|
Genome Sequencing Technologies and Resources
Abstract Index
DOE Human Genome
Program
|
Home | Sequencing | Functional Genomics |
Author Index | Sequencing Technologies | Microbial Genome Program |
Search | Mapping | Ethical, Legal, & Social Issues |
Order a copy | Bioinformatics | Infrastructure |
View
all Genome Sequencing Technology abstracts, or view individual Genome
Sequencing Technology abstracts by clicking on their titles
below.
15. Structural Analysis of the T7 DNA Replication System and Further Development of its Use in DNA Sequencing and Amplification Stanley Tabor and Charles
Richardson
Mark Knuth, Scott Lesley, Heath
Klock, Michelle Mandrekar, Ryan Olson, James Schaefer, and Kris Zimmerman
16a. Full-length Mouse cDNA Analysis by Automated Fluorescent 384 Capillary Sequencer System (RISA; Riken Integrated Sequence Analysis System) Hayashizaki Y, Okazaki Y, Kawai J, Carninci P, Shibata K, Ito
M, Tateno M, Sasaki N, Konno H, Sugahara Y, Kawahire S, Izawa M, Shibata
Y, Watahiki M, Yoneda Y, Tanaka T, Matuura S, Muramatsu, M
S. Kozyavkin, A. Malykh, O. Malykh,
Y. Mirokhin, and A. Slesarev
18. PCR Using Branched Modular Primers Maura M. Devine, Mugasimangalam C. Raja,
and Levy E. Ulanovsky
Jin Xie1, Richard A.
Mathies2, and Alexander N. Glazer1
20. Development of a Multilabel DNA Mapping Technique Using SERS Gene Probes Tuan Vo-Dinh1, David
L. Stokes1, Guy D. Griffin1, Jean-Pierre Alarie1,
Edward J. Michaud1, Terry Bunde1, Ung-Jin
Kim2,
Melvin I. Simon2
20a. Construction of a Genome-Wide, Highly Characterized Clone Resource for Genome Sequencing Gregory G. Mahairas, Keith D. Zackrone, Stephanie Tipton, Sarah Schmidt,
Alan Blanchard, Anne West, and Leroy Hood
21. Vectors for Using Nested Deletions to Sequence Either Strand of Cloned DNA John J. Dunn, Laura Praissman, Laura-Li
Butler-Loffredo, John J. McNulty, and F. William Studier
22. Direct Conversion of PCR Products into Bidirectional Sequencing Fragments Kenneth W. Porter, Ahmad Hasan, Kaizhang
He, Jack Summers, and Barbara Ramsay Shaw
23. Analysis of Gradients of Polymer Concentration or Ionic Strength Mark A. Quesada, David J. Fisk,
and F. William Studier
J. Shawn Roach and Harold R.
Garner
25. Prep Track I - A Dynamic Approach to Liquid Handing Robotics D. Humphries, M. Pollard, J. Bercovitz,
C. Reiter, and B. Gray
26. PrepTrack II Design: Lessons Learned from PrepTrack I John Bercovitz, Martin Pollard,
David Humphries, Mario Cepeda, Charlie Reiter, and Bruce Gray
27. Adapting the Tecan Genesis 2 Meter Workstation for High Density Agarose Gel Loading Linda Sindelar, John Bercovitz,
Mario Cepeda, and David Humphries
28. Technology Development for the Human Genome Project Chris Robinson1, Todd
Brooks1,
Travis Crane1, Chris Elkin2 and Trevor L.
