Created: 1st December 2000, last updated: 30th December 2000, © 2000 ABRF
Admon, Arie, 92
Bibbs, Lisa, 1
Bintzler, Douglas A., 122
Carr, Steve A., 92
Croker, Curtis G., 135
Davis, Gary, 92
De Jongh, Karen, 92
Denslow, Nancy, 1
Devaney, Joseph M., 67
Girard, James, 67
Haqqi, Talat, 111
Harper, Sandra, 74
Hathaway, Gary M., 1
Henzel, William J., 92
Ivanetich, Kathryn M., 1
Keen, Denise A., 135
Kolbas, Olivera, 74
Lane, William, 92
Lee, Terry D., 135
Liang, Qi, 67
Lin, Ching-Lun, 151
McMillen, Debra A., 1
Moore, Roger E., 135
Moran, Laurie, 151
Naeve, Clayton, 1
Niece, Ronald L., 1
Pearcy, John O., 135
Rohde, Michale, 92
Rusnak, Felicia, 1
Simpson, John T., 67
Slatko, Barton, 151
Speicher, David W., 74
Speicher, Kaye D., 74
Stahl, Douglas C., 135
Steinke, Laurey, 92
Terrell, Catherine E., 122
Thompson, Barry H., 67
Tindall, Stephen, 1
Ware, Jennifer L., 151
Wen, Long, 87
Yadav, Satya P., 111
Zhao, Xiaolan, 111
automated sample analysis, 135, 151
biotechnology core laboratories, 1, 151
capillary electrophoresis (CE), 67
core facilities, biotechnology, 1, 151
data-controlled analysis, 135
desalting samples, 12
differential display polymerase chain reaction (DD-PCR), 87
digestion, in-gel, 74
dimethyl sulfoxide (DMSO), 111
DNA
sequencing of at core facilities, 1
sequencing telomeric, 111
small-scale sequencing of, 151
synthesis of at core facilities, 1, 122
expert systems, 135
genes, differentially expressed, 87
genetic testing, 67
hemochromatosis, detection of, 67
high-performance liquid chromatography (HPLC), purifying primers with, 87
in-gel digestion, 74
laser-induced fluorescence capillary electrophoresis (LIF-CE), 67
liquid chromatography (LC), protein analysis using, 135
mass analysis, core facilities capable of, 1
mass spectrometry (MS)
sequencing of at core facilities, 1
core facility use of, 1
desalting and concentrating samples for, 12
peptide sequencing with, 92
tandem mass (MS/MS), 92, 135
matrix-assisted laser desorption and ionization (MALDI) mass spectrometry
sequencing of at core facilities, 1
core facilities using, 1
desalting samples for, 12
variations in peptide signals for, 75
messenger RNA, amplification of, 87
oligonucleotide synthesis, 87, 122
peptide adsorption, 74
peptide, tryptic, 74
polymerase chain reaction, differential display (DD-PCR), 87
post-source decay (PSD), 92
primers
sequencing of at core facilities, 1
HPLC purification of, 87
DNA synthesis using, 122
protein
sequencing of at core facilities, 1
automated analysis of, 135
identification using in-gel digestion, 74
sequencing and purification of at core facilities, 1, 92
standards for consistency of recovery of, 77
proteolytic digests, desalting of, 12
proteome, analysis using in-gel digestion, 74
repeat sequences, 111
robotics, DNA sequencing using, 151
single-nucleotide extension, 67
single-nucleotide polymorphism (SNP), 67
synthesis, oligonucleotide, 87
telomeric DNA, 111
tandem mass spectometry (MS/MS), 92, 135
tryptic peptides, 75
virtual instruments, 135