. 157. Several comments asked for a form of staggering based on when an inspection occurs before the effective date. These comments stated that processors who voluntarily submit to inspection under the regulations before the effective date and are advised that their HACCP systems are not yet in compliance with the regulations should have at least a 6-month grace period to correct the problems. The example given in these comments was that of a processor who is so advised 1 day before the effective date and thus is inevitably out of compliance on the effective date. As reflected in the comments, inspections of HACCP systems before the effective date will occur because a firm desires feedback and volunteers for it when an FDA investigator arrives for an inspection. That feedback will constitute informal advice only and will provide training for the investigator as well as for the processor. There may be some advantage to a processor to obtain feedback and training sooner rather than Page 65170 later, but the results will have no formal status with the agency and would not warrant an extension of the effective date. The agency has heard considerable concern that it will automatically seek to seize or otherwise remove from commerce all products being produced under a HACCP system that is determined to be deficient in any respect. That concern is unfounded. The consequence of being out of compliance with HACCP requirements, on the first inspection after implementation or otherwise, is addressed throughout this section. In summary, FDA's reaction will depend, as it does today, on the overall public health significance of the deficiency. 2. Public Meetings 158. One comment suggested that FDA conduct public meetings to explain the requirements of these regulations to the seafood processing industry between the publication date and effective date of these regulations. The comment also encouraged a coordination of research, training, and educational efforts between industry and FDA in order to facilitate the implementation of this HACCP program. FDA fully agrees with the comment. It is the intent of the agency to engage in a dialog with industry, through a combination of public meetings and discussions at trade association meetings, to facilitate a thorough understanding of the regulations. FDA's affiliation with the Alliance reflects the agency's commitment to a cooperative relationship among industry, government (Federal and State), and academia in the areas of research, training, and technical assistance. 3. Penalties for Noncompliance 159. A significant number of comments, from processors and trade associations, requested that FDA address how noncompliance with the mandatory sanitation control procedures will be handled. Several of these comments also requested that FDA describe the penalties that can be imposed upon a processor and its officers for: Failure of a processor to have and implement a HACCP plan; noncompliance with sanitation control procedures; and failure to meet minor requirements of the regulations, such as the lack of a signature on a document. One comment stated that FDA's legal authorities and enforcement procedures do not provide a means for the agency to respond in a manner that is related to the severity of deficiencies--that is, a less severe response to a less significant deficiency. FDA has a longstanding practice of tailoring its regulatory response to the facts. A deviation from any of the provisions of these regulations, including those involving the control of sanitation, carries the potential for regulatory action pursuant to section 402(a)(4) of the act. However, FDA intends to enforce these regulations in a manner that focuses on those deviations that have the greatest potential for causing harm. It is not FDA's intent to pursue regulatory action against a product or a processor exclusively for clerical errors or minor errors of omission. To do so would certainly not be an efficient use of agency resources, nor would it be in the best interests of the consuming public. The penalty provisions for food found to be adulterated are described at ``Prohibited Acts and Penalties,'' in chapter III of the act. The statutory sanctions that FDA may seek include seizure and condemnation of a food and injunction and criminal penalties against a person (i.e., a firm and its responsible management). FDA may also use existing administrative procedures, such as warning letters and conferences with a processor, to bring instances of noncompliance to the processor's attention as it frequently does under its current inspection programs. The agency cannot state precisely what type of action it will take when it detects a deficiency because FDA evaluates each deficiency on a case-by-case basis to determine the public health significance of the violation and the appropriate response. 4. Preapproval of HACCP Plans In the preamble to the proposed regulations, FDA tentatively concluded that HACCP plans would not have to be submitted to the agency or otherwise preapproved before their implementation by processors. The reasons for the agency's tentative conclusion included: (1) HACCP plans should be judged in the context of the processing plant, a process best accomplished during routine FDA inspections of processing facilities; and (2) the agency does not have sufficient resources to review HACCP plans from all domestic and foreign seafood processors in advance of either HACCP implementation by the processor or the conduct of HACCP- based inspections by FDA. 160. Approximately 20 comments addressed this issue. About two- thirds of these comments, from consumer advocacy groups, processors, trade associations, and State government agencies, contended that a processor should be required to file a HACCP plan and obtain approval from FDA before implementing the plan. The remaining comments, from processors, trade associations, and a foreign government, agreed with FDA's tentative conclusion that HACCP plans need not be submitted to the agency or preapproved before they are implemented. Some of the comments favoring preapproval argued that FDA should have control over the design of each plan before it is implemented to ensure that all of the CCP's are identified, and that appropriate records will be kept. Other comments contended that, in the absence of a preapproved plan, a processor may implement a plan that FDA would later judge to be inadequate, possibly raising concerns about the product already produced under the plan. Several comments in opposition to preapproval argued that it would be too expensive and difficult for both FDA and the processors (the latter because implementation would be delayed while processors waited for FDA to preapprove the plan and every subsequent change to the plan). One comment expressed concern that, in formally approving a HACCP plan, regulatory authorities would assume some responsibility for the HACCP system of an individual processor. A few comments stated that HACCP plans will evolve as operations are adjusted, based on the processor's verification activities. These comments argued that a requirement for the preapproval of HACCP plans would encumber a processor's ability to update its HACCP plan. The resource situation since the proposal was issued in January, 1994, has not changed in any way that would make the preapproval of HACCP plans by FDA practicable. Thus, FDA's analysis of the comments has focused on whether a lack of preapproval raises significant implementation problems that the agency must address. The comments have not convinced the agency that it does. FDA finds that a preapproval system would unduly burden the agency's resources, without providing significant advantages to the public health. The effectiveness of a HACCP plan, including monitoring, recordkeeping, and verification, can best be evaluated under actual operating conditions. The preapproval of HACCP plans is distinguishable from the situation for low acid canned foods, where FDA reviews submissions of scheduled processes and revisions to these processes without hinging that review on a visual inspection of the facility. For Page 65171 low-acid canned foods, the submission relates solely to the adequacy of the cooking process to control one hazard (C. botulinum). This process lends itself to a paper evaluation. FDA agrees with the comments that suggested that a requirement for agency approval of a processor's changes to an existing HACCP plan would unnecessarily slow the process of plan improvement. The ability to modify the plan quickly based on feedback from verification activities is an important aspect of HACCP that could be degraded by a preapproval requirement. With regard to the concern that the lack of plan preapproval will expose a processor to risk of product loss if a HACCP plan, under which it had been operating, is deemed by FDA to be inadequate, the agency advises that there are several issues that should mitigate this concern. First, the agency is committed to providing guidance, in the form of the Guide, to assist processors in the development of HACCP plans that are likely to be acceptable to the agency. The Guide will be further discussed later in this section. Second, FDA is convinced that the training requirements of these regulations will serve to inform the regulated industry about the expectations of the agency with respect to HACCP plan content. FDA is working closely with the Alliance to ensure that training reflects FDA policy. Third, FDA recognizes and accepts that, for HACCP plans to be effective and efficient, they must be tailored to the operating conditions of the individual processor. Of necessity, this fact means that there may be multiple ways to control an individual hazard. Consequently, FDA investigators will be trained to objectively evaluate the processor's HACCP plan from the standpoint of whether it accomplishes its intended function (i.e., hazard control), rather than whether it follows any preconceived model. Finally, as described earlier, for the HACCP program, FDA intends to respond proportionally to deficiencies that it finds during inspections. The nature of the agency's response will depend on the totality of the situation and on the public health implications of the deficiency. When circumstances permit, the processor will be given the opportunity to make appropriate corrections. 5. Filing Plans With FDA 161. A few comments stated that FDA should require processors to file HACCP plans with the agency, not necessarily to obtain preapproval, but to allow FDA to compile HACCP plans from all seafood processors. The comments suggested that FDA selectively audit a sample of processor HACCP plans from the file copies, perhaps based on product risk, the presence or absence of certain CCP's, or other relevant factors. Some of these comments recommended that FDA request voluntary submission of plans prior to the implementation deadline. A file, or library, of HACCP plans of all seafood processors would likely present various benefits from the standpoint of trend analysis and program evaluation. The agency finds, however, that the burdens would outweigh the benefits, largely for the same reasons that rule out the preapproval of plans by FDA. For example, the library would have to be updated every time that any processor updated its plan. Therefore, FDA is not requiring that processors file their plans with the agency. 6. Third Party-Approval 162. Several comments urged FDA to include a provision requiring third-party approval of processors' HACCP plans, especially if preapproval by FDA is not required. The comments suggested that the lack of a requirement for a processor to use a disciplinary team approach to develop a HACCP plan, as suggested by the NACMCF, coupled with infrequent FDA inspections, could mean that a processor might operate for years without an appropriate plan. The comments noted that competent processing authorities are available to provide third-party plan approvals and audits. On the other hand, one comment argued that a requirement for third party HACCP plan approval is not necessary. This comment stated that a nonregulatory first inspection would obviate any form of preapproval. FDA recognizes that some processors may benefit from obtaining third-party assistance in developing their HACCP plans and in evaluating their implementation. An independent audit is often helpful in locating problems in a system and offers the benefit of bringing in expertise not always possessed by many seafood processors. FDA is aware that some processors have engaged in these kinds of arrangements in the past and encourages their use. However, the agency cannot agree that third party assistance should serve as an ``approval'' for regulatory purposes. First, to maximize consistency and fair treatment, the responsibility for the initial HACCP plan evaluation (outside of the processor's own verification activities) belongs to FDA, through routine inspections of processing plants. Second, establishing, certifying, and auditing a network of third parties whose approvals FDA would automatically accept would impose significant burdens on the agency that FDA could not accommodate. As discussed above, FDA is engaging in significant efforts to facilitate the development of appropriate HACCP plans. The overall high level of policy guidance and technical assistance that will be available to processors from FDA and a variety of other sources should minimize the incidence of processors developing and implementing plans that do not address those hazards that are reasonably likely to occur. Therefore, FDA is not providing for third-party approval of HACCP plans. 7. The First Inspection In the preamble to the proposed regulations, FDA tentatively concluded that, after the effective date of these regulations, FDA's review of processors' HACCP plans and procedures would occur at the time of the routine establishment inspection. FDA requested comment on whether the first HACCP review should be nonregulatory, even though the inspection of the processor would otherwise be regulatory. 163. Approximately 30 comments, mostly representing processors and trade associations, addressed this issue. All but one of the comments asked that the first review of a processor's HACCP plan and procedures be nonregulatory. Approximately one-fourth of these comments further asked that the second such evaluation also be nonregulatory. The comments stated that a nonregulatory visit by FDA would assist the processor in determining deficiencies in its plan without fear of enforcement action and would provide FDA investigators with hands-on experience in a HACCP-based inspection. The comments suggested that this arrangement would foster a cooperative spirit between the agency and the industry and would provide the time necessary for the investigator to discuss with the processor how the plan should be tailored to address the details of the processor's operation. One comment stated that the initiation of a sweeping, new program will generate many questions and will necessitate innumerable judgments on the part of both processors and investigators. The comment suggested that it would be preferable for these questions and judgments to occur during nonregulatory visits. On the other hand, one comment suggested that the first review of a processor's HACCP plan should be Page 65172 regulatory, because once the effective date has been reached, compliance with the regulations should be enforced. FDA agrees with the comments that suggested that a smooth transition to a mandatory HACCP system of preventive controls is more likely the result of dialogue than regulatory action. For HACCP to succeed, processors must be committed to it because they perceive benefits to themselves from its use other than simply the avoidance of regulatory sanctions. FDA has concluded that a 2-year effective date, rather than the 1- year date that was proposed, will provide substantial opportunity for dialogue. Moreover, the proportional response to problems that FDA intends to employ, taking into account the newness of the system, should obviate many of the comments' concerns about excessive regulatory sanctions early in the process. Consequently, FDA concludes that an officially designated, nonregulatory first inspection is not necessary. FDA has concluded that 2 years is sufficient time for a processor to train employees or secure properly trained consultants, perform a hazard analysis, develop a HACCP plan, and implement and evaluate HACCP control procedures that will comply with these regulations. The additional year will enable the agency's field investigative force and the industry to begin sorting out many of the issues that are likely to develop during implementation. As stated earlier, the agency intends to perform informal HACCP evaluations of willing processors during routine inspections conducted during the 2-year implementation period. These evaluations should serve to aid the development of both the industry's HACCP programs and the agency's HACCP inspectional skills. They will also largely take the place of the proposed type of nonregulatory inspections. FDA agrees with the comment that pointed out that the initiation of this program will generate many questions and issues that will have to be worked out between processors and the agency. Moreover, FDA accepts that, despite the years of groundwork and the pilot programs that have been the basis for agency policy decisions to date, there will be details that will have to evolve over time as the program is implemented. It is highly likely that this evolution will continue well after the effective date of these regulations. FDA will take this factor into account in its initial interactions with processors after the effective date. The agency may find it appropriate to use its regulatory discretion when it finds a basis for concern about a processor's HACCP plan or procedures that relate to a matter about which policy is still being formulated. However, the agency is concerned that there could be significant problems if it officially designated its HACCP review during the first inspection as being nonregulatory. First, such a step could create unfair situations. For example, FDA could find itself in the position of pursuing regulatory action against one processor for failure to adequately control a particular hazard while, at the same time, treating a similar deficiency by another processor as ``nonregulatory.'' Second, it could foster actions by firms to avoid application of the regulations, such as name changes or reorganizations to create the argument that the ``new firm'' is entitled to a nonregulatory inspection. Third, it is not clear how long such a policy should last. Arguably, the reasons in support of a nonregulatory first inspection become much weaker in the case of a firm that goes into business for the first time a number of years after the effective date of the program. For all of the foregoing reasons, FDA has concluded that it can accomplish the things that led it to inquire about the possibility of, and the comments to support, designating the first HACCP inspection as a nonregulatory inspection without making such a designation and creating the problems that such a designation could cause. 8. Role of the FDA Investigator 164. In the preamble to the proposal, FDA stated its tentative conclusion that its investigators would, among other things, evaluate the adequacy of processors' HACCP plans during routine inspections. A few comments objected to this role for the investigators. These comments stated that investigators should be responsible for verifying that the processor has performed a hazard analysis; developed a HACCP plan where warranted; implemented the HACCP plan; and recognized, corrected, and recorded deviations from the HACCP plan. The comments further stated that investigators should not be in a position to challenge the adequacy or design of a HACCP plan. The comments pointed out that HACCP plans are tailored for each operation, designed by either a company team or a knowledgeable individual thoroughly familiar with the operation. They questioned whether an FDA investigator would have the expertise to determine the acceptability of the plan. Many FDA investigators already have considerable training in HACCP and food science, and most have an academic background in the sciences. They will also receive training during the implementation period that focuses on compliance with these regulations. The investigators will be exposed to the Guide, among other sources, for information about potential hazards to be considered for particular products and processes. This exposure, coupled with investigators' experience with the industries with which they work, will give them a sound basis for making screening determinations about the adequacy of processors' HACCP plans. There is little doubt that the caliber of investigator screening decisions will improve with experience with these regulations and with exposure to more and varied processor HACCP programs. FDA is confident that its field investigative staff will quickly adjust to the task of fostering compliance with these regulations, as they have to past initiatives. Where investigators are unsure about the adequacy of a processor's HACCP plan, they will have ready access to, and will be encouraged to consult with, district, regional, and headquarters experts. Investigators will also be instructed to discuss with plant management the reasons and scientific support for hazard analysis and HACCP plan decisions that are in question. Where, because of the complexity of a particular situation, the investigator cannot reach a decision about the adequacy of a particular aspect of a processor's HACCP plan, the investigator will be instructed to collect as much information, including supporting data, as is necessary in order to facilitate further agency review. Therefore, FDA concludes that the existing system adequately addresses the concerns of the comments. 9. Disagreements and Appeals 165. A significant number of comments, primarily from processors and trade associations, stated that FDA should have a mechanism to resolve differences between an FDA investigator and a processor regarding the adequacy of the processor's HACCP plan, especially given the subjective nature of the determination as to what the hazards are that are reasonably likely to occur and that therefore must be controlled through HACCP. The comments contended that a cooperative discussion between FDA and the processor's HACCP experts would be preferable to an enforcement confrontation, and that this discussion would allow a processor to explain its decisions and procedures. Other comments urged FDA to formalize an Page 65173 appeal process in the regulations that would establish a processor's rights to contest any HACCP compliance action by FDA. Moreover, these comments stated that FDA should not take enforcement action based on a disagreement in the field between an investigator and the developers of the plan. As previously mentioned, agency investigators will be instructed to discuss their concerns about potential inadequacies in processor HACCP plans with the management of the firm in an effort to learn the basis of the firm's decisions. If the investigator retains concern that a plan is inadequate in some regard even after discussing it with the firm, the investigator will list findings on the report that is provided to the management of the firm at the conclusion of the inspection (Inspectional Observations, FDA483). The FDA483 only represents the opinion of the investigator and is not necessarily the final opinion of the agency. The investigator will document the processor's response to, or explanation of, the findings listed on the FDA483 report. It has been longstanding FDA policy to conduct an internal review of investigators' inspectional findings before initiating regulatory action. There is an opportunity at each stage for discussion between the firm and the agency. These FDA review practices will not change under a HACCP-based system. Based on the foregoing, the agency concludes that the concern expressed in the comments about possible precipitous compliance action as a result of the findings of FDA investigators is unwarranted. It is worth repeating that the agency intends to engage in conflict resolution through dialogue wherever possible and appropriate. Given these facts, FDA has concluded that a provision for a special appeals process for matters concerning these regulations is not necessary. 