GenBank-Updates@genbank.bio.net (12/20/90)
LOCUS YSCHSPSSA4 3519 bp ds-DNA PLN 120-DEC-1990
DEFINITION Yeast (S.cerevisiae) 70 kDa heat shock protein (SSA4) gene,
complete cds.
ACCESSION J05637
KEYWORDS 70 kDa heat shock protein.
SOURCE Yeast (S.cerevisiae) DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 3519)
AUTHORS Boorstein,W.R. and Craig,E.A.
TITLE Structure and regulation of the SSA4 HSP70 gene of Saccharomyces
cerevisiae
JOURNAL J. Biol. Chem. 265, 18912-18921 (1990)
STANDARD simple staff_entry
COMMENT Draft entry and computer-readable sequence for [J. Biol. Chem.
(1990) In press] kindly submitted
by W.R.Boorstein, 17-SEP-1990.
FEATURES Location/Qualifiers
CDS <1..397
/note="predicted product is homologous to the product of
SSA1."
/label=ORF
/codon_start=2
mRNA 1128..>3519
/gene="SSA4"
CDS 1284..3212
/gene="SSA4"
/codon_start=1284
/product="70 kDa heat shock protein"
BASE COUNT 1164 a 654 c 742 g 959 t
ORIGIN
1 tgaaggtatc tccaagaaga ccagaattgc tggtgttgtt taccatccat ccaacaatga
61 attggttaga actaacactt tgaccaaggc tgccattgtc caaattgatg ctactccatt
121 cagacaatgg ttcgaagctc actacggtca aaccttgggt aagaagaaga acgtcaagga
181 agaagaaact gttgccaaga gcaagaacgc tgaaagaaag tgggctgcta gagctgcttc
241 tgccaagatc gaatcttccg ttgaatctca attcagcgcc ggtagattat acgcttgtat
301 ctcttccaga ccaggtcaat ccggtagatg tgatggttac atcttggaag gtgaagaatt
361 agctttctac ctaagaagat tgactgctaa gaaatagaga taataagata atattttatt
421 acactacatg tacaatttta cttttacttt gtgttgtctc tatctgcttt cttattttta
481 atatttacca ttccatttat aatttgtaaa acaattaaca taaaagtttt ttaaactcta
541 gaccagcaac atatcttcaa atatcagttg ataaggtaaa gtatgttgat agcattctac
601 cgtcacactt atctagcaga tctttgttag gtagatctgc taatatattt tacgtaagat
661 tcgttgtatg tgcgggaaaa tttgtatctg ttgtggtagt cactcaccct ttctatgtat
721 taaaaactga taccttccat actagaaaag acattcagtt gaatccttct ccaaatcaag
781 gatactattg tcacttctcc attgagattc gaaaaacccc tcgggtcttg ttagaactaa
841 attacgttca taggggtggg atttatattg taattccgcg aggtttacac gaaagatatc
901 tcaactctag ccgcacatcc attccggtat gtactctccc accattgggt attatagaat
961 gtaataggtt tcaaagcgga tatcttttgc ccggtgagtt gttacttttt cattcgagca
1021 atgaagtaca ttctagaagt tcctagaacc ttatggaagc accaagaaaa aaggaagtta
1081 aacaaaacac tgattcaata agcaaggggg gaagctcctt agtttgacga cagtaacaaa
1141 atgttcgtat aaattgaacg aaactcaagc caataaagga cttttcagag gcctatctct
1201 tctttctcca caactttcga ataaaaacca ctaataaaaa gtaaataaca aaaacaagaa
1261 aaaaaataaa caaaacaata atcatgtcaa aagctgttgg tattgattta ggtacaacct
1321 attcatgtgt tgctcatttt gcaaacgata gggttgaaat tatcgctaac gatcaaggta
1381 atagaacgac gccttcttat gtggctttta ctgacacaga aaggctaatt ggtgacgctg
1441 cgaagaatca agctgcgatg aacccacata atacagtatt cgatgctaag cgtctgatcg
1501 gacgtaaatt cgatgatcca gaagtgacga acgatgctaa gcattaccca ttcaaagtga
1561 ttgacaaggg aggtaaaccg gtagtgcaag tggaatataa aggcgagaca aagacattta
1621 ctccagaaga aatttcctca atgatcttga caaagatgaa ggagactgct gagaactttt
1681 taggaacaga agtgaaagat gctgtagtaa cggttccagc ctatttcaac gattcacaaa
1741 ggcaagcaac aaaagatgcc ggtacaatcg cgggcttgaa cgttcttcgt atcattaatg
1801 aacctacagc tgccgctatt gcgtatgggc tggacaagaa atcgcagaag gagcacaacg
1861 tcttgatctt tgatttaggt ggtggtactt ttgatgtctc tctgctatcc atagatgaag
1921 gtgtctttga ggttaaggct actgctggtg acactcactt gggtggtgaa gatttcgata
1981 gtaggctggt taactttcta gccgaggagt tcaaaagaaa aaataaaaag gatctaacaa
2041 ctaaccaaag gtccctaagg aggttaagga ccgccgctga aagggccaag agaactctgt
2101 cttcgtctgc tcagacatct atagaaatag attcattatt tgagggtatc gatttctata
2161 cttccattac aagggcaaga tttgaagaat tatgtgctga tttgtttaga tctacattgg
2221 agccagtgga aaaagttttg gctgattcaa aattagataa gtcacaaatt gatgaaattg
2281 tacttgttgg tggttcaaca agaattccaa aagtacaaaa actggtttct gattttttca
2341 atggtaaaga accaaaccgt tcgattaacc ctgatgaggc cgtcgcttat ggtgctgccg
2401 tacaggctgc catcttaacg ggtgaccagt cgtcgacgac ccaagattta ctgttgctgg
2461 atgttgcacc attatctcta ggtattgaaa ctgcaggtgg tattatgaca aagttgatcc
2521 caagaaattc gactatccca acaaaaaaat cggaagtgtt ttccacctac gctgacaacc
2581 aacctggtgt gttgatacaa gtttttgagg gtgaaaggac aaggacaaaa gacaacaatc
2641 tactgggtaa atttgagttg agcggtattc cacccgctcc aagaggcgta ccacaaattg
2701 aagttacatt tgatatcgat gcaaatggta ttctgaacgt atctgccgtt gaaaaaggta
2761 ctggtaaatc taacaagatt acaattacta acgataaggg aagattatcg aaggaagata
2821 tcgataaaat ggttgctgag gcagaaaagt tcaaggccga agatgaacaa gaagctcaac
2881 gtgttcaagc taagaatcag ctagaatcgt acgcgtttac tttgaaaaat tctgtgagcg
2941 aaaataactt caaggagaag gtgggtgaag aggatgccag gaaattggaa gccgccgccc
3001 aagatgctat aaattggtta gatgcttcgc aagcggcctc caccgaggaa tacaaggaaa
3061 ggcaaaagga actagaaggt gttgcaaacc ccattatgag taaattttac ggagctgcag
3121 gtggtgcccc aggagcaggc ccagttccgg gtgctggagc aggccccact ggagcaccag
3181 acaacggccc aacggttgaa gaggttgatt agataaatac aaagatgcga tgaagtagca
3241 gcatcgaatt tcttagtttt ccctcttaac aactttttat aagtatatat ataagataca
3301 caatcagtaa ttagcaaatg actactattt gtacgttctc atcgtcataa gccagagttt
3361 aattaagtgc ctcaaccggg atgcgatttc gcgttcatat acaaagccga aatgacaata
3421 agaaagtcat cgccaaacaa cacgactaat tgaccattaa aaggaacaaa atacagtcaa
3481 agagtttagc tcggaaatgt acagcaatca taatttaaa
//GenBank-Updates@genbank.bio.net (12/22/90)
LOCUS YSCHSPSSA4 3519 bp ds-DNA PLN 22-DEC-1990
DEFINITION Yeast (S.cerevisiae) 70 kDa heat shock protein (SSA4) gene,
complete cds.
ACCESSION J05637
KEYWORDS 70 kDa heat shock protein.
SOURCE Yeast (S.cerevisiae) DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 3519)
AUTHORS Boorstein,W.R. and Craig,E.A.
TITLE Structure and regulation of the SSA4 HSP70 gene of Saccharomyces
cerevisiae
JOURNAL J. Biol. Chem. 265, 18912-18921 (1990)
STANDARD simple staff_entry
COMMENT Draft entry and computer-readable sequence for [J. Biol. Chem.
(1990) In press] kindly submitted
by W.R.Boorstein, 17-SEP-1990.
FEATURES Location/Qualifiers
CDS <1..397
/note="predicted product is homologous to the product of
SSA1."
/label=ORF
/codon_start=2
mRNA 1128..>3519
/gene="SSA4"
CDS 1284..3212
/gene="SSA4"
/codon_start=1284
/product="70 kDa heat shock protein"
BASE COUNT 1164 a 654 c 742 g 959 t
ORIGIN
1 tgaaggtatc tccaagaaga ccagaattgc tggtgttgtt taccatccat ccaacaatga
61 attggttaga actaacactt tgaccaaggc tgccattgtc caaattgatg ctactccatt
121 cagacaatgg ttcgaagctc actacggtca aaccttgggt aagaagaaga acgtcaagga
181 agaagaaact gttgccaaga gcaagaacgc tgaaagaaag tgggctgcta gagctgcttc
241 tgccaagatc gaatcttccg ttgaatctca attcagcgcc ggtagattat acgcttgtat
301 ctcttccaga ccaggtcaat ccggtagatg tgatggttac atcttggaag gtgaagaatt
361 agctttctac ctaagaagat tgactgctaa gaaatagaga taataagata atattttatt
421 acactacatg tacaatttta cttttacttt gtgttgtctc tatctgcttt cttattttta
481 atatttacca ttccatttat aatttgtaaa acaattaaca taaaagtttt ttaaactcta
541 gaccagcaac atatcttcaa atatcagttg ataaggtaaa gtatgttgat agcattctac
601 cgtcacactt atctagcaga tctttgttag gtagatctgc taatatattt tacgtaagat
661 tcgttgtatg tgcgggaaaa tttgtatctg ttgtggtagt cactcaccct ttctatgtat
721 taaaaactga taccttccat actagaaaag acattcagtt gaatccttct ccaaatcaag
781 gatactattg tcacttctcc attgagattc gaaaaacccc tcgggtcttg ttagaactaa
841 attacgttca taggggtggg atttatattg taattccgcg aggtttacac gaaagatatc
901 tcaactctag ccgcacatcc attccggtat gtactctccc accattgggt attatagaat
961 gtaataggtt tcaaagcgga tatcttttgc ccggtgagtt gttacttttt cattcgagca
1021 atgaagtaca ttctagaagt tcctagaacc ttatggaagc accaagaaaa aaggaagtta
1081 aacaaaacac tgattcaata agcaaggggg gaagctcctt agtttgacga cagtaacaaa
1141 atgttcgtat aaattgaacg aaactcaagc caataaagga cttttcagag gcctatctct
1201 tctttctcca caactttcga ataaaaacca ctaataaaaa gtaaataaca aaaacaagaa
1261 aaaaaataaa caaaacaata atcatgtcaa aagctgttgg tattgattta ggtacaacct
1321 attcatgtgt tgctcatttt gcaaacgata gggttgaaat tatcgctaac gatcaaggta
1381 atagaacgac gccttcttat gtggctttta ctgacacaga aaggctaatt ggtgacgctg
1441 cgaagaatca agctgcgatg aacccacata atacagtatt cgatgctaag cgtctgatcg
1501 gacgtaaatt cgatgatcca gaagtgacga acgatgctaa gcattaccca ttcaaagtga
1561 ttgacaaggg aggtaaaccg gtagtgcaag tggaatataa aggcgagaca aagacattta
1621 ctccagaaga aatttcctca atgatcttga caaagatgaa ggagactgct gagaactttt
1681 taggaacaga agtgaaagat gctgtagtaa cggttccagc ctatttcaac gattcacaaa
1741 ggcaagcaac aaaagatgcc ggtacaatcg cgggcttgaa cgttcttcgt atcattaatg
1801 aacctacagc tgccgctatt gcgtatgggc tggacaagaa atcgcagaag gagcacaacg
1861 tcttgatctt tgatttaggt ggtggtactt ttgatgtctc tctgctatcc atagatgaag
1921 gtgtctttga ggttaaggct actgctggtg acactcactt gggtggtgaa gatttcgata
1981 gtaggctggt taactttcta gccgaggagt tcaaaagaaa aaataaaaag gatctaacaa
2041 ctaaccaaag gtccctaagg aggttaagga ccgccgctga aagggccaag agaactctgt
2101 cttcgtctgc tcagacatct atagaaatag attcattatt tgagggtatc gatttctata
2161 cttccattac aagggcaaga tttgaagaat tatgtgctga tttgtttaga tctacattgg
2221 agccagtgga aaaagttttg gctgattcaa aattagataa gtcacaaatt gatgaaattg
2281 tacttgttgg tggttcaaca agaattccaa aagtacaaaa actggtttct gattttttca
2341 atggtaaaga accaaaccgt tcgattaacc ctgatgaggc cgtcgcttat ggtgctgccg
2401 tacaggctgc catcttaacg ggtgaccagt cgtcgacgac ccaagattta ctgttgctgg
2461 atgttgcacc attatctcta ggtattgaaa ctgcaggtgg tattatgaca aagttgatcc
2521 caagaaattc gactatccca acaaaaaaat cggaagtgtt ttccacctac gctgacaacc
2581 aacctggtgt gttgatacaa gtttttgagg gtgaaaggac aaggacaaaa gacaacaatc
2641 tactgggtaa atttgagttg agcggtattc cacccgctcc aagaggcgta ccacaaattg
2701 aagttacatt tgatatcgat gcaaatggta ttctgaacgt atctgccgtt gaaaaaggta
2761 ctggtaaatc taacaagatt acaattacta acgataaggg aagattatcg aaggaagata
2821 tcgataaaat ggttgctgag gcagaaaagt tcaaggccga agatgaacaa gaagctcaac
2881 gtgttcaagc taagaatcag ctagaatcgt acgcgtttac tttgaaaaat tctgtgagcg
2941 aaaataactt caaggagaag gtgggtgaag aggatgccag gaaattggaa gccgccgccc
3001 aagatgctat aaattggtta gatgcttcgc aagcggcctc caccgaggaa tacaaggaaa
3061 ggcaaaagga actagaaggt gttgcaaacc ccattatgag taaattttac ggagctgcag
3121 gtggtgcccc aggagcaggc ccagttccgg gtgctggagc aggccccact ggagcaccag
3181 acaacggccc aacggttgaa gaggttgatt agataaatac aaagatgcga tgaagtagca
3241 gcatcgaatt tcttagtttt ccctcttaac aactttttat aagtatatat ataagataca
3301 caatcagtaa ttagcaaatg actactattt gtacgttctc atcgtcataa gccagagttt
3361 aattaagtgc ctcaaccggg atgcgatttc gcgttcatat acaaagccga aatgacaata
3421 agaaagtcat cgccaaacaa cacgactaat tgaccattaa aaggaacaaa atacagtcaa
3481 agagtttagc tcggaaatgt acagcaatca taatttaaa
//GenBank-Updates@genbank.bio.net (02/13/91)
LOCUS YSCCBP2 2628 bp DNA PLN 13-FEB-1991
DEFINITION Yeast (S.cerevisiae) CBP2 protein gene, complete cds.
ACCESSION K00138
KEYWORDS CBP2 protein.
SOURCE Yeast (Saccharomyces cerevisiae) DNA, YEP13 recombinant library of
Nasmyth.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2628)
AUTHORS McGraw,P. and Tzagoloff,A.
TITLE Assembly of the mitochondrial membrane system: Characterization of
a yeast nuclear gene involved in the processing of the cytochrome b
pre-mRNA
JOURNAL J. Biol. Chem. 258, 9459-9468 (1983)
STANDARD simple staff_review
FEATURES Location/Qualifiers
CDS 664..2556
/function="Required for the processing of cytochrome b
pre-mRNA."
/gene="CBP2"
/codon_start=1
/product="CBP2 protein"
BASE COUNT 888 a 484 c 533 g 723 t
ORIGIN
1 gatcatcgat aagcatccag gtctttatat gtgtattgtt tttgcccctt gactcaggca
61 ggcctctaat ctatatgatt gatttgtcat atatatgcag cgacgccaca gttttttccg
121 gcaagagtcg cgtgatcttt ttttctaatc caatctgtga acatactaga ggaaacttct
181 accttttcta cctgaattac attatcaaca cttttgcacc aaaaaatcgt ggtactagga
241 gatgcaaacc ttttggtctc cacatcaatt gcaggaaaaa gattgactgt ttgcatgtgc
301 aattatctta tatattatgt aaaaataaaa gtaggaaacg ccacatggat gcgcatgcca
361 taacccttgc atggttagca cacgccctca cgtgagtgaa tttgccaaaa tgatagtcaa
421 atgtgttgat agttcgataa gaggtgaagt tggggaacta aaggtggaat agaaaatgat
481 aaaacaaagg aaagagtgaa gattgccgcc gagtagaatc caagattggt gtgtatgggt
541 gtatttagtg aaagttcaat tgcattgaag atgacaaatt atgcttaagt gaatggacaa
601 tgaaggcttc tcttgaagga gtaaggctgc gctgaaggaa aggtttgaga cagagtgacc
661 aaaatggtga attggcaaac attgttcatg gtctcattga ggagacaggg cagttcctct
721 cgttacaggt ataagttcaa catggagaat atcacacatc aggtgttccc tcgctgtaag
781 caagcgttta agaagacaaa cttatcttat gaatattgtg atcttgaagg agtactgtat
841 aatatttcac tcacggactt gcaaaaactg ctattacgtg atataaacgc ccctcgcgaa
901 cacgcattca agattgttag aacagatcta actcaaaaat cctcgaagaa gaggatccaa
961 cactgggaac ggattgcgcc tatgtttgac caccccttaa gtctctacga gaagttgttc
1021 agcgaaatgg atgaggactt caagccatct ttcgagtggc aacaattaat aagggtacga
1081 tgcaaagatg ataagttgaa actgcagcgt gtaatttggc ctaagtcgat attttcaaac
1141 ttttgtcggg gaatcggggt taagaagagc acttacgata gactcttgga acaaaataat
1201 ggtgaggtac ccatgtttgt aaacccagct aatgcaaagc ccttgcctct tttccaggtt
1261 tccgatgagg cgatgattgg ggaattcgat ggaattggta ttttccctta ctttgtagat
1321 aaacatagag aatttttcgt tactgaggta gacaaattga agaccaagat agcttcgcca
1381 ctttgcacct tgaatgaacg aaagcgcatt gagaaggcta acgctggtcg gatactggcg
1441 aacgaagagg gtaaaccatt ctatctggat gcaaacagtg ccacaactcg aatcgctggt
1501 ggtaatgtcg tcactttgaa gcaactttta gaaagatcgg ttagccataa gacattgtgg
1561 agcaaacaat caaacaaaga cagaacgtgc cctggagaca ttttaagagc tacaatatta
1621 tcaaacgact tctccatccg gcaattgagg gctgaatttt gcaaaaattt cattctctac
1681 aatatattca ccattttaca acgtaacaag aaaagcatcc gttccttctc tggtaacgat
1741 aatgcgcctt cctttcaatt tagttggaat gtttgggact catatatatg gaagcaatat
1801 caagagaccg agtccatgaa aatacccacg gaccaagctt ctctgatcaa ctacaagaca
1861 aaatacgact cttttcttca tgacctacaa acatattccg cactggtaat ttcagaaatg
1921 aaatggaacc aattctctat tttccaaaat gatgaaacga ctttatcaag atttgaacac
1981 atcacattaa ttttgcaaac cgtgctgaca aaatcgaaaa tgattagaat tttccagcca
2041 aacttgtaca agtttatgca agatgattta agaccaactt taatggagtt ggtgggtttc
2101 actgagtcaa taaatgcaac aatagaacct agttttgcga atgaacaatc gctacaatct
2161 gcaaacggat taaagaaatt ggccaaccaa cttttatact tcgaacagga aatatatggc
2221 gaaaagttcc gcgtaaatag gcccatccag cttcgtccaa taacattatc agcaaactac
2281 aaaattgtta ttctggataa gaagaacgcc atacccgaaa tatttcaaac cctactgaaa
2341 ttcatgacac aaataacgac atattttgtt aaagatttgt cggaggtaga acttcatggg
2401 cacatgcatt gtattgataa aaaaatgctg gacaagtcga aattcatgta tttatacgaa
2461 gagaaaagca acgaggaagt gaaagcagct tctcctcaaa aggagaagat agtagataat
2521 atcattggcc tattatcaaa tgatgaagaa cattaacatg aattggaaaa agaaaaaatt
2581 gcatgtaaat atatacatac gtagaatttt atacttaggc tacagatc
//GenBank-Updates@genbank.bio.net (02/23/91)
LOCUS YSCCBP2 2628 bp DNA PLN 22-FEB-1991
DEFINITION Yeast (S.cerevisiae) CBP2 protein gene, complete cds.
