All pending applications will be reviewed for support, but no new applications will be accepted effective November 5, 2008.

Abstract

The Rapid Access to NCI Discovery Resources (R·A·N·D) program assists academic and nonprofit investigators in the discovery stage of anticancer drug research. R·A·N·D can assist in the discovery of small molecules, biologics, or natural products through such mechanisms as the development of high-throughput screening assays, computer modeling, recombinant target protein production and characterization, and chemical analog generation.

Applications of 15 pages or less are accepted twice a year, on April 1 and October 1. Investigators are encouraged to submit a one- to two-page letter of intent summarizing the proposed project at least 30 days before the application deadline. Within 10 weeks following the deadline, an internal review panel will review applications for strength of the hypothesis, novelty, and cost/benefit ratio. Although the review panel considers the estimated costs in relation to possible payoffs, the applicant should not request specific funds or estimate costs. Approved projects are placed in DTP contract laboratories or in-house laboratories, and all output from the project is returned to the originator. Please note that R·A·N·D is not a grant mechanism.

Table of Contents

  1. About R·A·N·D
    1. Background
    2. Distinctions Among R·A·N·D and Other DTP Programs
    3. Services
    4. Intellectual Property Rights
    5. Eligibility
  2. Application Process
    1. Overview
    2. Application Components
  3. Review Process
  4. How to Contact Us
  5. Frequently Asked Questions
  6. Oversight
  7. Successful R·A·N·D Applicants

About R·A·N·D

Background

For many years, the Developmental Therapeutics Program (DTP) of NCI has provided in-house anticancer screening services to the research community. In the last ten years, simultaneous advances in chemistry, molecular biology, bioinformatics, and high-throughput screening methods have dramatically altered the manner in which both basic research and drug discovery is performed. In response to this change, the Rapid Access to NCI Discovery Resources (R·A·N·D) program was initiated to provide a broad range of early preclinical assistance for anticancer therapeutic discoveries, whether synthetic small molecules, natural products or biologics, which arise in an academic laboratory. R·A·N·D is also designed to assist in the development of target-based high-throughput screening assays from pilot screens, the synthesis of chemical analogs based on lead structures, computer modeling, pre-formulation studies, determination of drug target levels at efficacious doses, and determination of maximum tolerated dose.

Applications to R·A·N·D are accepted twice yearly, April 1 and October 1. An internal panel reviews applications within approximately 10 weeks of receipt based on strength of hypothesis, scientific novelty, and cost relative to expected benefit from NCI involvement. Successful applications result in the placement of projects either in DTP contract laboratories or in-house laboratories depending on the specific requirements of the project. Note that R·A·N·D is NOT a grant program, in that funds are not, except in very rare cases, provided to the successful applicant. All output from the project is returned to the originator of the project as, for example, synthesized or isolated materials, high-throughput screening, pharmacokinetic methods, or in vivo screening results.

Distinctions among R·A·N·D and Other DTP Programs

The NCI Rapid Access to NCI Discovery Resources (R·A·N·D) program assists investigators in the discovery of small molecules, biologics, or natural product hits. Once the optimal compound is selected, the Rapid Access to Intervention Development (RAID) program facilitates further preclinical development. RAID aims to generate clinical "proof of principle" that a new molecule or approach is a viable candidate for expanded clinical evaluation. However, RAID does not sponsor clinical trials.

Services

R·A·N·D provides the following assistance:

Intellectual Property Rights

All output from the project is returned to the originator of the project as, for example, synthesized or isolated materials, high-throughput screening or pharmacokinetic methods, informatics output or in vivo screening results. Normally, NCI will not acquire intellectual property rights to inventions made by its employees with research materials under R·A·N·D, unless the originating investigator and NCI mutually agree that it is in the best interest of the originating investigator. If an NCI contractor is in a position to file an invention report and elects to retain rights under the Bayh-Dole Act, the contractor will, as provided by their contract, offer the principal investigator a first option to negotiate a license to the invention.

Click here for an Intellectual Property Report Form.

Eligibility

R·A·N·D provides assistance to academic and nonprofit research laboratories. Please note that projects for which intellectual property has been licensed to a large pharmaceutical company are ineligible for R·A·N·D.

Application Process

Overview

The NCI will announce two application cycles per year, deadlines for which will be April 1 and October 1. A Letter of Intent (LOI) may be submitted via e-mail no less than 30 days (March 1 and September 1) prior to the application receipt deadline. LOIs are used to assure that the project is within the scope of the program, as well as to initiate the assemblage of the review panel. The LOI should be a one to two page summary of the proposed project and should include:

Resubmitted proposals must include a response to reviewer critiques of the original application. An application may be submitted three times; after the third unsuccessful attempt, the application will be returned unreviewed.

Application Components

Applications should be 15 single-spaced pages or less, plus no more than three preprints, reprints, or portions of relevant patents. The application should include:

If biologic, what were the production properties (g/ml) of best producing strain? What vector will produce the product? (submit sequence, if known)

How was the product defined? What assay will define a biologic product's successful use? What are the specifications for a biologic product's performance?

If non-biologic, what level of purity is required?

Note that the applicant is NOT expected to request specific funds or even estimate costs. A central function of NCI staff in the R·A·N·D Review Process will be to outline costs utilizing U.S. Government internal or external contract sources to achieve the desired goals.

Please email the application to the R·A·N·D program to: ncidtprandinfo@mail.nih.gov

Review Process

Applications will be reviewed by an internal NCI panel. R·A·N·D Review Panel members will be bound by confidentiality agreements customary for review of NIH grants. Each application will be assigned a numeric score, and the number of projects supported by NCI in any review cycle will be a function of the level of merit and availability of funds.

Reviews will be completed by mid-to-late June and December for requests received April 1 and October 1, respectively.

Applications will be reviewed based on the following criteria:

How to Contact Us

If you have questions about any aspect of the R·A·N·D Program, please contact:

R·A·N·D Office of the Associate Director
Developmental Therapeutics Program
Division of Cancer Treatment & Diagnosis, NCI
6130 Executive Blvd., Suite 8024
Rockville, MD 20852
Telephone: 301-496-8720
Fax: 301-402-0831
Email: ncidtprandinfo@mail.nih.gov
Up to Table of Contents

Frequently Asked Questions

Oversight

The NCI Board of Scientific Advisors will convene a R·A·N·D Oversight Committee consisting of outside advisers and a subgroup of its own members. This group will periodically review the status of all projects conducted in the R·A·N·D program. This will include assessment of progress and determination whether particular projects should be continued or terminated, based on progress, likely progress, or difficulties in reaching the desired project goal.