10. Status of the ``Guide'' In the preamble to the proposed regulations, FDA discussed the ``five preliminary steps'' to HACCP recommended by the NACMCF. These steps lead a processor through a logical process for identifying hazards that are likely to occur in a product and for developing a HACCP plan. In an effort to facilitate this process, especially for the many small businesses involved in seafood processing, FDA is developing the Guide, a draft of which was made available shortly after publication of the proposed regulations. The draft Guide provides information on hazards and appropriate controls by species and by product type. The preamble said that the information contained in the draft Guide is the kind of information that would likely result in a HACCP plan that is acceptable to the agency. FDA received considerable comment on the contents of the draft Guide and intends to publish a redrafted first edition shortly after the publication of these regulations. 166. A number of comments expressed concern about how the Guide would be used by FDA investigators when evaluating a processor's HACCP plan. The commenters were troubled by the prospect that FDA investigators would not be trained to evaluate HACCP plans that differ from the Guide, and that, therefore, they would take exception to a HACCP plan that deviates from the Guide. The comments stated that industry experience with HACCP demonstrates the need to provide flexibility so that HACCP plans can be tailored to the specific operating conditions of a processor. Other comments stated that the Guide did not provide express guidance on the meaning of the key phrase ``reasonably likely to occur.'' The comments stated that the Guide should clarify whether it is FDA's intention that the hazards identified in the Guide are the ``reasonably likely'' hazards under all conditions for the specific species and processing operations that are listed. Several comments cautioned that the Guide should not be characterized as a ``safe harbor,'' i.e., that FDA should not promote strict adherence to the Guide regardless of the circumstances. Such a characterization, they argued, could cause processors to omit the critical hazard analysis step in HACCP plan development and risk developing plans that do not fit the conditions of their processes. The Guide is, in the agency's opinion, a compilation of the best available information on the subject of hazards and controls in seafood processing. It contains FDA's recommendations as to the hazards that it believes are ``reasonably likely'' to occur in specific species and finished product forms under ordinary circumstances, but it also provides information on rarer hazards as well. FDA recognizes that the first edition of the Guide must clearly distinguish between the two. The term ``reasonably likely'' is now effectively defined in Sec. 123.6(a). It is worth noting that, under Sec. 123.6(a), whether a hazard is ``reasonably likely'' will depend, at least in part, on the circumstances that exist at the time that the hazard analysis is conducted. For example, a certain toxin might be rare, but if it starts presenting itself in fish and becomes known, it may warrant a new hazard analysis that may identify it as ``reasonably likely'' for a period of time. FDA also recognizes that circumstances may occur in which hazards will exist that are not identified in the Guide. These hazards may be the result of a previously unidentified phenomenon (e.g., the identification of a natural toxin in a species previously not associated with that toxin) or of unique conditions in the way that the product is handled by a particular processor (e.g., unusual equipment or processing methods). Thus, a definitive determination of ``reasonably likely to occur'' can come only as a result of a carefully conducted hazard analysis performed for a specific product under specific processing conditions. FDA recognizes that a HACCP approach requires flexibility and will endeavor to make the Guide consistent with such flexibility. FDA will provide training to its investigators so that they will be prepared to evaluate a HACCP plan that is not consistent with the Guide and to evaluate the effectiveness of controls that differ from those suggested in the Guide. The agency agrees that the Guide is not a ``safe harbor'' for all situations. Processors who utilize the Guide should compare it to their own circumstances and make whatever adjustments in the approach suggested in the Guide that are necessary. 11. Trade With the EU 167. One comment suggested that, because of directives issued by the EU, many processors may need early recognition of their HACCP programs by FDA. The comment further suggested that early recognition could be used by the agency as a means of training FDA inspectional personnel. FDA is aware of the directives of the EU. The agency intends to consider how it can best help processors respond to those directives, among other factors, as it formulates its plans for implementation of these regulations. 12. Measuring Program Success In the preamble to the proposed regulations, FDA asked for comment on what tests should be used to measure the success of the HACCP program as a whole, and how often those tests should be conducted. 168. A significant number of comments stated that indicators of the success of the seafood HACCP program could include: A reduction in the number of seafood-borne illnesses; improved consumer confidence in Page 65174 seafood consumption; and a reduction in the number of violative products that enter the marketplace. Several comments stated that periodic inspections of, and sampling at, processors and importers by FDA, State, and foreign officials, coupled with illness reporting from a strengthened CDC program, would provide adequate verification of the effectiveness of the program. However, two other comments stated that the success of the seafood HACCP program cannot be measured solely by a decrease in illnesses, because many food-borne illnesses are the result of problems in the retail sector, which is neither covered by these regulations nor adequately regulated by the States. The agency agrees with those comments that suggested that the ultimate goal of these regulations should be the improved safety of fish and fishery products--a reduction in the actual number of seafood- related illnesses. FDA will continue to closely monitor the CDC system, as well as reports of illness and death attributable to the consumption of seafood that it receives from other sources, for trends that may indicate an emerging problem or the intensification or modification of an existing problem. However, the agency also agrees with those comments that suggested that, because many of the seafood-related illnesses are attributable to recreational or subsistence fishing or to problems in the retail and food-service sectors (Ref. 7, pp. 2; 15; 27; and 28), improvements in process controls that result from the implementation of HACCP may not be fully reflected by a reduction in the number of illnesses. Additionally, as has been previously discussed, the CDC system encompasses only reported illnesses and is an imperfect means of judging reductions in actual numbers of illnesses. FDA is supportive of a strengthening of the CDC reporting system. Based in part on the comments received, the agency will be looking at ways to assess a relationship between success of the HACCP program and levels of consumer confidence, levels of violative product in the marketplace, improvements in the quality and quantity of preventive controls throughout the industry; and the results of FDA and cooperating State and foreign inspections. As indicated in the summary of the Regulatory Impact Analysis elsewhere in this preamble, FDA is planning to evaluate key features of this program within the first several years of implementation. This evaluation will include an assessment of its effectiveness. 169. One comment suggested that end-product testing should be used by FDA for program surveillance purposes, particularly for imports. This comment encouraged FDA to conduct statistically reliable baseline and monitoring surveys, modeled after those used in the MSSP, conducted by NMFS, to: (1) Determine how often consumer hazards occur; (2) set specific goals, objectives, and operational strategies for the HACCP program; and (3) provide a means by which the program's success can be measured. FDA has historically collected and analyzed surveillance samples during and outside the course of its routine inspections. The purposes for these sample collections, in many ways, align with those suggested by the comment. The agency is committed to continued surveillance sampling and intends to use such sampling in an assessment of the HACCP program. 170. Another comment suggested that HACCP will only be successful in improving confidence in seafood if the program is accompanied by a consumer education effort that explains the benefits of HACCP. The comment encouraged FDA to perform a baseline study that assesses the level of consumer anxiety with respect to seafood consumption and compare it to the results of a study that it performs sometime in the future. FDA agrees that another major goal of these regulations is to increase consumer confidence in the safety of seafood. The agency recognizes that publication and enforcement of regulations aimed at improving seafood safety alone will not achieve that goal. Consumers must be informed of the benefits of producing products under HACCP preventive controls. Within its budgetary constraints, the agency intends to engage in a program of consumer education for that purpose. The prospect of baseline and followup studies of consumer confidence (or anxiety) will also be considered. P. Other Issues FDA received a number of additional comments that did not address any specific provision of the proposal, although some of them were in response to invitations in the preamble to comment on various subjects. 1. Relationship to Other Programs In the preamble to the proposed regulations, FDA invited comment on how FDA's HACCP program for seafood processors should mesh with existing State HACCP programs for seafood, in order to avoid imposing inconsistent Federal and State HACCP requirements. In the preamble, FDA acknowledged that many States are under considerable pressure to cut back on programs where there is an overlapping Federal program. Nonetheless, the agency urged States to maintain, if not strengthen, their seafood programs and to work with FDA to develop an integrated Federal/State, HACCP-based seafood control program. 171. Approximately 12 comments, representing processors, trade associations, and State government agencies, recommended that FDA coordinate its HACCP program with existing State and Federal seafood control programs. Several comments emphasized that a coordinated effort would ensure uniform application and interpretation of HACCP principles, while preventing duplication of effort that wastes limited enforcement resources. One comment stated that such a coordinated effort would be facilitated if only a single HACCP plan were required for each processing facility, rather than one that was designed to meet FDA requirements and another that would meet State requirements. Another comment noted that a multitude of differing HACCP regulations would only serve to confuse processors and dilute the effectiveness of the Federal program. The comment further recommended that FDA work with AFDO to promote State laws and regulations that are compatible with FDA's HACCP program. One comment suggested the formation of a task force representing the food industry, FDA, USDA, and DOC to work towards the goal of reducing regulatory duplication. The agency agrees that there is a need for Federal/State partnership to facilitate the efficient implementation of HACCP programs. FDA believes that coordination with the States would permit both the agency and the States to leverage their inspectional resources. FDA, as well as the States, would benefit by dividing the workload and sharing data and other information. Such coordination would also benefit industry through consistent inspections and regulatory requirements. The agency has already begun to coordinate its efforts with the States on seafood. The formation of the Alliance, to which AFDO is a member, is one such endeavor. The Alliance is described in detail in the ``Training'' section of this preamble. With FDA's support, AFDO passed a resolution supporting the development of FDA/State partnership agreements at its 1994 meeting in Portland, ME (Ref. 220). The resolution specifically recommended that HACCP be the basis of such partnerships and noted the Page 65175 shared roles of FDA and State regulators in seafood safety, the limited resources of both levels of government, and the existence and the potential impact of the Alliance. Meanwhile, FDA is increasing its use of partnership agreements with State enforcement agencies. For instance, the Northeast Region of FDA has entered into a threeway partnership agreement with the Northeast Food and Drug Officials Association and individual States to provide industry with HACCP training at the retail level. FDA also expects to enter into partnership agreements with States to implement HACCP pilot programs for foods other than seafood. FDA's Northeast Region has already signed such an agreement with the Commonwealth of Massachusetts, and more are anticipated. These initiatives demonstrate the agency's desire to coordinate its efforts with the States. The agency's cooperative efforts in the area of HACCP reflect a trend. The agency has used cooperative efforts in other areas, such as pesticide sampling and workplan sharing. FDA will continue to explore ways to coordinate the Federal and State role in the regulation of seafood. 172. A number of comments recommended that States act as the primary enforcement agencies for these HACCP regulations, while FDA's responsibility would be to evaluate the States' compliance with HACCP inspection protocols. Some of these comments suggested that such a program could be patterned after the NSSP. FDA is adopting these HACCP regulations to implement and enforce the act. While FDA plans to work cooperatively with the States in all ways possible, the agency cannot delegate its authority under the act. It is possible that in some aspects of seafood processing, the States will serve as the primary enforcement agencies, with FDA serving primarily an auditing function. However, responsibility for enforcing the act and these regulations must remain with FDA. 173. A number of comments, from processors, trade associations, and one consumer advocacy group, maintained that FDA's HACCP regulations should preempt any existing State HACCP programs. The comments contended that Federal preemption would ultimately reduce confusion caused by conflicting State programs, reduce costs, and promote uniformity. Examples of the specific areas of conflict were not provided by the comments. As was previously stated, FDA intends to work through AFDO and through Federal/State partnerships to seek consistency in State regulatory approaches to HACCP for seafood inspection and through the NSSP process and the ISSC to attain this goal specifically for molluscan shellfish. Moreover, processors in each State must comply with Federal HACCP requirements if their product moves in interstate commerce. For these reasons, the agency has concluded that there is no need for Federal preemption of State regulatory requirements. 174. Several comments encouraged FDA to work closely with NMFS to coordinate FDA's program with the existing NMFS' HACCP program. The comments noted that cooperation with NMFS would help the two agencies avoid wasteful duplication of effort and would reduce the burden on those firms already operating under the NMFS program. FDA agrees with these comments and notes that FDA and NMFS are coordinating their HACCP programs to ensure compatibility. Nonetheless, FDA advises that the NMFS program is a voluntary, fee-for-service program and is likely to continue to include features that go beyond the requirements of these regulations, especially in the area of preventive controls for economic fraud and plant and food hygiene. A 1974 MOU between FDA and NMFS recognizes the respective roles of the two agencies and commits the two agencies to consistency and cooperation. FDA will continue to work with NMFS to maintain a coordinated Federal effort. 2. ``Whistleblower'' Protection 175. A few comments urged that these regulations include ``whistleblower'' protection for employees of seafood processors. Whistleblower protection is designed to protect workers from being fired or otherwise discriminated against for revealing wrongdoing by their employers. The wrongdoing in this case, presumably, would likely involve the falsification of HACCP records. The comments argued that: ``Whistleblowers are iispensable as the eyes and ears for overextended FDA personnel making limited spot checks. The public's line of defense will be no stronger than the shield protecting industry worker's rights to obey and help enforce this law.'' One concern that FDA has heard about the credibility of a HACCP system is that important records can be falsified. It is alleged that, without whistleblower protection, it is much less likely that the agency will know about falsifications. While the agency is confident, based in part on its experience reviewing records in the low-acid canned food program, that it can detect falsification, FDA also expects from experience that it will be alerted to possible wrongdoing from time to time by employees of processors even in the absence of whistleblower protection. FDA has received, and acted upon, confidential information from employees of regulated firms for decades. This assistance has proven invaluable on many occasions. The only protection to these employees available from FDA has been confidentiality. The question raised by the comments is whether, in addition to the actions against the product or the processor that would be available to FDA as a result of violations of the requirements of the act and these regulations, there must be specific protection for employees in order for the program to succeed. The agency has concluded that, like other FDA programs, this program can be successful in the absence of specific whistleblower protection, and that congressional action would be necessary to provide protection other than confidentiality. FDA cannot provide whistleblower protection in these regulations. FDA believes--and case law bears out--that there must be a nexus between the conduct being required by regulations and the focus of the underlying statute, in this case primarily section 402(a)(4) of the act. An analysis of the application of section 402(a)(4) of the act to these regulations can be found in the ``Legal Basis'' section of this preamble. While FDA has determined that an assessment of processing risks and a plan that ensures that these risks are minimized has the requisite nexus to section 402(a)(4) of the act, and that this nexus justifies adopting these regulations, the agency does not see a sufficient nexus between whistleblower protection and the prevention of adulteration of food. If a firm retaliates against an employee who brings complaints or other information about the firm to FDA, the implication of such an action is that there is a condition at the firm that may need investigation, not that the products produced by the firm are necessarily adulterated. It may be the case that the products are adulterated, but such a conclusion does not flow as directly from section 402(a)(4) of the act as does the conclusion that seafood products not produced under a HACCP plan have been produced under insanitary conditions whereby they may have been rendered injurious to health. For this reason, FDA concludes that it lacks Page 65176 clearcut authority to provide whistleblower protection in these regulations. 3. Separation of Quality Control (QC) and Production 176. A few comments requested that the regulations mandate structural independence within a processing firm between ``HACCP QC quality control personnel'' and ``production'' personnel. Otherwise, according to the comments, ``HACCP QC personnel could still be hired and fired by a production supervisor.'' FDA does not believe that a change in the regulations would be beneficial in this regard. It is important to recognize that, under HACCP, production personnel are the observer/operators who perform the initial monitoring of CCP's as well as the recordkeeping that documents the results of this monitoring. The operation of the HACCP system must involve the whole organization, not just QC personnel. However, it is reasonable to expect that, where practical, verification activities should be performed by individuals other than those who made the records in the first place. For verification, the agency encourages the kind of organizational separation that is being urged in the comments. The agency recognizes, however, that many seafood companies will not be large enough to have distinct, independent organizational units that can verify each other's work. The seafood industry is characterized by small businesses. FDA has concluded that such a requirement is not practical for this industry. It is worth noting that the regulations at parts 113 and 114 for low-acid canned foods and acidified foods contain recordkeeping requirements and some verification requirements that are similar to the provisions of these regulations. In certain respects, parts 113 and 114 served as models for the seafood HACCP program. Those regulations have succeeded even though they do not require a separation between QC personnel and production personnel. Given this history, the agency is reluctant to mandate the internal structure of seafood processors. 4. Education 177. FDA received a number of comments on the subject of seafood safety education. These comments were in response to an invitation in the preamble to the proposed regulations for comments on risk reduction activities that could be regarded as complementary to HACCP, primarily directed toward postprocessing handling. In addition, FDA asked for comment on appropriate education and information that should be directed toward consumers and recreational fishermen, even though education aimed at these groups is actually outside the scope of this rulemaking. FDA made this request based on a recognition that HACCP cannot reasonably be expected to solve every problem. The agency recognizes that HACCP must be integrated into a comprehensive program for seafood safety. Education is another important component of that program. As one comment noted: * * * the responsibility for seafood safety should be met at every level of seafood distribution, from harvesters to processors to retailers, restaurants and, finally, the consumers themselves. Regulations are not a substitute for informed and responsible behavior and it is impractical to extend the scope of the proposed regulations to everyone involved in handling and consuming seafood. The comments overwhelmingly endorsed the value of education. They strongly supported education for: (1) Consumers on the handling and purchasing of seafood, especially through brochures at the point of purchase and information available at pharmacies, and on the significance of HACCP, especially with regard to the government's verification role; (2) recreational fishermen, provided by the State during licensure (with guidance from the Federal government) and through articles in popular fishing and outdoors magazines; (3) subsistence fishermen; (4) retailers, including food service and restaurants. FDA greatly appreciates these comments. The agency agrees that education is an essential complementary activity to HACCP as well as to other aspects of FDA's overall seafood program. The comments will be taken into account as the agency develops its educational program. 