ACCESSION K00138
KEYWORDS CBP2 protein.
SOURCE Yeast (Saccharomyces cerevisiae) DNA, YEP13 recombinant library of
Nasmyth.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2628)
AUTHORS McGraw,P. and Tzagoloff,A.
TITLE Assembly of the mitochondrial membrane system: Characterization of
a yeast nuclear gene involved in the processing of the cytochrome b
pre-mRNA
JOURNAL J. Biol. Chem. 258, 9459-9468 (1983)
STANDARD simple staff_review
FEATURES Location/Qualifiers
CDS 664..2556
/function="Required for the processing of cytochrome b
pre-mRNA."
/product="CBP2 protein"
/gene="CBP2"
/codon_start=664
BASE COUNT 888 a 484 c 533 g 723 t
ORIGIN
1 gatcatcgat aagcatccag gtctttatat gtgtattgtt tttgcccctt gactcaggca
61 ggcctctaat ctatatgatt gatttgtcat atatatgcag cgacgccaca gttttttccg
121 gcaagagtcg cgtgatcttt ttttctaatc caatctgtga acatactaga ggaaacttct
181 accttttcta cctgaattac attatcaaca cttttgcacc aaaaaatcgt ggtactagga
241 gatgcaaacc ttttggtctc cacatcaatt gcaggaaaaa gattgactgt ttgcatgtgc
301 aattatctta tatattatgt aaaaataaaa gtaggaaacg ccacatggat gcgcatgcca
361 taacccttgc atggttagca cacgccctca cgtgagtgaa tttgccaaaa tgatagtcaa
421 atgtgttgat agttcgataa gaggtgaagt tggggaacta aaggtggaat agaaaatgat
481 aaaacaaagg aaagagtgaa gattgccgcc gagtagaatc caagattggt gtgtatgggt
541 gtatttagtg aaagttcaat tgcattgaag atgacaaatt atgcttaagt gaatggacaa
601 tgaaggcttc tcttgaagga gtaaggctgc gctgaaggaa aggtttgaga cagagtgacc
661 aaaatggtga attggcaaac attgttcatg gtctcattga ggagacaggg cagttcctct
721 cgttacaggt ataagttcaa catggagaat atcacacatc aggtgttccc tcgctgtaag
781 caagcgttta agaagacaaa cttatcttat gaatattgtg atcttgaagg agtactgtat
841 aatatttcac tcacggactt gcaaaaactg ctattacgtg atataaacgc ccctcgcgaa
901 cacgcattca agattgttag aacagatcta actcaaaaat cctcgaagaa gaggatccaa
961 cactgggaac ggattgcgcc tatgtttgac caccccttaa gtctctacga gaagttgttc
1021 agcgaaatgg atgaggactt caagccatct ttcgagtggc aacaattaat aagggtacga
1081 tgcaaagatg ataagttgaa actgcagcgt gtaatttggc ctaagtcgat attttcaaac
1141 ttttgtcggg gaatcggggt taagaagagc acttacgata gactcttgga acaaaataat
1201 ggtgaggtac ccatgtttgt aaacccagct aatgcaaagc ccttgcctct tttccaggtt
1261 tccgatgagg cgatgattgg ggaattcgat ggaattggta ttttccctta ctttgtagat
1321 aaacatagag aatttttcgt tactgaggta gacaaattga agaccaagat agcttcgcca
1381 ctttgcacct tgaatgaacg aaagcgcatt gagaaggcta acgctggtcg gatactggcg
1441 aacgaagagg gtaaaccatt ctatctggat gcaaacagtg ccacaactcg aatcgctggt
1501 ggtaatgtcg tcactttgaa gcaactttta gaaagatcgg ttagccataa gacattgtgg
1561 agcaaacaat caaacaaaga cagaacgtgc cctggagaca ttttaagagc tacaatatta
1621 tcaaacgact tctccatccg gcaattgagg gctgaatttt gcaaaaattt cattctctac
1681 aatatattca ccattttaca acgtaacaag aaaagcatcc gttccttctc tggtaacgat
1741 aatgcgcctt cctttcaatt tagttggaat gtttgggact catatatatg gaagcaatat
1801 caagagaccg agtccatgaa aatacccacg gaccaagctt ctctgatcaa ctacaagaca
1861 aaatacgact cttttcttca tgacctacaa acatattccg cactggtaat ttcagaaatg
1921 aaatggaacc aattctctat tttccaaaat gatgaaacga ctttatcaag atttgaacac
1981 atcacattaa ttttgcaaac cgtgctgaca aaatcgaaaa tgattagaat tttccagcca
2041 aacttgtaca agtttatgca agatgattta agaccaactt taatggagtt ggtgggtttc
2101 actgagtcaa taaatgcaac aatagaacct agttttgcga atgaacaatc gctacaatct
2161 gcaaacggat taaagaaatt ggccaaccaa cttttatact tcgaacagga aatatatggc
2221 gaaaagttcc gcgtaaatag gcccatccag cttcgtccaa taacattatc agcaaactac
2281 aaaattgtta ttctggataa gaagaacgcc atacccgaaa tatttcaaac cctactgaaa
2341 ttcatgacac aaataacgac atattttgtt aaagatttgt cggaggtaga acttcatggg
2401 cacatgcatt gtattgataa aaaaatgctg gacaagtcga aattcatgta tttatacgaa
2461 gagaaaagca acgaggaagt gaaagcagct tctcctcaaa aggagaagat agtagataat
2521 atcattggcc tattatcaaa tgatgaagaa cattaacatg aattggaaaa agaaaaaatt
2581 gcatgtaaat atatacatac gtagaatttt atacttaggc tacagatc
//GenBank-Updates@genbank.bio.net (03/01/91)
LOCUS YSCGCN4 1824 bp ds-DNA PLN 01-MAR-1991
DEFINITION Yeast (S.cerevisiae) transcriptional activator of amino
acid-biosynthetic genes (GCN4) gene, complete cds.
ACCESSION K02205 M22042
KEYWORDS GCN4 gene.
SOURCE Saccharomyces cerevisiae DNA, clones p3'-delta-GCN4,
p5'-delta-GCN4, and mRNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1824)
AUTHORS Hinnebusch,A.G.
TITLE Evidence for translational regulation of the activator of general
amino acid control in yeast
JOURNAL Proc. Natl. Acad. Sci. U.S.A. 81, 6442-6446 (1984)
STANDARD full staff_review
REFERENCE 2 (bases 188 to 788)
AUTHORS Williams,N.P., Mueller,P.P. and Hinnebusch,A.G.
TITLE The positive regulatory function of the 5'-proximal open reading
frames in GCN4 mRNA can be mimicked by heterologous, short coding
sequences
JOURNAL Mol. Cell. Biol. 8, 3827-3836 (1988)
STANDARD simple staff_review
REFERENCE 3 (sites)
AUTHORS Abastado,J.-P., Miller,P.F., Jackson,B.M. and Hinnebusch,A.G.
TITLE Suppression of ribosomal reinitiation at upstream open reading
frames in amino acid-starved cells forms the basis for GCN4
translational control
JOURNAL Mol. Cell. Biol. 11, 486-496 (1991)
STANDARD full staff_review
COMMENT The GCN4 gene encodes a positive regulator of unlinked amino acid
by synthetic genes. The GCN4 gene is itself regulated by amino
acid availability at the translational level. The GCN4 transcript
has a 5' leader that is about 600 nucleotides long and contains
four small open reading frames. An internal deletion in the
leader, which eliminates the four small ORFs, abolishes regulation
of the fusion enzyme and results in constitutively derepressed
fusion enzyme levels which are about 40 fold higher than the
repressed GCN4-plus-lacZ enzyme level.
Author contacted 29-MAR-1989 and confirmed deletion of ten bp
duplicated sequence 5' end of GCN4 coding start.
FEATURES Location/Qualifiers
mRNA 187..1638
/note="GCN4 mRNA"
mRNA 187..1653
/note="GCN4 mRNA (alt.)"
mRNA 187..1701
/note="GCN4 mRNA (alt.)"
mRNA 187..1721
/note="GCN4 mRNA (alt.)"
mRNA 205..1638
/note="GCN4 mRNA (alt.)"
mRNA 205..1653
/note="GCN4 mRNA (alt.)"
mRNA 205..1701
/note="GCN4 mRNA (alt.)"
mRNA 205..1721
/note="GCN4 mRNA (alt.)"
mRNA 216..1638
/note="GCN4 mRNA (alt.)"
mRNA 216..1653
/note="GCN4 mRNA (alt.)"
mRNA 216..1701
/note="GCN4 mRNA (alt.)"
mRNA 216..1721
/note="GCN4 mRNA (alt.)"
mutation 275..278
/note="atca in wild-type; cgcg in mutant"
mutation 409..409
/note="a in wild-type; t in mutant"
CDS 417..428
/note="uORF1"
/codon_start=417
CDS 627..638
/note="uORF2"
/codon_start=627
mutation 752..752
/note="a in wild-type; g in mutant"
CDS 778..1623
/note="GCN4 protein"
/codon_start=778
BASE COUNT 600 a 344 c 275 g 605 t
ORIGIN 404 bp upstream of Sau3A site; chromosome 5.
1 atcttcgggg atataaagtg catgagcata catcttgaaa aaaaaagatg aaaaatttcc
61 gactttaaat acggaagata aatactccaa cctttttttc caattccgaa attttagtct
121 tctttaaaga agtttcggct cgctgtctta ccttttaaaa tcttctactt cttgacagta
181 cttatcttct tatataatag atatacaaaa caaaacaaaa caaaaactca caacacaggt
241 tactctcccc cctaaattca aatttttttt gcccatcagt ttcactagcg aattatacaa
301 ctcaccagcc acacagctca ctcatctact tcgcaatcaa aacaaaatat tttattttag
361 ttcagtttat taagttatta tcagtatcgt attaaaaaat taaagatcat tgaaaaatgg
421 cttgctaaac cgattatatt ttgtttttaa agtagattat tattagaaaa ttattaagag
481 aattatgtgt taaatttatt gaaagagaaa atttattttc ccttattaat taaagtcctt
541 tacttttttt gaaaactgtc agttttttga agagttattt gttttgttac caattgctat
601 catgtacccg tagaatttta ttcaagatgt ttccgtaacg gttacctttc tgtcaaatta
661 tccaggttta ctcgccaata aaaatttccc tatactatca ttaattaaat cattattatt
721 actaaagttt tgtttaccaa tttgtctgct caagaaaata aattaaatac aaataaaatg
781 tccgaatatc agccaagttt atttgcttta aatccaatgg gtttctcacc attggatggt
841 tctaaatcaa ccaacgaaaa tgtatctgct tccacttcta ctgccaaacc aatggttggc
901 caattgattt ttgataaatt catcaagact gaagaggatc caattatcaa acaggatacc
961 ccttcgaacc ttgattttga ttttgctctt ccacaaacgg caactgcacc tgatgccaag
1021 accgttttgc caattccgga gctagatgac gctgtagtgg aatctttctt ttcgtcaagc
1081 actgattcaa ctccaatgtt tgagtatgaa aacctagaag acaactctaa agaatggaca
1141 tccttgtttg acaatgacat tccagttacc actgacgatg tttcattggc tgataaggca
1201 attgaatcca ctgaagaagt ttctctggta ccatccaatc tggaagtctc gacaacttca
1261 ttcttaccca ctcctgttct agaagatgct aaactgactc aaacaagaaa ggttaagaaa
1321 ccaaattcag tcgttaagaa gtcacatcat gttggaaagg atgacgaatc gagactggat
1381 catctaggtg ttgttgctta caaccgcaaa cagcgttcga ttccactttc tccaattgtg
1441 cccgaatcca gtgatcctgc tgctctaaaa cgtgctagaa acactgaagc cgccaggcgt
1501 tctcgtgcga gaaagttgca aagaatgaaa caacttgaag acaaggttga agaattgctt
1561 tcgaaaaatt atcacttgga aaatgaggtt gccagattaa agaaattagt tggcgaacgc
1621 tgatttcatt taccttttat tttatatttt ttatttcatt ctcgtgtata acgaaataga
1681 tacattcact tagataagaa tttaatcttt tttatgccaa ttttcttaag tagaatttta
1741 caccacgcat ttataatctg ccgtatgttc tggtatttac tggttaggaa tagataaaaa
1801 aaacactcac gatgggggtc gaac
//GenBank-Updates@genbank.bio.net (03/01/91)
LOCUS YSCTMP1 1813 bp ds-DNA PLN 01-MAR-1991
DEFINITION Yeast (S.cerevisiae) TMP1 gene encoding thymidylate sythase,
complete cds.
ACCESSION J02706
KEYWORDS thymidylate synthetase.
SOURCE Yeast (S.cerevisiae) DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1813)
AUTHORS Taylor,G.R., Lagosky,P.A., Storms,R.K. and Haynes,R.H.
TITLE Molecular characterization of the cell cycle regulated thymidylate
synthase gene of Saccharomyces cerevisiae
JOURNAL J. Biol. Chem. 262, 5298-5307 (1987)
STANDARD full staff_entry
REFERENCE 2 (bases 1 to 1813)
AUTHORS Mcintosh,E.M., Atkinson,T., Storms,R.K. and Smith,M.
TITLE Characterization of a short, cis-acting DNA sequence which conveys
cell cycle stage-dependent transcription in Saccharomyces
cerevisiae
JOURNAL Mol. Cell. Biol. 11, 329-337 (1991)
STANDARD full staff_entry
COMMENT Draft entry and computer-readable sequence of [J. Biol. Chem. 262,
5298-5307 (1987)] kindly provided
by G.R.Taylor (09-MAR-1987).
FEATURES Location/Qualifiers
misc_feature 340..345
/note="integral component of the transcription system."
/gene="TIMP1"
misc_feature 377..382
/note="integral component of the transcription system."
/gene="TIMP1"
CDS 498..1412
/note="thymidylate synthase"
/codon_start=498
BASE COUNT 590 a 299 c 363 g 561 t
ORIGIN 1 bp upstream of BglII site.
1 agatctttcc ttgttggcag ttcttaatta aatgtgccct tttcagaaag ataccagcaa
61 aggtggaatg atttatcatt acatgacatg tatccatatt ccaggatgga tcaatgcgaa
121 caagcttctt tcccctctcg tctgtaaagg acgggattga gattcaatta aaaaattagt
181 tttcattgga aaaggccaat aaaatatgca aaggtcccgt cattatactg cagctacctc
241 aaagagattt agctttgtgt cctcaacgta ggaccgcatt gaacaggttg gaagaggtgt
301 tgcttttttg accttctttc tcaaacttaa tatttggtga cgcgttaaat agaaaaaatg
361 aaaaagacct taattgacgc gtttcctgaa atatttacta tagcatagct gtaattgtat
421 tttctaaact tgtaagtgac tgtgtatatc aaacaataaa gtatcaagga gagagcttca
481 taacagaacg gtacaggatg actatggacg gaaaaaacaa agaagaagag caatatcttg
541 atctatgcaa aagaatcatt gatgaaggtg aatttaggcc agatagaaca ggcactggta
601 cgttgagtct ttttgcacca ccccagctgc gttttagttt acgtgatgat accttcccac
661 tactaacgac caagaaggtt tttactagag gtatcatact tgaactattg tggtttttgg
721 ccggtgatac agacgctaac ctattgtctg agcaaggtgt taagatttgg gacggtaatg
781 gatctcgtga atatttagat aagatggggt tcaaagatag gaaagtagga gatctggggc
841 ccgtttacgg atttcaatgg aggcattttg gtgctaaata caagacgtgc gatgacgact
901 atactggaca aggtattgat caattgaaac aggttataca taaactaaag acaaatccct
961 acgatagaag aatcattatg agtgcctgga acccagctga ttttgacaaa atggctttgc
1021 cgccatgcca tattttttca cagttctatg tcagtttccc caaagaagga gaaggatccg
1081 gtaagccccg cctttcatgc ttattgtacc aacgttcttg tgatatgggg ttgggagtac
1141 catttaacat tgcatcatat gctttgttga ctagaatgat tgctaaagtt gtcgacatgg
1201 agccaggtga gttcattcat actttggggg atgcacatgt ttataaagac cacattgatg
1261 ccttgaaaga acaaatcacc agaaatccaa gaccattccc gaaactaaag attaaaaggg
1321 acgttaaaga cattgatgat ttcaagttga cagactttga aattgaagat tataatcctc
1381 atccaagaat tcaaatgaaa atgagtgtat aattgacagc acgaggagaa acaaaatcat
1441 gtacttacgt atatacacac aaaatcgaat gtatataata caatggttta ttatgcaaaa
1501 atatagaaat tattaaggaa caccagggcc aaaaagacta tatatcattt tttggtgcga
1561 tatgtttttg gttgatgttt cactgccctt accatttcca aataaatcaa atactgctaa
1621 atcatcttca tttagtctaa agctaacaga tttattatta acattattaa tgtttgaatt
1681 gttattgtcg aaattgttgt aattgttgtt attattactg gttccctttg acgacttgga
1741 gggtcgccta gtagaatttt catcagataa attattgaca attgcatttt tgaacaattt
1801 tttagttgtt gac
//GenBank-Updates@genbank.bio.net (03/02/91)
LOCUS YSCCBP1 2464 bp ds-DNA PLN 02-MAR-1991
DEFINITION Yeast (S.cerevisiae) CBP1 gene.
ACCESSION K02647
KEYWORDS .
SOURCE S.cerevisiae DNA, clone pG60/T10.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2464)
AUTHORS Dieckmann,C.L., Homison,G. and Tzagoloff,A.
TITLE Assembly of the mitochondrial membrane system: Nucleotide sequence
of a yeast nuclear gene (CBP1) involved in 5' end processing of
cytochrome b pre-mRNA
JOURNAL J. Biol. Chem. 259, 4732-4738 (1984)
STANDARD full staff_review
REFERENCE 2 (sites)
AUTHORS Mayer,S.A. and Dieckmann,C.L.
TITLE Yeast CBP1 mRNA 3' end formation is regulated during the induction
of mitochondrial function
JOURNAL Mol. Cell. Biol. 11, 813-821 (1991)
STANDARD full staff_review
COMMENT The CBP1 gene product is responsible for conferring a stable 5' end
on cytochrome b mRNA.
FEATURES Location/Qualifiers
CDS 386..2350
/note="CBP1 protein"
/codon_start=386
BASE COUNT 835 a 460 c 466 g 703 t
ORIGIN Sau3A site.