Hawkins1,2
29. Automation for High Throughput Genomic DNA Sequencing Ronald W. Davis
30. Co-Development of High Throughput Sequencing Systems with the Joint Genome Institute Eric Lander
31. Laboratory Automation for Finish Sequencing at LLNL Stephan Trong, Arthur Kobayashi,
David J. Ow, Matt P. Nolan, Tom Slezak, Stephanie A. Stilwagen, Glenda
G. Quan, and Jane Lamerdin
32. Sheath-Flow Capillary Array DNA Sequencer Development at JGI/LBNL Jian Jin, William F. Kolbe, Yunian
Lou, Earl W. Cornell, Alex Cheung, and Joseph M. Jaklevic
33. Fully Automated DNA Sequencing with a Commercial 96-Capillary Array Instrument Qingbo Li, Thomas E. Kane, Changsheng
Liu, Harry Zhao, Robert Fields, and John Kernan
Edward S. Yeung, Hongdong Tan, and
Nanyan Zhang
35. Long-Read DNA Sequencing by Capillary Array Electrophoresis Oscar Salas-Solano, Lev Kotler, Zoran Sosic,
Arthur W. Miller, Yongwu Yang, Haihong Zhou, and Barry L. Karger
36. DNA Sequencing Using Capillary Array Electrophoresis Indu Kheterpal1, Gary
T. Wedemeyer1, Yuping Cai2, Alexander N.
Glazer2,
and Richard A. Mathies1
37. Focused Single Molecule DNA Detection in Microfabricated Capillary Electrophoresis Chips Brian B. Haab and Richard A.
Mathies
Peter C. Simpson, James R. Scherer,
Yining Shi, and Richard A. Mathies
39. Integrated Sequencing Sample Preparation on CE Microplates Yining Shi1, Indu
Kheterpal1,
Jin Xie2, Alexander N. Glazer2, and Richard A.
Mathies1
40. Integrated Electrochemical Detection with Microfabricated Capillary Electrophoresis Chips Pankaj Singhal1, Jin
Xie2, Alexander N. Glazer1, and Richard A.
Mathies2
41. Integrated Microchip Devices for DNA Analysis R. S. Foote, W. C. Dunn, J. Khandurina,
N. Kroutchinina, T. McKnight, L. C. Waters, S. C. Jacobson, and J. M. Ramsey
Victor Lyamichev, Andrea L. Mast, Jeff
G. Hall, James Prudent, Tamara Sander, Monika de Arruda, David Arco, Bruce
P. Neri, and Mary Ann D. Brow
43. High Throughput SNP Discovery and Scoring Using Bead-Based Flow Cytometry P. Scott White, Hong Cai, and John
P. Nolan
David S. Wunschel, Ljiljana Pasa Tolic,
Bingbing Feng, James E. Bruce, Harold R. Udseth, and Richard D.
Smith
45. Laser Desorption Mass Spectrometry for DNA Sequencing and Analysis C. H. Winston Chen, N. R. Isola,
N. I. Taranenko, V. V. Golovlev, and S. L. Allman
46. PCR Product Size Measurement using MALDI Mass Spectrometry G.B. Hurst, Y. Kim, K. Weaver, and
M.V. Buchanan
47. Analyzing Genetic Variations by Mass Spectrometry Lloyd M. Smith, Travis Berggren,
Tim Griffin, Zhengdong Fei, and Mark Scalf
48. DNA Sequencing by Single Molecule Detection James H. Jett, Peter M. Goodwin,
James H. Werner, Hong Cai, and Richard A. Keller
49. Manipulation of Single DNA Molecules by Induced-Dipole Forces in Micro-Fabricated Structures Chip Asbury, Paolo Prati, and Ger
van den Engh
50. A Quantitative Analytical Tool for Improving DNA-Based Diagnostic Arrays Tom J. Whitaker
51. A Light-Directed DNA/RNA- Microarray Synthesizer Xiaochuan Zhou1, Robert
Setterquist1, Xiaolian Gao2, Peilin Yu2,
Eric LeProust2, Laëtitia Sonigo2, Jean Philippe
Pellois2, Hua Zhang2, Erdogan Gulari3,
and Ning Gulari3
52. Development of Flowthrough Genosensor Chips Mitchel J. Doktycz and Kenneth L.
Beattie
A. Fotin, D. Proudnikov, E. Timofeev,
G. Yershov, Eu. Kirillov, A. Drobyshev, E. Khomyakova, A. Zasedatelev,
and A. Mirzabekov
53a. Mass Spectrometry for Analyzing and Sorting DNA Ions W. Henry Benner and Joseph M. Jaklevic
|