178. FDA also invited comment on whether the agency should consider proposing to require handling instructions for consumers on the labeling of seafood. Any action that FDA were to take along these lines would be as part of a separate rulemaking. The agency received about 20 comments on this issue. Approximately half of those comments supported the notion of mandatory safe handling instructions. One business noted that safe handling instructions would help to ensure the safety of a product through the distribution chain, while another business said that such instructions had a real potential to decrease seafood-related illness. One individual commented that safe handling instructions would increase consumer confidence in these products. One industry comment noted that a task force composed of industry, Federal and State agencies, and consumers should agree on the appropriate statement. Some comments indicated that safe handling instructions might be appropriate for high-risk products. The remainder of the comments on this issue disagreed that safe handling instructions for seafood should be required by FDA. Many of these comments noted that most seafood products include such instructions voluntarily. One trade association commented that such a requirement would limit retailers' flexibility and creativity and impose significant new costs on retailers and consumers. Most of those comments noted that requiring new information would detract from other labeling requirements. FDA appreciates these comments and the different points of view that they represent. The agency will use the comments in its deliberations on this issue. 179. Finally, FDA described some of its educational efforts aimed at medically compromised individuals about avoiding raw molluscan shellfish and invited comment on types of education and information activities that might be useful in this regard. The agency received about a dozen comments on this subject. Most of these comments addressed whether there should be mandatory warning labeling for raw molluscan shellfish. A majority of the comments stated that the agency should require warning labeling. Three comments from consumer groups stressed the need to protect high-risk individuals. One State government commented that warnings for raw molluscan shellfish should be tied to specific locations and times of year. One professional association requested that the warning state that the shellfish should only be eaten if it is certified and tagged. Three comments stated that warning labels would be inappropriate. One comment noted that shellfish are not consumed in enough quantity to be a problem. Another comment stated that warning labels would unduly alarm those not at risk and that better channels exist for educating those at risk. A few comments did not specifically address warning labels but recommended that FDA target advice directly to compromised individuals. Those comments suggested that FDA direct information to the medical community involved in the treatment of those individuals. Page 65177 Again, FDA thanks the comments for providing views on a matter that is outside the scope of this rulemaking. FDA is working to provide information to at-risk populations and its strategy on how best to do so is evolving. The agency will take the comments into account as it develops policy in this area. In summary, the agency agrees that education is an essential complementary activity to HACCP as well as to other aspects of FDA's overall seafood program. The comments relating to education will be useful to the agency as it develops its education programs. 5. Traceback Mechanisms 180. One comment recommended that FDA develop and incorporate methods to trace back fish and mandate such traceback in these regulations. The comment described the use of bar codes and computer- based tracking numbers by a meat products company that enable it to trace a specific cut of meat from a store or restaurant to its source. The agency acknowledges that traceback to the water would be useful for certain species of fish associated with certain hazards, e.g., ciguatoxin. On the other hand, traceback to the water for scombrotoxin would not be particularly useful, although traceback through the distribution chain to find out the source of mishandling would be useful. The agency urges the industry to consider this comment. FDA advises that it is willing to explore this idea further, although not as part of this rulemaking. 6. Tribal Governments 181. FDA received a few comments on the effect of these regulations on tribal governments. The preamble to the proposed regulations noted that Executive Order 12875 of October 26, 1993, requires, among other things, consultation with tribal governments before the formal promulgation of regulations containing unfunded Federal mandates. While FDA does not believe that these regulations impose an unfunded Federal mandate, the agency wishes to foster consultation on matters that might significantly affect tribal communities. Consequently, FDA requested comment on the economic effect of the regulations on tribal governments. FDA received no comments from tribal governments. One comment, from a tribal business, stated that the impact of the regulations on tribal governments will be beneficial because they will result in safe products, positive consumer perceptions, and positive market impacts. The other comment that mentioned this subject was from an academic, who expressed the view that the regulations will have a major impact on tribal groups involved in fisheries and contains unfunded Federal mandates. The comment did not elaborate. Neither of these comments justifies any change in these regulations. The agency remains interested in fostering consultation with tribal communities as they see fit and encourages correspondence from tribal governments. 7. HACCP System Improvements 182. A comment urged that there be a process to continually amend or update these regulations. FDA points out that such a mechanism exists in its regulations. Under Sec. 10.30 (21 CFR 10.30), interested persons are provided with a process by which they can petition the agency to amend and update these regulations. From a less mechanistic viewpoint, the agency recognizes that these regulations represent a pioneering program that has not been attempted before. While the agency believes that sufficient groundwork has been laid to adopt these regulations and to begin to implement them, FDA also acknowledges that full scale implementation will reveal modifications that may be necessary, both in the short and long terms. Consequently, the agency will be highly receptive to feedback from all parties who are affected by these regulations and will remain open to changes that are necessary in the regulations. The ``Verification'' section of this preamble reflects the agency's interest in evaluating this program. 183. A number of comments asked for improvements in the foodborne- illness reporting system operated by CDC. Some comments urged collaboration between FDA and CDC. One comment advocated the creation of an active reporting system. These comments are essentially outside the scope of this rulemaking. Nonetheless, the agency recognizes that the strength of the foodborne-illness reporting system bears directly on the ability of the agency to measure the public health impact of HACCP. Both FDA and CDC agree that underreporting is an undesirable feature of the current system. FDA and CDC have been collaborating on an active-type reporting system. The limiting factor, however, will always be resources. Significant improvements in the current system will involve considerable expense. 184. One comment provided views on factors that would limit the effectiveness of HACCP. The comment cited: P oor commitment by company management and lack of allocation of necessary resources; improper training; lack of understanding and planning in all stages of implementation of a plan , and failure to recognize the need to understand the corporate culture change which must accompany an effective HACCP program. FDA agrees with this comment but hopes that company management will embrace HACCP and recognize the benefits that it offers to the firm. III. Paperwork Reduction Act of 1995 This final rule contains collections of information that are subject to review by the Office of Management and Budget (OMB) under the Paperwork Reduction Act of 1995 (Pub. L. 104-13). The title, description, and respondent description of the information collections are shown below along with an estimate of the annual recordkeeping and periodic reporting burden. Included in the estimate is the time for reviewing instructions, searching existing data sources, gathering and maintaining the data needed, and completing and reviewing the collection of information. Title: Reporting and recordkeeping requirements for processors and importers of fish and fishery products under the provisions of 21 CFR parts 123 and 1240. Procedures for the Safe and Sanitary Processing and Importing of Fish and Fishery Products. Description: This regulation implements the use of Hazard Analysis and Critical Control Point (HACCP) methodology to ensure that processed and imported fish and fishery products are safe within the meaning of sections 402(a)(1) and 402(a)(4) of the Federal Food, Drug, and Cosmetic Act (21 U.S.C. 342(a)(1) and 342(a)(4)). Description of Respondents: Businesses or other for profit organizations. Although the January 28, 1994, proposed rule provided a 60 day comment period (extended to 90 days in the April 7, 1994, Federal Register, 59 FR 16578) under the Paperwork Reduction Act of 1980, and this final rule incorporates the comments received, as required by 44 U.S.C. section 3507(d), FDA is providing additional opportunities for public comment under the Paperwork Reduction Act of 1995, which applies to this final rule and was enacted after the expiration of the comment period. Therefore, the agency solicits public comment on the information collection requirements in order to: (1) Evaluate whether the proposed collection of information is necessary for the proper Page 65178 performance of the functions of the agency, including whether the information will have practical utility; (2) evaluate the accuracy of the agency's estimate of the burden of the proposed collection of information, including the validity of the methodology and assumptions used; (3) enhance the quality, utility, and clarity of the information to be collected; and (4) minimize the burden of the collection of information on those who are to respond, including through the use of appropriate automated, electronic, mechanical, or other technological collection techniques or other forms of information technology, e.g., permitting electronic submission of responses. Individuals and organizations may submit comments on the information collection requirements by February 16, 1996, and should direct comments to FDA's Dockets Management Branch (address above). Prior to the effective date of this final rule, FDA will publish a notice in the Federal Register when the information collection requirements in this rule are submitted for OMB approval, and again when OMB makes a decision to approve, modify or disapprove the information collection requirements. Sections of this final rule require that certain businesses collect information and keep records. Under Public Law 104-13 Federal agencies are required to estimate the hours and costs attributable to collections of information, as defined in 44 U.S.C. 3502(3), that are required by Federal regulation. Table 1 sets forth an estimate of the hours that are required annually for compliance with each section in part 123 that requires regulated entities to collect or record information. Table 1.--Estimated Average Annual Information Collection and Rec ordkeeping Burden -------------------------------------------------------------------------------- -------------------------------- N o. of 21 CFR No. of respo nses per Hours per Total respondents respo ndent\1\ response\2\ hours -------------------------------------------------------------------------------- -------------------------------- 123.6(a),(b),(d)............................................ 4,850 1 16 77,600\3\ 123.6(c)(5)................................................. 4,850 4 0.3 5,280 123.8(a)(1),(c)............................................. 4,850 1 4 19,400 123.12(a)(2)(ii)............................................ 1,000 80 0.2 16,000 123.6(c)(7)................................................. 4,850 280 0.3 470,400 123.7(d).................................................... 1,940 4 0.1 1,940 123.8(d).................................................... 4,850 47 0.1 22,795 123.11(c)................................................... 4,850 280 0.1 135,800 123.12(c)................................................... 1,000 80 0.1 8,000 123.12(a)(2)................................................ 20 1 20 4,000\3\ 123.10...................................................... 24 1 24 116,400\3 \ First year total burden hours........................... ........... ..... ........ ........... 877,615 Annual recurring total hours............................ ........... ..... ........ ........... 679,615 -------------------------------------------------------------------------------- -------------------------------- \1\Based on an estimated average of 280 working days per year. \2\Estimated average time per 8 hour work day unless one time response. \3\Nonrecurring burdens. The above estimates include the information collection requirements in the follo wing sections: 123.16 Smoked Fish--process controls (see 123.6(b)) 123.28(a) Source Controls--Molluscan Shellfish (see 123.6(b)) 123.28(c),(d) Records--molluscan shellfish (see 123.6(c)(7)) 123.9 Records control general (see recording and records) The time and costs of these activities will vary considerably among processors and importers of fish and fishery products, depending on the type and number of products involved, and the nature of the equipment or instruments required to monitor critical control points. The burdens have been estimated using the typical small seafood processing firm as a model because these firms represent a significant proportion of the industry. The burden estimate in Table 1 includes only those collections of information under this rule that are not already required under current statutes and regulations and are being added by this rule. For example, the current good manufacturing practices provisions in 21 CFR part 110 already require that all food processors ensure good sanitary practices and conditions, monitor the quality of incoming materials, monitor and control food temperatures to prevent bacterial growth, and perform certain corrective actions and verification procedures. In addition, the estimate does not include collections of information that are a usual and customary part of businesses' normal activities. For example, the tagging and labelling of molluscan shellfish (Sec. 1240.60) is a customary and usual practice among seafood processors. Consequently, the estimates in Table 1 accounts only for new information collection and recording requirements attributable to part 123. There are no additional capital costs associated with this regulation that are not also attributable to the preexisting requirements of part 110. FDA estimated in the proposal that the total burden to all respondents would be 2,826,850 hours. That estimate, however, significantly overestimated the burden because it included activities performed by domestic processors that are not related to information collection and recordkeeping, and, more significantly, did not account for existing regulatory requirements and usual and customary business practices, as described above. The agency has recalculated the recordkeeping burden in a manner that is more consistent with the intent of Public Law 104-13. Therefore, the burdens presented in Table 1 are those actually associated with collecting and recording the pertinent HACCP information. The burdens for HACCP plan development, plan reassessment, and record review are also included in the recalculated burden. In estimating the time for the preparation of a HACCP plan, the agency believes that a significant portion of the training hours can also be characterized as time spent on preparation of the plan. Additionally, the agency recognizes that the regulations will place a burden on seafood importers. For this reason, FDA has included in the burden Page 65179 estimate the time necessary for importers to develop a written verification plan, verify compliance of imports, and keep records of their verification activities. Few comments provided information on the number of hours that a processor would expend on information collection and recordkeeping, as described in the preamble to the proposed regulation. One comment estimated that the annual burden would vary from 200 to over 700 hours, depending on the type of product, and another comment suggested that one hour per day, or 365 hours per year, would be required. One comment stated that the agency's estimate of 650 hours per year was reasonable. Another comment estimated four to five hours per day, or 1,820 hours per year as the likely burden. None of these comments provided information to support how the commenters arrived at their estimates. It seems likely that the estimates suggested by the comments were calculated based on the same errors that the agency made in the proposal, that is, by combining the burdens associated with HACCP data collection and recordkeeping with other HACCP activities unrelated to information collection and recordkeeping, with usual and customary information collection and recordkeeping practices, and with collections of information required by the provisions of the Federal Food, Drug, and Cosmetic Act and implementing regulations. This conclusion is supported by the fact that some of the comments expressed agreement with the agency's calculations. For these reasons, FDA concludes that no changes in its corrected calculations are necessary to respond to the comments. IV. Economic Impact A. Introduction In accordance with Executive Order 12866 and the Regulatory Flexibility Act, FDA has examined the impacts of the final rule. Executive Order 12866 directs agencies to assess all costs and benefits of available regulatory alternatives and, when regulation is necessary, to select regulatory approaches that maximize net benefits (including potential economic, environmental, public health and safety effects; distributive impacts; and equity). The Regulatory Flexibility Act (Pub. L. 96-354) requires analyzing options for regulatory relief for small businesses. The Unfunded Mandates Reform Act (Pub. L. 104-4) requires (in section 202) that agencies prepare an assessment of anticipated costs and benefits before proposing any rule that may result in an annual expenditure by State, local and tribal governments, in the aggregate, or by the private sector, of $100,000,000 (adjusted annually for inflation). The Unfunded Mandates Reform Act also requires (in section 205) that the agency identify and consider a reasonable number of regulatory alternatives and, from these alternatives, select the least costly, most cost-effective, or least burdensome alternative that achieves the objective of the rule. Even though FDA finds that the costs of this final rule may be below $100 million a year, estimating these costs is a difficult task involving uncertainties. This analysis, together with the preamble published in the Federal Register and supporting analysis and materials, constitutes a final RIA. Therefore, FDA has treated the final rule as an economically significant regulatory action under Executive Order 12866. Consequently, the agency has completed this full RIA which demonstrates that this rule is consistent with the principles set forth in the Executive Order and in these two statutes. In addition, this document has been reviewed by the Office of Management and Budget as an economically significant regulatory action under Executive Order 12866. FDA has concluded that the net benefits of this rule (benefits minus costs) are largest for the regulatory option selected as specified by Executive Order 12866. FDA has also concluded that, pursuant to the Unfunded Mandates Act, the regulatory option selected is the least burdensome option to accomplish the goal of controlling all physical, chemical, and microbiological hazards reasonably likely to be present in seafood. As a part of the preamble to the proposed regulation, FDA published a summary of the Preliminary Regulatory Impact Analysis (PRIA) and placed on file with FDA's Docket Managements Branch the complete PRIA. In addition, FDA has placed the full final Regulatory Impact analysis on file at Dockets Management Branch (address above). FDA has fully reviewed the information on which the PRIA was based, the comments on the PRIA, and other available information on the costs and benefits of HACCP for the seafood industry. Based on this review, FDA has arrived at two estimates of the costs in this final rule as well as upper and lower estimates of benefits. As can be seen in the agency's summary of costs and benefits are summarized in Table 2, FDA believes that the costs of the final rule will range from $677 million to $1.488 while the benefits will range from $1.435 to $2.561 billion. In its final analysis, the agency maintains that the total benefits of this mandatory seafood HACCP rule will exceed the total costs. Regulatory Options The agency raised and received comment on a number of regulatory options in the PRIA. The most significant two options raised were regulating only high risk products or the most serious hazards and providing regulatory relief for small businesses. The first option is inconsistent with the objective of this regulation, to control all physical, chemical or microbiological hazards reasonably likely to be found in seafood products. Although FDA has not granted relief only for small business, the agency has extended the compliance date for all firms from 1 year to 2 years. Table 2.--Summary of Total Costs and Benefits -------------------------------------------------------------------------------- -------------------------------- Costs adjusted Costs from FDA from NMFS Benefits lower Benefits upper Year models model (millions) (millions) (millions) (millions) -------------------------------------------------------------------------------- -------------------------------- 1............................................... $69 $162 $73 $108 2............................................... 42 9173 108 3............................................... 41 83 85 156 4............................................... 38 80 87 158 ------------------------------- -------------------------------- Total\1\.................................. 