1 gatcgcttgt tgtcgtgcga actactgtta cgtgtgcgtt gtaaaggcgt tggagtggtc
61 tatgtgcgat gcctgtggat cctctgggag actgaccgcc tcaccagtgt actaaagggc
121 cccgttccct cgcttgtatc tctatatatg tgtatactat attcatattc atgttgtcaa
181 aatcggtcac gtggtaaagg gtctggtttt ttttttttca ctttctgctc aagaaaaaaa
241 agaaacaata aagaagtggt ataatatcat catggaacgc tgtacgggac gatgtgggaa
301 gcgacgtctg aaatccagta ataataaaca gtgagcactt taggatagca gtagtttgca
361 ttttgcacgt ttccctttcc atgcaatgtt tttacctcgt ctcgttcggt acaggaccga
421 gaggtttata aaaatggtac ctaccaggac cttgcgacga atcaaccaca gcagcaggga
481 tccaattcaa aaacaggtct tggcccttat caaagcaaat gcgaatttaa atgacaatga
541 caagttgaaa atacggaaat attggtctga catggcggac tacaaaagtc ttcggaaaca
601 agaaaatagc ttactggaaa gctctatatt acacgaggtc aagatcgaag atttcatcag
661 tttcatcaat cgcacaaaaa cctcatctat gactacaaga ggaatttata gaagagaatg
721 tttgtaccaa tgcaagaaaa acttggatct agtcaatcaa gtggtctccc aagtttcatc
781 cgtaagacat caaaagccct tgactacgca attggatact atgcgctggt gtgttgatga
841 tgccatcggc acaggagaca tagttatggc tgccgacctt ttcctgctgt actacagatt
901 atttacagat gataaaaagc tagacgaaca atatgctaag aaaataatat cagtattagc
961 gtacccaaac ccactgcatg atcatgttca tctagtcaaa tatttacaac tgaactctct
1021 gttcgaaagt ataaccggag gcggaataaa gttaacgagg tttcaattag aaactctttc
1081 taataaggcc ctcggcttaa gtaatgaagc cccgcaatta tgcaaggcta tactgaacaa
1141 actgatgaat ataaactatt ctttgactaa cgatttgaag cttcgggatg atcaagtgct
1201 gcttgcgtac aagtccattg atgaaaatta tagaagagga aatgttgcaa gtgtgtattc
1261 tatttggaac aaaatcaaag agcactatgt ttccatttct gcacatgatt ccagaatcat
1321 ttataaagtc ttcaagattt gtacccataa tagagcctat agatctatat gtagcgaaat
1381 gttttggcaa ttaactccag agtactattg taataaccct ttgatattac cggcaattat
1441 tgacttcatt acaaagcaag actctttaac aatggccaag gaactcatgc agaacattaa
1501 cagatacact ttacccgaaa accatcatat tgtctggctt aacaagagat gtctttcttc
1561 attgctaaga atgcatttga aatttaacga ttctaacggt gtagataggg ttttgaagca
1621 aataacaaca aatttcaggg cgctttcgca agaaaattat caagcaataa ttattcacct
1681 tttcaaaaca caaaacctcg atcatatcgc taaggcagtc aaattactcg atactatacc
1741 ccccggacaa gcaatgttag cctatgggtc aataattaac gaagtagttg attggaaatt
1801 ggcttcaaag gtcaagttca ccgataattt gatggcactt gtaaacgatt tgttgacgaa
1861 ggcacatgat tttgatcctg accacagaaa ctctctttgg aatgtggttt ccgctttata
1921 cattaaaaaa ctttgtcatt ataaaaagcg agatggtaaa tttgttgcca atgccaagaa
1981 ggatatcgat ttggcaaaac tactttatat aaatgctgca aagagaagta aaacatactg
2041 gacaaaatcg aactgtaacc cattcattgc atcctcccca tgtgatgtca aattaaaagt
2101 gaataatcaa aacaggttta ctattttaag gaatattgca ttaagcgcac tgcagatagg
2161 aagaacagac atttttcttt gggcgtgcgc agaactatac cagaacggta tgacgattga
2221 ggaattgaag ttagactgga atttcatctt aaaacatcaa attagaaatt cagagttcaa
2281 aacaaacaag gagatcatac aagatattaa aaagcatggt gtgtcggctg tcaaacgtta
2341 cttaagatga acggccaaac gcacatttac gatataaata acaaagcaaa taataacaaa
2401 acaaatttct gtaaatatat actaaatcca agcattgcat cctaattctt ttcttttttt
2461 gatc
//GenBank-Updates@genbank.bio.net (04/20/91)
LOCUS YSCCUP1 2010 bp ds-DNA PLN 20-APR-1991
DEFINITION Yeast (S.cerevisiae) CUP1 locus encoding copper chelatin and an
URF.
ACCESSION K02204 M64045
KEYWORDS chelatin; copper chelatin; copper metallothionein; metallothionein;
unidentified reading frame.
SOURCE Yeast (S.cerevisiae: X2180 [Proc. Natl. Acad. Sci. U.S.A. 81,
337-341 (1984)]) DNA, clones YRp7 [Proc. Natl. Acad. Sci. U.S.A.
81, 337-341 (1984)] and YEp13 [Proc. Natl. Acad. Sci. U.S.A. 81,
3332-3336 (1984)].
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1998)
AUTHORS Karin,M., Najarian,R., Haslinger,A., Valenzuela,P., Welch,J. and
Fogel,S.
TITLE Primary structure and transcription of an amplified genetic locus:
The CUP1 locus of yeast
JOURNAL Proc. Natl. Acad. Sci. U.S.A. 81, 337-341 (1984)
STANDARD full staff_review
REFERENCE 2 (bases 1075 to 2010)
AUTHORS Butt,T.R., Sternberg,E.J., Gorman,J.A., Clark,P., Hamer,D.,
Rosenberg,M. and Crooke,S.T.
TITLE Copper metallothionein of yeast, structure of the gene, and
regulation of expression
JOURNAL Proc. Natl. Acad. Sci. U.S.A. 81, 3332-3336 (1984)
STANDARD full staff_review
REFERENCE 3 (bases 1075 to 2010)
AUTHORS Butt,T.R.
JOURNAL Unpublished (1985) Smith Kline & French Labs, Philadelphia, PA
STANDARD full staff_review
REFERENCE 4 (sites)
AUTHORS Silar,P., Butler,G. and Thiele,D.J.
TITLE Heat shock transcription factor activates transcription of the
yeast metallothionein gene
JOURNAL Mol. Cell. Biol. 11, 1232-1238 (1991)
STANDARD full staff_review
COMMENT Copper resistance in yeast is controlled by the CUP1 locus, which
can be found in up to 15 tandemly iterated copies on chromosome
VIII. The basic amplified CUP1 unit contains two distinct
transcription units coding for the inducible copper binding
protein, chelatin (61 aa), and an undetermined protein found at
bases 329-1069 designated protein X (246 aa) in [Proc. Natl. Acad.
Sci. U.S.A. 81, 337-341 (1984)].
Possible TATA boxes were found at bases 202 and 216 for URF-X, and
bases 1392 and 1436 for the chelatin gene. Termination sequences
were found at bases 1244 and 1260 for URF-X, and bases 1820 and
1837 for the chelatin gene [Proc. Natl. Acad. Sci. U.S.A. 81,
337-341 (1984)]. [Proc. Natl. Acad. Sci. U.S.A. 81, 3332-3336
(1984)] identifies a potential
poly-adenylation signal starting at base 1981.
Although the yeast copper binding protein and the metallothionein
proteins both provide heavy metal binding, there are major
differences between the proteins; [Proc. Natl. Acad. Sci. U.S.A.
81, 337-341 (1984)] suggests that the proteins
are convergently related, and refers to the protein as copper
chelatin; [Proc. Natl. Acad. Sci. U.S.A. 81, 3332-3336 (1984)]
refers to it as copper metallothionein (Cu-MT).
FEATURES Location/Qualifiers
repeat_region 1..1998
/note="copper resistance repeat unit"
mRNA 248..>1069
/note="ORF-X mRNA (alt.)"
mRNA 257..>1069
/note="ORF-X mRNA (alt.)"
promoter 1289..1378
/gene="CUP1"
/citation=Mol. Cell. Biol. 11, 1232-1238 (1991)
protein_bind 1289..1307
/note="HSF-binding site"
/gene="CUP1"
/citation=Mol. Cell. Biol. 11, 1232-1238 (1991)
protein_bind 1327..1356
/note="HSF-binding site"
/gene="CUP1"
/citation=Mol. Cell. Biol. 11, 1232-1238 (1991)
mRNA 1469..>1719
/note="chelatin mRNA (alt.)"
mRNA 1475..>1719
/note="chelatin mRNA (alt.)"
mRNA 1478..>1719
/note="chelatin mRNA (alt.)"
CDS 1534..1719
/note="copper chelatin"
/codon_start=1534
BASE COUNT 713 a 327 c 313 g 657 t
ORIGIN 15 bp upstream of Fnu4HI site, chromosome VIII.
1 attcatggta cccgctgctg aaaacctatc tccgatacct gcctctattg atacgaacga
61 cattccttta attgctaacg atttaaaatt actggaaacg caagcaaaat tgataaatat
121 tctgcaaggt gttcctttct acttgccagt aaatttaacc aaaattgaaa gtctgttaga
181 aaccttgact atgggcgtga gtaatacagt agacttatat tttcatgaca acgaagtcag
241 aaaagaatgg aaagacactt taaattttat caataccatt gtttatacaa attttttcct
301 ttttgttcaa aacgaatcct ctttgtccat ggcagttcaa cattcttcta acaacaataa
361 gacctcgaac tctgaaagat gtgcaaagga tctgatgaaa attatttcta atatgcacat
421 tttttactca ataacattta attttatctt ccccataaag tcgataaagt cattttcaag
481 cggcaataat cgctttcatt ctaatggtaa agaattttta ttcgcaaatc attttattga
541 aatcttacag aattttatag caatcacatt tgctattttc caacgttgtg aagtaatatt
601 atatgacgaa ttttacaaaa atctttcaaa tgaggagatt aatgttcaat tgctattgat
661 tcatgacaag attttggaaa ttttaaaaaa aatagaaatt atcgtatcct ttttacgaga
721 tgaaatgaat agcaacggaa gtttcaaatc tattaaaggt ttcaacaagg ttttgaatct
781 gattaaatat atgctgagat ttagcaagaa aaaacaaaat tttgcgagaa actctgataa
841 caataatgtt acagattata gtcagtcggc gaagaacaaa aatgttctct tgaaattccc
901 cgttagtgaa ctgaacagaa tctatttaaa atttaaggag atttcagatt ttttaatgga
961 aagagaagtt gtccaaagga gtataattat tgacaaggat ttggaatctg ataatctggg
1021 tattactacg gcaaacttca acgatttcta tgatgcattt tataattagt aagccgatcc
1081 cattaccgac atttgggcgc tatacgtgca tatgttcatg tatgtatctg tatttaaaac
1141 acttttgtat tatttttcct catatatgtg tataggttta tacggatgat ttaattatta
1201 cttcaccacc ctttatttca ggctgatatc ttagccttgt tactagttag aaaaagacat
1261 ttttgctgtc agtcactgtc aagagattct tttgctggca tttcttctag aagcaaaaag
1321 agcgatgcgt cttttccgct gaaccgttcc agcaaaaaag actaccaacg caatatggat
1381 tgtcagaatc atataaaaga gaagcaaata actccttgtc ttgtatcaat tgcattataa
1441 tatcttcttg ttagtgcaat atcatataga agtcatcgaa atagatatta agaaaaacaa
1501 actgtacaat caatcaatca atcatcacat aaaatgttca gcgaattaat taacttccaa
1561 aatgaaggtc atgagtgcca atgccaatgt ggtagctgca aaaataatga acaatgccaa
1621 aaatcatgta gctgcccaac ggggtgtaac agcgacgaca aatgcccctg cggtaacaag
1681 tctgaagaaa ccaagaagtc atgctgctct gggaaatgaa acgaatagtc tttaatatat
1741 tcatctaact atttgctgtt tttaattttt aaaaggagaa ggaagtttaa tcgacgattc
1801 tactcagttt gagtacactt atgtattttg tttagatact ttgttaattt ataggtatac
1861 gttaataatt aagaaaagga aataaagtat ctccatatgt cgccccaaga ataaaatatt
1921 attaccaaat tctagtttgc ctaacttaca actctgtata gaatccccag atttcgaata
1981 aaaaaaaaaa aaaaagctat tcatggtacc
//GenBank-Updates@genbank.bio.net (05/04/91)
LOCUS YSCTAU2 1354 bp ds-DNA PLN 04-MAY-1991
DEFINITION Yeast (S.cerevisiae) tau repetitive element and Cys-tRNA.
ACCESSION K02653 M64789
KEYWORDS pseudogene; repetitive sequence; transfer RNA; transfer RNA-Cys.
SEGMENT 2 of 2
SOURCE Yeast (S.cerevisiae; wild-type strain M1417-1c) DNA, clone pFG26
(derivative of pFG203).
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1354)
AUTHORS Genbauffe,F.S., Chisholm,G.E. and Cooper,T.G.
TITLE Tau, Sigma, and Delta: A family of repeated elements in yeast
JOURNAL J. Biol. Chem. 259, 10518-10525 (1984)
STANDARD full staff_review
REFERENCE 2 (sites)
AUTHORS Jentsch,S.
TITLE A pseudogene for a novel ubiquitn C-terminal hydrolase of
S.cerevisiae
JOURNAL Nucleic Acids Res. 19, 1147-1147 (1991)
STANDARD full staff_review
COMMENT A 2.6 kb BgII-EcoRI fragment upstream of the DUR1,2 gene contained
a new repeated DNA element, tau. Tau is flanked by two directly
repeated sequences which themselves flank an inverted repeat. The
sequence organization of tau is very similar to that observed at
the termini of the delta and sigma repetitive elements indicating
that tau, sigma, and delta probably belong to the same family [J.
Biol. Chem. 259, 10518-10525 (1984)].
The inverted repeat is identical to those reported in transposable
elements, suggesting that tau may be capable of transposition
either alone or in association with some larger element [J. Biol.
Chem. 259, 10518-10525 (1984)].
The 5 bp insertion target sequence was different for the two
plasmids isolated by [J. Biol. Chem. 259, 10518-10525 (1984)],
'tatta' in pFG26 and 'gaatc' in pFG106.
FEATURES Location/Qualifiers
tRNA complement(173..244)
/anticodon=(pos:211..213,aa:Cys)
/note="Cys-tRNA"
CDS 248..513
/pseudo
/product="ubiquitin C-terminal hydrolase"
/codon_start=248
/citation=Nucleic Acids Res. 19, 1147-1147 (1991)
misc_feature complement(649..653)
/note="tau insertion site target sequence, 3' copy"
repeat_region complement(654..1024)
/note="tau repetitive element"
misc_feature complement(1025..1029)
/note="tau insertion site target sequence, 5' copy"
BASE COUNT 456 a 238 c 243 g 417 t
ORIGIN About 2.5 kb after segment 1; 1 bp upstream of BglII site.
1 agatctgcca attttaaaaa gggtattgcc aatacacata gtagccttat ctgcagcaag
61 ccataggact aatgtgttcg acgtcgttgg ggaaaaaaag caaagaacat gttgcctttg
121 aggagactgc agcaagaaaa aaagttcaat aaggattgca aaaaaaaaaa gaagctcgca
181 ctcaggatcg aactaaggac caacagattt gcaatctgct gcgctaccac tgcgccatac
241 gagctttcta ttacatgtgg gaagactaat atagatagta tagtcaatta tacgaagtag
301 tgccagcccc acatataaga gaacggtgga atatttgaac tgtatgcaaa gaagtttcag
361 cggggacctt tattttagaa aaagcgaata aatgtcgctc atttgtttaa acggtatttg
421 ttggactgag ggttgcttcc atacggaaat gctaacgaag aggatgtgct gaattttgct
481 atgtttggaa tgggctcctc catctgggaa tgataatcat ttttattatt gtgtgttcaa
541 atacacttac acatctgttt tttcgtggta aggaatccga gaatcacatg aggtttggga
601 tagttgctgg caatcaatga atgacatcag ataaaacgaa aggagaaata atatgttgat
661 aattagaggt taaaaattag tattaatgaa gaaataatta ctgatcttct tatactaaat
721 aagagaggta tataaaacac acgccgattg gtcatattaa tcatgaccaa tataatagtg
781 attccggtag ttactataca ttgatgtgac gactcatatt cctcatatat gtacctacca
841 taacatgttc aactaatagg tctttaacac agcttcagta ttgtctgagc ttctcgttta
901 acattccttc tgcaataggc gcaatcacac ttaaacgtat acgagttgta cattaatata
961 cgatgtaagc attgaattgt taccatagca actcatgtca ctattaatta ctctcgttcc
1021 aacataatat tattatggag taatatctat tccctttcgt ggattccaag attctcgagg
1081 tatatttcca gtatattttg tatacctgat attatagcct ttagcaacaa cgaaatcaac
1141 atttatctca aatttcacct gtttctcatt tttaagcgcc tagcccatct aatcatctta
1201 actattcatc agggaaaatt aatatacatt gtgctcttaa tgtttcgaaa aataatcaaa
1261 atcaatagaa atagcgtttt gctactaaca aagccctttg atccaaagtt ggcttctgag
1321 aacttaacat ttcagtagaa caagcctcaa gctt
//GenBank-Updates@genbank.bio.net (05/08/91)
LOCUS YSCTYDA15 487 bp ds-DNA PLN 08-MAY-1991
DEFINITION Yeast (S. cerevisiae) transposon Ty 1-15, 5' delta region.
ACCESSION X00393
KEYWORDS inverted repeat; transposon.
SOURCE Yeast (S. cerevisiae) DNA, clone pKT 40b.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 487)
AUTHORS Bowen,B.A., Fulton,A.M., Tuite,M.F., Kingsman,S.M. and
Kingsman,A.J.
TITLE Expression of Ty-lacZ fusions in Saccharomyces cerevisiae
JOURNAL Nucleic Acids Res. 12, 1627-1640 (1984)
STANDARD simple staff_review
COMMENT
EMBL features not translated to GenBank features:
key from to description
PRM 163 168 possible TATAAA box
PRM 170 176 possible TATAAA box
INVREP 1 6 inverted repeat
INVREP 307 312 inverted repeat
SITE 246 259 delta conserved sequence
SITE 271 283 delta conserved sequence
SITE 340 347 region homologous to
tRNA-MET
SITE 340 340 delta-epsilon junction
BASE COUNT 174 a 91 c 80 g 142 t
ORIGIN 243 bp upstream of XhoI site.
1 tgttggaata gaaatcaact atcatctact aactagtatt tacattacta gtatattatc
61 atatacggct ggcttagaag atgacgcaaa tgatgagaaa tagtcatcta aattagtgga
121 agctgaaacg caaggattga taatgtaata ggatcaatga aatataaaca tataaaacgg
181 aatgaataat cgtaatatta gtatgtagaa atatagattc cattttgagg attcctatat
241 ccctcgagga gaacttctag tatattctgt atacctaata ttatagcctt tatcaacaat
301 ggaatcccaa caattatctc aacattcacc catttctcat ggtagcgcct gtgcttcggt
361 tacttctaag gaagtccaca caaatcaaga tccgttagac gtttcagctt ccaaaacaga
421 agaatgtgag aaggcttcca ctaaggctaa ctctcaacag acaacaacac ctgcttcatc
481 agctgtt
//GenBank-Updates@genbank.bio.net (05/10/91)
LOCUS YSCTCP1 2398 bp ds-DNA PLN 10-MAY-1991
DEFINITION Yeast (S.cerevisiae) T complex protein 1 (Tcp-1) gene, complete
cds.
ACCESSION M21160
KEYWORDS T complex protein.
SOURCE Yeast (S.cerevisiae, strain S288C) DNA, clone Y22.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2398)
AUTHORS Ursic,D.
JOURNAL Unpublished (1988) Univ. of Wisconsin, Madison WI 53706
STANDARD full staff_entry
REFERENCE 2 (sites)
AUTHORS Ursic,D. and Ganetzky,B.
