New Saccharomyces Sequences 01/01/96
SGD Sequences
yeast-seq at GENOME.STANFORD.EDU
Mon Jan 1 12:24:28 EST 1996
SCDIN7GEN X90707 2147bp DNA PLN 31-DEC-1995
S.cerevisiae din7 gene.
din7 gene; DIN7 protein; din7.
SCFMS1 X81848 2040bp DNA PLN 31-DEC-1995
S.cerevisiae FMS1 gene.
FMS1 gene; FMS1.
SCU18944 U18944 1233bp DNA PLN 01-JAN-1996
Saccharomyces cerevisiae putative transmembrane protein Hum1p (HUM1)
gene, complete cds.
HUM1; Hum1p.
SCU35242 U35242 6506bp DNA PLN 01-JAN-1996
Saccharomyces cerevisiae G9365 ORF gene, complete cds.
G9365 ORF.
SCU36468 U36468 327bp mRNA PLN 01-JAN-1996
Saccharomyces cerevisiae cytoplasmic dynein light chain 1 (SLC1) mRNA,
complete cds.
SLC1; cytoplasmic dynein light chain 1.
SCVIIGENE X91489 16776bp DNA PLN 31-DEC-1995
S.cerevisiae DNA from chromosome VII including CDC55, RPS26A, COX4,
G1380, G1601, G1604, G1607, LSR1 and G1615 genes.
CDC55 gene; COX4 gene; G1370 gene; G1380 gene; G1601 gene; G1604 gene;
G1607 gene; G1615 gene; LSR1 gene; RPS26A gene; G1345=CDC55; cell
division control protein CDC55; G1355=RPS26A; 40S ribosomal protein
S26E-A; G1355; G1362=COX4; cytochrome C oxidase chain IV precursor;
G1362; G1370; putative purine-cytosine transport protein; G1380;
putative D-2-hydroxiacid dehydrogenase; G1601; putative cystathionine
/cysteine metabolism; protein; ; G1604; putative HMG box; G1607;
G1610=LSR1=GTS1; putative transcription factor LSR1; G1615; putative
ser/thr protein kinase.
YSCF4121F D44598 18837bp DNA PLN 14-DEC-1995
Saccharomyces cerevisiae chromosome VI phage 4121.
DNA-directed RNA polymerase mitochondrial; GTP-binding protein YPT1;
actin; tubulin beta chain; ACT1; actine; YPT1; GTP-BINDING PROTEIN
YPT1(YP2); TUB2; TUBULIN BETA CHAIN; RPO41; DNA-DIRECTED RNA POLYMERASE
MITOCHONDRIAL.
YSCF4682H D44600 10113bp DNA PLN 14-DEC-1995
Saccharomyces cerevisiae chromosome VI phage 4682.
depressed growth-rate protein DEG1; putative rRNA helicase SPB4; SPB4;
PUTATIVE RRNA HELICASE SPB4; DEG1; DEPRESSED GROWTH-RATE PROTEIN DEG1.
YSCF9765J D44602 30833bp DNA PLN 14-DEC-1995
Saccharomyces cerevisiae chromosome VI cosmid 9765.
DA-box protein Smc2p; cell division control protein; cell division
control protein 26; histidinolphosphatase; probable protein-tyrosine
phosphatase; sulfite reductase flaboprotein component;
ubiquinol-cytochrome c reductase; HIS2; CDC14; unkown; MET10; sulfite
reductase (NADPH) flavoprotein; component; ; SMC2; QCR6; subunit Vl of
ubiquinol-cytochrome c reductase; PHO4; phosphate system positive
regulatory protein; CDC26; cell division control protein 26.
YSCF9965E D44597 36230bp DNA PLN 14-DEC-1995
Saccharomyces cerevisiae chromosome VI cosmid 9965.
hexokinase A; mitochondrial ribosomal protein; nuclearintegrity protein
1; proteosome component PRE4; YMR31; PRE4; NIN1; nuclearintegrity
protein 1; HXK1; HEXOKINASE A.
YSCF9993K D44603 35881bp DNA PLN 14-DEC-1995
Saccharomyces cerevisiae chromosome VI cosmid 9993.
YSCFGAPBL D44604 13693bp DNA PLN 14-DEC-1995
Saccharomyces cerevisiae chromosome VI plasmid GapB.
must protein homolog 4; ras-related protein SEC4; transposon TY1-17
49.8KD hypothetical protein; SEC4; RAS-RELATED PROTEIN SEC4; MSH4; MUST
PROTEIN HOMOLOG 4; Ty A; TRANSPOSON TY1-17 49.8KD HYPOTHETICAL PROTEIN.
YSCHSP12D D44596 15984bp DNA PLN 14-DEC-1995
Saccharomyces cerevisiae chromosome VI phage 3068.
15kD glucose and lipid regulated protein; Mdj1p heat shock protein;
lipoamide dehydrogenase; LPD1; unkown; MDJ1; Mdjlp heat shock protein;
HSP12(GLP1).
YSCMTARS1 L00108 528bp DNA PLN 30-SEP-1988
Yeast (S.cerevisiae) mitochondrial DNA subfragment Alu B2.
origin of replication; transfer RNA; transfer RNA-Ser.
To obtain any of the yeast GenBank sequences you can use the NCBI
retrieve e-mail server, retrieve at ncbi.nlm.nih.gov - send the word help
and instructions will be returned. World Wide Web links for sequences
SGD: http://genome-www.stanford.edu/sacchdb/genbank_search.html
NCBI: http://www.nlm.nih.gov/Search/index.html
For Gopher use genome-gopher.stanford.edu and look for "Yeast
GenBank Sequence Index" in the "Saccharomyces Information" folder.
Please note that new sequences take about a week to appear in SGD.
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