677 1,482 1,435 2,561 -------------------------------------------------------------------------------- -------------------------------- \1\The total defines the total discounted costs and benefits beyond the 4th year and discounted at 6 percent. Page 65180 B. Costs In the PRIA, FDA was reluctant to rely only on results of the limited experience with HACCP in the seafood industry. FDA balanced the reports of some seafood firms, which showed that the costs of HACCP were low, with a study of the costs of HACCP that had been done under contract with NMFS by A. T. Kearney, Inc. (Contract No. NA88AA-H- SK006). This study showed significantly higher costs (as reflected in the range of cost estimates summarized above) but had several flaws that engender skepticism about its results as well. For example, none of the plants that were the subjects of the study had actually implemented HACCP, and the system whose costs were studied was significantly more demanding than the system embodied in the 21 CFR part 123. Despite these facts, the cost estimates in the PRIA were based on the results of the NMFS study because FDA considered it to represent the best evidence available at that time. As explained more fully below, FDA used modeling technique and the experience reported about seafood firms to produce estimates that are in general agreement and that are approximately one-fourth of those estimated in the NMFS study reported in the PRIA. In estimating the costs in this PRIA, there are three checks that have helped ensure the accuracy of the costs that would be imposed by adoption of this regulation. The first is the cost comments, but these, the agency's analysis revealed, were in most cases rather general, not well supported, and of only marginal assistance. The second is modeling by FDA experts based on their experience with the use of HACCP in the seafood industry; working with aquatic species and the public health problems that they present; inspecting and studying both seafood plants and low acid canned food plants (which have operated under HACCP principles for almost two decades); and participating in the FDA-NMFS seafood pilot. The results of this modeling are detailed below. The third source is information that FDA received from firms that have actually implemented HACCP. Even though FDA finds that the costs of this final rule may be below $100 million, estimating these costs is a difficult task involving some uncertainties. The agency recognizes that the rule may affect in a material way a sector of the economy. Therefore, FDA has treated the final rule as a significant regulatory action under Executive Order 12866. Consequently, the agency has completed a full Regulatory Impact Analysis. The agency received approximately 230 comments on issues involving the PRIA. These comments are fully summarized and addressed in the full RIA which is included in the record as Reference 229. However, because of the problems with these comments noted above, FDA did not generally use them in the revised estimates reported here and in the full RIA. The reasons for this are more fully explained in the full RIA. These adjusted NMFS model cost estimates result in per plant costs for domestic manufacturers of $23,000 in the first year and $13,000 in subsequent years. Total costs for compliance with these regulations using the adjusted NMFS data are shown in Table 3. FDA has also concluded that the PRIA represents a reasonable upper estimate of the costs of HACCP. Table 3 also summarizes the specific cost estimates that FDA arrived at using data from the NMFS model with cost refinements received from commenters and FDA seafood industry experts. Table 3.--Disaggregated Costs From Adjusted NMFS Model ------------------------------------------------------------------------ Million ------------------------------------------------------------------------ 1st Year: Domestic manufacturers and Importers........................ $112 Major plant repair and renovation........................... 13 Sea Grant expertise......................................... 1 Repackers and warehouses.................................... 14 Harvesters for rejected raw product......................... 1 Shellfish vessels........................................... 3 Foreign processors.......................................... 18 --------- Total................................................... 162 ========= 2d Year: Domestic manufacturers...................................... 65 Sea Grant expertise......................................... 1 Repackers and warehouses.................................... 14 Shellfish vessels........................................... 1 Foreign processors.......................................... 10 --------- Total................................................... 91 ========= 3d Year: Domestic manufacturers...................................... 65 Sea Grant expertise......................................... 1 Repackers and warehouses.................................... 14 IQF Shellfish plants........................................ 3 --------- Total................................................... 83 ========= 4th Year: Domestic manufacturers...................................... 65 Sea Grant expertise......................................... 1 Repackers and warehouses.................................... 14 --------- Total................................................... 80 Total discounted costs beyond the 4th year and discounted at 6 percent, the costs are $1,482 million. ------------------------------------------------------------------------ 1. Alternative Model for Estimating the Costs In addition to the cost estimate based on the NMFS modeling, FDA is presenting a second cost estimate for these regulations. The uncertainties associated with the choices made by seafood processors to control hazards justify providing a range of potential costs based on more than one model. In examples created by seafood experts within FDA, the cost of compliance with these regulations was estimated for two small hypothetical seafood processors that the agency believes to be representative of a significant portion of the seafood industry. One of the plants is assumed to be in substantial compliance with existing CGMP requirements. Therefore, the costs experienced by that plant are attributable exclusively to the establishment and maintenance of a HACCP system. The other plant has some CGMP deficiencies that the agency believes are typical of those displayed by seafood processors. This plant is identical to the first plant except for the CGMP deviations. The costs calculated for this second plant represent the cost associated with the establishment and maintenance of HACCP as well as costs associated with the correction and monitoring of sanitation conditions. The models concern two plants that cut and package tuna which is received frozen and that also distribute orange roughy fillets. The complexity of the processing operations, and the nature and number of hazards, are assumed to be roughly equivalent to that of the other types of operations. FDA recognizes the difficulty in validating these certain record reviews as enumerated in Sec. 123.8(a)(3). This have costs that are significantly below the averages estimated by means of the NMFS report. As discussed later, data received from firms that have implemented HACCP are generally supportive of the results of this modeling. a. Small plant cost example 1. This is the example of a firm that is a processor of frozen tuna steaks and distributor of imported orange roughy fillets who receives all fish frozen. This plant is Page 65181 located in a major seafood processing region, so there is no need for plant personnel to travel to other cities to receive training as it would be available locally. This processor operates 280 days per year. The plant manager is paid $15 per hour and production workers are paid $8.50 per hour. No food safety hazards are reasonably likely to occur in orange roughy, so a written hazard analysis shows hazards for tuna only. This processor has no need to make CGMP improvements so the plant costs are limited to the following: (1) Training--($760). This is calculated as follows: $400 tuition plus the opportunity cost of training time ($24 hours x $15 per hour). The processor is expected to do most of the hazard analysis during the class. (2) HACCP Plan Refinement--($240). This is calculated by taking 16 hours billed at $15 per hour using the FDA Fish and Fishery Products Hazards and Controls Guide. (3) Plant Sanitation Audit--($0). This is done 3 times daily for 20 minutes each time. However, because the firm is modeled as being in compliance with existing CGMP's, it is assumed that these audits are already being done. It is assumed that there is a negligible cost for recordkeeping. i. Critical Control Points (CCP). (4) Receiving CCP (histamine)-- ($3,200). This processor gets a freezing log from the tuna harvester and makes a visual check of the fish to see that they are frozen. The processor keeps a copy of the freezing log and makes a note of the visual check. The fish are then transferred to a plant freezer. The monitoring takes 15 minutes per lot for 4 lots per day. Similar monitoring is already occurring and the marginal cost for the recordkeeping is negligible. The processor drills a representative sample of each lot and performs an organoleptic examination for decomposition of the tuna. It is assumed that this monitoring is not being done previous to this regulation and takes 20 minutes per lot for 4 lots per day. Monitoring is billed at $8.50 per hour. Also, there is a cost for a new drill ($50) and it is assumed that recordkeeping costs are negligible. (5) Cutting CCP (metal fragments)--($0). A worker checks the saw blade at every break to look for broken saw teeth and keeps a log of checking on the teeth. Monitoring takes a few minutes per break. It is assumed that there is a negligible marginal cost for the monitoring and recordkeeping. Fish is weighed, packed, labeled and returned to the freezer. ii. Corrective actions. (6) Problems with incoming product--($0). It is expected that product rejects in the first year would be higher but they would return to current levels in the second year as harvesters became aware of the processor's new requirements. The total cost for the industry is $1 million for the first year and zero in the following years. Because harvesters and not processors bear the cost of rejected raw product, this cost is included in Table 4 as a separate line item and not in Table 3 which includes only costs borne by processors. (7) A saw tooth breaks every two years--($20). A worker needs to examine potentially affected product every 2 years. This is expected to take 4 hours billed at $8.50 to check two hours worth of cutting. iii. Verification. (8) Record review--($400). This involves a review of five sanitation records, five receiving records, and a log book for the cutting operation. These are expected to be very simple (e.g., check mark records). Consequently, this review is expected to take 30 minutes per week billed at $15 per hour. (9) Review hazard analysis & HACCP plan--($60). This is expected to take 4 hours per year at $15 per hour. (10) Administrative changes--20 percent of all of the other costs in the first year and 10 percent in the second year. b. Small plant cost example 2. The categories of costs that are different from Example 1 are explained below. (1) Plant Sanitation Audit--($2,800). This will need to be done 3 times daily taking approximately 20 minutes for each audit. It is assumed that some minimal sanitation assessment is already being done once per day, but an additional 40 minutes would be required to perform three adequate audits. Again, it is assumed that there is a negligible cost for recordkeeping. (2) Extra Equipment Cleaning and Sanitizing--($2,480). This is assumed to take 1 hour per day billed at $8.50 per hour. Also, additional water, and cleaning and sanitizing materials are assumed to cost $100. (3) Eliminate Fly Infestation--($330). Torn screens need to be repaired taking 2 hours billed at $8.50 per hour. Also, screening materials assumed to cost $15 are needed. An exterminator to apply pesticides costs $300. Table 4 represents the models described above in tabular form. Table 4.--FDA Models of Small Plants -------------------------------------------------------------------------------- -------------------------------- Small plant 1 (n o GMP Small plant 2 (GMP costs) costs) Category ------------------- -------------------------------- Year 1 Yea r 2-- Year 1 Year 2-- -------------------------------------------------------------------------------- -------------------------------- Training.................................................... 760 0 760 0 HACCP plan refinement....................................... 240 0 240 0 Sanitation audit............................................ 0 0 2,800 2,800 Receiving CCP............................................... 3,200 3,200 3,200 3,200 Cutting CCP................................................. 0 0 0 0 Sawtooth monitoring......................................... 20 20 20 20 Record review............................................... 400 400 400 400 HACCP plan review........................................... 60 60 60 60 Equipment cleaning.......................................... 0 0 2,500 2,500 Eliminate pests............................................. 0 0 330 0 Administration.............................................. 940 370 2,100 900 Per plant costs......................................... $5,600 $4,000 $12,400 $9,900 -------------------------------------------------------------------------------- -------------------------------- In order to estimate an average plant cost from these FDA model plants, FDA assumed that, based on the results of the agency's 1990/ 1991 survey of the seafood industry, 20 percent of small firms are similar to the model plant that requires some GMP improvements (Small Plant 2) and that 80 percent of the small firms are similar to the model plant that is in compliance with current CGMP's (Small Plant 1). The agency has also assumed that the cost of Page 65182 compliance for large firms is the same as that of small firms. There are offsetting considerations that have led the agency to make this assumption in this model. For example, agency experience suggests that it is likely that small firms will, on average, have larger sanitation costs and thus incur greater expenses to rectify existing CGMP deviations. Large firms, on the other hand, are more likely to have a greater number of products and processing lines, resulting in greater costs of plan development and monitoring. However, the agency believes that large firms are more likely to already have preventive controls, formalized sanitation programs, and record keeping systems in place than small firms. Additionally, large firms are more likely to take on new monitoring regimes with their existing quality control and production staffs than are small firms. The agency believes that these considerations would counteract each other and should result in fairly equal costs for large and small firms. To complete the FDA model, FDA assumed that exporters (one- half of the 1,000 large firms) would only need to spend $1,000 in order to comply with this rule. Combining the two plant total costs as reported in Table 4 and weighting the proportion of the industry they are assumed to represent, average plant costs are estimated to be $6,400 in the first year and $4,800 in subsequent years. The foreign processor costs associated with this rule and passed on to U.S. consumers are estimated to be 13 percent of the average domestic plant costs. The total cost of this regulation using this method of cost modeling is $71 million in the first year and $38 million in the fourth year and beyond. Total costs for compliance with these regulations using the FDA model are shown in Table 5. Table 5.--Disaggreagated Costs From FDA Model ------------------------------------------------------------------------ ------------------------------------------------------------------------ 1st Year Costs: Domestic manufacturers and importers.......... $32 million. Major plant repair and renovation............. 13 million. Sea Grant expertise........................... 1 million. Repackers and warehouses...................... 14 million. Harvesters for rejected raw product........... 1 million. Shellfish vessels............................. 3 million. Foreign processors............................ 5 million. Total......................................... 69 million. 2d Year Costs Domestic manufacturers........................ $ 23 million. Sea Grant expertise........................... 1 million. Repackers and warehouses...................... 14 million. Shellfish vessels............................. 1 million. Foreign processors............................ 3 million. Total..................................... 42 million. 3d Year Costs: Domestic manufacturers........................ 23 million. Sea a grant expertise......................... 1 million. Repackers and warehouses...................... 14 million. IQF Shellfish plants.......................... 3 million. Total..................................... 41 million. 4th Year (and subsequent years) Costs Domestic manufactures......................... 23 million. Sea Grant expertise........................... 1 million. Repackers and warehouses...................... 14 million. Total..................................... 38 million. Total Discounted Costs: Beyond the 4th year and discounted at 6 percent, the costs are $677 million. ------------------------------------------------------------------------ There are a number of explanations that would account for the uncertainty between the FDA and NMFS models. Virtually all of the difference can be explained by the two different estimates of what it would take to come into compliance with 21 CFR part 110 (FDA's CGMP regulations). In the case of the NMFS study, the contractors estimated the cost of coming into full compliance with all CGMPs. Using this methodology, they found that approximately 80 percent of the plants were out of compliance. On the other hand, the FDA model uses the results of FDA's own survey of the industry, which only listed plants as being out of compliance if the CGMP violations were related to potential contamination of the seafood product. In this case, FDA found that only about 20 percent of the firms were out of compliance. In addition, the FDA cost model assumes the simplest, least expensive corrective action to solve the CGMP violation. The NMFS model did not use the same approach in all cases. 2. Other Cost Reports Reports received by FDA on the cost of implementing HACCP discussed below appear generally to support the results of FDA modeling across the seafood industry. While the modeling was limited to certain types of small operations, the firms for which FDA has information on reported costs represent a cross section of processing operation types, including canned, fresh, frozen, smoked/salted, molluscan shellfish, and cooked, ready-to-eat products as well as warehouses and repacking operations. It should be noted that these costs are reported only as an additional source of information. They were not used to generate FDA's model plants. The cost information obtained from industry includes responses to a 1991 evaluation questionnaire from four firms that participated in the FDA/NOAA seafood HACCP pilot in 1990-1991. It also includes information provided to FDA from seven firms through the assistance of the National Food Processors Association. (These 7 firms operate a total of 44 processing plants.) It further includes information from two seafood trade associations, the National Fisheries Institute and the New England Fisheries Development Association Page 65183 (NEFDA), which provided FDA with summary information about member firms that had implemented HACCP systems. The 2 seafood trade associations provided information on 16 firms. NEFDA operated a HACCP pilot with member firms through a Federal grant. All of this information was received by FDA before the publication of the proposed regulations and was reported in the PRIA. After the publication of the proposal, FDA received information from a large processor-exporter on its HACCP start-up costs. This processor reported start up costs of $1,000 per plant. In total, FDA has information on 86 plants (Refs. 129 and 223). Many of these firms have implemented HACCP as participants in either pilot programs, the NOAA fee-for-service program, or the State of Alaska program, and therefore their HACCP systems have been subject to some form of third party verification. Virtually all of these plants have developed HACCP plans, many of which included critical control points for quality or economic fraud or both in addition to safety. In this respect, many firms implemented a more extensive form of HACCP than is being mandated by FDA. More complete information on start-up costs received from 22 firms who have implemented HACCP is summarized in Table 6. Some of these costs are for multi-plant firms and some for firms operating only one plant. Table 6.--Start-Up Costs ------------------------------------------------------------------------ No. of firms Start-up costs ($) ------------------------------------------------------------------------ 4............................... <1,000 15.............................. 1,000-5,000 1............................... 5,000-10,000 1............................... 10,000-15,000 1............................... >20,000 ------------------------------------------------------------------------ FDA notes that there are several uncertainties with these data. The agency does not have sufficient information to extrapolate the costs observed by these firms to the entire industry. FDA also does not know the extent of previous HACCP-type activities in these firms so that they may have different incremental costs than the industry average. Additionally, for subsequent year costs, some of the firms reported costs that exceeded the start-up costs shown in the table although some were below, and it is not clear if costs that might be incurred in order to comply with CGMP's are represented. Nevertheless, the range of reported costs, are consistent with the FDA model for a processing operation that does not incur such costs. Notably, the estimates developed for NMFS of the costs of operating HACCP systems for small businesses are consistent with the FDA model and with the reports to FDA by trade associations discussed above.