TITLE A Drosophila melanogaster gene encodes a protein homologous to the
mouse T complex polypeptide 1
JOURNAL Gene 68, 267-274 (1988)
STANDARD full staff_review
REFERENCE 3 (sites)
AUTHORS Ursic,D. and Culbertson,M.R.
TITLE The yeast homolog to mouse Tcp-1 affects microtubule-mediated
processes
JOURNAL Mol. Cell. Biol. 11, 2629-2640 (1991)
STANDARD full staff_review
COMMENT
[Gene 68, 267-274 (1988)] sites; comparison with Drosophila
sequence.
Draft entry and computer-readable sequence for [Gene 68, 267-274
(1988)],[Unpublished (1988) Univ. of Wisconsin, Madison WI 53706]
kindly
provided by D.Ursic, 30-NOV-1988.
FEATURES Location/Qualifiers
TATA_signal 113..122
/note="potential"
/gene="TCP1"
/citation=Mol. Cell. Biol. 11, 2629-2640 (1991)
TATA_signal 166..171
/note="potential"
/gene="TCP1"
/citation=Mol. Cell. Biol. 11, 2629-2640 (1991)
CDS 364..2043
/note="T complex protein (put.)"
/codon_start=364
polyA_signal 2364..2369
/gene="TCP1"
/citation=Mol. Cell. Biol. 11, 2629-2640 (1991)
BASE COUNT 746 a 399 c 519 g 734 t
ORIGIN 598 bp upstream of PvuII site.
1 tccacgcagt accctgcata atcatgtatt accataaaaa ggctttaata tgagaaaaag
61 gtgagcgcta tatagattta gtaatttaca tgttacagaa gcaaaaagca aatatatata
121 tattttttat catattagtt tttatcctca gtagtactac tgaaataata atctcagatt
181 tttttttttc acttgccgag ggaccttgtc ctaagtggca aagaactgaa aaaaaaaaaa
241 attgaaatgc ggtggtatca catgaagagt aaataactta agcaaaagag aggccactga
301 gagagtacaa gaaagggaca ataacaatag acagaagact tttatatttg taataactta
361 gcgatgtccc aattattcaa taactcgcgc tcagataccc ttttcctagg aggtgaaaaa
421 ataagtggtg atgatattcg taatcagaat gttttggcta ctatggctgt ggctaacgtc
481 gtcaagtcat ctttaggccc cgttggactg gacaaaatgc ttgttgatga cattggtgat
541 tttaccgtca ccaacgatgg tgccactatt ttgtctttgt tagatgttca acatccagct
601 ggaaaaattt tagtagaatt ggctcaacaa caggacagag aaattggtga cggtactact
661 agtgttgtta ttattgcttc tgagttgttg aaaagagcta atgaattagt caaaaataag
721 attcatccaa ctaccatcat aactggtttc agggttgcat taagagaggc tattcgtttt
781 ataaatgaag ttctttccac aagtgttgac actttaggga aagagacgtt aattaatata
841 gccaagacta gtatgtcctc taagatcatt ggtgctgact ctgatttttt cagcaatatg
901 gttgtagatg ctcttttggc tgttaagacg caaaattcca aaggagaaat caagtatccc
961 gtaaaggctg tcaatgtgtt gaaagctcat ggtaaatctg ccactgaatc actgttggtg
1021 ccaggttatg ctttgaattg tacagttgct tctcaagcaa tgcctaaacg tatcgccggt
1081 ggcaatgtga aaatcgcatg tttggatttg aacttgcaga aagctcgtat ggcaatgggt
1141 gttcaaatca acattgatga tccggaacaa ttggagcaaa tccgtaaacg tgaagctggt
1201 attgttttgg aaagagtgaa gaagatcatt gatgctggtg ctcaagttgt gttaaccacc
1261 aaaggtattg atgatttatg cttaaaggag ttcgttgaag ctaagataat gggtgtaaga
1321 cgctgtaaga aggaagattt gagaagaatt gcacgcgcta caggcgccac tttggttagt
1381 tctatgtcta acttagaagg tgaggaaact ttcgaaagca gttatttagg tctttgtgat
1441 gaagtagttc aagccaaatt ttctgatgat gagtgtatct taattaaggg tacttctaaa
1501 cattcatctt cttcgatcat tttaagaggt gccaacgatt attctttaga tgagatggaa
1561 cgttctttgc acgattctct ttctgttgtc aaaagaacgc ttgaaagtgg aaatgttgtc
1621 cccggtggag gttgcgttga agccgcattg aatatctatt tggacaattt tgccaccaca
1681 gttggttctc gtgaacagtt agctattgct gagtttgcag ctgcattatt aatcattcca
1741 aaaactttag ctgttaacgc tgccaaggat tctagtgaat tagttgcaaa attaaggtcc
1801 taccatgccg ctagtcaaat ggccaagcca gaggacgtta agaggagaag ctacagaaat
1861 tacggcctag atttgattag aggtaaaatt gtggacgaga ttcacgctgg tgttcttgag
1921 ccaaccataa gcaaagtcaa atccttgaaa ctagcattgg aggcttgtgt agcaattcta
1981 agaattgata caatgattac agtggatcca gaaccaccca aagaagatcc gcacgatcat
2041 tgattctttg cgtaatccga acgagattct gtatctgcat gtaaactaat aaacctatat
2101 aaaatttaat tatatttttt tcagctagtt ctatttttga atttgatcgc taactctggg
2161 cagttgataa gcgcttccca gcttttcacg tgcgaggtgg actaatacgt aataacgcgt
2221 acctattagg acttcgttga gttgtttttc ttgtccaaat gcagaagcgg gtccctacaa
2281 actattgtgt ttgttcgtaa acgagcagga accctgttaa aggaaaaaag cttaacgcta
2341 gcgttacatt ttagtaaggc ggcaataaaa aagaatgcgg agtgtattcc atgaattc
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSQAOXG5 350 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (Pichia pastoris) alcohol oxidase gene 5' end
ACCESSION X02646
KEYWORDS alcohol oxidase; oxidase.
SOURCE Pichia pastoris DNA.
ORGANISM Pichia pastoris
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 350)
AUTHORS Ellis,S.B., Brust,P.F., Koutz,P.J., Waters,A.F., Harpold,M.M. and
Gingeras,T.R.
TITLE Isolation of Alcohol Oxidase and Two Other Methanol Regulatable
Genes from the Yeast Pichia pastoris
JOURNAL Mol. Cell. Biol. 5, 1111-1121 (1985)
STANDARD full automatic
COMMENT SWISS-PROT; P04842; ALOX$PICPA.
From EMBL 26 entry PPAOXG5; dated 02-JUL-1986.
FEATURES Location/Qualifiers
misc_feature 133..133
/note="minor transcription initiation site"
misc_feature 136..136
/note="major transcription initiation site"
promoter 139..146
/note="pot. TATA box"
misc_feature 139..139
/note="minor transcription initiation site"
CDS 250..>350
/note="alcohol oxidase (aa 1-33) (350 is 2nd base in
codon)"
/codon_start=250
BASE COUNT 105 a 70 c 64 g 111 t
ORIGIN
1 atgcttccaa gattctggtg ggaatactgc tgatagccta acgttcatga tcaaaattta
61 actgttctaa cccctacttg acaggcaata tataaacaga aggaagctgc cctgtcttaa
121 accttttttt ttatcatcat tattagctta ctttcataat tgcgactggt tccaattgac
181 aagcttttga ttttaacgac ttttaacgac aacttgagaa gatcaaaaaa caactaatta
241 ttcgaaacga tggctatccc cgaagagttt gatatcctag ttctaggtgg tggatccagt
301 ggatcctgta ttgccggaag attggcaaac ttggaccact ccttgaaagt
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSGACTI 1846 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S. carlbergensis) actin gene.
ACCESSION V01290
KEYWORDS actin.
SOURCE Saccharomyces carlsbergensis DNA.
ORGANISM Saccharomyces carlsbergensis
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1846)
AUTHORS Nellen,W., Donath,C., Moos,M. and Gallwitz,D.
TITLE The nucleotide sequences of the actin genes from Saccharomyces
carlsbergensis and Saccharomyces cerevisiae are identical except
for their introns
JOURNAL J. Mol. Appl. Genet. 1, 239-244 (1981)
STANDARD full automatic
COMMENT SWISS-PROT; P02579; ACT$YEAST.
Genetic markers: a ade1 trpl-56 cyh-r
From EMBL 26 entry SCACTI; dated 06-JUL-1989.
FEATURES Location/Qualifiers
CDS 226..235
/note="actin (first part) (235 is 1st base in codon)"
/codon_start=226
intron 236..543
/note="intron"
CDS 544..1657
/note="actin (second part) (544 is 2nd base in codon)"
/codon_start=544
BASE COUNT 496 a 397 c 324 g 629 t
ORIGIN
1 tcccaatctc tcttgtttaa tatatattca tttatatcac gctctctttt tatcttcctt
61 tttttcctct ctcttgtatt cttccttccc ctttctactc aaaccaagaa gaaaaagaaa
121 aggtcaatct ttgttaaaga ataggatctt ctactacatc agcttttaga tttttcacgc
181 ttactgcttt tttcttccca agatcgaaaa tttactgaat taacaatgga ttctggtatg
241 ttctagcgct tgcaccatcc catttaactg taagaagaat tgcacggtcc caattgctcg
301 agagatttct cttttacctt tttttactat ttttcactct cccataacct cctatattga
361 ctgatctgta ataaccacga tattattgga ataaataggg gcttgatatt tggaaaaaaa
421 aaaaaattga aatattttcg tgataagtga tagtgatatt cttcttttat ttgctactgt
481 tactaagtct catgtactaa catcgattgc ttcattcttt ttgttgctat attatatgtt
541 tagaggttgc tgctttggtt attgataacg gttctggtat gtgtaaagcc ggttttgccg
601 gtgacgacgc tcctcgtgct gtcttcccat ctatcgtcgg tagaccaaga caccaaggta
661 tcatggtcgg tatgggtcaa aaagactcct acgttggtga tgaagctcaa tccaagagag
721 gtatcttgac tttacgttac ccaattgaac acggtattgt caccaactgg gacgatatgg
781 aaaagatctg gcatcatacc ttctacaacg aattgagagt tgccccagaa gaacaccctg
841 ttcttttgac tgaagctcca atgaacccta aatcaaacag agaaaagatg actcaaatta
901 tgtttgaaac tttcaacgtt ccagccttct acgtttccat ccaagccgtt ttgtccttgt
961 actcttccgg tagaactact ggtattgttt tggattccgg tgatggtgtt actcacgtcg
1021 ttccaattta cgctggtttc tctctacctc acgccatttt gagaatcgat ttggccggta
1081 gagatttgac tgactacttg atgaagatct tgagtgaacg tggttactct ttctccacca
1141 ctgctgaaag agaaattgtc cgtgacatca aggaaaaact atgttacgtc gccttggact
1201 tcgaacaaga aatgcaaacc gctgctcaat cttcttcaat tgaaaaatcc tacgaacttc
1261 cagatggtca agtcatcact attggtaacg aaagattcag agccccagaa gctttgttcc
1321 atccttctgt tttgggtttg gaatctgccg gtattgacca aactacttac aactccatca
1381 tgaagtgtga tgtcgatgtc cgtaaggaat tatacggtaa catcgttatg tccggtggta
1441 ccaccatgtt cccaggtatt gccgaaagaa tgcaaaagga aatcaccgct ttggctccat
1501 cttccatgaa ggtcaagatc attgctcctc cagaaagaaa gtactccgtc tggattggtg
1561 gttctatctt ggcttctttg actaccttcc aacaaatgtg gatctcaaaa caagaatacg
1621 acgaaagtgg tccatctatc gttcaccaca agtgtttcta atctctgctt ttgtgcgcgt
1681 atgtttatgt atgtacctct ctctctattt ctatttttaa accaccctct caataaaata
1741 aaaataataa agtattttta aggaaaagac gtgtttaagc actgacttta tctacttttt
1801 gtacgttttc attgatataa tgtgttttgt ctctcccttc tctacg
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCADHJ 2116 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S. cerevisiae) gene for alcohol dehydrogenase (isozyme I).
ACCESSION V01292
KEYWORDS dehydrogenase.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2116)
AUTHORS Bennetzen,J.L. and Hall,B.D.
TITLE The primary structure of the Saccharomyces cerevisiae gene for
alcohol dehydrogenase
JOURNAL J. Biol. Chem. 257, 3018-3025 (1982)
STANDARD full automatic
COMMENT SWISS-PROT; P00330; ADH1$YEAST.
From EMBL 26 entry SCADHI; dated 03-NOV-1982.
FEATURES Location/Qualifiers
CDS 751..1794
/note="reading frame ADH"
/codon_start=751
BASE COUNT 554 a 477 c 439 g 646 t
ORIGIN
1 cgattttttt ctaaaccgtg gaatatttcg gatatccttt tgttgtttcc gggtgtacaa
61 tatggacttc ctcttttctg gcaaccaaac ccatacatcg ggattcctat aataccttcg
121 ttggtctccc taacatgtag gtggcggagg ggagatatac aatagaacag ataccagaca
181 agacataatg ggctaaacaa gactacacca attacactgc ctcattgatg gtggtacata
241 acgaactaat actgtagccc tagacttgat agccatcatc atatcgaagt ttcactaccc
301 tttttccatt tgccatctat tgaagtaata ataggcgcat gcaacttctt ttcttttttt
361 ttcttttctc tctcccccgt tgttgtctca ccatatccgc aatgacaaaa aaaatgatgg
421 aagacactaa aggaaaaaat taacgacaaa gacagcacca acagatgtcg ttgttccaga
481 gctgatgagg ggtatcttcg aacacacgaa actttttcct tccttcattc acgcacacta
541 ctctctaatg agcaacggta tacggccttc cttccagtta cttgaatttg aaataaaaaa
601 agtttgccgc tttgctatca agtataaata gacctgcaat tattaatctt ttgtttcctc
661 gtcattgttc tcgttccctt tcttccttgt ttctttttct gcacaatatt tcaagctata
721 ccaagcatac aatcaactat ctcatataca atgtctatcc cagaaactca aaaaggtgtt
781 atcttctacg aatcccacgg taaattggaa cacaaggata ttccagttcc aaagccaaag
841 gccaacgaat tgttgatcaa cgttaagtac tctggtgtct gtcacactga cttgcacgct
901 tggcacggtg actggccatt gccagttaag ctaccattag tcggtggtca cgaaggtgcc
961 ggtgtcgttg tcggcatggg tgaaaacgtt aagggctgga agatcggtga ctacgccggt
1021 atcaaatggt tgaacggttc ttgtatggcc tgtgaatact gtgaattggg taacgaatcc
1081 aactgtcctc acgctgactt gtctggttac acccacgacg gttctttcca acaatacgct
1141 accgctgacg ctgttcaagc cgctcacatt cctcaaggta ccgacttggc ccaagtcgcc
1201 cccatcttgt gtgctggtat caccgtctac aaggctttga agtctgctaa cttgatggcc
1261 ggtcattggg ttgccatttc cggtgctgcc ggtggtctag gttctttggc tgttcaatac
1321 gccaaggcta tgggttacag agtcttgggt attgacggtg gtgaaggtaa ggaagaatta
1381 ttcagatcca tcggtggtga agtcttcatt gacttcacta aggaaaagga cattgtcggt
1441 gctgttctaa aggccactga cggtggtgct cacggtgtca tcaacgtttc cgtttccgaa
1501 gccgctattg aagcttctac cagatacgtt agagctaacg gtaccaccgt tttggtcggt
1561 atgccagctg gtgccaagtg ttgttctgat gtcttcaacc aagtcgtcaa gtccatctct
1621 attgttggtt cttacgtcgg taacagagcc gacaccagag aagctttgga cttcttcgcc
1681 agaggtttgg tcaagtctcc aatcaaggtt gtcggcttgt ctaccttgcc agaaatttac
1741 gaaaagatgg aaaagggtca aatcgttggt agatacgttg ttgacacttc taaataagcg
1801 aatttcttat gatttatgat ttttattatt aaataagtta taaaaaaaat aagtgtatac
1861 aaattttaaa gtgactctta ggttttaaaa cgaaaattct tgttcttgag taactctttc
1921 ctgtaggtca ggttgctttc tcaggtatag catgaggtcg ctcttattga ccacacctct
1981 accggcatgc cgagcaaatg cctgcaaatc gctccccatt tcacccaatt gtagatatgc
2041 taactccagc aatgagttga tgaatctcgg tgtgtatttt atgtcctcag aggacaatac
2101 ctgttgtaat ccgtcc
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCH2A3 714 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S. cerevisiae) gene for histone H2A1.
ACCESSION V01304
KEYWORDS histone.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 714)
AUTHORS Choe,J., Kolodrubetz,D. and Grunstein,M.
TITLE The two yeast histone H2A genes encode similar protein subtypes
JOURNAL Proc. Natl. Acad. Sci. U.S.A. 79, 1484-1487 (1982)
STANDARD full automatic
COMMENT SWISS-PROT; P04911; H2A1$YEAST.
From EMBL 26 entry SCH2A1; dated 06-JUL-1989.
FEATURES Location/Qualifiers
CDS 261..656
/note="reading frame histone H2A1"
/codon_start=261
BASE COUNT 221 a 142 c 135 g 216 t
ORIGIN
1 tttcaaaatc ttttctcacc cccttccccg ttcacgaagc cagccagtgg atcgtaaata
61 ctagcaataa gtcttgacct aaaaaatata taaataagac tcctaatcag cttgtagatt
121 ttctggtctt gttgaaccat catctattta cttccaatct gtacttctct tcttgatact
181 acatcatcat acggatttgg ttatttctca gtgaataaac aacttcaaaa caaacaaatt
241 tcatacatat aaaatataaa atgtccggtg gtaaaggtgg taaagctggt tcagctgcta
301 aagcttctca atctagatct gctaaggctg gtttgacatt cccagtcggt agagtgcaca
361 gattgctaag aagaggtaac tacgcccaaa gaattggttc tggtgctcca gtctacttga
421 ctgctgtctt ggaatatttg gccgctgaaa ttttagaatt agctggtaat gctgctaggg
481 ataacaagaa gaccagaatt attccaagac atttgcaatt ggctatcaga aatgatgacg
541 aattgaacaa gctattgggt aacgttacca ttgcccaagg tggtgttttg ccaaacatcc
601 atcaaaactt gttgccaaag aagtctgcca aggctaccaa ggcttctcaa gaattataag
661 atcggttctg gtattttaaa gaaggcggaa ggaattaaat tgcttctcca ttgt
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCH2A4 842 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S. cerevisiae) gene for histone H2A2.
ACCESSION V01305
KEYWORDS histone.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 842)
AUTHORS Choe,J., Kolodrubetz,D. and Grunstein,M.
TITLE The two yeast histone H2A genes encode similar protein subtypes
JOURNAL Proc. Natl. Acad. Sci. U.S.A. 79, 1484-1487 (1982)
STANDARD full automatic
COMMENT SWISS-PROT; P04912; H2A2$YEAST.
From EMBL 26 entry SCH2A2; dated 06-JUL-1989.