\1\ Thus, three independent sources of information suggest that annual HACCP costs, at least for small businesses, are within a range of $3,000 to $6,000 per plant if sanitation costs are not included. Although the HACCP cost estimates made for NMFS did not include certain aspects of a HACCP system such as HACCP plan development, plan verification, and taking corrective actions, the estimates did include the costs of operating HACCP systems for quality and economic adulteration in addition to safety. These costs were not included in the NMFS cost estimates reported here. The FDA HACCP system involves safety only and is therefore less expensive. \11\The costs referred to here are those estimated for NMFS for the type of HACCP system it was studying. For the purposes of the PRIA and RIA, FDA made adjustments to the costs estimated for NMFS so as to be consistent with FDA's own regulation. These adjusted costs from the NMFS models are the estimates presented earlier in this document. --------------------------------------------------------------------------- It is also worth noting that three independent sources (FDA's own inspection experience, NMFS inspection experience with plants purchasing its voluntary inspection services, and the contractor's report for NMFS) confirm the existence of sanitation deficiencies in some seafood plants. Because FDA holds that these conditions must be corrected under existing requirements, the costs associated with these corrections will be borne by processors regardless of whether sanitation provisions are included in the seafood HACCP regulations or somewhere else. Sanitation controls for processors may address a number of enteric pathogens discussed elsewhere in this analysis including Salmonella, Shigella, hepatitis A, L. monocytogenes, campylobacter, and C. botulinum. Contamination may come from either the raw product or from poor hygiene practices such as insufficient control of vermin (flies and rodents) or insanitary water. In addition, poor sanitation may cause contamination of the product with pesticides, lubricants, cleaning compounds, or other toxic substances because of improper labeling, storage or use. The system in the seafood HACCP regulations is based on the monitoring of sanitation conditions by processors. FDA is not aware of any method for processors to take control of the sanitation conditions within their plants other than by a method that involves routine monitoring. Recording the results of these observations, as required by the regulations, need involve only minimal additional cost. 3. Seafood Prices A number of comments referred to the effect that the regulation will have on the price of seafood that consumers experience at the retail level. In the PRIA, it was presumed that most of the cost of compliance of the proposed regulations would be passed on to consumers. In the PRIA, it was calculated that if the domestic industry passed on to consumers all of the costs estimated in the PRIA, prices for domestically produced seafood would increase by less than 1 percent in the first year and less than one-half of 1 percent in succeeding years. It was noted in the PRIA that price changes of such magnitude are unlikely to have a significant impact on general seafood purchases. Some commenters claimed that all of the cost of the regulation would be born by processors, and that none of the increase in cost would be passed on to consumers. These commenters explained that seafood is currently at a disadvantage compared to other flesh foods for consumers' food dollars because seafood has a higher price per pound. If the relative price of seafood were to increase further, consumers would eat less seafood. The commenter also explained that domestic seafood processors are at a competitive disadvantage compared with seafood that can be imported at low cost (i.e., lower wages). If domestic processors were to raise their prices, seafood imports would take an even larger part of the seafood market away from domestically produced seafood. Other comments said that processors will pass on all of the cost of the regulation, and that the regulation will cause the consumer price of seafood to rise. Some said that the price increase would be large enough to cause a decrease in seafood consumption. Both theories have some merit, although neither is completely correct. The agency agrees that, all other things remaining the same, an increase in the price of seafood will decrease seafood consumption and increase the consumption of other fresh foods. However, the decision of a consumer to purchase a product depends on a number of factors. Seafood includes many invertebrate and vertebrate species which vary in price per pound, often by over 100 percent, for a particular species (depending, in part, on seasonal supply). Such diversity, compared with Page 65184 meat and poultry, makes it clear that there is not perfect substitution among the flesh foods. Nevertheless, data bases on food consumption are equally clear at showing that as people have increased their consumption of various seafood products, they have reduced their consumption of meat and poultry. There are other nonprice factors in the consumption decision. A consumer survey found that taste, quality, and freshness were rated above price (``moderately important'') in decisions to order seafood in a restaurant or to purchase for preparation at home. In a survey of retailers' experiences, consumers ranked quality ahead of price in making seafood selections and rated the need for information on cooking as a concern equal to price (Refs. 244 and 225). Another relevant consideration is the fact that a disproportionate percentage of seafood is consumed in restaurants as a luxury item where the cost of the raw material is not as important a factor in the purchasing decisions made by these consumers. All of this information is consistent with other data in this analysis that suggests that a 1 percent change in price results in less than one-half of one percent change in seafood consumption. Another major factor that lessens any competitive cost advantage meat and poultry products might experience from an increase in seafood cost is that USDA is proposing similar HACCP regulations for meat and poultry. USDA's proposal, if finalized for meat and poultry products, suggests that all segments of the flesh food market may face cost increases in the near future. It is entirely possible that the price of seafood relative to meat and poultry will not change. The agency agrees that some seafood imports have a cost advantage over domestically produced seafood, primarily due to lower labor and capital costs of production. However, because the regulation applies to imports as well as domestic products and because importers from EU member nations will soon be under HACCP requirements and experiencing increased costs, it is reasonable to assume that the price of imported seafood relative to domestic seafood will not change. In the short run, the ability of producers to pass on cost increases is largely determined by the elasticity of demand (the degree to which consumers reduce their consumption of a good in response to a given increase in price) and the elasticity of supply (the degree to which producers increase their production of a good in response to a given increase in price). The elasticity of demand is determined in turn by, among other things, the presence or absence of close substitutes. Thus, for example, if there are close substitutes and the price of a good goes up, consumers will not continue to consume the higher priced good but switch to one of the substitutes. If manufacturers know that consumers will not switch to a substitute when there is a price increase, then they are free to pass along all of the increased costs (from complying with the regulation) in the form of price increases. However, where there are close substitutes for seafood, such as other flesh foods, consumers respond to price increases by reducing their consumption of the high priced good. Rather than attempting to pass on all of the costs of the regulation in the form of higher prices, producers must accept reduced profits and bear some, if not all, of the burden of the cost increase. In very competitive markets, such as the market for flesh food, where meat, fish, and poultry are considered substitutes, producers bear the entire burden of any increases in fixed costs. Fixed costs are costs that do not change, despite the size of the firm and changes in the level of output. Examples of fixed costs are costs of plant, equipment, and management; much of these costs are expected to be borne by processors. Because large firms spread fixed costs over larger output, they may be able to pass on these costs when smaller firms cannot. In addition, also in the short run, producers may bear some portion of the variable costs that cannot be profitably passed on to consumers. Variable costs are costs that vary with changes in the amount of output. Examples of variable costs are costs of raw materials and hourly labor. However, it is likely that much of the variable costs will be passed on to consumers. When firms in a competitive market cannot pass on all of a cost increase in the short run, profits decline. Beyond some point profits become either so low or negative that the firm is forced to close (discussed more fully in the Regulatory Flexibility Analysis below). In the long run, the exit of these marginal firms reduces the industry supply (of seafood) and permits the remaining firms to raise prices to cover the full costs of production, both variable and fixed costs. Thus, in the long run, seafood prices will rise by the full cost of the regulation. A few comments requested a better analysis of price changes. These commenters criticized the approach used to estimate price increases in the Executive Summary of the PRIA. Rather than dividing the estimated domestic cost of the regulation by the total domestic production, the commenters suggested estimating price changes for each market segment. The advantages of this approach are that different types of seafood are treated separately (the change in the price of raw tuna might be very different from the change in the price of ready-to-eat shrimp cocktail) and that different sized firms are treated separately (small firms may be forced to raise prices more than large firms). FDA agrees that this method of determining price changes is more legitimate than the method employed in the PRIA. However, FDA did not receive any information from commenters that would enable the agency to calculate prices in this manner. It is worth noting, however, that the contractor that performed the study upon which many of the estimated costs in this RIA are based did take product type into account when estimating cost increases. That contractor estimated a range of cost increases from negligible to 1.3 percent, depending on the product. Again, it is important to note that that study included costs for the control of types of hazards not covered by this final regulation. Finally, while the methodology used in the PRIA might not produce accurate price changes, it suggests that overall price increases due to this regulation could well have a negligible effect on demand. C. Benefits In the PRIA, FDA estimated that the proposed option, which is being adopted in this final rule, would: (1) Reduce the amount of foodborne illness that results from consumption of seafood and; (2) generate significant nutrition benefits as a result of the increased consumption of seafood (brought about by a decrease in consumer anxiety) with a concomitant decrease in the consumption of meat and poultry; (3) reduce the amount of rent seeking (rent seeking is a term economists have applied to activities which do not contribute to societal welfare but only seek to transfer resources from one party to another); and (4) generate export benefits by allowing U.S. exporters to continue to export to countries requiring HACCP. The last benefit, the export benefit, is characterized as the benefit to firms exporting to countries that require federal oversight and certification of HACCP programs. In addition to the benefits cited in the PRIA, the agency is addressing benefits derived from reduced enforcement costs, and is discussing other unquantified benefits of adopting the seafood HACCP Page 65185 regulations. The agency has fully considered all of the comments on benefits. These estimates are more fully explained in the full RIA. What follows is FDA's conclusion as to how these benefits should be valued. 1. Safety Benefits In the tables below, FDA presents revised estimates of the benefits of mandatory HACCP for seafood processors. Several changes from the preamble to the proposal are noteworthy. First, based on the comment that said that FDA had underestimated the number of cases, FDA has reestimated the baseline numbers of cases for certain illnesses (Ref. 226). Next, some changes were made to the valuations of particular cases, as better information was obtained concerning the probabilities of death per type of illness. Finally, as mentioned above, some changes have been made to the estimates of the percentages of the illnesses reduced. Although Canada, for example, has mandatory HACCP for its seafood processors, no data exist on the efficacy of HACCP. Therefore, for the percentages of the illnesses reduced, FDA used three different types of its experts (seafood experts, epidemiologists familiar with microbial hazards, and microbiologists) to address the efficacy of seafood HACCP. Each of these experts reviewed the literature on each type of hazard as well as the requirements of HACCP. The ranges reflect likely upper and lower bounds on how effective HACCP will be at controlling production deficiencies by processors, including indirect controls exerted by processors on the owners of harvesting vessels. In addition, the tables reflect the fact that some of the cases of illness are not addressable by this rule as they are caused by either consumer or restaurant mishandling or poor fishing practices by recreational fishermen. In order to calculate the number of cases (annual cases resulting from exposure to hazards associated with seafood consumption) that would be reduced by HACCP, each of the four experts followed a series of methodical steps. The first was to determine the types of seafood associated with each hazard. The second step consisted of reviewing the various aspects of the rule to determine the areas of seafood harvesting and processing that the rule could affect. The third step was to eliminate those cases that could not be affected by the rule. These would be cases that seafood processors could neither eliminate through processing nor prevent from being introduced, either by their own staff or by control over raw materials. Cases caused or controlled by factors outside of the HACCP system include recreational harvest (approximately 20 percent of all seafood harvested) that does not pass through processing plants and problems caused by restaurant, supermarket or consumer improper cooking or mishandling. In addition, there will be some types of hazards that will not, for the foreseeable future, be controllable by means other than avoiding contaminated waters, which will not be 100 percent effective (ciguatera, for example). Until rapid, inexpensive tests are developed, HACCP cannot be 100% effective at controlling these hazards. Once each expert had accounted for those cases that could not potentially be reached by this rule, the experts then assessed the likely effectiveness of control steps associated with broad sanitation improvements and mandatory controls on specific hazards and specific species. Ciguatera: Both the lower and upper bound reductions in illness are relatively small in the near term because there does not yet exist a rapid, inexpensive test for this toxin. Processors and commercial fishermen must rely on information about whether geographic areas are ciguatoxic. Moreover, many illnesses are attributable to recreational harvest. Hepatitis A virus: This illness derives mostly from molluscan shellfish. For molluscan shellfish, the controls are harvesting from approved waters and good sanitation in the plant. These regulations specifically involve both types of controls. The upper bound number is 50 percent of the total estimated number of illnesses largely because of the problems that states have in patrolling and controlling illegally harvested molluscan shellfish. Norwalk virus: This illness derives from raw molluscan shellfish that are contaminated from human pollution in harvesting areas. Control involves harvesting from approve waters. These regulations include this kind of control. The upper bound number is 50 percent of the total estimated number of illnesses largely because of the problems that states have in patrolling and controlling illegally harvested molluscan shellfish and because of the uncertainty of the control of sewage from harvesting and recreational vessels. Vibrio vulnificus: This illness essentially derives from eating raw molluscan shellfish from the Gulf of Mexico. Vibrio vulnificus is a naturally occurring, ubiquitous, marine organism. The lower and upper bound numbers reflect the fact that controls are newly emerging for this organism and still have uncertainties associated with them. Table 6a sets out the new estimates of baseline cases of foodborne disease related to HACCP and the range of cases averted by HACCP. Table 6a.--Estimate of Annual Cases Averted ------------------------------------------------------------------------ Number of Number of Estimated cases cases Hazard number of averted averted cases\1\ (lower)\2\ (upper)\1\ ------------------------------------------------------------------------ Anasakis......................... 100 25 60 Campylobacter jejuni............. 200 100 150 Ciguatera........................ 1,600 96 200 Clostridium botulinum............ 10 3 5 Clostridium perfringens.......... 200 100 150 Diphyllobothrum latum............ 1,000 250 600 Giardia.......................... 30 15 23 Hepatitis A Virus................ 1,000 150 500 Other Marine Toxins.............. 20 ........... 1 Norwalk Virus.................... 100,000 15,000 50,000 Other Vibrio's................... 1,000 200 500 Paralytic Shellfish Poisoning.... 10 ........... 1 Salmonella non typhi............. 200 100 150 Scombrotoxin..................... 8,000 4,000 6,000 Page 65186 Shigella......................... 200 100 150 Vibrio vulnificus (3d year)...... 60 12 30 -------------------------------------- Total...................... 113,630 20,151 58,520 ------------------------------------------------------------------------ \1\These numbers were determined in consultation with representatives from the Centers for Disease Control and Prevention. \2\The upper and lower bounds were determined by a panel of scientists at CFSAN (Dr. George P. Hoskin, Dr. Karl C. Klontz, Dr. Kaye I Wachsmuth and Dr. Thomas C. Wilcox. Table 7 reflects revised estimates of the total cost of seafood illness. Table 7.--Annual Cost of Seafood Illness ------------------------------------------------------------------------ Total cost of Hazard Value per case seafood illness ------------------------------------------------------------------------ Anasakis................................ $1,703 $170,332 Campylobacter jejuni.................... 9,390 1,877,924 Ciguatera............................... 15,247 24,395,438 Clostridium botuli num.................. 223,252 2,232,524 Clostridium perfrin gens................ 6,551 1,310,164 Diphyllobothrum latum................... 2,753 2,752,617 Giardia................................. 6,104 183,112 Hepatitis A Virus....................... 22,669 22,668,870 Other Marine Toxins..................... 269 5,380 Norwalk Virus........................... 575 57,500,000 Other Vibrio's.......................... 2,955 2,954,842 Paralytic shellfish poisoning........... 92,356 1,200,628 Salmonella non-typhi.................... 8,199 1,639,756 Scombrotoxin............................ 339 2,708,755 Shigella................................ 16,750 3,349,961 Vibrio vulnificus....................... 2,008,917 120,535,039 ------------------------------- Total............................. .............. 245,485,342 ------------------------------------------------------------------------ Table 8 shows the estimates of the efficacy of mandatory seafood HACCP at reducing foodborne disease in the third year following the date of implementation (undiscounted). Table 8.--Estimate of the Efficacy of Mandatory HACCP at Reducing Foodborne Disease in the Third Year ------------------------------------------------------------------------ Lower bound Upper bound Hazards estimate (3d estimate (3d year) year) ------------------------------------------------------------------------ Anasakis................................ $42,583 $102,199 Campylobacter jejuni.................... 938,962 1,408,443 Ciguatera............................... 1,463,726 3,049,430 Clostridium botulinum................... 558,131 1,116,262 Clostridium perfringens................. 655,082 982,623 Diphyllobothrum latum................... 688,154 1,651,570 Giardia................................. 91,556 137,334 Hepatitis A Virus....................... 3,400,331 11,334,435 Other Marine Toxins..................... .............. 269 Norwalk Virus........................... 8,625,000 28,750,000 Other Vibrio's.......................... 590,968 1,477,421 Paralytic Shellfish Poisoning........... .............. 46,178 Salmonella non-typhi.................... 819,878 1,229,817 Scombrotoxin............................ 1,354,377 2,031,566 Shigella................................ 1,674,981 2,512,471 Vibrio vulnificus (3d year)............. 24,107,004 60,267,519 ------------------------------- Total............................. 45,010,733 116,097,537 ------------------------------------------------------------------------ Finally, in response to the comments, FDA has attempted in Table 9 to associate particular hazards with categories of seafood (to the extent the data allow). Page 65187 Table 9.--Association of Particular Hazards With Categories of Seafood ------------------------------------------------------------------------ Estimated Hazards number of Affected species cases ------------------------------------------------------------------------ Anasakis......................... 100 Raw Finfish. Campylobacter jejuni............. 200 Cooked Ready-to-Eat Fish, Smoked Fish, Molluscan Shellfish. Ciguatera........................ 1600 Tropical, reef associated species of finfish. Clostridium botulinum............ 10 Vacuum Packaged Fish, Smoked and Salted Fish. Clostridium perfringens.......... 200 Cooked Ready-to-Eat Fish, Smoked Fish, Molluscan Shellfish. Diphyllobothrum latum............ 1000 Raw Finfish. Giardia.......................... 30 Cooked Ready-to-Eat Fish, Smoked Fish, Molluscan Shellfish. Hepatitis A Virus................ 1000 Cooked Ready-to-Eat Fish, Smoked Fish, Molluscan Shellfish. Other Marine Toxins.............. 20 Molluscan Shellfish. Norwalk Virus.................... 100,000 Molluscan Shellfish. Other Vibrio's................... 1,000 Cooked Ready-to-Eat Fish, Smoked Fish, Molluscan Shellfish. Salmonella non-typhi............. 200 Cooked Ready-to-Eat Fish, Smoked Fish, Molluscan Shellfish. Scombrotoxin..................... 8,000 Scombroid Species of Finfish. Paralytic Shellfish Poisoning.... 10 Molluscan Shellfish. Shigella......................... 200 Cooked Ready-to-Eat Fish, Smoked Fish, Molluscan Shellfish. Vibrio vulnificus................ 60 Molluscan Shellfish. ------------- Total...................... 113,630 ------------------------------------------------------------------------ 2. Summary of Safety Benefits The safety benefits are shown by year in Table 10 (undiscounted). Table 10.--Safety Benefits ------------------------------------------------------------------------ Lower bound Upper bound Year benefits benefits ------------------------------------------------------------------------ 1........................................... 32,957,233 67,897,751 2........................................... 32,957,233 67,897,751 3........................................... 45,010,733 116,097,537 4 and beyond................................ 