FEATURES Location/Qualifiers
CDS 261..656
/note="reading frame histone H2A2"
/codon_start=261
BASE COUNT 281 a 133 c 161 g 267 t
ORIGIN
1 actaccattt tcgttacgta tacttaggcc agagattaca acatgactac taatatcaaa
61 cataactcta tatataaggg atgaagatgt atgctttctt agaatttcaa acatattccg
121 ttaaagtttt acttttcgat ttcaatttcg actgcatgat gcttttctta ggtagttttt
181 tgttattaaa tagtatcata aattcttgcc ttttacataa gaattaggaa agtacagaac
241 aagagcaaat ttaatatata atgtccggtg gtaaaggtgg taaagctggt tcagctgcta
301 aagcttctca atctagatct gctaaagctg gtttaacatt cccagttggt agagtgcaca
361 gattgctaag aagaggtaac tacgcccaga gaattggttc tggtgctcca gtctatctga
421 ctgctgtctt agaatatttg gctgctgaaa ttttagaatt ggctggtaat gctgctagag
481 ataacaaaaa aaccagaatt attccaagac atttacaatt ggccatcaga aatgatgatg
541 aattgaacaa gctattgggt aatgttacca tcgcccaagg tggtgttttg ccaaacattc
601 accaaaactt gttgccaaag aagtctgcca agactgccaa agcttctcaa gaactgtaag
661 aactgagttg aaaagaaaca aagcgggtca aacattcttg tcatttgggg ttttaaagta
721 ggtcatatga ggaagactgg tatgtctttt atctaacagt tttataaata gcgtcgtttt
781 attaaagaca gtgtatagta ttactattaa taaagaaaat aaaaaacgta tcaagtttac
841 gg
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCHIS7 296 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (s.cerevisiae) imidazoleglycerolphosphate dehydratase (his3)
gene, 5' end
ACCESSION J01330
KEYWORDS dehydratase; imidazoleglycerolphosphate dehydratase; promoter.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 296)
AUTHORS Struhl,K. and Davis,R.W.
TITLE Promoter mutants of the yeast his3 gene
JOURNAL J. Mol. Biol. 152, 553-568 (1981)
STANDARD full automatic
COMMENT The peptide cds begins at base 200. mutant sequences are included
in [1].
From EMBL 26 entry SCHIS3; dated 13-JUN-1985.
BASE COUNT 100 a 49 c 55 g 92 t
ORIGIN
1 ggtacactct atattttttt atgcctcggt aatgattttc attttttttt ttcccctagc
61 ggatgactct ttttttttct tagcgattgg cattatcaca taatgaatta tacattatat
121 aaagtaatgt gatttcttcg aagaatatac taaaaaatga gcaggcaaga taaacgaagg
181 caagataaac gaaggcaaag atgacagagc agaaagccct agtaaagcgt attacaaatg
241 aaaccaagat tcagattgcg atctctttaa agggtggtcc cctagcgata gagcac
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCHIS4A 4751 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S. cerevisiae) gene HIS4 (histidine metabolism) encoding a
polyfunctional protein which can be divided into 3 domains: HIS4 A
(phosphoribosyl-AMP cyclohydrolase); HIS4 B (phosphoribosyl-ATP
pyrophosphohydrolase); HIS4 C (histidinol dehydrogena
ACCESSION V01310
KEYWORDS dehydrogenase; hydrolase.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 4751)
AUTHORS Donahue,T.F., Farabaugh,P.J. and Fink,G.R.
TITLE The nucleotide sequence of the HIS4 region of yeast
JOURNAL Gene 18, 47-59 (1982)
STANDARD full automatic
COMMENT SWISS-PROT; P00815; HIS2$YEAST.
From EMBL 26 entry SCHIS4A; dated 06-JUL-1989.
FEATURES Location/Qualifiers
promoter 1230..1233
/note="possible promoter"
mRNA 1269..3846
/note="messenger RNA"
CDS 1332..3728
/note="HIS4 protein"
/codon_start=1332
BASE COUNT 1563 a 907 c 1034 g 1247 t
ORIGIN
1 ctcgagaaga acgacaatgg aaccgctatc aatacccaaa aaacagatct attgtgaggc
61 tcactaacca gttctctccc atggatgatc ctaaatcccc cacacccatg agaagtttcc
121 ggatcacgag tcggcacagc ggtaatcaac agtcgatgga ccaggaggca tcggatcacc
181 atcaacagca agaatttggt tacgataaca gagaagacag aatggaggtc gactctatcc
241 tgtcatcaga cagaaaggct aatcagaaca ccaccagcga ttggaaaccg gacaatggcc
301 acatgaatga cctcaatagc agcgaagtta caattgaatt acgagaagcc caattgacca
361 tcgaaaagct acaaaggaaa caactacact acaaaaggct actcgatgac caaagaatgg
421 ttctcgaaga agtcgaaccg acttttgata ggtatgaagc cacaatacaa gaaagagaga
481 aagagataga ccatctcaag caacaattgg agctcgaacg cagacagcaa gccaaacaaa
541 agcagttttt tgcgctgaga tgacagcttc ttgctgtcgt aagccaacta cacgaagaga
601 tcaaagaaaa cgaagagaga aatctttctc ataatcaacc cactggtgcc aacgaagatg
661 tcgaactcct gaaaaaacag ctggaacaat tacgcaacat agaagaccaa tttgagttac
721 acaagacaaa gtgggctaaa gaacgcgaac aattgaaaat gcataacgat tcgctcagta
781 aagaatacca aaatttgagc aaggaactat ttttgacaaa accacaagat tcctcatcgg
841 aagaggtggc atccttaacg aaaaaacttg aagaggctaa tgaaaaaatc aaacagttgg
901 aacaggctca agcacaaaca gccgtggaat cgttgccaat tttcgacccc cctgcaccag
961 tcgataccac ggcaggaaga caacagtggt gtgagcattg cgatacgatg ggtcataata
1021 cgcagaatgc ccccatcaca atcctgacaa ccagcagttc ttctaggcag tcgaactgac
1081 tctaatagtg actccggtaa attagttaat taattgctaa accgatgcac agtgactcac
1141 gtttttttat cagtcattcg atatagaagg taagaaaagg atatgactat gaacagtagt
1201 atactgtgta tataatagat atggaacgtt atattcacct ccgatgtgtg ttgtacatac
1261 ataaaaatat catagcacaa ctgcgctgtg taatagtaat acaatagttt acaaaatttt
1321 ttttctgaat aatggttttg ccgattctac cgttaattga tgatctggcc tcatggaata
1381 gtaagaagga atacgtttca cttgttggtc aggtactttt ggatggctcg agcctgagta
1441 atgaagagat tctccagttc tccaaagagg aagaagttcc attggtgcgt ttgtccttgc
1501 caagtggtaa attcagcgat gatgaaatca ttgccttctt gaacaacgga gtttcttctc
1561 tgttcattgc tagccaagat gctaaaacag ccgaacactt ggttgaacaa ttgaatgtac
1621 caaaggagcg tgttgttgtg gaagagaacg gtgttttctc caatcaattc atggtaaaac
1681 aaaaattctc gcaagataaa attgtgtcca taaagaaatt aagcaaggat atgttgacca
1741 aagaagtgct tggtgaagta cgtacagacc gtcctgacgg tttatatacc accctagttg
1801 tcgaccaata tgagcgttgt ctagggttgg tgtattcttc gaagaaatct atagcaaagg
1861 ccatcgattt gggtcgtggc gtttattatt ctcgttctag gaatgaaatc tggatcaagg
1921 gtgaaacttc tggcaatggc caaaagcttt tacaaatctc tactgactgt gattcggatg
1981 ccttaaagtt tatcgttgaa caagaaaacg ttggattttg ccacttggag accatgtctt
2041 gctttggtga attcaagcat ggtttggtgg ggctagaatc tttactaaaa caaaggctac
2101 aggacgctcc agaggaatct tatactagaa gactattcaa cgactctgca ttgttagatg
2161 ccaagatcaa ggaagaagct gaagaactga ctgaggcaaa gggtaagaag gagctttctt
2221 gggaggctgc cgatttgttc tactttgcac tggccaaatt agtggccaac gatgtttcat
2281 tgaaggacgt cgagaataat ctgaatatga agcatctgaa ggttacaaga cggaaaggtg
2341 atgctaagcc aaagtttgtt ggacaaccaa aggctgaaga agaaaaactg accggtccaa
2401 ttcacttgga cgtggtgaag gcttccgaca aagttggtgt gcagaaggct ttgagcagac
2461 caatccaaaa gacttctgaa attatgtatt tagtcaatcc gatcatcgaa aatgttagag
2521 acaaaggtaa ctctgttttt ttggagtaca cagaaaagtt tgatggtgta aaattatcca
2581 atcctgttct taatgctcca ttcccagaag aatactttga aggtttaacc gaggaaatga
2641 aggaagcttt gaacctttca attgaaaacg tccgcaaatt ccatgctgct caattgccaa
2701 cagagactct tgaagttgaa acccaacctg gtgtcttgtg ttccagattc cctcgtccta
2761 ttgaaaaagt tggtttgtat atccctggtg gcactgccat tttaccaagt actgcattaa
2821 tgcttggtgt tccagcacaa gttgcccaat gtaaggagat tgtgtttgca tctccaccaa
2881 gaaaatctga tggtaaagtt tcacccgaag ttgtttatgt cgcagaaaaa gttggcgctt
2941 ccaagattgt tctagctggt ggtgcccaag ccgttgctgc tatggcttac gggacagaaa
3001 ctattcctaa agtggataag atcttgggtc caggtaatca atttgtgact gccgccaaaa
3061 tgtatgttca aaatgacact caagctctat gttccattga tatgccagct ggcccaagtg
3121 aagttttggt tattgccgat gaagatgccg atgtggattt tgttgcaagt gatttgctat
3181 cgcaagctga acacggtatt gactcccaag ttatccttgt tggtgttaac ttgagcgaaa
3241 agaaaattca agagattcaa gatgctgttc acaatcaagc tttacaactg ccacgtgtgg
3301 atattgttcg taaatgtatt gctcacagta cgatcgttct ttgtgacggt tacgaagaag
3361 cccttgaaat gtccaaccaa tatgcaccag aacatttgat tctacaaatc gccaatgcta
3421 acgattatgt taaattggtt gacaatgcag ggtccgtatt tgtgggtgct tacactccag
3481 aatcgtgcgg tgactattca agtggtacta accatacatt accaacctat ggttacgcta
3541 ggcagtacag tggtgccaac actgcaacct tccaaaagtt tatcactgcc caaaacatta
3601 cccctgaagg tttagaaaac atcggtagag ctgttatgtg cgttgccaag aaggagggtc
3661 tagacggtca cagaaacgct gtgaaaatca gaatgagtaa gcttgggttg ttcccaaagg
3721 atttccagta gattatttct aacttggaaa ccgaacacta acgaaaataa ttgtatatat
3781 acatatatat atcaaacaaa atacagtctt gaatgaatag agatacacta tgtaatgaat
3841 ggtaacgtaa aaattgtaat tttggattaa aagagaggta gtagcaagag tgggtatcaa
3901 atagcgatta ataaatgaat atccttattg tcatcacttc gaacgacgta agttaaattg
3961 gaaaattttt cactttttgg tcacctaaga aataagcagg aaaaagaaga gaacattgag
4021 aggatggtaa agcaagaggc atttagggcg aacgaactag gtaacagata acaacctcag
4081 atagagtgtt acgggatggg tattgaagac attagcgcca tgaagaacgg gtttatagtg
4141 gtgccgttca aattaccgga tcacaaggca ctacccaaaa gccaggaagc ttcgttgcat
4201 ttcatgtttg ctaaaagaca ccagagttca aattccaacg agtctgactg tttgtttttg
4261 gtcaaccctc cattattatc taacatagaa cgcatgaaga aatttgtcgg gcagctctgt
4321 gggaaatacg atacagtatc gcatgtagag gaactactat ataacgatga atttggatta
4381 catgaagtag atttatcggc attgacctcc gatctgatgt cctccactga ggtcaacgag
4441 aagagataca caccaagaaa cacggcgcta ttaaaatttg ttgatgctgc aagtataaat
4501 aactgctgga atgctttgaa aaaatactcg aatttgcatg ccaaacatcc aaatgaacta
4561 tttgaatgga catatacgac tccatcattc acaacttttg ttaacttcta caaaccactg
4621 gatattgatt atttgaaaga agatattcat acacatatgg caatttttga acagcgtgaa
4681 gctcaagcac aagaggatgt tcaaagttct atagtggatg aggatggatt cacattagtt
4741 gtaggaaaga a
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCTRNK1 691 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S.cerevisiae) Lys-tRNA-1 gene and flanking regions
ACCESSION Z00043
KEYWORDS transfer RNA; transfer RNA-Lys.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 691)
AUTHORS Nelboeck,P., Stucka,R. and Feldmann,H.
TITLE Different patterns of transposable elements in the vicinity of tRNA
genes in yeast: a possible clue to transcriptional modulation
JOURNAL Hoppe-Seyler's Z. Physiol. Chem. 366, 1041-1051 (1985)
STANDARD full automatic
REFERENCE 2 (bases 1 to 691)
AUTHORS Zachau,H.G.
JOURNAL Unpublished (1986)
STANDARD full automatic
COMMENT From EMBL 26 entry SCTRNK1; dated 18-NOV-1986.
FEATURES Location/Qualifiers
misc_feature 9..333
/note="Delta element"
tRNA 448..520
/note="tRNA-lys-1 gene"
BASE COUNT 237 a 104 c 114 g 236 t
ORIGIN
1 aatgaatttg ttggaataaa aatccactat cgtctatcaa ctaatagtta tattatcaat
61 atattatcat atacggtgtt atgatgatga cataagttat gagaagctgt catcgaagtt
121 agggaagctg aaaggcaggg atgataatgt aataatgaaa catataaacc ggaatgaggt
181 attcgtaata tctgtatgta gaaatataga tttcattttg aggattctct agatcctcga
241 ggagaacttc tagtatattc tgtataccta atattatagc ctttatcaaa caatggaatc
301 ccaacaatta tctcgaaatt cacccatctc tcagaattat tcacccaaat ctcagaagac
361 taaaaaagaa agaaatgtgg ataatcgagt ctatagattc ttaattacat attaaacctg
421 agaggtcaga tttccaataa cagaatagcc ttgttggcgc aatcggtagc gcgtatgact
481 cttaatcata aggttagggg ttcgagcccc ctacagggct ttcttttttt ttttaaaaca
541 cgatgacata aatttccttt gtatgaaccg tacccttaat aataaaagga aaaatcatgc
601 tttaggtata agattttctg ttatattaaa atttagtatt tatttttatt atgctattat
661 ttttttcggt ctcaaatgtt acttagtgat c
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCTRNM3 809 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S.cerevisiae) Met-tRNA-3 gene and flanking regions.
ACCESSION Z00037 V01332
KEYWORDS transfer RNA; transfer RNA-Met.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 245)
AUTHORS Olah,J. and Feldmann,H.
TITLE Structure of a yeast non-initiating methionine-tRNA gene
JOURNAL Nucleic Acids Res. 8, 1975-1986 (1980)
STANDARD full automatic
REFERENCE 2 (bases 1 to 809)
AUTHORS Nelboeck,P., Stucka,R. and Feldmann,H.
TITLE Different patterns of transposable elements in the vicinity of tRNA
genes in yeast: a possible clue to transcriptional modulation
JOURNAL Hoppe-Seyler's Z. Physiol. Chem. 366, 1041-1051 (1985)
STANDARD full automatic
REFERENCE 3 (bases 1 to 809)
AUTHORS Zachau,H.G.
JOURNAL Unpublished (1986)
STANDARD full automatic
COMMENT From EMBL 26 entry SCTRNM3; dated 18-NOV-1986.
FEATURES Location/Qualifiers
misc_feature 330..550
/note="delta element (truncated)"
tRNA 663..735
/note="tRNA-met-3 gene"
BASE COUNT 230 a 167 c 145 g 267 t
ORIGIN
1 ggccgagatt acttcctagc cgtatcaagc cttccttcca atgaatagcc caaaccgtga
61 atgccacatc aagcgtgctg gccttaggag gtgtactgtt tcacaggctt gcgttctatc
121 gccagtacgg cactcaatga ggaaggattt ccacctgatg tcattgaagc agcgcttgct
181 catgtagaca aaaatgaggt gcgtcgcgct tataaccgca gtgattatct tgagcaacgt
241 cgtccgatga tgcaatggtg ggctgatcct acgccaaatc ttagctcctt tatatttaat
301 attgaaaaac atatgaattt taggttgaac tcctcaaaat gtaattgata tttctacata
361 atagtattac gattattctt cactctgttt tatatgtgtc attatgttat tacattatca
421 atccttgcat ttcagctgct ctacttccat gacagttctc ataccttatg tcatcgtcta
481 acaccgtaca tgataacata ctggtatgta actactagtt gatagatgat agttcatttt
541 cattccaaca aatgtcgtta gagagatctt cgtctataaa tttagttgct gataaattat
601 tctccattgt ttcttttatt gaatattaaa gcatttaatg ctagaatcct ccataacaga
661 tagcttcagt agctcagtag gaagagcgtc agtctcataa tctgaaggtc gagagttcta
721 acctctcctg gagcacattt ttttcaaaac tttttatcac tgctagtaaa ggtaatgaat
781 gaggacgtta ctgtagtaca accacacat
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSCTRNQS2 1704 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S.cerevisiae) Gln-tRNA gene and Ser-tRNA-2 gene with
flanking regions.
ACCESSION Z00038
KEYWORDS transfer RNA; transfer RNA-Gln; transfer RNA-Ser.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1704)
AUTHORS Nelboeck,P., Stucka,R. and Feldmann,H.
TITLE Different patterns of transposable elements in the vicinity of tRNA
genes in yeast: a possible clue to transcriptional modulation
JOURNAL Hoppe-Seyler's Z. Physiol. Chem. 366, 1041-1051 (1985)
STANDARD full automatic
REFERENCE 2 (bases 1 to 1704)
AUTHORS Zachau,H.G.
JOURNAL Unpublished (1986)
STANDARD full automatic
COMMENT see also <SCARS2>. This sequence is similar to part of pY66,
probably from an analogous locus in a different strain.
From EMBL 26 entry SCTRNQS2; dated 18-NOV-1986.
FEATURES Location/Qualifiers
tRNA complement(15..85)
/note="tRNA-gln gene"
misc_feature 393..728
/note="delta element"
misc_feature 1056..1205
/note="delta element (divergent)"
misc_feature 1277..1607
/note="sigma element"
tRNA 1623..1704
/note="tRNA-ser-2 gene"
BASE COUNT 577 a 262 c 294 g 571 t
ORIGIN
1 ttttagcaaa aaaaggtcct acccggattc gaaccgggtt gtccggatca aaaccgaaag
61 tgataaccac tacactatag gaccggaact tactggtcga tctgaaaatc atgatcgaat
121 acgtcatcct tgcattaccc aaaatcaatc aatttttaat gaaatacatc aaattttgat
181 tgttgttatg aaacttcaaa atatcatccg tttattagtc acgctactag tttattgtca
241 aataagttgt aagaagatgg cataaacatt gagaaacagt catcaattct aatgaaagca
301 gaaatgcaag gattgacaat gtaatagggt aatgaaaaat atagaacgga aggagaaata
361 atcataataa ccttatgtcg aaatacagat tctgagaatt aggtgatttt gagataattg
421 ttgggattcc atttttgata aaggctatta tattaggtat acagaatata ctagaagttc
481 tcctcgagga tttaggaatc ctcaaaatgg aatctatatt tctacaacct aatattacga
541 ttattctcat tccgttttat atgtttcatt atcttattac attatcaatc cttgcacttc
601 agctctcctc taacttcgat gacagcttct cataacttat ttcatcatct aacaccgtat
661 atgataatat attgatagta taattattgg ttgatagacg atagtggatt tttaattaca
721 tttttgagga ttcttatgtt ctggtggata actactagta tattctgcat agctgatatc
781 atagccttca ccacaggaat cgcaacatca ttaagtcttt cactcaatat tcataatctc
841 agacggatga tgttaaattc ttattttaac tcagtttagt ttgtgatttc cagtaaaagg
901 gtagtgtttg tttttttgag agccttttct gacggacaaa tgttccgagg aaatataaat
961 ttaatttagt aataccgaat cgcatacaca taaaagaagc cgaaatattt tatcaaatac
1021 aatagaagct aaaagcaaga attgataatg taataggata acgaaacata tgaaaggaaa
1081 gaacataaag taatatagtt atggagattt actcgagaag aacttctagt atactctgtg
1141 tacgaatatt atagcctttc ttcaacagtg gatttcaaac aattatccaa ttattcacca
1201 aaatttaata taaaacatac aaggattgca atttcaattg acttatacta aggcataaga
1261 ttctgatatt agtcttacac tttgttgtat tacgggctcg agtaataccg gagtgtcttg
1321 acaatcctaa tataaacagt ctagggaagt aaccagttgt caaacagttt atcagattaa
1381 ttcacggaat gttacttatc ttatatatta tataaaatat gaatcatact aagtggtgga
1441 agcgcggaat ctcgatctaa actaattgtt acggatttat acttttgtag ttcagctagg
1501 aaggacggtt ttatctcatg ttgttcgttt gttataaggt gtttcatatg tgttttatga
1561 acgtttagga tgacgtattg tcatactgac gtatctcatt ttgggataca acaacttata
1621 taataagtgg caacttggcc gagtggttaa ggcgaaagat tagaaatctt ttgggctttg
1681 cccgcgcagg ttcgagtcct gcag
//GenBank-Updates@genbank.bio.net (05/17/91)
LOCUS YSDSTA2 2753 bp ds-DNA PLN 17-MAY-1991
DEFINITION Yeast (S. diastaticus) STA1 gene for glycoamylase
ACCESSION X02649
KEYWORDS amylase; direct repeat; glucoamylase; glycoprotein; signal peptide.