45,010,733 116,097,537 ------------------------------------------------------------------------ 3. Nutrition Benefits From Mandatory Seafood HACCP and Increased Consumer Confidence In the PRIA, FDA estimated what the potential nutrition benefits might be if reduced consumer anxiety over seafood safety led to increased sales. FDA hypothesized that this might lead to consumers eating lower fat meals (on average) as they replaced higher fat meat and poultry with lower fat seafood. The agency has considered this issue in greater detail in the full RIA. FDA acknowledged in the PRIA that the entire estimate of nutrition benefits resulting from increased sales of seafood at the expense of meat and poultry sales is speculative. Although the agency believes that increased consumer confidence would result from having a state-of- the-art HACCP system in place for the seafood industry, no data were received to confidently predict the ultimate increase in the quantity of seafood sold as a result of this regulation. Sales data of this type were also not available before or after the agency initiated its low acid canned food regulations. Finally, the agency was unable to determine if any increase in consumer confidence would offset a price increase resulting from HACCP costs. The agency was equally concerned about possible nutrition benefits as to whether there would be an exact exchange in the nutrient profile between fish as prepared and meat and poultry. The agency finds that some fish dishes as consumed are eaten fried or served with heavy sauces, and that different species of fish have different fat profiles. Thus, for some consumers who make substitutions of fish meals for meat and poultry, it is not totally clear if there will be a favorable decrease in fat intake. Because there are too many unknown variables surrounding these substitutes and the lack of sales data, the agency is unable to quantify this benefit. 4. Rent Seeking Rent seeking activities were characterized in the proposal as ``public and private resources (which) have been expended in attempts to alter the level of regulatory effort toward seafood safety, as well as alter which Federal agency should oversee the industry.'' ``Rent seeking'' is a term economists have applied to activities that do not contribute to societal welfare but only seek to transfer resources from one party to another. An example often given is lobbying to change the ownership of a government granted special privilege so that profits change hands. In many cases, however, it is difficult to distinguish between activities that ultimately indirectly benefit society from those that only transfer profits. The proposal hypothesized that one benefit of the regulation was to reduce the social costs of rent seeking. One commenter noted that the reason large firms support HACCP is because they must have HACCP to export to Europe. The commenter noted that mandated HACCP would ``ensure that all domestic processing firms face the same costs, thereby reducing any competitive disadvantage.'' FDA does not agree that this is a justification for HACCP. The reason for implementing HACCP is to reduce the incidence of foodborne disease. However, FDA agrees that this ``rent-seeking'' argument may explain some support for HACCP by larger exporting firms. It is important to note, however, that there are small firms who export to Europe as well. 5. Export Benefits In the PRIA, FDA asserted that one benefit (unquantified) of the rule was to allow firms now exporting to the EU to continue to do so because of the EU requirement for a federally overseen voluntary HACCP program. Several commenters noted that some countries that import seafood from the United States are beginning to require HACCP. One commenter noted that more than 30 percent of seafood produced in the United States is exported. The same commenter noted the disruption in trade when French authorities did not coordinate their seafood safety requirements with ``other officials.'' Several commenters noted the need for more Memoranda of Understandings (MOU's) between the United States and other countries for seafood. One suggested that such MOU's be based upon HACCP as defined by various international bodies. Finally, one commenter noted that FDA ``should take into account how the international Page 65188 community is implementing HACCP before the agency imposes regulations that may create unnecessary trade barriers.'' As discussed in the PRIA, this program will benefit those seafood processors who are exporting to nations requiring HACCP. However, as also noted in the PRIA, there is in place a federally overseen HACCP program, specifically, the program being offered to processors by the National Marine Fisheries Service (NMFS). FDA has made an estimate of the cost savings to exporting firms of being in FDA's mandatory program in lieu of the NMFS program. The alternative to NMFS review (if FDA were not to adopt this regulation) would be inspection of product that is offered for entry into the EU on an entry-by-entry basis and the payment of a significant fee for these inspection services. With approximately 2 billion pounds being exported each year, this savings of resources amounts to, at a minimum, $20 million per year. In addition, although the EU has announced the requirement that HACCP be in place by January 1, 1996, adoption of a U.S. plan reduces some of the uncertainty for U.S. firms and firms exporting to the United States concerning the ultimate form of an internationally agreed upon HACCP requirement. 6. Reduced Enforcement Costs Comments qualitatively mentioned other benefits including fewer product recalls and other enforcement actions. FDA agrees that there will be fewer product recalls, seizures, injunctions and detentions of seafood and seafood products. As examples of what benefits could have accrued in 1994, the agency has calculated the value of each of these actions and addressed them below. a. Seizures. A seizure is a civil action designed to remove violative goods from consumer channels. Table 11 shows the actions and their associated costs that follow a determination that a violation exists and that goods should be seized. Table 11.--Seizure Steps ------------------------------------------------------------------------ Action Hours/Other Cost ------------------------------------------------------------------------ Federal personnel collect and 120.................... $12,840 analyze samples, write up recommendations (program and general counsel), review the case and make recommendations to the U.S. attorney. U.S. attorney files complaint and 16..................... 1,712 Court orders goods arrested. U.S. Marshal and other federal 8...................... 856 official seizes goods at location. Travel................. 200 Firm hires attorney to contest/ 16..................... 1,712 accept action. Food is reconditioned by firm....... 16 firm................ 1,712 16 Federal lower valued 1,712 food2. Food is denatured (converted to a 16 firm................ 1,712 non-food use) or;. 8 Federal lower valued 856 food2. Food is destroyed................... 8 firm................. 856 8 Federal lost food1... 856 ------------------------------------------------------------------------ \1\The rate of $107 per hour represents the cost of a loaded (including equipment and benefits) employee plus headquarters support of approximately 70 percent. \2\Total seizure costs are calculated in Table 12. Table 12 shows the seizures in 1994. Assuming that half of all seizures are prevented each year, the benefits are expected to be approximately $290,000 each year. Table 12.--Seizures in 1994 -------------------------------------------------------------------------------- -------------------------------- Administ rative Problem No. costs \1\ Action\2\ Total -------------------------------------------------------------------------------- -------------------------------- Decomposition (Destroy)........................................ 5 $1 7,320 $46,565 $320,925 Filth (Denature)............................................... 3 1 7,320 8,709 78,087 Chemicals (Destroy)............................................ 2 1 7,320 10,108 54,856 Other (Destroyed).............................................. 4 1 7,320 14,212 126,128 ---------------- -------------------------------- Total.................................................... 14 ........ ...... ........... \3\579,996 -------------------------------------------------------------------------------- -------------------------------- \1\Costs of items (1) through (4) in the preceding Table totaled are $17,320. \2\The actions that are typically taken for each type of hazard are listed in th e PROBLEM column. Costs include the value of destroyed food multiplied by the number of actions or, in the cas e of denaturing, it is assumed that 10 percent of the value of the product is retained. No food was reconditi oned. \3\This number may well underestimate the benefit. FDA recently completed a seiz ure proceeding (not filed in 1994) in which $5 million of product was condemned. Thus, preventing seizure c an have a significantly higher value than that reflected in this table. b. Detentions. A detention is a procedure for preventing violative products from entering the United States. Table 13 shows the actions and their associated costs that follow a determination that a sample is violative, the following actions take place. Table 13.--Detention Steps ------------------------------------------------------------------------ Action Hours/other Cost\2\ ------------------------------------------------------------------------ Federal personnel send a detention 2....................... $214 notice to the importer with an opportunity to introduce testimony. Importer hires attorney and 16...................... 1,712 introduces evidence. Submits response application. Determination of action to take...... 24...................... 2,568 Reshipment allowed, or............... 10...................... 1,070 Travel, Cost to Reship.. 200 Page 65189 Product is denatured, or............. 8, Loss of value,\2\ 856 Cost of denaturing,\2\, Reselling costs\2\. Goods are destroyed under Federal 16, Loss of product\1\.. supervision. ------------------------------------------------------------------------ \1\These costs are calculated in table 14 which gives estimates of the numbers and estimated costs for detentions in 1994. \2\Seizure can have a significantly higher value than that reflected in this table. Table 14.--Detentions in 1994 -------------------------------------------------------------------------------- -------------------------------- Number of Detention Detention Reason detentions Quantity\1\ Dollars\1 \ disposition\2\ admin\3\ -------------------------------------------------------------------------------- -------------------------------- Borates................................. 25 21,484 1,827,1 73 183,017 112,350 C. botulinum............................ 1 113,790 363,4 34 363,434 4,494 E.coli/coliforms........................ 14 254,774 742,7 86 149,413 62,916 Histamines.............................. 2 98,023,014 1,361,7 14 273,199 8,988 Lead.................................... 2 102,188 87,4 40 9,044 8,988 Listeria/Other Pathogens................ 51 2,792,808 21,369,6 92 4,274,794 229,194 Mercury................................. 11 7,338,900 12,720,2 72 1,272,327 49,434 Poisonous/Deleterious sub-nec........... 7 180,000 446,0 25 446,025 31,458 Salmonella/arizona...................... 129 221,543,300 76,137,9 73 15,228,451 579,726 Staphylocci............................. 6 55,810 199,5 50 40,766 26,964 Sulfites................................ 23 713,653 8,100,6 20 810,362 103,362 Unsafe food additives--NEC.............. 5 67,160 540,2 01 540,201 22,470 --------------------------------------- -------------------------------- Total............................. 276 ............ .......... .. 23,591,033 1,240,344 -------------------------------------------------------------------------------- -------------------------------- \1\Quantity and dollars include the total amount of both detentions and automati c detentions and are shown to illustrate how detentions were calculated. \2\Disposition included reshipping which was estimated to be 10 percent times th e number of shipments (quantity) times the value per shipment (dollars/quantity); reconditioning which was esti mated to be 20 percent of the value of the shipment (dollars) or destruction which was estimated to be 100 p ercent of the value of the shipment. \3\Administrative costs are estimated to be $4,494 per detention, the sum of the first three rows of the previous table. Assuming just half of these detentions are prevented by HACCP, benefits to the federal government and industry would be approximately $12 million per year. c. Automatic detentions. Automatic detentions place each lot of imported products on detention upon arrival at the border until the importer has demonstrated that the products do not violate the Federal Food, Drug, and Cosmetic Act. This is normally done by the importer hiring independent labs to sample each lot. Table 15 shows the number and types of relevant automatic detentions that took place in 1994. Table 15.--Automatic Detentions in 1994 ------------------------------------------------------------------------ Number of Reason automatic Sample Storage detentions cost\1\ cost\2\ ------------------------------------------------------------------------ Borates....................... 53 $132,500 $182,717 C. botulinum.................. 104 260,000 36,343 E.coli/coliforms.............. 8 20,000 74,279 Histamines.................... 63 157,500 136,171 Lead.......................... 1 2,500 8,744 Listeria/Other Pathogens...... 236 590,000 2,136,969 Mercury....................... 397 992,500 1,272,027 Pesticide chlorothalanil...... 1 2,500 50 Poisonous and Deleterious sub- nec.......................... 4 10,000 44,603 Salmonella/arizona............ 759 1,897,500 7,613,797 Staphylocci................... 0 0 19,955 Sulfites...................... 12 30,000 810,062 Underprocessed................ 3 7,500 15,454 Unsafe food additives--NEC.... 3 7,500 54,020 ----------------------------------------- Total................... 1,644 4,110,000 12,405,191 ------------------------------------------------------------------------ \1\1 Calculation of costs assumes that, for each product placed on automatic detention, 10 lots per year will be analyzed with 1 sample each at a cost of $250 per sample. \2\Assumes storage costs equals 10 percent of the stated value of the goods. Again assuming that half of the above automatic detentions are eliminated each year, then the benefits will be approximately $6 million per year. d. Recalls. The costs of recalls to a firm vary from inexpensive notification Page 65190 of consignees to several million dollars, depending on the nature of the hazard, the type of seafood, the cost and amount of product involved, and the distribution chain of the product. The costs of a recall include searching for the recalled products, removing them from retail and wholesale outlets, replacing the adulterated product, effectiveness checks, and disposal or reconditioning. In some cases recalls cause marketing disruptions, loss of shelf space, and subsequent losses in sales via publicity. FDA costs include investigative and analytical time and expenses, administrative costs, cost of samples, and auditing time. FDA assumes that the costs of recalls borne by firms are directly related to the distribution costs associated with the products and to the size of the contaminated lots. Distribution costs account for about one-third of the final value of seafood. FDA assumes that the firm must bear the full amount of the distribution costs of the recall. In addition, the other costs listed above raise the total cost of recalls borne by firms to one-half the value of the product. FDA uses one-half the value of the product as the base for the estimate of total recall costs. The total recall cost of seafood processing firms in 1994 is estimated to be $2,461,906, as shown in table 16. FDA audit checks for seafood took 474 hours in 1994. FDA assumes that total FDA costs per recall were proportional to audit hours. The cost per hour of an audit check is $107, giving an FDA audit cost of $50,718 (474 x 107). FDA collected 72 samples at $250 per sample, giving sample costs of $18,000 (72 x 250). FDA thus estimates additional costs due to recalls to be $68,718 ($50,718 + $18,000). The total recall cost is estimated to be $2,530,624 ($2,461,906 + $68,718). Again, the estimate for the purpose of this benefits analysis assumes that half of all recalls will be prevented or about $1,250,000. Table 16.--Recalls in 1994 -------------------------------------------------------------------------------- -------------------------------- Fish Hazards Amount Total -------------------------------------------------------------------------------- -------------------------------- Canned tuna........................... Filth, decomposed, punctured 6,599 cas es............. $150,687 cans, short weight. Crab.................................. L. monocytogenes............. 16,156 lb s.............. 64,624 Escolar fish.......................... Decomposed, sc ombroid, 1,719 lbs ............... 1,614 illness. Herring, salted Schmaltz.............. L. monocytogenes............. 1,200 lbs ............... 1,740 Hilsha fish........................... Salmonella................... 2,000 lbs ............... 2,100 Lobster............................... L. monocytogenes, salmonella. 25,920 lb s.............. 243,648 Mahi mahi, fresh...................... Decomposed................... 575 lbs.. ............... 834 Nova chips............................ L. monocytogenes............. 54 lbs... ............... 157 Oysters, shellstock................... V. vulnificus................ 9,219,430 lbs........... 1,843,886 Oysters, shucked...................... V. vulnificus................ 21,944 lb s.............. 87,776 Sardines, flat fillets................ Rusty, leaky, decomposed..... 33,600, 1 3 oz cans...... 50,400 Smoked catfish, salmon, sturgeon, tuna L. monocytogenes............. 1,060 lbs ............... 2,963 Tuna steaks........................... Decomposed................... 7,110 lbs ............... 11,477 ---------------- Total........................... ............................. ......... ............... 2,461,906.00 -------------------------------------------------------------------------------- -------------------------------- e. Injunctions. Injunctions are the most severe form of domestic penalties whereby a firm is enjoined from producing/distributing a product until a violation is remedied. There are approximately 5 injunctions by FDA against seafood products each year costing the firm an average of about $70,000 and FDA an average of about $30,000 each or about $500,000 per year. These costs include court costs, analytical testing costs, inspections costs, and lost production costs. Again, if this rule reduced injunctions by half, societal savings would be $250,000. Total enforcement benefits are the sum of all of the reduced enforcement costs estimated to be approximately $20 million per year. 7. Other Benefits Commenters also mentioned benefits including better process control (resulting in lower production costs) and improved employee morale. FDA believes that there may be ``re-engineering'' types of benefits associated with these regulations. For both seafood and other foods for which HACCP has been implemented, FDA has received information that firms have found cost-saving innovations in other areas as they implement HACCP. These innovations are considered trade secrets by firms and thus, their description (actual process innovations) and quantification is impossible as firms have not released this data into the public domain. This phenomenon involves unexpected savings and efficiencies as a result of establishing a new system in a processing operation. The majority of firms that have previously instituted HACCP reported that they believed that the advantages they derived from HACCP were worth the costs to them in terms of better control over their operations, better sanitation, and greater efficiencies, such as reduced waste. Virtually all foresaw long-term benefits from operating under HACCP. Improved employee morale depends on how HACCP is implemented. If, for example, employees are (1) participating in day-to-day monitoring of critical control points, (2) allowed through corrective action plans to participate in corrective actions including shutting down a line when a critical limit has been exceeded, and (3) are rewarded for this decision rather than penalized or forced to rigorously defend their actions, then employee morale may increase. Such an increase in morale, if valid, may lead to greater productivity. However, it is in the direct financial interest of every company to maintain employee morale such that any additional benefit from this regulation is likely to be small. A final benefit will be realized for finfish where processing plants and vessels, in an effort to control for histamine formation, keep fish cooled from harvest to retail. This will simultaneously decrease the decomposition rate that causes seafood to be thrown out because of organoleptic problems. The same situation exists relative to cooked, ready-to-eat products and smoked fish. One retailer cited losses of 4 percent to 8 percent of all seafood because of decomposition. If some of this decomposition begins prior to arrival at the retail level and is reduced in any degree by this Page 65191 regulation, benefits could potentially be large. However, FDA recognizes that there is also a short term cost (e.g., as molluscan shellfish harvesters attempt to supply processors with untagged shellfish or from vessels without sanitary facilities aboard and find the harvest rejected). The same will also be true for finfish which have not been properly temperature controlled from harvest to processor. These harvests will be discarded although this behavior is not expected to occur often, or more than once in any instance. D. Costs and Benefits of Sanitation A portion of the costs and benefits of this rule derive from the improvements in the facilities and CGMP's in seafood plants. Although all food manufacturing plants are required to produce food under sanitary conditions now, FDA's experience, and that of others, indicate that many seafood processors are not producing seafood under those conditions. The sanitation, monitoring, and recordkeeping provisions of this rule are expected to drive processors to improve their sanitation conditions and thus reduce the need for FDA to enforce CGMP's through regulatory actions. These provisions will produce net increases in societal welfare with accompanying costs and benefits. Current goods manufacturing practices include such things as cleanliness and habits of personnel, the conditions of buildings and facilities, equipment, production and process controls, and conditions of warehousing and distribution of the product. It is difficult to differentiate between costs and benefits that are HACCP-related and those that are sanitation-related. For example, processors are required under HACCP to keep records that show that CGMP's such as ``Measures such as sterilizing, irradiating, pasteurizing, freezing, refrigerating, controlling pH or controlling aw that are taken to destroy or prevent the growth of undesirable microorganisms, particularly those of public health significance, shall be adequate under the conditions of manufacture, handling, and distribution to prevent food from being adulterated within the meaning of the act'' are being followed (see 21 CFR 110.80(a) (2) and (4)). However, the benefits derive from making plant and processing changes, uncovering problems in processing due to recordkeeping and taking corrective action which prevents hazardous seafood from being sold. Thus, HACCP and CGMP's are inextricably intertwined and it is difficult to calculate the marginal benefits and marginal costs of each. E. Costs and Benefits Attributable to Foreign Governments FDA has reported the portion of the increased costs that are expected to be passed on to U.S. consumers by foreign processors. The justification for this action is that FDA has not included safety benefits that foreign consumers may enjoy when foreign firms that export to the United States introduce HACCP into their plants. FDA has also included, as a benefit of this regulation, reduced enforcement actions