SOURCE Saccharomyces diastaticus DNA.
ORGANISM Saccharomyces diastaticus
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2753)
AUTHORS Yamashita,I., Suzuki,K.I. and Fukui,S.
TITLE Nucleotide sequence of the extracellular glucoamylase gene STA1 in
the yeast saccharomyces diastaticus
JOURNAL J. Bacteriol. 161, 567-573 (1985)
STANDARD full automatic
COMMENT SWISS-PROT; P04065; AMYG$SACDI.
From EMBL 26 entry SDSTA1; dated 02-JUL-1986.
FEATURES Location/Qualifiers
promoter 26..31
/note="pot. TATA-box"
misc_feature 34..54
/note="put. transcription initiation region"
RBS 77..83
/note="pot. rRNA binding site"
CDS 93..2426
/note="put. sta1 precursor"
/codon_start=93
CDS 93..182
/note="pot. signal peptide (aa -30 to -1)"
/codon_start=93
CDS 183..1166
/note="glucoamylase (aa 1-328) threonine-rich tract"
/codon_start=183
repeat_region 417..521
/note="imp. direct repeat"
misc_feature 726..734
/note="pot. glycosylation site"
repeat_region 738..842
/note="imp. direct repeat"
misc_feature 929..936
/note="pot. mRNA-splicing signal"
misc_feature 1047..1055
/note="pot. glycosylation site"
misc_feature 1089..1097
/note="pot. glycosylation site"
misc_feature 1161..1166
/note="put. proteolytic processing signal"
CDS 1167..2198
/note="glucoamylase H subunit (aa 329-672)"
/codon_start=1167
misc_feature 1365..1373
/note="pot. glycosylation site"
misc_feature 1392..1400
/note="pot. glycosylation site"
misc_feature 1425..1433
/note="pot. glycosylation site"
misc_feature 1662..1670
/note="pot. glycosylation site"
misc_feature 1761..1769
/note="pot. glycosylation site"
misc_feature 2058..2066
/note="pot. glycosylation site"
misc_feature 2073..2081
/note="pot. glycosylation site"
CDS 2199..2363
/note="glucoamylase Y subunit (aa 673-727)"
/codon_start=2199
misc_feature 2233..2241
/note="pot. glycosylation site"
misc_feature 2346..2354
/note="pot. glycosylation site"
misc_signal 2517..2591
/note="yeast transcription termination signal"
misc_signal 2575..2631
/note="yeast transcription termination signal"
misc_signal 2658..2694
/note="yeast transcription termination signal"
BASE COUNT 774 a 704 c 522 g 753 t
ORIGIN
1 gatcttttgc ttcctaaact aaacctataa aaagcaccct attcatcagt tataatctct
61 tgtcatgttg tggttctaat tgaaaatata ctatggtagg cctcaaaaat ccatatacgc
121 acactatgca aagaccattt ctactcgctt atttggtcct ttcgcttcta tttaactcag
181 ctttgggttt tccaactgca ctagttccta gaggatcctc ctctagcaac atcacttcct
241 ccggtccatc ttcaactcca ttcagctctg ctactgaaag cttttctact ggcactactg
301 tcactccatc atcatccaaa taccctggca gtaaaacaga aacttctgtt tcttctacaa
361 ccgaaactac cattgttcca actacaacta cgacttctgt cataacacca tcaacaacca
421 ctattaccac tacggtttgc tctacaggaa caaactctgc cggtgaaact acttctggat
481 gctctccaaa gaccattaca actactgttc catgttcaac cagtccaagc gaaaccgcat
541 cggaatcaac aaccacttca cctaccacac ctgtaactac agttgtctca accaccgtcg
601 ttactactga gtattctact agtacaaaac aaggtggtga aattacaact acatttgtca
661 ccaaaaacat tccaaccact tacctaacta caattgctcc aacttcatca gtcactacgg
721 ttaccaattt caccccaacc actattacta ctacggtttg ctctacagga acaaactctg
781 ccggtgaaac tacctctgga tgctctccaa agactgtcac aacaactgtt ccttgttcaa
841 ctggtactgg cgaatacact actgaagcta ccgcccctgt tacaacagct gtcacaacca
901 ccgttgttac cactgaatcc tctacgggta ctaactccgc tggtaagacg acaactagtt
961 acacaacaaa gtctgtacca accacctatg tatttgactt tggcaagggc attctcgatc
1021 aaagctgcgg cggtgtattt tcaaacaacg gctcttcgca agtgcagctg cgggatgtag
1081 tcttgatgaa tgggacagtg gtatacgatt caaacggcgc ttgggacagt agtgcgctgg
1141 aggagtggct ccagcgacag aaaaaagttt ccatcgaaag aatatttgaa aatattgggc
1201 ccagcgccgt gtatccgtct attttgcctg gggtcgtgat tgcgtcacca tcgcaaacgc
1261 atccagacta cttctaccaa tggataaggg acagcgcgtt gacgataaac agtattgtct
1321 ctcattctgc ggacccggca atagagacgt tattgcagta cctgaacgtt tcattccact
1381 tgcaaagaac caacaacaca ttgggcgctg gcattggtta cactaacgat acagtggctt
1441 tgggagaccc taagtggaac gtcgacaaca cggctttcac ggaaccttgg ggtcgtcctc
1501 aaaacgatgg ccctgctctt cgaagcattg ccatcttaaa aatcatcgac tacatcaagc
1561 aatctggcac tgatctgggg gccaagtacc cattccagtc caccgcagat atctttgatg
1621 atattgtacg ttgggacctg aggttcatta ttgaccactg gaattcttcc ggatttgatc
1681 tatgggagga agtcaatggc atgcatttct ttactttact ggtacaactg tctgcagtgg
1741 acaggtcgct gtcgtatttt aacgcctcag aacggtcgtc tccctttgtt gaagaattgc
1801 gtcagacacg ccgggacatc tccaagtttt tagtggaccc tgcgaatggg tttatcaacg
1861 gcaagtacaa ttatattgtt gagacaccca tgattgccga cacattgaga tccggactgg
1921 acatatccac tttattagct gcgaacaccg tccacgatgc gccatctgct tcccatcttc
1981 cgttcgatat caatgaccct gccgtcctga acacgttgca ccatttgatg ttgcacatgc
2041 gttcgatata ccccatcaac gatagctcca aaaatgcaac gggtattgcc ctgggccggt
2101 atcctgagga cgtatatgat ggatatggcg ttggcgaggg aaatccctgg gtcctggcca
2161 cgtgtgccgc ttcaacaacg ctttatcagc tcatttacag acacatctct gagcagcatg
2221 acttggttgt cccaatgaac aacgattgtt cgaacgcatt ttggagcgag ctggtattct
2281 ccaacctcac gactttggga aatgacgaag gctatttgat tttggagttc aatacacctg
2341 ccttcaatca aaccatacaa aaaatcttcc aactagctga ttcattcttg gtcaagctga
2401 aagccacgtg ggaacagacg gggaactaag tgaacaattt aacaaataca cagggtttat
2461 gcagggtgcc caacacctta cctggtccta tacttcattc tgggatgcct atcaaataag
2521 acaagaagtt ttacagagtt tgtagacaaa aaaaaataaa agaaaagcga gaagtataca
2581 caagtgtatt tcctagatat ttacatcaaa tatatatata tatacttatt tacaaaactc
2641 tgatattata aattaattag atactatgtc ggaacgtcca gcccaaccac gtttgcagtt
2701 cttttcactt tctcatcctg tgtcaacttg ttgccaggat tgtatctgtc gac
//GenBank-Updates@genbank.bio.net (05/18/91)
LOCUS YSPRNA1 705 bp ds-DNA PLN 18-MAY-1991
DEFINITION Yeast (S. pombe) genes for transfer RNAs (Ser and Met).
ACCESSION V01360
KEYWORDS transfer RNA; transfer RNA-Met; transfer RNA-Ser.
SOURCE Schizosaccharomyces pombe DNA.
ORGANISM Schizosaccharomyces pombe
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 705)
AUTHORS Mao,I., Schmidt,O. and Soell,D.G.
TITLE Dimeric transfer RNA precursors in Schizosaccharomyces pombe
JOURNAL Cell 21, 509-516 (1980)
STANDARD full automatic
COMMENT KST SPO.TRNASER.TRNAMET
From EMBL 26 entry SPRNA1; dated 06-JUL-1989.
FEATURES Location/Qualifiers
tRNA 178..275
/note="tRNA Ser"
tRNA 283..354
/note="tRNA Met"
BASE COUNT 219 a 136 c 110 g 240 t
ORIGIN
1 tctagaaagg cttgtattta aaatattatt caataaaaat tcacaatttt tacgacatgt
61 gctaccattc acttaacttc ctgattataa aattggttcg tttatactaa ttacttaagt
121 acctttaact aaacaaaatg cctatatata tattaattta caatgagtgt cagataagtc
181 actatgtccg agtggttaag gagttagact cgaattccta cattcgtggc atctaatggg
241 ctctgcccgc gcaggttcaa atcctgctgg tgacggtatt tgtgcgcggt aggagagtgg
301 aactccgacg ggctcataac ccgtaggtcc caggatcgaa acctggccgc gcaactattt
361 ttttaattta tgctgcataa ttgatgaaaa gcagatgctg ttccatataa ccaattctta
421 cacatacaac gaccgatttt gtttttcgac taactcattt taagaattac atgtcgttta
481 tagttataac acgtccattt acttatacgc tgtaaagtgt ttttccagta aagaagcact
541 gactgttaat taatcgaata attaactaat atttacgtct acattatacg aactctcatt
601 aaataaaata tacactactt tcaagtaact ggatcctttg caattttttt ttcagctcaa
661 agcaagtttc ctaaaccggt cgtttattca ctaacatcta agctt
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSCCOX9 1200 bp ds-DNA PLN 25-MAY-1991
DEFINITION Yeast (S.cerevisiae) COX9 gene encoding subunit VIIa of cytochrome
c oxidase, complete cds.
ACCESSION J02633
KEYWORDS cytochrome c oxidase; oxidase.
SOURCE Yeast (S.cerevisiae, strain D273-10B (ATCC 24657)) DNA, clone
YEp13-VIIa.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1200)
AUTHORS Wright,R.M., Dircks,L.K. and Poyton,R.O.
TITLE Characterization of COX9, the Nuclear Gene Encoding the Yeast
Mitochondrial Protein Cytochrome c Oxidase Subunit VIIa: Subunit
VIIa lacks a leader peptide and is an essential component of the
holoenzyme
JOURNAL J. Biol. Chem. 261, 17183-17191 (1986)
STANDARD full staff_review
FEATURES Location/Qualifiers
misc_feature complement(1..277)
/note="putative VECTOR sequence Plasmid pBR322 (J01749)"
CDS 838..1017
/note="pro-cytochrome c oxidase subunit VIIa"
/codon_start=838
mat_peptide 838..1002
/note="cytochrome c oxidase subunit VIIa"
/codon_start=838
BASE COUNT 316 a 277 c 272 g 335 t
ORIGIN 1 bp upstream of SalI site.
1 gtcgacgctc tcccttatgc gactcctgca ttaggaagca gcccagtagt aggttgaggc
61 cgttgagcac cgccgccgca agaatggtgc atgcaaggag atggcgccca acagtctccc
121 ccgccacggg gcctgccacc atacccacgc cgaaacaagc gctcatgagc ccgaagtgcg
181 agcccgatct tccccatcgg tgatgtcggc gatatagcgc cagcaaccgc acctgtggcg
241 cggtgatcgg gccacgatgc gtccggcgta gaggatctta tcccaaatga tacgggtcat
301 ttcatcaccg tccaactcga caacgggttg tttgacctta atcttactga aagcagcaag
361 gcgagaggtg gaaaataatc ttctagataa catactcatg ctgggcgatc ttccttgtgc
421 gtctgttgtc tcacaattgc ttgaaggaag atttcataag atcatatgag tccctcttta
481 tatgggcaag tggaattatg tgagtcaaaa tccgcgcgtg acccgtaaag cgttatcaga
541 aggtgcaaac ggtgctattt agctcataaa aggaatgatt caagctcttt tggattgtaa
601 gacaccttta tttagtccaa gatcattgca gacccttgtt atggtcttta gcagagtcct
661 cctctatatc tcttcattta ctgcaacctg attggcccgc taccacgatg cccgctttgt
721 tcctgtggta ttaaaagaat cgatgaaaga gactcttatc ttcagggaaa attaggaccg
781 agaattagag caagcaagat atttgcaaac tactaactac aagcgactta cacagacatg
841 actattgctc caattactgg tacgatcaag agaagagtca tcatggacat cgtcctcggg
901 ttctccctcg ggggtgtcat ggcctcttac tggtggtggg gattccacat ggataagatt
961 aacaagagag agaagttcta cgcagagcta gctgagagga aaaagcaaga gaactgaccg
1021 aacctgacca ctattgtttt tcgcattata ttcttattcc tatttattta tcttttattt
1081 tttttctgtg ctggcctcga ttgattactt tgcagagttt gtagggagga aaacagacaa
1141 gtcattcttt tctttctttt tgactttatc ataattttct atttctataa tttgaaaaat
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSCPET494 1879 bp ds-DNA PLN 25-MAY-1991
DEFINITION Yeast (S.cerevisiae) PET494 gene, complete cds.
ACCESSION K03520
KEYWORDS PET494 protein; mitochondrial protein;
translational activator protein.
SOURCE Yeast (S.cerevisiae) DNA, clone pM9.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1879)
AUTHORS Costanzo,M.C., Mueller,P.P., Strick,C.A. and Fox,T.D.
TITLE Primary structure of wild-type and mutant alleles of the PET494
gene of Saccharomyces cerevisiae
JOURNAL Mol. Gen. Genet. 202, 294-301 (1986)
STANDARD full staff_review
COMMENT Draft entry and clean copy sequence for [1] kindly provided by
M.C.Costanzo, 19-DEC-1987.
The product of the nuclear PET494 gene is required for a
posttranscriptional step in the accumulation of subunit III of
mitochondrial cytochrome c oxidase (coxIII). Certain
rearrangements of the mitochondrial gene oxi2 (such as acquiring
the 5' sequences of other mitochondrial genes, giving rise to oxi2
transcripts carrying the 5' untranslated leaders of those mRNAs)
suppress a PET494 deletion. Thus, it appears that PET494
specifically promotes translation, probably by interacting with the
5' untranslated leader of the oxi2 mRNA (see Mol. Cell. Biol. 6,
3649-3703 (1986)).
FEATURES Location/Qualifiers
mRNA 301..>1810
/note="PET494 mRNA (alt.; 5' end approx)"
mRNA 311..>1810
/note="PET494 mRNA (alt.; 5' end approx)"
CDS 341..1810
/note="PET494 protein"
/codon_start=341
mutation 686..686
/note="c in PET494; t in PET494-1"
misc_feature complement(1850..1879)
/note="putative VECTOR sequence Plasmid pBR322 (J01749)"
BASE COUNT 634 a 376 c 389 g 480 t
ORIGIN Sau3A site; chromosome XIV.
1 gatcgcaaac gcgtttgcca ttaggaaagt tggtcttcgc catcatggca gttgcttgca
61 atgtaatttt cagttaatat cagaagcaat ttaattcatt tatataaaca tatacaatca
121 atcgaataaa aatacaacaa tgtaatgaaa acgctctcta ttgatatgta tttgctgacg
181 cttataaatt tattaaagtt ttattttaaa ccgttctagt gacttcacgc ggggagatac
241 atccaatagt aaattacaaa ataaggaaag tataaaacaa acggataaca acagtagctt
301 ggagacagca aaggcacccg agcaggcgtg gaaacacacg atgcatttga aaaaggggaa
361 gaggagtatt agcacagtat ggcgactttt atggaagcgt ttttattccg taaactctaa
421 gacgaatatg catttttctc gaagtaggaa gaaaccagtg acaaacttca caaggacaaa
481 cggacttctc ctgagctgta atggtgatac attcccatat ctgcgtacac tgtggagata
541 ctccaatgcg cctggtaatt tgatgtttgt cacaactaat attgtcgcat ttatgggcat
601 tgttacgtat aatacgctgg ttactatcag cagtgaaaga gcattcgaag agcagatgat
661 ggcggcacag gtgagcctgg cgaaacagag agaagagctc gagactacgg ccctcagctt
721 gccacgagat attgaattga ggggtgaaga agatgatatt aaatgggagc aacctgatgt
781 agcacatgtc cgggaagatc ccttagtcga ggagcagaac gcaaagttag acacccctat
841 aaaacagtat actttaggag atttgatttt gaataagagg gaaaatgtca ctgattatga
901 ctcgcagcgt gcgaaggcat ctatattcca catgctatat gcttatatgc tgtatcgaga
961 tgttattcaa cccacgacca tgactcaaaa taacaacagc gaggaatggc ggcgtgaagt
1021 cgagcttttg actaagggaa aagaggtaca aggtactcat cgaaggatag acgtgttcta
1081 cgacctgtgg aataaaaatt tcgataagat agtgacatca cctgagaaag tgcagaattt
1141 tcaactgccg aactggtcta aatacccaac gatattgaaa ttcatctgca cagaacttca
1201 cgacaacagt ttgaagacct tgggtgagtt taagcaattc tatggaaagg tgcgatctaa
1261 cgaggtaaaa aaactgttgg gtctttggct gtacgaccat tccttccttt tcccccataa
1321 tatctacgac aacagaaccg aagaagattt ttacgatata ttaattaatg actccatgca
1381 ggataacagg atattccaga aatactcttc aattgtaatg aatccctaca acgaacgtac
1441 tcaacttttt ttccctaatg taaattctcc atctgtcaac aagccagtac cgagcatatc
1501 tctggaaaca tacacacgac tactcaaggg atatatcaac ttgcaagaaa caggctgcaa
1561 atacgactat aatgacaata tattcaaact aatcagcatc ctcaaactaa attgtttcct
1621 acaacgcaac aagaagaaac acgcagggcc aaccgtcaga atcctactgc cgagagatga
1681 agaccgctct caaatacttg gtaccatttc gcaggcagag aagagaacct gttatcaaat
1741 tctaagcaaa aatagggacg tggttgcgct gctgaaacgc atttctgata tccaggcgga
1801 ctcttcttaa tgaaacatgt aaatatgtac ctcccaaatc gcactcatca tccacaggac
1861 gggtgtggtc gccatgatc
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSCGDHM 1840 bp ds-DNA PLN 25-MAY-1991
DEFINITION Yeast (S. cerevisiae) GDH1 gene encoding NADPH-dependent glutamate
dehydrogenase.