toward products produced by foreign firms and reduced illnesses that U.S. consumers suffer from imported seafood. In a benefit-cost analysis, costs and benefits are attributable to choices made among competing options. However, in this rule, there are difficulties in assigning the costs and benefits to choices made by FDA to require HACCP of domestic and foreign seafood processors. This difficulty arises because other countries either already require HACCP or have indicated that they will do so in the near future--for both their domestic and imported seafood products. No costs or benefits should be ascribed to choices made by the U.S. Government in this rule that affect firms already complying with foreign regulations, if the regulations are the same and no changes need to be made to be in compliance with the U.S. regulation. Thus, foreign firms in those countries who export to the United States may be required to comply first with the U.S. plan or first with their own country's plan; the timing is impossible to predict. However, FDA does have evidence from the European Union that the seafood produced by the following countries (at least seafood for export) have met the EU standard for HACCP-- Albania, Australia, Austria, Belgium, Brazil, Canada, Chile, Columbia, Denmark, Ecuador, England, Faro Is., Finland, France, Germany, Greece, Holland, Iceland, Indonesia, Ireland, Italy, Japan, Luxembourg, Mexico, Morocco, New Zealand, Norway, Peru, Philippines, Sweden, Taiwan, Thailand, and Turkey. F. Conclusion As the above analysis demonstrates, FDA finds that the estimated benefits exceed the estimated costs. The estimated costs are approximately one third of those in the PRIA, ranging from $677 million to $1.488 billion. These estimated costs were based primarily on the reports of some seafood firms and modeling done by FDA experts based on their experience with HACCP but also considered the study done under contract with NMFS. The benefits range from $1.435 billion to $2.561 billion and include benefits from safety, nutrition, increased consumer confidence, rent seeking activities, exports, and reduced enforcement costs. G. Final Regulatory Flexibility Analysis The Regulatory Flexibility Act (Pub. L. 96-354) requires analyzing options for regulatory relief for small businesses. In the PRIA, FDA listed for comment a series of regulatory options on how to grant regulatory relief for small firms. In that document, FDA defined small firms as having less than $1 million in annual gross revenue (for non- shrimp processors) and less than $2 million for shrimp processors. In the PRIA, regulatory options for small business relief included: (1) Requiring HACCP-type controls for those critical control points in individual plants that have a history of failure. (2) Exempting very small processors from the requirements in the proposed regulatory option. (3) Allowing a longer implementation period such that HACCP requirements may be phased in over a longer period of time. (4) Providing generic HACCP plans (without mandatory control points) for certain types of operations, providing federal verification, or less frequent monitoring of critical control points. FDA received a large number of comments on these options and on the costs that small businesses would incur as a result of the proposed option. The agency has fully considered all of the comments received on its regulatory flexibility analysis and has responded to these comments in the full RIA. What follows is a summary of FDA's major conclusions from the analysis. FDA received comments on whether there should be exemptions for processors based on either the size of the processor or the degree of risk associated with the product or process. For example, one commenter supported the exemption of small firms on the basis that small firms that represent 75 percent of the industry in terms of the number of plants, produce less than 10 percent of the seafood consumed. FDA has concluded that there should be no exemptions for small firms. Small processors often engage in relatively high risk seafood processing, and an exemption based on size could inappropriately exempt high risk operations. An exemption based on risk might entail knowing which seafood might be responsible for a reported and confirmed illness. The agency finds however that because underreporting and skewed reporting of foodborne Page 65192 illnesses occurs it is not always directly possible to relate the reported illnesses to risk. This subject is also discussed at length in the preambles to both the proposed and final rule. One comment recommended that no firms be completely exempt, but that some firms be subject to different HACCP requirements depending on size. The smaller the firm, the less strict the record-keeping, testing, and monitoring requirements. The use of a short form for recordkeeping and informal monitoring was supported in some comments. Again, this is a topic that is extensively covered in the preamble to the final rule. FDA notes that HACCP depends on the degree of risk and complexity of processing and that HACCP requirements for each plant are calibrated based on these factors. Whether the plant is large or small, if there are few hazards and simple processes, HACCP requirements are inherently minimal. If there are no hazards, no HACCP plan is required. Overall, however the agency believes that many smaller firms are associated with simpler processes and that the HACCP system already accommodates the commenter's concern. In the long run, as processors adopt HACCP and attempt to pass costs on to consumers, the retail price of seafood will rise by less than 1 percent. In the absence of an increase in consumer demand that may result from this regulation, as the price of seafood rises, consumers will purchase less seafood. As producers fail to sell all of the seafood offered at the higher price, output must fall. Moreover, output must decrease in the highest cost sector of the industry, generally small processors. Although it is possible that small processors will cut back production but stay in business, the small profit margins of some small seafood producers strongly imply that the reduction in output will come about because small processors go out of business. For every one percent increase in the price of seafood, approximately 140 small processors could go out of business. The estimated number comes from the following calculation. FDA has estimated that as costs are passed on, HACCP will raise the price of seafood to consumers. The price elasticity of demand, which is the percentage change in quantity purchased divided by the percentage change in price, is estimated to be -0.37 for seafood (Ref. 227). A one percent increase in the price consumers pay for seafood should therefore reduce the quantity purchased by 0.37 percent (1 percent times -0.37). FDA believes that the entire reduction in output attributable to HACCP will be borne by small processors who go out of business. Although close to 80 percent of seafood processors are classified as small, small processors account for only 10 percent of total industry output (Ref. 228). In the case of a 0.37 percent decline in total processing output represents a decline in the output of small processors of 3.7 percent (0.37 percent divided by 0.10). If the decline in the number of processors were proportional to the decline in the output of small processors, the reduction in the number of processors would be 3.7 percent in the case of a 1 percent price increase. FDA is uncertain as to what price increase will actually occur. The agency finds that the number of small seafood processors that go out of business will be determined by the cost per unit (or per plant) of implementing HACCP, the effect of HACCP on seafood prices, the ability of small plants to pass costs on to consumers, the current practices of the plants and the implementation time. The analysis has assumed that the regulation will have no positive effect on the demand for seafood. If the regulation in fact increases consumer confidence in seafood sufficiently to increase the demand for seafood, then the effect on small business would be less. Although the economic impact on small firms is difficult to predict, many small firms should be able to implement HACCP at low cost, as they have already fulfilled many of its basic requirements. The closer a firm's current practices are to HACCP, the lower the cost of HACCP and the more likely is firm survival. Some small firms occupy market niches that allow them to pass on more of their costs than the industry average, increasing their likelihood of survival. The effect of HACCP on small seafood processors depends on their costs of compliance and on the changes in the relative price of seafood. FDA expects the relative price increase attributable to HACCP to be small. For many small firms, the flexibility built into the regulation strongly implies that HACCP costs will be low. In consideration of small firms, the agency has extended the effective date to 2 years from publication. FDA will also be publishing a Guide that will provide small processors with valuable information for developing and implementing HACCP. Additionally, the agency, in cooperation with Sea Grant Universities and others through the Seafood HACCP Alliance, will be providing to small firms assistance on training and other needs. FDA recognizes that HACCP is an innovative regulatory system that has not been applied on a large scale to ongoing commercial enterprises in the United States. For this reason all of the agency's estimates of firm behavior, costs and benefits necessarily involve substantial uncertainty. As explained in this Regulatory Impact Analysis, FDA has used modeling techniques and informed judgements rather than firm empirical data to estimate many effects. In order to determine the accuracy of these estimates, and also to assist in possible mid-course corrections, FDA and HHS plan to conduct an evaluation study during the first few years after the effective date of these regulations. This study could focus on each major type of one-time or continuing compliance cost, on different types of firms, on different sizes of firms (with particular attention to the smallest firms), and on both costs required by the regulation and on costs that firms may incur unnecessarily. It could also address the ability of firms to understand and implement HACCP properly, and any other problems that may impede rapid and inexpensive implementation. This study could also include an exploratory analysis of benefits, addressing both improvements in processing as measured by elimination of hazards and, to the extent permitted by existing data systems, early trends in reported incidence of illness caused by seafood. V. Environmental Impact The agency has previously considered the environmental effects of this rule as announced in the proposed rule (59 FR 4142, January 28, 1994). No new information or comments have been received that would affect the agency's previous determination that there is no significant impact on the human environment, and that an environmental impact statement is not required. VI. References The following references have been placed on display in the Dockets Management Branch (address above) and may be seen by interested persons between 9 a.m. and 4 p.m., Monday through Friday. 1. Committee on Diet and Health, Food and Nutrition Board, Commission on Life Sciences, National Research Council, ``Diet and Health: Implications for Reducing Chronic Disease Risk,'' National Academy Press, Washington, DC, 1989. 2. National Heart, Lung, and Blood Institute, DHHS, ``National Cholesterol Education Program: Report of the Expert Panel on Population Strategies for Blood Cholesterol Reduction, Executive Summary,'' NIH Publication No. 90-3047, National Institutes of Health, Bethesda, MD, 1990. Page 65193 3. Hackney, C., and D. Ward, ed., ``Microbiology of Marine Food Products,'' Van Nostrand Reinhold, 1991. 4. Roper, W. L., Director, Centers for Disease Control, letter to the Honorable John D. Dingell, May 2, 1990. 5. Otwell, W. S., ``Seafood Safety in Question,'' MTS Journal, 25(1):23-29. 6. FDA, DHHS, ``Seafood Safety,'' May 10, 1993. 7. Ahmed, F. E., ed., Committee on Evaluation of the Safety of Fishery Products, Food and Nutrition Board, Institute of Medicine, NAS, Seafood Safety, National Academy Press, 1991. 8. Rhodehamel, E. J., ``Overview of Biological, Chemical, and Physical Hazards,'' HACCP: Principles and Applications, Van Nostrand Reinhold, 1992. 9. Colwell, R. R. ed., ``Natural Toxins and Human Pathogens in the Marine Environment,'' Report of a Sea Grant-Sponsored Workshop, A Maryland Sea Grant Publication, undated. 10. Stone, R., ed., ``Single-Celled Killer in Monterey Bay,'' Science, November 22, 1991. 11. Letter to John A. Sandor from Thomas J. Billy, March 22, 1993. 12. Bier, J. W., T. L. Deardorff, G. J. Jackson, and R. B. Raybourne, ``Human Anisakiasis,'' Bailliere's Clinical Tropical Medicine and Communicable Diseases, 2(3):723-733, 1987. 13. Liston, J., Statement before the Senate Committee on Commerce, Science, and Transportation, U.S. Senate, June 30, 1992. 14. Mayer, B. K., and D. R. Ward, ``Microbiology of Finfish and Finfish Processing,'' Microbiology of Marine Food Processing, Van Nostrand Reinhold, 1991. 15. Spitzig, P., memorandum, ``Decomposition Data From the Seafood Regulatory Action Database,'' May 14, 1992. 16. FDA, DHHS, ``The Fish List: FDA Guide to Acceptable Market Names for Food Fish Sold in Interstate Commerce,'' 1988. 17. Letter From Skip Widtfeldt, Seafood Permit Coordinator, State of Alaska Department of Environmental Conservation, to Alaska Seafood Processors, January 17, 1992. 18. Nardi, G., ``HACCP: A View From the Inside,'' American Seafood Institute Report, April 1992. 19. Coons, K., ``HACCP is Here,'' Seafood Supplier, May/June 1992. 20. Kraemer, D. W., memorandum, ``Unique Nature of Seafood Processing Industry,'' May 6, 1993. 21. Kraemer, D. W., memorandum, ``High Risk Survey--Cooked Ready to Eat Results,'' March 1, 1993. 22. Bryan, F. L., ``What the Sanitarian Should Know About Staphylococci and Salmonellae in Non-Dairy Products: I. Staphylococci,'' Journal of Milk and Food Technology, 31(4):110-116, April 1968. 23. Golden, D. A., E. J. Rhodehamel, and D. A. Kautter, ``Growth of Salmonella spp. in Cantaloupe, Watermelon, and Honeydew Melons,'' Journal of Food Protection, 56(3):194-196, 1993. 24. FDA Smoked or Salted Fish Assignment (FY 89), and compilation of data, dated December 19, 1988. 25. New York State Good Manufacturing Practices Regulation for Smoked Fish Products, 1990. 26. Eklund, M. W. et al., ``Inhibition of Clostridium Botulinum Types A and E Toxin Production by Liquid Smoke and NaCl in Hot- Process Smoke-Flavored Fish,'' Journal of Food Protection, 45(10):935, 1982. 27. Program Evaluation Branch, Office of Regulatory Affairs, FDA, DHHS, ``Field Summary Seafood Accomplishments/Expenditures FY 1984--FY 1992,'' November 1992. 28. FSIS, USDA, ``Meat and Poultry Inspection 1991: Report of the Secretary of Agriculture to the U.S. Congress.'' 29. Snyder, M. I., memorandum, ``FDA Rejection Insurance,'' May 7, 1993. 30. Sunde, S., ``A Sea of Uncertainties,'' Seattle Post- Intelligencer, February 25, 1993. 31. Wilms, H. G., memorandum, ``State Seafood Resources,'' May 17, 1993. 32. Spencer, H., ``The Role of Government in a Mandatory HACCP Based Program,'' Dairy, Food and Environmental Sanitation, July 1992. 33. Bauman, H. E., ``Introduction to HACCP,'' HACCP: Principles and Applications, Van Nostrand Reinhold, 1992. 34. NACMCF, ``National Advisory Committee on Microbiological Criteria for Foods, Hazard Analysis and Critical Control Point System Adopted March 20, 1992,'' HACCP: Principles and Applications, Van Nostrand Reinhold, 1992. 35. NMFS, NOAA, U.S. Department of Commerce, ``The Report of the Model Seafood Surveillance Project: A Report to the Congress,'' draft dated February 5, 1993. 36. Subcommittee on Microbiological Criteria, Committee on Food Protection, Food and Nutrition Board, National Research Council, An Evaluation of the Role of Microbiological Criteria for Foods and Food Ingredients, National Academy Press, 1985. 37. Lee, J. S., and K. S. Hilderbrand, Jr., ``Hazard Analysis & Critical Control Point Applications to the Seafood Industry,'' Oregon Sea Grant, ORESU-H-92-001, 1992. 38. Weddig, L. J., letter to the Honorable Donna E. Shalala, February 25, 1993. 39. Iani, L. J., letter to Tom Billy, April 1, 1993. 40. Peeler, T., ``Review of the FDA/NOAA Seafood Pilot,'' undated. 41. Food and Agriculture Organization of the United Nations, ``Fishery Statistics: Commodities 1990,'' vol. 71, Rome, 1992. 42. NMFS, NOAA, U.S. Department of Commerce, ``Fisheries of the United States, 1991,'' Silver Spring, MD, 1992. 43. NMFS, NOAA, U.S. Department of Commerce, ``Current Fisheries Statistics No. 9202: Imports and Exports of Fishery Products Annual Summary, 1992.'' 44. The Council of the European Communities, ``Council Directive of 22 July 1991 Laying Down the Health Conditions for the Production and the Placing on the Market of Fishery Products,'' Official Journal of the European Communities, No. L 268/15. 45. GATT Secretariat, ``Draft Final Act Embodying the Results of the Uruguay Round of Multilateral Trade Negotiations,'' December 20, 1991. 46. Codex Alimentarius Commission, Food and Agriculture Organization of the United Nations, ``Joint FAO/WHO Food Standards Programme, Codex Alimentarius Commission, 20th Session, Geneva 28 June-7 July 1993, Report of the 25th Session of the Codex Committee on Food Hygiene Washington D.C., 28 October-1 November 1991.'' 47. ``Communication From The President of the United States Transmitting the Final Legal Text of the U.S.-Canada Free-Trade Agreement, The Proposed U.S.-Canada Free-Trade Agreement Implementation Act of 1988, and a Statement of Administrative Action, Pursuant to 19 U.S.C. 2112(e)(2), 2212(a),'' House Document 100-216, July 26, 1988. 48. Rhodehamel, E. J., ``FDA's Concerns With Sous Vide Processing,'' Food Technology, 46(12) 73-76, 1992. 49. Cook, D. W., and Ruple, A. D., ``Vibrio Vulnificus and Indicator Bacteria in Shellstock and Commercially Processed Oysters From the Gulf Coast,'' Journal of Food Protection, 55(9):667-671, 1992. 50. FDA, DHHS, ``Food and Drug Administration Pesticide Program: Residue Monitoring 1991,'' Journal of the Association of Official Analytical Chemists International, Vol. 75, September/October 1992. 51. Corlett, D. A., Jr., and Pierson, M. D., ed., HACCP: Principles and Applications, Van Nostrand Reinhold, 1991. 52. Duersch, J. W., Paparella, M. W., and Cockey, R. R., ``Processing Recommendations for Pasteurizing Meat from the Blue Crab,'' Advisory Report, Maryland Sea Grant Program, Publication No. UM-SG-MAP-81-02, 1981. 53. Gorga, C., and Ronsivalli, L. J., ``Quality Assurance of Seafood,'' Van Nostrand Reinhold, New York. 54. Schaffner, R. M., ``Introduction to Canned Foods: Principles of Thermal Process Control, Acidification and Container Closure Evaluation'' The Food Processors Institute, 1982. 55. Corlett, D. A., Jr., and Pierson, M. D., ``Hazard Analysis and Assignment of Risk Categories,'' HACCP: Principles and Applications, Van Nostrand Reinhold, 1991. 56. Farber, J. M., ``Listeria mono-cytogenes in Fish Products,'' Journal of Food Protection, 54: 922-924, 1991. 57. Lovett, J., Francis, D. W., and Bradshaw, J. G., ``Outgrowth of Listeria Mono-cytogenes in Foods,'' Foodborne Listeriosis, Society for Industrial Microbiology, Elsevier Science Publishers, New York, 1990. 58. Farber, J. M., and Peterkin, P. I., ``Listeria Monocytogenes, a Food-borne Pathogen,'' Microbiology Reviews, 55: 476-511, 1991. 59. Warner, E. T., memorandum, ``New York District Smoked Fish Inspection Results,'' May 24, 1993. 60. Wilson, B. F., memorandum, ``Seafood Consumer Complaint Data,'' April 15, 1993. 61. Data summary sheets. 62. Wilson, B., memorandum, ``Sanitation Data from 1991-1992 Abbreviated Inspections,'' April 13, 1993. 63. Bryan, F. L., ``Microbiological Food Hazards Today--Based on Epidemiological Information,'' Food Technology, pp. 52-64, September 1974. Page 65194 64. FDA, DHHS, ``FDA Fact Sheet: Shigella in Food,'' December 1969. 65. FDA, DHHS, ``Food Service Sanitation Manual Including a Model Food Service Sanitation Ordinance,'' DHEW Publication No. (FDA) 78-2081, 1976. 66. Koren, H., ``Handbook of Environmental Health and Safety Principles and Practices,'' Vol. I, 2d ed., Lewis Publishers, pp. 116-117, 1991. 67. Benenson, A. S., ed., ``Control of Communicable Diseases in Man,'' 15th ed., American Public Health Association, pp. 170-177, 197-8, 210-11, 491-2, 1991. 68. Cross Connection Control Committee, Pacific Northwest Section, American Water Works Association, With the Assistance of EPA, ``Cross Connection Control Manual, Accepted Procedures and Practice,'' 5th Ed., May, 1990. 69. National Sanitation Foundation, ``Reference Guide: Sanitation Aspects of Food Service Facility Plan Preparation and Review,'' January 1978. 70. EPA, ``Drinking Water; Substitution of Contaminants and Priority List of Additional Substances which May Require Regulation under the Safe Drinking Water Act,'' 52 FR 25720, July 8, 1987. 71. National Sanitation Foundation, Ann Arbor, Michigan, ``Sanitation Aspects of Installation of Food Service Equipment,'' undated. 72. The National Food Safety Certification Program, Applied Food Service Sanitation, A Certification Coursebook, 4th ed., John Wiley & Sons, Inc., pp. 176-179, 1992. 73. Surkiewicz, B. F., Hyndman, J. B., and Yancey, M. V., ``Bacteriological Survey of the Frozen Prepared Foods Industry: II. Frozen Breaded Raw Shrimp,'' Applied Microbiology, 15(1): 1-9, January 1967. 74. Bryan, F. L., ``Emerging Foodborne Diseases: II. Factors that Contribute to Outbreaks and Their Control,'' Journal of Milk and Food Technology, 35(11): 632-638, November 1972. 75. Brown, J. L., ``Fundamentals of Cleaning Multi-Use Utensils,'' National Sanitation Foundation Testing Laboratory, Ann Arbor, Michigan, undated. 76. ``Carbon Dioxide Treatment Destroys Biofilms: NFPA Food Chemical News, p.22, November 11, 1991. 77. Surkiewicz, B. F., Groomes, R. J., and Shelton, L. R. Jr., ``Bacteriological Survey of the Frozen Prepared Foods Industry: IV. Frozen Breaded Fish,'' Applied Microbiology, 16(1): 147-150, January 1968. 78. Food Safety Committee, NFPA, ``Guidelines for the Development of Refrigerated Foods,'' NFPA Bulletin 42-L, 1989. 79. Kornacki, J. L., and Gabis, D. A., ``Microorganisms and Refrigeration Temperatures,'' Dairy, Food and Environmental Sanitation, 10(4): 192-195, April 1990. 80. Phillips, F. A., and Peeler, J. T., ``Bacteriological Survey of the Blue Crab Industry,'' Applied Microbiology, pp. 958-966, December 1972. 81. Moody, M. W., ``How Cleaning Compounds Do the Job,'' Seafood Technology Cooperative Extension Service, Louisiana State University, undated. 82. Lentsch. S., ``Sanitizers for an Effective Cleaning Program,'' Klenzade Division, Economics Laboratories, St. Paul, MN. 83. Codex Alimentarius Commission, Food and Agriculture Organization of the United Nations, ``Recommended International Code of Practice for Fresh Fish,'' 2d ed., CAC/RCP 9-1976. 84. Bryan, F. L., ``Emerging Foodborne Diseases: I. Their Surveillance and Epidemiology,'' Journal of Milk and Food Technology, 35(10): 618-625, October 1972. 85. Refrigerated Foods and Microbiological Committee, NFPA, ``Factors to be Considered in Establishing Good Manufacturing Practices for the Production of Refrigerated Foods,'' Dairy and Food Sanitation, 8(6):288-291, June 1988. 86. Schmidt, C. F., Lechowich, R. V., and Folinazzo, J. F., ``Growth and Toxin Production by Type E Clostridium Botulinum Below 40 deg.F,'' Journal of Food Science, 26:626, 1961. 87. Bott, T. L. et al., ``Clostridium Botulinum Type E in Fish from the Great Lakes,'' Journal of Bacteriology, 91(3): 919, 1966. 