ACCESSION M11297
KEYWORDS dehydrogenase; gdhA gene; glutamate dehydrogenase.
SOURCE S. cerevisiae DNA, clone pGDH1.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 1840)
AUTHORS Moye,W.S., Amuro,N., Rao,J.K. and Zalkin,H.
TITLE Nucleotide sequence of yeast GDH1 Encoding nicotinamide adenine
dinucleotide phosphate-dependent glutamate dehydrogenase
JOURNAL J. Biol. Chem. 260, 8502-8508 (1985)
STANDARD simple staff_review
COMMENT [1] notes mRNA start sites by S1 mapping to be at positions 160,
164 and 172.
FEATURES Location/Qualifiers
misc_feature 1..60
/note="putative VECTOR sequence Plasmid pBR322 (J01749)"
mRNA 172..>1592
/note="GDH mRNA [J. Biol. Chem. 260, 8502-8508 (1985)]"
CDS 228..1592
/note="glutamate dehydrogenase"
/codon_start=228
BASE COUNT 566 a 341 c 395 g 538 t
ORIGIN 250 bp upstream of HindIII site.
1 atactcatac tcttcctttt tcaatattat tgaagcattt atcagggtta ttgtctcatg
61 gcatcaagcc aggcgttccg ggagtatttc ctaaaagttg ccaaagatta tcaaaatatt
121 accgtgttta taaaataaac tgacttttct tatagcattg aaagttgctt gatacgtact
181 atcgcattat tctaatataa cagttaggag accaaaaaga aaaagaaatg tcagagccag
241 aatttcaaca agcttacgaa gaagttgtct cctctttgga agactctact cttttcgaac
301 aacacccaga atacagaaag gttttgccaa ttgtttctgt tccagaaaga atcatacaat
361 tcagagtcac ctgggaaaat gacaagggtg aacaagaagt tgctcaaggt tacagagtcc
421 aatataactc cgccaagggt ccatacaagg gtggtctacg tttccatcct tccgggaact
481 tgtctatctt gaaattcttg ggtttcgaac aaatcttcaa gaactccttg accggcctag
541 acatgggtgg tggtaaaggt ggtctatgtg tggacttgaa gggaagatct aataacgaaa
601 tcagaagaat ctgttatgct ttcatgagag aattgagcag acacattggt caagacactg
661 acgtgccagc tggtgatatc ggtgttggtg gtcgtgaaat tggttacctg ttcggtgctt
721 acagatcata caagaactct tgggaaggtg tcttaaccgg taagggtttg aactggggtg
781 gttctttgat cagaccagaa gccactggtt acggtttact ttactatact caagctatga
841 tcgactatgc cacaaacggt aaggaatctt tcgaaggtaa gcgcgtcacc atctctggta
901 gtggtaacgt tgctcaatac gctgccttga aggttattga gctaggtggt actgtcgttt
961 ccctatctga ctccaagggt tgtatcatcc ttgaaactgg tatcacctcc gaacaagtcg
1021 ctgttatttc cagtgctaag gtcaacttca agtccttgga acaaatcgtc aacgaatact
1081 ctactttctc cgaaaacaaa gtgcaataca ttgctggtgc tcgtccatgg acccacgtcc
1141 aaaaggtcga cattgctttg ccatgtgcca cccaaaatga agtcagcggt gaagaagcca
1201 aggccttggt tgctcaaggt gtcaagttta ttgccgaagg ttccaacatg ggttccactc
1261 cagaagctat tgccgtcttt gaaactgctc gttccaccgc cactggacca agcgaagctg
1321 tttggtacgg tccaccaaag gctgctaact tgggtggtgt tgctgtttct ggtttagaaa
1381 tggcacaaaa ctctcaaaga atcacatgga ctagcgaaag agttgaccaa gagttgaaga
1441 gaattatgat caactgtttc aatgaatgta tcgactatgc caagaagtac actaaggacg
1501 gtaaggtctt gccatctttg gtcaaaggtg ctaatatcgc aagtttcatc aaggtctctg
1561 atgctatgtt tgaccaaggt gatgtatttt aaatagtcta aaagaaagaa aagaggaaag
1621 ttcataaaaa gttctttctt ttttttaaat aacttagata gataatgaga taaaagaagt
1681 aaaaaaacgg aatcgtaacg caattaatta attaagaaaa ttgattatcg ggagaaaaaa
1741 attttatttt ttattttatt ttctttaaag tacatatatt tgaaatgatg acatgtggaa
1801 atataacaga gacagaatat ttaattttat gtatgtaagc
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSCRGAC 766 bp ds-DNA PLN 25-MAY-1991
DEFINITION Yeast (S.cerevisiae) 5S ribosomal RNA gene (minor), variant F9.
ACCESSION X00604
KEYWORDS 5S ribosomal RNA; ribosomal RNA.
SOURCE Yeast (S.cerevisiae; strain X1280-1B) DNA, clone pYeEF9.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 766)
AUTHORS Piper,P.W., Lockheart,A. and Patel,N.
TITLE A minor class of 5S rRNA genes in Saccharomyces cerevisiae
X2180-1B, one member of which lies adjacent to a Ty transposable
element
JOURNAL Nucleic Acids Res. 12, 4083-4096 (1984)
STANDARD simple staff_review
COMMENT EMBL features not translated to GenBank features:
key from to description
SITE 362 372 T-cluster RNA polymerase III
terminator
FEATURES Location/Qualifiers
rRNA 241..361
/note="5S rRNA"
misc_feature 709..766
/note="putative VECTOR sequence Plasmid pBR322 (J01749)"
BASE COUNT 180 a 233 c 170 g 183 t
ORIGIN Sau3A site; chromosome XII.
1 gatctctcat tttctgttgt acagcagtgg gacagtagag ccattgaaaa aactacattc
61 atatcttgta tgcggcccga aaccaagaga tttatccttt gagacattgt gagaccctcc
121 gttcgcaacc gtgctctctg ttttcatcac tatatgcacg ctctttccaa agctcctgca
181 ctttgcacgt ggcggcatcg cccggcttcc atatgtacgg ctgccacacc taactatttc
241 ggttgcggcc atatctacca gaaagcaccg tttcccgtcc gatcaactgt agttaagctg
301 gtaagagcct gaccgagtag tgtagtgggt gaccatacgc gaaactcagg tgctgcattc
361 tttttttttt ttccgcgcgc aagcacgtta cccggacccc gtcttagcac acgcacacgc
421 acacgcagcg ctcacagacc agcgaaacag acctgagagc cacgatgcag cacacgctta
481 cccggaccgc ctctctgcca gaacgctcga gcacgcccac agcgccgcta ctcgttaccc
541 gcacttcgcc gcccgccaga cagcgtgcga gactctcgtc ccgctactgt gtatcttttg
601 ttcgtcttcg ttagtatgag ccgtcccgcc gctcgtgcca acaaatcaga caacaaaggc
661 ttaaatctca gcagtacatg taaactcgcc ttgagtccgg caaacaacct ggtagcggtg
721 gtttttatgt ttgcaagcag cagattacgc gcagaaaaaa aggatc
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSCSEC7 6753 bp ds-DNA PLN 25-MAY-1991
DEFINITION Yeast (S.cerevisaie) Sec7 gene encoding a protein required for
membrane traffic from the yeast Golgi apparatus, complete cds.
ACCESSION J03918
KEYWORDS .
SOURCE Yeast (S.cerevisiae) cell line X2180 DNA, clone pCF36.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 6753)
AUTHORS Achstetter,T., Franzusoff,A., Field,C. and Schekman,R.
TITLE SEC7 encodes on unusual, high molecular weight protein required for
membrane traffic from the yeast Golgi apparatus
JOURNAL J. Biol. Chem. 263, 11711-11717 (1988)
STANDARD full staff_entry
COMMENT Draft entry and computer-readable sequence for [1] kindly provided
by A.Franzusoff, 30-JUN-1988
FEATURES Location/Qualifiers
CDS 439..6468
/note="Sec7p protein"
/codon_start=439
misc_feature 6577..6729
/note="putative VECTOR sequence Plasmid pBR322 (J01749)"
BASE COUNT 2228 a 1248 c 1335 g 1942 t
ORIGIN 390 bp upstream of EcoRI site.
1 ctcttaagat atacacttta gtacttttga agctcttaca gttttttgat gtcggagaag
61 gcttatacat attgttattt tccctctaca ggaaagaagg tgaacgttta gtttttatca
121 aggcgccgag taaattttat aatatcgagg cgagggaaaa acaaagcaac gagaaaggaa
181 gctcaaagtt gggatttaca tcatttcttt aaaaagcatc attggcttct ctccaattgt
241 tcaataaacg cagactaata gaaattgaag tcattttccg gagaaatata aaatattttc
301 tgcaactaag ctatactcga tttcttttaa gtttctccag aaccaataaa aagtaatatc
361 ttaaactgtt tctttctcat tttttccccg aattccatta aagaagataa gaaacaagtc
421 taagtgctac tatatctgat gtctgaacag aattcagtag taaatgctga aaaaggggat
481 ggcgaaatat cttcaaatgt agagactgct tcttcagtca atccgtctgt gaaaccacag
541 aatgctatta aagaagaagc taaagagaca aatggtgaag atcaaaaatg caaagggcca
601 gaaaacgctg gcagtacggc agaaacaaaa gaaacaagta acgacgctac caacggaatg
661 aaaacgcccg aagaaacgga agatacaaat gacaaacgcc atgacgatga aggtgaagat
721 ggagatgaag atgaagatga agatgaagat gaagatgaag acaatgggga cgaggatgat
781 gaggacgtgg atagcagtag ttccgaaacc agttccgaag acggggaaga ttctgaatca
841 gtctcagggg aaagtactga gagtagctct ggagaagatg aagaatctga tgaaagcgat
901 ggaaatacat caaacagctc ctctggtgat gaaagcgggt cagaagaaga agaagaagaa
961 gaagaagaag aagaagaaga ggaaaatgct ggcgaaccca gtatcgctca tcaagatagt
1021 gttcccacca acgattctac tgccccaagg tctacccata cgaggaacat atcactatct
1081 tcaaatggtt cgaacacaaa ctcaaccata attttagtga aaactacgtt ggagacaatt
1141 ttaaatgata aggacattaa aaagaattcg aatgctcaga aggctatcga aaggacatta
1201 caaaaattta aggaatttga tccgcaaacc acgaataacc cacattacgt ggattcaata
1261 ctagtattcg aagcactaag ggcaagctgt cgtaccaaat cctccaaagt tcaaagtttg
1321 gctttagatt gcctgtcaaa attgttttct tttagatcgc tagacgagac cctgttagtg
1381 aatccacccg attctttagc ctctaatgat caacgacaag atgctgccga tggaataacg
1441 ccgcctccaa aacaaaaaat tatagacgct gcaattgata ctatttcaga ctgttttcaa
1501 ggtgaaggca ctgatgaccg tgtggaacta caaatcgtta gagctttatc tagttgcatt
1561 ttagaagagg attcaagttc tttatgccac ggtgcttcct tgctaaaggc tatcagaaca
1621 atctacaacg ttttgctctt ttgcttgaac ccatccaatc aaggtattgc acaggcgacc
1681 ttgacacaaa ttattagttc ggtgtatgat aaaatcgatc tcaaacaaag tacctcttca
1741 gcagtatcct tatcgacaaa aaatcatcaa caacaatccg ccatagaact ttccgaggct
1801 tctgaaaatg cagaaacgcc ggctccttta actctggaaa atatggataa gttgaatgac
1861 gatgaggaaa gactaatgga cgctcaacag cctgattcta tcgccataac taaccaagat
1921 ctagctgtta aagatgcgtt cttagtgttt agagtcatgg cgaaaatatg tgctaaacct
1981 ttggaaacag aactcgacat gaggtcacat gccgtcaggt caaagctttt atctcttcac
2041 atcatttact ctattatcaa agatcatatt gacgtattcc tttcccacaa catttttcta
2101 ccaggaaagg agcgtgtgtg ctttatcgat tcaattagac aatatttacg tcttgtttta
2161 tcaaggaatg ctgcctcgcc tctagctcca gttttcgagg ttactttaga aattatgtgg
2221 ctattgattg ctaatttgag agcagatttc gtgaaggaaa ttccagtttt tttaacagaa
2281 atctacttcc ccatttcaga attaaccact tccacctccc aacaaaagag atatttttta
2341 agtgttattc aacgaatttg taacgaccca agaactttag ttgaatttta cttgaattat
2401 gattgtaacc ctggaatgcc aaatgtaatg gaaataactg ttgattattt gacaagattg
2461 gctttaacta gggtggaaat tactcagact caaagatcat actacgatga acaaatatca
2521 aaatccctgt ccacctacaa tttctcacaa ttgccccttt tgacttcttc caacttgtct
2581 tctagtcctg atgttggtca agtcaattta ctttttccac ttgattttgc tctcaaaatg
2641 gtgtcactaa attgcattgt gtcagttttg cgttccttaa gctcatgggc tcacaaagct
2701 ttaaatccaa acacacacac tgctaataag gtattactaa acacaacatc ttcagctcgt
2761 caagaatcta gatcatcttt gagtaacgac gtaaggtctt ctattatgac aagtaatgat
2821 gacttcaaac caacatatga agacgaagaa agcagatcat tgagcagtca aaacattgac
2881 gcagacgacc ccacacaatt tgaaaatttg aaactaagga aaactgcttt atcggaatgt
2941 attgctattt tcaacaataa acccaagaaa gctattccag tacttattaa aaaaggattt
3001 ttgaaagatg attctccaat ttccattgcc aagtggttat tagaaacaga aggcctcgac
3061 atggccgctg ttggggatta tctaggcgaa ggagacgaca agaacatcgc tataatgcac
3121 gcatttgttg atgagtttga cttcactggt atgtccattg ttgacgcatt aaggtcattt
3181 ttacaaagtt tcagattgcc tggagaaggt caaaaaattg acagattcat gctgaaattt
3241 gcggaaagat ttgtggacca aaaccccgga gtcttttcaa aggcggatac tgcatatgtg
3301 ctttcgtatt ctttgatcat gttgaatact gatttacatt cgtcacaaat caaaaataaa
3361 atgtctttac aagagttttt agaaaacaac gaaggtattg acaacggaag agatttacca
3421 agagacttct tggaaggttt gttcaacgaa attgctaaca atgaaatcaa gttaatttct
3481 gaacagcatc aggcaatgct ttcaggtgat accaatcttg tccaacaacc agcaatctgc
3541 tttcaactct ttaattctcg tgatttgaca agagaggcat ataatcaagt ctcaaaagaa
3601 atttcatcta aaacggaatt agtctttaag aatttaaaca aaaataaagg aggcccagac
3661 gtctattatg ctgcttccca cgttgagcat gttaaatcaa ttttcgagac actatggatg
3721 tcctttttag cagctctaac ccccccattt aaggattatg atgacattga cacaaccaat
3781 aagtgtttag aaggcttgaa aatatcaatt aaaattgctt ctacttttag aatcaatgat
3841 gctagaacct cctttgtagg tgcgttagtc caattttgta accttcaaaa ccttgaagaa
3901 atcaaagtta aaaatgtcaa tgcaatggta attcttcttg aagtcgcgtt atcagaagga
3961 aattacttgg agggatcgtg gaaggacatt ttgctggtcg tgtctcaaat ggaaagacta
4021 caattgatat ccaaaggtat cgacagagat acggttccag atgttgcaca agctcgtgtt
4081 gcaaacccta gagtttctta cgaatcatca agatccaata atacatcttt ctttgatgtt
4141 tggggcaaga aggcaactcc cacagaattg gctcaagaaa aacaccataa tcaaacctta
4201 tcacccgaaa tctctaaatt catttcctcc agtgaattag tcgttttgat ggacaatata
4261 tttaccaaaa gttccgagtt atcaggtaat gctatcgttg attttatcaa agctttaacc
4321 gctgtatctt tagaagaaat tgaatcatct gaaaatgctt ccacaccaag aatgttttcc
4381 ttgcaaaaaa tggtcgatgt atgttactac aatatggatc gtatcaaact agaatggacg
4441 ccgctttggg ctgttatggg aaaagctttc aacaagattg ctacaaactc taacttagca
4501 gtagtatttt tcgctatcga ttccctgcgt caattgtcta tgagattttt agatattgag
4561 gaattatcag gttttgaatt tcaacatgat tttttaaaac cttttgaata cacggttcaa
4621 aatagtggca acactgaagt tcaagaaatg attattgagt gttttaggaa cttcatattg
4681 acaaaatcgg aaagtatcaa atctggctgg aagcctattc ttgaatcctt acaatatacg
4741 gctcgctcaa gcactgaatc cattgtatta aagacgcaat tgctggttag caatgatatt
4801 gtgacaaatc acttcgaaaa cgtattctct caagaagatg ccttttctga gttagttggt
4861 gtcttcagag aaatcaccaa aaataagaga ttccaaaagc tatctctaca tgctttggag
4921 tctctaagaa agatgactca gaacgtcgca gacatctgtt tttacaatga aaataagact
4981 gaagaagaaa gaaaacataa cgatgcttta cttcgtggga aagacatatt ccaggatgtg
5041 tggttcccta tgttattctg cttcaatgat acgatcatga cagctgaaga cttagaagtt
5101 agatcacgtg cattaaacta tatgttcgat gccctagtgg catatggtgg taaattcaat
5161 gatgatttct gggaaaagat ttgtaagaag ttactatttc ctattttcgg tgtattatcc
5221 aaacattggg aagtcaacca attcaatagt catgatgatt taagtgtttg gctttcgacc
5281 acgttaattc aagccttaag gaacttgatt gcccttttta cgcattactt tgaatcgttg
5341 aacagaatgc tcgatggatt tttgggtctg ctggtatcct gtatttgtca agaaaatgac
5401 actattgcta gaattgggag atcctgcctg caacaattga tattgcaaaa cgtatctaaa
5461 ttcaatgagt accattggaa tcaaataggt gacgtattcg ataaattgtt tgatttaacc
5521 actgctaatg aattgttcga ttatgatccg ttacagcaag gaagaaaatc atctgtatct
5581 catcaccaaa caactaatga taccagccaa cactcagatg atgatagcaa cgacagaagg
5641 gagaacgatt ctaatatcag tgagacggtc gaaagagcgc atcaagaaga atccagcgaa
5701 gacgttggtg gtgacatggt tgaaacactc aatgggcaaa ctaagcttaa taatggcaat
5761 tccgttccga cggtaaagga cgaattgaat ccaaagcccg ctagtctaag tatccccaag
5821 aaaactaagc acatgaaacg aaacgaaagt aacgaagata tacgtaggag aataaacatc
5881 aagaattcta ttgttgtcaa atgtgtttta cagcttttga tgatagagct gctcaacgaa
5941 ttattcgaga acgaagattt tgcccactgt atcccttaca aggaagccat tagaattaca
6001 agattgttgg agaaatcgta cgaattttct cgtgacttta atgaagatta tgggttaaga
6061 acaagactag tagaggctcg tgtagttgat aaaataccaa acctgttgaa acaagaaacg
6121 agtgctgctg cagttctcct tgacattatg tttcagttgt atctgaacga tgatgagaag
6181 aaggctgatt taataactcg tctgatcacc atttgcatcc aggtcgtaga gggttatgtt
6241 tctttggatg atagaaccat ggaacgtagt atcaatgcct ggcgttcagt gatagttgaa
6301 atattacaag gttactacga atttgatgat gaagacttta gactatactg tcctgctatg
6361 tatgctctgg tgattcaaat attagataag agcgttccaa cggagttgag acatgctata
6421 aaacaatttc taagcagagt tggtgaatta tacctttcta ctgattaagg ctttgttgaa
6481 tggtccagca gattaaaata tgcttagttg tagaacacag aaaaaatgag aaggttgata
6541 tacttttact catattaatc ctgatttagt ggcggtgatc ctctacgccg gacgcatcgt
6601 ggccggcatc acgggcgcca caggtgcggt tgctggcgcc tatatcgccg acatcaccga
6661 tggggaagat cgggctcgcc acttcgggct catgagcgct tgtttcggcg tgggtatggt
6721 tgcaggcccg tgccgggatg ttgcactctc ttc
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSC4 5420 bp ds-DNA PLN 25-MAY-1991
DEFINITION Yeast (S.cerevisiae) suf2 and suf20 tRNA genes
ACCESSION Z11114
KEYWORDS transfer rna; transfer rna-pro.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 4961 to 5420)
AUTHORS Cummins,C.M., Donahue,T.F. and Culbertson,M.R.