88. Bott, T. L., et al., ``Possible Origin of the High Incidence of Clostridium Botulinum Type E in an Inland Bay (Green Bay of Lake Michigan), Journal of Bacteriology, 95(5):1542, 1968. 89. Milk Safety Branch, Center for Food Safety and Applied Nutrition, FDA, ``FDA's Dairy Product Safety Initiatives: Preliminary Status Report,'' September 1986. 90. FDA, DHHS, ``National Shellfish Sanitation Program--Manual of Operations Part I Sanitation of Shellfish Growing Areas,'' 1992. 91. Richards, G. P., ``Outbreaks of Shellfish-Associated Enteric Virus Illness In The United States: Requisite For Development Of Viral Guidelines,'' Journal of Food Protection, 48:815-823; 1985. 92. Richards, G. P., 1987, ``Shellfish- associated Enteric Virus Illness in the United States,'' 1934-1984, Estuaries 10(1):84-85. 93. McFarren, E. C., et al., 1960, ``Public Health Significance of Paralytic Shellfish Poison,'' Advances in Food Research, 10:135- 179. 94. Farrington, J. W., et al., ``U.S. `Mussel Watch' 1976-1978: An Overview Of The Trace-Metal, DDE, PCB, Hydrocarbon, And Artificial Radionuclide Data,'' Environmental Science Technology, 17:490-496; 1983. 95. Kaplan, J. E., et al., 1982, ``Epidemiology of Norwalk Gastroenteritis and the Role of Norwalk Virus in Outbreaks of Acute Nonbacterial Gastroenteritis,'' Annals of Internal Medicine, 96(1):756-761. 96. FDA, PHHS ``National Shellfish Sanitation Program--Manual of Operations, Part II, Sanitation of The Harvesting, Processing and Distribution of Shellfish, 1992.'' 97. FDA, Compliance Policy Guide, Chapter 58--Non-Government Agreements, 7158.04, April 1, 1984. 98. FDA, Compliance Program Guidance Manual, Compliance Program 7318.004 (TN 92-41, 01/01/92), 1992. 99. General Accounting Office, ``Problems in Protecting Consumers From Illegally Harvested Shellfish (Clams, Mussels, and Oysters),'' HRD-84-36, Report to the Honorable Thomas J. Downey, House of Representatives, 1984, U.S. Government Printing Office, Washington, D.C. 100. New York Department of Environmental Conservation, ``Improved Procedures for Source Identification of Shellfish by State Government,'' 1988. 101. Goza, M., memorandum, ``Arizona Ban of Shellfish,'' February 19, 1993. 102. Veazey, J., memorandum, ``Louisiana and Mississippi Seizures for Tagging Violations,'' March 29, 1993. 103. Steele, E. A., memorandum, ``Shellfish Summons and Arrests--South Carolina,'' April 9, 1992. 104. Letter from David G. Field, Director, State Program Branch, Northeast Region, FDA, to Mr. John Volk, Director, Aquaculture Division, Connecticut Department of Agriculture, December 10, 1992. 105. Letter from David G. Field, Director, State Program Branch, Northeast Region, FDA to Mr. John Volk, Director, Aquaculture Division, Connecticut Department of Agriculture, December 18, 1992. 106. Letter from David G. Field, Director, State Program Branch, Northeast Region, FDA, to Mr. John Volk, Director, Aquaculture Division, Connecticut Department of Agriculture, December 31, 1992. 107. Hesselman, D., memorandum, ``Imported Shucked Frozen Mussels from Thailand,'' March 4, 1993. 108. Letter from Donald M. Hesselman, Shellfish Specialist, Southeast Region, FDA, to Mr. Robert G. Benton, Chief, Shellfish Sanitation Program, North Carolina Department of Environment, Health and Natural Resources, February 11, 1993. 109. Glatzer, M., memorandum, ``Tagging/Labeling Violations/ Actions,'' March 24, 1993. 110. Letter from Joseph P. Hile, Associate Commissioner for Regulatory Affairs, FDA, to Dr. Robert L. Flentge, Chief, Division of Food, Drugs and Dairies, State of Illinois, November 5, 1985. 111. Moore, K., Statement before the House Merchant Marine and Fisheries Committee, Subcommittee on Fisheries and Wildlife Conservation and the Environment, U.S. House of Representatives, May 15, 1991. 112. Smith, T., Statement before the House Merchant Marine and Fisheries Committee, Subcommittee on Fisheries and Wildlife Conservation and the Environment, U.S. House of Representatives, May 15, 1991. 113. Banks, A., memorandum, ``Model Food Codes Provisions Requiring that Shellfish be Obtained from U.S. PHS Listed Sources, and Status of Adoptions,'' May 17, 1993. 114. Kraemer, D. W., ``Processing Methods for Ready-To-Eat Seafood Products and Control and Inactivation of Listeria monocytogenes,'' December 1989. 115. FSIS, USDA, ``Time/Temperature Guidelines for Cooling Heated Products,'' FSIS Directive 7110.3. 116. Department of Fisheries and Oceans, Canada, ``Good Manufacturing Practices, Lobster Processing, Annex A: Sanitary Zone(s),'' Revision No. 1 900601, pp. 49-51. 117. Stratton, J. E., and Taylor, S. L., ``Scombroid Poisoning,'' Microbiology of Page 65195 Marine Food Products, Van Nostrand Reinhold, pp. 331-351, 1991. 118. Frank, H. A., and Yoshinaga, D. H., ``Histamine Formation in Tuna,'' Seafood Toxins, Regelis, E. P., ed., ACS Symposium Series No. 262, American Chemical Society, Washington, D.C., pp. 443-451, 1984. 119. Barnett, J. D., memorandum, ``Scombrotoxin Regulation,'' May 14, 1993. 120. Yoshinaga, D. H., and Frank H. A., ``Histamine-Producing Bacteria in Decomposing Skipjack Tuna (Katsuwonus pelamis)'' Applied and Environmental Microbiology. 44(2): 447-452, 1982. 121. Baranowski, J. D., Frank, H. A., Brust, P. A., Chongsiriwatana, M., and Premaratne, R. J., ``Decomposition and Histamine Content in Mahimahi (Coryphaena Hippurus),'' Journal of Food Protection, 53(3): 217-222, 1990. 122. Association of Food and Drug Officials Quarterly Bulletin, 49(3): 129, July 1985. 123. General Accounting Office, ``Seafood Safety: Seriousness of Problems and Efforts to Protect Consumers,'' GAO/RCED-88-135, 1988. 124. Brunetti, A. P., memorandum, ``Import Detentions Related to Misbranding for FY 1992,'' May 26, 1993. 125. Hsieh, Y., Kirsh, P., and Woodward, B., ``Species identification of retail snapper fillets in Florida,'' Proceedings of the 14th Annual Conference of the Tropical and Subtropical Fisheries Technological Society of the Americas, Florida Sea Grant Program, SGR-101, University of Florida, Gainesville, September, 1990. 126. Ian Dore, ``Fresh Seafood, The Commercial Buyers Guide,'' Van Nostrand Reinhold, New York, 1984. 127. National Fisheries Institute, Inc., ``Seafood Quality: Inspecting the Issue: A Study of the U.S. Fisheries Inspection System Conducted by the National Fisheries Institute in Cooperation With the National Marine Fisheries Service,'' Washington, DC, 1985. 128. Jones, B., and Doolin, C., ``Industry and Regulatory Interface to Address Concerns for Seafood Product Quality and Safety,'' Federal Saltonstall-Kennedy Project NA88-WC-H-06065, Southeast Fisheries Association, Inc., Tallahassee, FL, June, 1990. 129. Spiller, P., Memorandum, ``Industry Costs of HAACP,'' September 13, 1993. 130. Schlech, W. F. et al., ``Epidemic Listeriosis--Evidence for Transmission by Food,'' New England Journal of Medicine, 308:203- 206, 1983. 131. Fleming, D. W. et al., ``Pasteurized Milk as a Vehicle of Infection in an Outbreak of Listeriosis,'' New England Journal of Medicine, 312:404-407, 1985. 132. James, S. M. et al., ``Listeriosis Outbreak Associated With Mexican-style Cheese--California,'' Morbidity and Mortality Weekly Report, 34:358-359, 1985. 133. Azadian, B. S., G. T. Finnerty, and A. D. Pearson, ``Cheeseborne Lister Meningitis in Immunocompetent Patient,'' The Lancet, i:322-323, 1989. 134. Buchanan, R. L., H. G. Stahl, M. M. Bencivengo, and F. Del Corral, ``Comparison of Lithium Chloride-Phenylethanol-Moxalactam and Retail-Level Meats, Poultry, and Seafood,'' Applied and Environmental Microbiology, 55:599-603, 1989. 135. Johnson, J. L., M. P. Doyle, and R. G. Cassens, ``Listeria Monocytogenes and Other Listeria Spp. in Meat and Meat products: A Review,'' Journal of Food Protection, 53:81-91, 1990. 136. Weagant, S. D. et al., ``The Incidence of Listeria Species in Frozen Seafood Products,'' Journal of Food Protection, 51:655- 657, 1988. 137. Farber, J. M., ``Listeria Monocytogenes in Fish Products,'' Journal of Food Protection, 54:922-924, 1991. 138. Lovett, J., D. W. Francis, and J. G. Bradshaw, ``Outgrowth of Listeria Monocytogenes in Foods,'' p. 183-187, In A. J. Miller, J. L. Smith, and G. A. Somkuti (eds.), ``Foodborne Listeriosis,'' Society for Industrial Microbiology, Elsevier Science Publishers, New York, 1990. 139. Rorvik, L. M., M. Yndestad, and E. Skjerve, ``Growth of Listeria Monocytogenes in Vacuum-packed, Smoked Salmon, During Storage At 4 deg.C, International Journal of Food Microbiology, 14:111-118, 1991. 140. Farber, J. M., and P. I. Peterkin, ``Listeria Monocytogenes, a Food-borne Pathogen, Microbiology Reviews, 55:476- 511, 1991. 141. Hartemink, R., and F. Georgsson, ``Incidence of Listeria Species in Seafood and Seafood Salads,'' International Journal of Food Microbiology, 12:189-196, 1991. 142. Jemmi, T., ``Occurrence of Listeria Monocytogenes in Imported Smoked and Fermented Fish,'' Food Science and Technology Abstracts, 23(9):226, 1990. 143. Guyer, S., and T. Jemmi, ``Behavior of Listeria Monocytogenes During Fabrication and Storage of Experimentally Contaminated Smoked Salmon, Applied Environmental Microbiology, 57:1523-1527, 1991. 144. Jemmi, T., and A. Keusch, ``Behavior of Listeria Monocytogenes During Processing and Storage of Experimentally Contaminated Hot-smoked Trout,'' International Journal of Food Microbiology, 15:339-346, 1992. 145. Shahamat, M., A. Seaman, and M. Woodbine, ``The Survival of Listeria Monocytogenes in High Salt Concentrations,'' Zentral Blatt for Bakteriologie, Mikrobiologie and Hygiene I.ABT.Originate, A, 246:506-511, 1980. 146. Golden, D. A., L. R. Beuchat, and R. E. Brackett, ``Inactivation and Injury of Listeria Monocytogenes as Affected by Heating and Freezing,'' Food Microbiology, 5:17-23, 1988. 147. Pace, P. J., and E. R. Krumbiegel, ``Clostridium Botulinum and Smoked Fish Production: 1963-1972,'' Journal of Milk and Food Technology, 36(1):42, 1973. 148. Craig, J. M., and K. S. Pilcher, ``Clostridium Botulinum Type F: Isolation From Salmon From the Columbia River,'' Science, 153:311, 1966. 149. Kautter, D. A. et al., ``Incidence of Clostridium Botulinum in Crabmeat From the Blue Crab,'' Applied Microbiology, 28(4):722, 1974. 150. Ward, B. Q. et al., ``Survey of the U.S. Atlantic Coast and Estuaries From Key Largo to Staten Island for the Presence of Clostridium Botulinum,'' Applied Microbiology, 15(4):964, 1970. 151. Ward, B. Q. et al., ``Survey of the U.S. Gulf Coast for the Presence of Clostridium Botulinum,'' Applied Microbiology, 15(3):629, 1970. 152. Huss, H. H., A. Pedersen, and D. C. Cann, ``The Incidence of Clostridium Botulinum in Danish Trout Farms,'' Journal of Milk and Food Technology, 9(4):445, 1974. 153. Pace, P. J., E. R. Krumbiegel, and H. J. Wisniewski, ``Interrelationship of Heat and Relative Humidity in the Destruction of Clostridium Botulinum Type E Spores on Whitefish Chubs,'' Applied Microbiology, 23(4):750, 1972. 154. Graikoski, J. T., ``Effect of Heat and Environmental Conditions on the Survival and Outgrowth of Clostridium Botulinum Type E in Smoked Fish,'' unpublished, May 12, 1967. 155. Bott, T. L. et al., ``Clostridium Botulinum Type E in Fish From the Great Lakes,'' Journal of Bacteriology, 91(3):919, 1966. 156. Bott, T. L. et al., ``Possible Origin of the High Incidence of Clostridium Botulinum Type E in an Inland Bay (Green Bay of Lake Michigan),'' Journal of Bacteriology, 95(5):1542, 1968. 157. Craig, J. M., and K. S. Pilcher, ``The Natural Distribution of Cl. Botulinum Type E in the Pacific Coast Areas of the United States'' In M. Ingram, and T. A. Roberts, (eds.), ``Botulism 1966, Proceedings of the Fifth International Symposium on Food Microbiology: Moscow, July 1966,'' Chapman and Hall Ltd., London, 1967. 158. Craig, J. M., S. Hayes, and K. S. Pilcher, ``Incidence of Clostridium Botulinum Type E in Salmon and Other Marine Fish in the Pacific Northwest,'' Applied Microbiology, 16(4):553, 1968. 159. Eklund, M. W., and F. Poysky, ``Incidence of Cl. Botulinum Type E From the Pacific Coast of the United States,'' In M. Ingram, and T. A. Roberts, (eds.), ``Botulism 1966, Proceedings of the Fifth International Symposium on Food Microbiology: Moscow, July 1966,'' Chapman and Hall Ltd., London, 1967. 160. Hayes, S., J. M. Craig, and K. S. Pilcher, ``The Detection of Clostridium Botulinum Type E in Smoked Fish Products in the Pacific Northwest,'' Canadian Journal of Microbiology, 16(3):207, 1970. 161. U.S. Department of the Interior and U.S. Department of Health, Education, and Welfare, ``Sanitation Standards for Smoked- Fish Processing; 1967 Recommendations,'' Public Health Service Publication No. 1587, 1967. 162. Guthrie, R. K., ``Sanitation in Food Production and Processing,'' In R. K. Guthrie, ``Food Sanitation,'' p. 131, AVI Publishing Co., Inc., Westport, CN, 1980. 163. Christiansen, L. N. et al., ``Survival and Outgrowth of Clostridium Botulinum Type E Spores in Smoked Fish,'' Applied Microbiology, 16(1):133, 1968. 164. United States v. Nova Scotia Food Products Corp., U.S. Court of Appeals, Second Circuit, 1977, 568 F.2d 240. 165. Anonymous, Monthly Epidemiological Bulletin, State of Israel Ministry of Health, December 1987. 166. Centers for Disease Control, ``International Outbreak of Type E Botulism Associated With Ungutted, Salted Whitefish,'' Morbidity and Mortality Weekly Report, 36(49):812, 1987. Page 65196 167. Centers for Disease Control, ``Botulism Associated With Commercially Distributed Kapchunka--New York City,'' Morbidity and Mortality Weekly Report, 34(35):546, 1985. 168. Badhey, H. et al., ``Two Fatal Cases of Type E Adult Food- borne Botulism With Early Symptoms and Terminal Neurologic Signs,'' Journal of Clinical Microbiology, 23(3):616, 1986. 169. Establishment Inspection Reports (EIR's) conducted by FDA. 170. Letter to D. A. Kautter from Alan L. Hoeting, July 31, 1987. 171. Codex Alimentarius Commission, ``Thirteenth Session of the Codex Committee on Fish and Fishery Products, RCP-25, Recommended International Code of Practice for Smoked Fish,'' 1979. 172. Codex Alimentarius Commission, ``Thirteenth Session of the Codex Committee on Fish and Fishery Products, RCP-26, Recommended International Code of Practice for Salted Fish,'' 1979. 173. Eklund, M. W., ``Significance of Clostridium Botulinum in Fishery Products Preserved Short of Sterilization,'' Food Technology, 35(12):107, 1982. 174. Schmidt, C. F., R. V. Lechowich, and J. F. Folinazzo, ``Growth and Toxin Production by Type E Clostridium Botulinum Below 40 deg.F,'' Journal of Food Science, 26:626, 1961. 175. CPG No. 7108.17; Salt-cured, Air-Dried, Uneviscerated Fish (53 FR 44949, November 7, 1988), Docket No. 88D-0306. 176. Graham, P. P., R. S. Hamilton, and M. D. Pierson, ``Influence of Bringing Procedures on Salt Content and Distribution in Smoked Whitefish Chubs,'' Journal of Food Processing and Preserving, 10:295, 1986. 177. Deng, J., R. T. Toledo, and D. A. Lillard, ``Effect of Smoking Temperatures on Acceptability and Storage Stability of Smoked Spanish Mackerel,'' Journal of Food Science, 39:596, 1974. 178. Chan, W. S., R. T. Toledo, and J. Deng, ``Effect of Smokehouse Temperature, Humidity, and Air Flow on Smoke Penetration into Fish Muscle,'' Journal of Food Science, 40:240, 1975. 179. Pelroy, G. A. et al., ``Inhibition of Clostridium Botulinum Types A and E Toxin Formation by Sodium Nitrite and Sodium Chloride in Hot-process (Smoked) Salmon,'' Journal of Food Protection, 45(9):833, 1982. 180. Eklund, M. W., testimony presented at New York State Department of Agriculture and Markets' hearing, May 13, 1989. 181. Newberry, R. E., Letter to City Smoked Fish Co., Use of Colors in Smoked Salmon, March 11, 1985. 182. National Fisheries Institute, Inc., ``Techniques For Smoking Fish,'' Washington, DC. 183. Borgstrom, G., ``Smoking,'' in ``Fish as Food, Processing: Part I, Vol. 3,'' p. 88, Academic Press, New York, 1965. 184. Kautter, D. A., memorandum, ``Aqueous Phase Salt Concentration for Vacuum Packaged Cold-smoked Fish,'' April 6, 1990. 185. Eklund, M. W. et al., ``Feasibility of a Heat- pasteurization Process for the Inactivation of Nonproteolytic Clostridium Botulinum Types B and E in Vacuum-packaged, Hot-process Smoked Fish,'' Journal of Food Protection, 51(9):720, 1988. 186. Eklund, M. W., D. I. Wieler, and F. T. Poysky, ``Outgrowth and Toxin Production of Nonproteolytic Type B Clostridium Botulinum at 3.3 to 5.6 deg.C,'' Journal of Bacteriology, 93(4):1461, 1967. 187. Solomon, H. M. et al., ``Effect of Low Temperatures on Growth of Clostridium Botulinum Spores in Meat of the Blue Crab,'' Journal of Food Protection, 40(1):5, 1977. 188. Ohye, D. F., and W. J. Scott, ``Studies in the Physiology of Clostridium Botulinum Type E,'' Australian Journal of Biological Science, 10:85, 1956. 189. National Research Council, ``An Evaluation of the Role of Microbiological Criteria for Foods and Food Ingredients,'' p. 249, National Academy Press, Washington, DC. 190. Federal Standard, ``Sanitation Standards For Fish Plants,'' FED-STD-369, Academy of Health Sciences, U.S. Army, Fort Sam Houston, Houston, TX, August 2, 1977. 191. Masso T. W., letters to T. Schwarz With AFDO Resolution No. 8, June 8, 1990. 192. Bryan, F. L., ``Application of HACCP to Ready-to-eat Chilled Foods,'' Food Technology, 44(7):70, 1990. 193. Tartakow, I. J., and J. H. Vorperian, (eds.), ``Foodborne and Waterborne Diseases: Their Epidemiologic Characteristics,'' p. 50-52, AVI Publishing Co., Westport, CN, 1981. 194. Rhodehamel, J. E., N. R. Reddy, and M. D. Pierson, ``Botulism: The Causative Agent and its Control in Foods: A Review,'' Food Control, 3(3):125-143, 1992. 195. FDA, ``Human Foods; Current Good Manufacturing Practice (Sanitation) in Manufacturing, Processing, Packing, or Holding Smoked Fish,'' 34 FR 17176, October 23, 1969. 196. FDA, Part 110--Current Good Manufacturing Practice in Manufacturing, Packing, or Holding Human Food (21 CFR part 110). 197. FDA, FDA Inspections Manual, Chapter 5, Establishment Inspection, Subchapter 530, Food. 198. Center for Disease Control, ``Fish Botulism--Hawaii, 1990,'' Morbidity and Mortality Weekly, 40(24):412-414, June 21, 1991. 199. FDA, ``Studies in Food Sanitation Control--Year Five, Contract No. 223-80-2295, Task XVI, Effect of Controlled Humidity of Processing Ovens at High Operating Temperatures on Production of Smoked Fish,'' June 14, 1984. 200. Printout of FDA FY 90/91 Domestic Fish and Fishery Products Assignment Inspection Data as of August 6, 1991. 201. Daniels, Richard W., ``Applying HACCP to New Generation Refrigerated Foods at Retail and Beyond,'' Food Technology, June 1991. 202. Consent Decree Regarding Shellfish Sanitation Issues, No. 9213, Subproceeding 89-3, United States of America, et al., Plaintiffs, v. State of Washington, et al., Defendants, May 5, 1994. 203. Taylor, S. L., and S. S. Sumner, ``Determination of Histamine, Putrescine, and Cadaverine,'' Seafood Quality Determination, edited by D. E. Kramer and J. Liston, Elsevier Science Publishers B. V., Amsterdam, November, 1986. 204. Wentz, B. A., A. P. Duran, A. Swartzentruber, A. H. Schwab, F. D. McClure, D. Archer, R. B. Read, ``Microbiological Quality of Crabmeat During Processing,'' Journal of Food Protection, 48(1):44- 49, January, 1985. 205. Phillips, F. A., and J. T. Peeler, ``Bacteriological Survey of the Blue Crab Industry,'' Applied Microbiology, 24:958-966, 1972. 206. Microbiology and Food Safety Committee of the National Food Processors Association, ``HACCP Implementation: A Generic Model for Chilled Foods,'' Journal of Food Protection, 56(12):1077-1084, December 1993. 207. FDA Memorandum to Patricia Spitzig from Oliver D. Cook, July 11, 1995, concerning relationships between consumer complaints and process controls. 208. Department of Health and Human Services and Food and Drug Administration, ``21 CFR Parts 123 and 1240: Proposal To Establish Procedures for the Safe Processing and Importing of Fish and Fishery Products; Proposed Rule,'' 59 FR 4142, No. 19, January 28, 1994. 209. Roberts, T. A., ``Contamination of Meat: The Effects of Slaughter Practices on the Bacteriology of the Red Meat Carcass,'' Journal of the Royal Society of Health, (1), 1980. 210. Huss, H. H., ``Assurance of seafood quality'', FAO Fisheries Technical Paper 334, Food and Agriculture Organization of the United Nations, Rome, 1994. 211. Department of Agriculture, Food Safety and Inspection Service, ``9 CFR Parts 308, 310, 318, 320, 325, 326, 327, and 381: Pathogen Reduction; Hazard Analysis and Critical Control Point (HACCP) Systems; Proposed Rule,'' 60 FR 6774, No. 23, February 3, 1995. 212. National Marine Fisheries Service, National Oceanic and Atmospheric Administration, U.S. Department of Commerce, Fisheries of the United States, 1993, Current Fisheries Statistics No. 9300, Silver Spring, MD, May, 1994. 213. Bauman, H. E., ``Introduction to HACCP'', HACCP: Principles and Applications, edited by Pierson, M. D., and D. A. Corlett, Van Nostrand Reinhold, New York, 1992. 214. Eklund, M. W., ``Significance of Clostridium Botulinum in Fishery Products Preserved Short Of Sterilization,'' Food Technology, December 1982. 215. Diane E. Thompson, Associate Commissioner for Legislative Affairs, letter to Representative Edolphus Towns, December 14, 1994, concerning molluscan shellfish safety. 216. FDA, ``Import Seafood Products Compliance Program FY*95/96/ 97*,'' Compliance Program Guidance Manual, (Program 7303.844), October 1994. 217. July 11, 1995, Memorandum to the Administrative Record for Docket No. 93N-0195 from Don Kraemer, CFSAN, FDA, concerning illegal harvesting of molluscan shellfish. 218. Dowell, S. F., C. Groves, K. B. Kirkland, et. al., ``A Multistate Outbreak of Oyster-Associated Gastroenteritis: Implications for Interstate Tracing of Contaminated Shellfish,'' Journal of Infectious Diseases, University of Chicago, vol. 171, 1995. Page 65197 219. Aristequieta, C., I. Koenders, D. Windham, et. al., ``Multistate Outbreak of Viral Gastroenteritis Associated with Consumption of Oysters--Apalachicola Bay, Florida, December 1994- January 1995,'' Morbidity and Mortality Weekly Report 1995, 44:37- 39. 220. Association of Food and Drug Officials, ``1994 Proceedings Issue of The Association of Food And Drug Officials,'' September 1994. 221. Kraemer, D., memorandum, ``FDA Experiences with Low-Acid Canned Foods,'' August 17, 1995. 222. Kraemer, D., memorandum, ``Unique Configuration of HACCP Plans,'' August 17, 1995. 223. Letter from Jim Yonker of Ocean Beauty Seafood to Mary Snyder, FDA Office of Seafood, dated June 29, 1995. 224. Perkins, Caroline, ``1993 SB Consumer Survey Findings,'' Seafood Business, Nov./Dec. 1993, 12:7, p.47. 225. Freeman, Kris, Eighth Annual Retail Survey, Seafood Business, Sept/Oct 1993 12:6, p.46. 226. Amler, Robert W. and Bruce H. Dull, Closing the Gap: The Burden of Unnecessary Illness, ``Infectious and Parasitic Diseases'' by Bennett, John V., M.D. et al., Oxford University Press, New York, 1987. 227. Marasco, Richard, ``Food from the Sea: An Economic Perspective on the Seafood Market,'' Marine Economics: Production and Marketing of Seafood Products, December 1974, p. 1031. 228. Dressel, David M. and Teh-Wei Hu, ``The U.S. Seafood Processing Industry: An Economic Profile for Policy and Regulatory Analysts,'' National Fisheries Institute in Cooperation with the National Marine Fisheries Service, 1983. 229. Final Regulatory Impact Analysis. List of Subjects 21 CFR Part 123 Fish, Fishery products, Imports, Reporting and recordkeeping requirements, Seafood. 21 CFR Part 1240 Communicable diseases, Public health, Travel restrictions, Water supply. Therefore, under the Federal Food, Drug, and Cosmetic Act and under authority delegated to the Commissioner of Food and Drugs, title 21 CFR chapter I is amended as follows: 1. New part 123 is added to read as follows:
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