TITLE nucleotide sequence of the suf2 frameshift suppressor gene of
saccharomyces cervisiae
JOURNAL Proc. Natl. Acad. Sci. U.S.A. 79, 3565-3569 (1982)
STANDARD full automatic
REFERENCE 2 (bases 4722 to 5057)
AUTHORS Mendenhall,M.D., Leeds,P., Fen,H., Mathison,L., Zwick,M.,
Sleiziz,C. and Culbertson,M.R.
TITLE Frameshift Suppressor Mutations Affecting the Major Glycine
Transfer RNAs of Saccharomyces cerevisiae
JOURNAL J. Mol. Biol. 194, 41-58 (1987)
STANDARD full automatic
REFERENCE 3 (bases 1 to 5420)
AUTHORS Aigle,M. and Crouzet,M.
JOURNAL Unpublished (1991)
STANDARD full automatic
COMMENT **map: chromosome=3;
From EMBL 26 entry SC4; dated 12-APR-1991.
FEATURES Location/Qualifiers
CDS complement(3..722)
/product="hypothetical protein D240"
/codon_start=722
CDS 2461..3177
/product="hypothetical protein A239"
/codon_start=2461
tRNA complement(4722..5057)
/product="suf20 tRNA-Gly"
tRNA 4961..5420
/product="suf2 tRNA-Pro"
BASE COUNT 1768 a 928 c 996 g 1728 t
ORIGIN
1 ggatccatta ttatatcagg gacagcagat tttgcctcac cacgtaattt gctcgcacca
61 accatgtttt taatcattgt gcttagcttt tcttgtctct tagcattttt taagtgatgt
121 tcatgggtac catctttatg cacaagaaac ctcccacaaa taggtgcact tgtattggtt
181 atcttattta cattattaat atttgaagca gtgggagtag gcgcgggtgt aatagcagta
241 ttgctgttac tatgatgaga gaactttggg ctcaaacttt tggagctaat atttatggct
301 gatgtgggtg ataaggataa agctgatact gacgaagtta aagaagcagc tgatgatgac
361 ttagaggtgt taatatcaat atggttgttt aatgatgcgg atgaactaga gtgcgatggt
421 gatgccgact ggtaatattc gggcatatac atgcccggtt tactcacacc tgcagtatta
481 gaaggattag aaactaccct aggagtagca gtggttgggg tatgtaaacc aaatttggct
541 gatttagacg ccgatggaac gtttgtgttt atattagaag gtggctggat attcgatgag
601 gcctttccct gcctagatga tcttgaaccg cttctaaaaa gttgcataac tttagaagat
661 agcgcatgtt tccttggagt ttgctgagga atagcggcat tattatcatt cataccagtc
721 atatatttga ggggtaatgt cgaaataaaa taaaatctga ttactttttt tttgattaca
781 gggaatagta gtcacaatac ttactactag ttaatatcta gcggtaaatg gagagtaaaa
841 aaaggttgag agcctaatat tagaaagcta ccttaagctt tccagttttt atttgtaact
901 taaaaacgct taaaggctta gtacaactta ttgaacagga ctttgaaagt ccaaatttta
961 ttcgataatg ttaaagtgaa taacaacaac ccagcaataa caacaacaac aacaacacaa
1021 caggttataa cgaaaccgac agaaatcgtc aaaaaaaaaa aatgataaaa aattcttaaa
1081 atcgaaactc caagtaaagg tctatattag ggtttaataa acttttgcta aaaaaaattg
1141 ccgaatatct ctataaagta gtatattttc ttctccgttt cctcttccct ctttaaaagc
1201 tgtaatatta tatatactat ttgtatagcg gaaaatgcgt gagatggcaa gagctcggcc
1261 tgttaacata ttagcacggg gaggccgatg ttgatttgat gaaatgacgt gccaggtgat
1321 ttttccattc gccatgccgg gggttgagaa aaaatttttt ctccgtcgga gataaaaaaa
1381 aaaaaagaaa agaaaaatta acgaccccag tgagggttga actcacgatc ttgcgattaa
1441 cagtcgcacg ccttaaccaa cttggccatg gagtcatttt atcttgtgtc acttttacag
1501 aaaaagtatt actaatatat gttgaaaatt ttccaactac ccttcgagta tgattttaca
1561 actgcgtcaa agaaaccatg caaaacagtt gactaatatc gcaactgttt ttttttctca
1621 ttgcctttga aagaatggaa cactcctcac cacgaggttc taaaaactat accaaccaca
1681 gtttggacgt acatctgaag atggcatcca atagcagcgg tattcatttg tgcgggctgg
1741 attgaaaaaa gcatcacaat tattggggcg tttattgtag tctttgaacc gagataatcc
1801 aggtgttaaa tattggttgg atatgcatgc aaaattttca gcaaaaacga tggaagcaga
1861 acaaacagtg cttatctttg cttctgctct tgtgtaagtc taaaggacaa tatctttgtt
1921 attaagcact ctagctgccc actgtataaa cagaactttt gacaaaaagt ctagccagcg
1981 atgatataat ttgcctgcac aaagagttta ctattagtag cacaactaag tcatcgaaac
2041 gcttttagtg gacagatcta aagttacaaa tatttaggta tgcgtaaaag ggtaattaac
2101 ctagtatcaa atgagtcgaa gccccgaccg cgcccagaag aaaagccatt atcatttagg
2161 tgacgccttg ttctaaggct tagttaataa tattcctttc aaccaaacaa tgaccttcca
2221 aggtgttcag taagtggctc tcattttaag ttagttgggt attatacgcc ttgtatccgg
2281 ggctatgctt aggttaaata agaatactgc ttgaatagct caagtttaca aaataattta
2341 aaaagagttt atgaacttca ataaaacttc gaacctgaaa atgtaagtct gtgttctgtt
2401 tatatacacc agtcggttgt ctataccata tcaagacaag aaacaaaact ccgtatctgc
2461 atgcagcctc atttagacaa caacagtaat aatgacgatg tcaaattgga tacattaggg
2521 gaacaaaatg tgttatcatc cgcagaaaat atcactttac ctgaagacac ctttaaatca
2581 tatatgacct acttgctgta cgagatggct cattacaaac cgatgatatt ttccttcttg
2641 gcactttcag tttcaatttt aatagttgtg atctttcata atgttaaagc ttgtgatgtc
2701 gtttttggtt tttcaatttt cgtcacttct attttgtttt tgtctacgtt gattccgttt
2761 aatgtgtata tctcggatga gggtttcaga attaagcttt tgctggaagt tatcacccac
2821 aggccagcgg taaagggaaa agaatggaga gcaatcacag acaatatgaa tcaatattta
2881 cttgataatg gtttatggag tactcgctat tacttttata gtagtgaaag atgctacaaa
2941 ttcttcagat ttcttgtgaa agaaaaaccc ccaggtgtga atgtaaattc atcggtaaag
3001 gacgccacaa gtacgcagat agatgcacca gcaaatgagg cttcaaatga ggtaataaaa
3061 tgctttagtt tcagttctga cccaatattc gaagcatact ttgttaaagc agtagaagtt
3121 gagaaacaag cacaacagga atattggaga aagcaatatc ctgacgccga tataccatga
3181 aatataaatc ttgataattt tatttagcac ttatactgag cgatgtacca aaccgattct
3241 aaattcacaa ttcataatgg aacttaatcg tttatacagt ataaacaagt agaagtattt
3301 tgacagagat taataaattt gtgccacacg aaggggcttt ctcacagcta ataatattgt
3361 acaaactaaa ggatagaata tgctgtggtg caagttgggt gcacattaac gtattgtcgt
3421 gcattcccta tcatttttaa gggaaggaaa ttaattctaa tggctagtta cttactctca
3481 ggactccata attaacatgt agcaactgaa aaaagaaatt ttgctgtgaa tgacttgtgc
3541 tcaagataag cttctttttc tgaaggtttg tttcttattg cgagcacttt tttctgtata
3601 taatgtaaca gtgaagagca gcatctatat gttaaagtgc ttcatgtatg gttaagcagg
3661 ctttgcggct aaaaaaaaag gaatgcttat tacccttttt tccatacttt tgtagctacc
3721 tagtttcttt ctcgaatgtt tcgcgattgt ttccactgca atttccgcat aaaacaaata
3781 tcaaagaaaa tatacgagac agaaagattt ggagaacatg atttgatgtc ttcagctttc
3841 attatattca acattttcac gctttgttct tgttactatt caatattcat ggccaaattc
3901 ccacaaacct agataattct aactatttta ataaacccac acataaatag agaagcatta
3961 cgacttgcat gcgcatagtg tgtcaccaaa ggttgagaga aactgtttgc ttacttcttg
4021 gaaactgcat aagttatact cgagtcttac aattagtcat tgaatacgac aaaaccactt
4081 cctctgcctt atttgatttc tgaaagctta gtgtgctacg agaaaaattt tacaaagaaa
4141 ttattatgaa gctaaactac ttctttacca tcaagaacca ctttttgtcc ccagcaaaat
4201 tttcttaggc tttgagaggt ccattgtgct aacattactg tttcacatag ttcccatgta
4261 taaattagac caaatagcac taacctgtag gttgtggaac ttcaaaacta caaaaatctt
4321 gatgtgttga ttgttcggtc acttagagga tataattgaa tacttgcacg ataagaatct
4381 taaaacatat agtgaacaag aacaagtgcc gaaatttaaa tctttgaacc atgttgatgt
4441 gccctttctg cttcataacg ggaacaactt cgcttgcagc atccttgcat tcttgaagac
4501 gttcttacgg tctatgtagc attttctctt aaacccaaga catagcaaaa aacaagtgtg
4561 tataattact ttggataata tttatgaaat ccatacttat attagccatt tcatgaggac
4621 ggaatacttc tcaactaaaa agcacaactt ggcaattatt acaatttgcg tacctaataa
4681 acaagatgcc cgataattcc tcacaatttt atactagctc gaatgtgttg gaataaaaat
4741 ccactatcgt ctatcaacta atagttatat tatcaatata ttatcatata cggtgttaag
4801 atgatgacat aagttatgag aagctgtcat cgaagttaga ggaagctgaa gtgtaaggat
4861 tgataatgta ataggataat gaaacatata aaacggaatg aggaataatc gtaatattgg
4921 tatatagaaa tatagattcc attatgggga ttcctagacc ctcgaggaga acttctagta
4981 tattctgtat acctaatatt atagccttta tcaacaatgg aatcccaaca attatctcaa
5041 cattcaccca tttctcagaa tgagatatac tttgagtaaa agtggtggag gatattactt
5101 atgtccttgg tagcatgggt caagatagtt gtgttaactt gttaattatt ttttactatg
5161 cttctcaatt aaagatgaag tttaacgaat ggtctagact tattctcaca gtttacccgg
5221 aggtcatcat tctctttaat gacaatattt actctgtcgt cactttcgta attgtttcgt
5281 gtctgtttcg cagtccattt ggaatgcgac agtaagttaa ttacaagaag tagtaacaac
5341 aacttagcga taatgtttct catgtgtgac gcagggttac ttttgactta aaacgaccat
5401 tttgcagttt tacttcacgt
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSC1 5430 bp ds-DNA PLN 25-MAY-1991
DEFINITION Yeast (S.cerevisiae) CIT2 gene encoding the cytoplasmic form of
citrate synthase, complete cds.
ACCESSION Z11113
KEYWORDS citrate synthase; synthetase.
SOURCE Saccharomyces cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1293 to 2972)
AUTHORS Rosenkrantz,M., Alam,T., Kim,K.-S., Clark,B.J., Srere,P.A. and
Guarente,L.P.
TITLE Mitochondrial and nonmitochondrial citrate synthases in
Saccharomyces cerevisiae are encoded by distinct homologous genes
JOURNAL Mol. Cell. Biol. 6, 4509-4515 (1986)
STANDARD full automatic
REFERENCE 2 (bases 1 to 5430)
AUTHORS Aigle,M. and Crouzet,M.
JOURNAL Unpublished (1991)
STANDARD full automatic
COMMENT **map: chromosome=3;
From EMBL 26 entry SC1; dated 16-APR-1991.
FEATURES Location/Qualifiers
CDS 768..1238
/product="hypothetical protein C157"
/codon_start=768
CDS 1443..2822
/EC_number="4.1.3.7"
/product="citrate synthase"
/codon_start=1443
CDS 3453..4193
/product="hypothetical protein C247"
/codon_start=3453
CDS complement(4603..5151)
/product="hypothetical protein D183"
/codon_start=5151
BASE COUNT 1644 a 1037 c 1080 g 1669 t
ORIGIN
1 tcgcaaactt tcaataactg gctgttaatc tggtcgttaa gaaaaaggtc aatgacgatg
61 gcagggaaaa tagggctgta tcccagactt caggcgctgt tctgccggga tttttcaaag
121 gagggcgtgt ggtctagagg tatgattctc gcttagggtg cgggaggtcc cgggttcgag
181 tcccggctcg ccccacattg tttttacaat gtgtggtgtc gctactggca gaaatggtac
241 ggcatttatc tttccgacgt aaaacaagtg tactcaggag cagttttttt ttgcaatatg
301 ctaaaactcg tacaataaac caaggcgcat ggcatgtttg aacatttact cgttatttcg
361 gaggttcctc agatggctga atggaggtac agattatgat ttctagaaaa ctgcagcgga
421 ctttacagag taagctggag aagaccaatg ttaatgaaaa cttgaactgc tgaagtgtga
481 tattcaatgt atgagataat ccattaaatc atctacagtt taaagactgt aggcttacat
541 gaccgtttat cactgcgata ttggaggaag cgcttcggat caatggacct tttacttagc
601 agagcgaagg ctgaaaatca tgaaccccaa cagcatgtgt gacctctctt ctcacgcctg
661 gcaagaaacc aaactacggc atacattcag cgcaccaaaa aggaactccg tactatttac
721 attaaaaaca agaaaatgtg ttgccatttc cgtaaaatga atggcccatg ttcatacgcg
781 tatgcaaccg tcttatttac actccgacta atgtccttct aattactgtg gaagacggcc
841 gtataagcgt ccttctgtgg tttagatatg ctataccggc ggaactttgt tacacacggc
901 tcgcgcgaat ccttagggga aaacattgcg ctgactttcc ccagagttgt tgccacaaca
961 taagccgctt tggagtgttg aacaaatccg tccttgggtc attcaatcaa tggcttggcg
1021 gtatctcaaa agagcgcaaa ctaatagcgc gcacattcga cgcatttatc cggtggtcat
1081 cgactagggg cgaagaggtc acgacctatt ttttcttgca gaaaaaaagt gtgacctttt
1141 ccgtagctag acgtctatca gggcgtcagc aatgggaggc acagcggaaa aacaataaca
1201 atggtaagcg caattacctt ttgagcgtta cattcgtatg aaattggtga cgttaatcta
1261 aagatagtca tgctctcaaa agggcccatt attctcgacg ttgagcgtat ataagactat
1321 taaaacttgg ttctttagat atggtgttcg ttcctcatta ttaagtttca gggaacaata
1381 tcaacacata tcataacagg ttctcaaaac tttttgtttt aataatacta gtaacaagaa
1441 aaatgacagt tccttatcta aattcaaaca gaaatgttgc atcatattta caatcaaatt
1501 caagccaaga aaagactcta aaagagagat ttagcgaaat ctaccccatc catgctcaag
1561 atgtaaggca attcgttaaa gagcatggca aaactaaaat tagcgatgtt ctattagaac
1621 aggtatatgg tggtatgaga ggtattccag ggagcgtatg ggaaggttcc gttttggacc
1681 cagaagacgg tattcgtttc agaggtcgta cgatcgccga cattcaaaag gacctgccca
1741 aggcaaaagg aagctcacaa ccactaccag aagctctctt ttggttattg ctaactggcg
1801 aggttccaac tcaagcgcaa gttgaaaact tatcagctga tctaatgtca agatcggaac
1861 tacctagtca tgtcgttcaa cttttggata atttaccaaa ggacttacac ccaatggctc
1921 aattctctat tgctgtaact gccttggaaa gcgagtcaaa gtttgctaag gcttatgctc
1981 aaggaatttc caagcaagat tattggagtt atacttttga agattcacta gacttgctgg
2041 gtaaattgcc agttattgca gctaaaattt atcgtaatgt attcaaagat ggcaaaatgg
2101 gtgaagtgga cccaaatgcc gattatgcta aaaatctggt caacttgatt ggttctaagg
2161 atgaagattt cgtggacttg atgagacttt atttaaccat tcattcggat cacgaaggtg
2221 gtaatgtatc tgcacataca tcccatcttg tgggctcagc actatcatca ccttatctgt
2281 cccttgcatc aggtttgaac gggttggctg gcccacttca tgggcgtgct aatcaagaag
2341 tactagaatg gttatttgca cttaaagaag aggtaaatga tgactactct aaagatacga
2401 tcgaaaaata tttatgggat actctaaact caggaagagt cattcccggt tatggtcatg
2461 ctgtgctaag gaaaactgat cctcgttata tggctcagcg taagtttgcc atggaccatt
2521 ttccagatta tgaattattc aagttagttt catcaatata cgaggtagca cctggcgtat
2581 tgactgaaca tggtaaaact aaaaatccat ggccaaatgt agatgctcac tctggtgtct
2641 tattacaata ttatggacta aaagaatctt ctttctatac cgttttattt ggcgtttcaa
2701 gggcatttgg tattcttgct caattgatca ctgatagggc catcggtgct tccattgaaa
2761 ggccaaagtc ctattctact gagaaataca aggaattggt caaaaacatt gaaagcaaac
2821 tatagttgga ttacatccta cttttacacc cctctgcata tttttctttc ctcatgacca
2881 tttagtattt agcacttatt taatacaata atatattctt ttaaccatac actatgataa
2941 tgatatttat aattaagaaa atgaacgtta ctatttcctt cctcgtttta gttacataaa
3001 atttactaat ggttggaaaa ttgcggaagc tatcacgcga taactaggta cacacgcatt
3061 atttttataa tcccattatt aataaatccg ttatgaccct tttagtaata acttattaag
3121 aacctccggg taaaatactg tactgcgggg aaagaaggcg cttccccttc ttggaactta
3181 atataaataa taaatttgcc taagggcatt aggccttact gccttggcta gcgtacttat
3241 ttcgattcat acaatttgca ctattccggc agctagttga tactataaca tcctacattt
3301 ttacttgttt tacgttcatt tttatttgaa gtttgtaaac tttatcagaa agaaaacaag
3361 aagaggaaaa aggaaaagag gggtcaggtt agtatcaata aaaaaaaaga gagtaaacaa
3421 aacaatacag actcaattga agcactataa gaatggtaaa gattgcgata attacttact
3481 ctacctacgg gcacatagac gttttagccc aagctgttaa gaaaggtgtg gaggcagctg
3541 gtggtaaagc tgatatatac agggtcgagg aaactttacc tgatgaagtc ctcaccaaga
3601 tgaacgctcc tcagaaacct gaagatattc ctgttgccac tgagaaaacg ttgctcgaat
3661 atgacgcctt tttgttcggt gttccaacta ggtttggtaa tttgccggct caatggtccg
3721 ccttttggga taaaaccggt ggattatggg ccaagggctc tttgaacggc aaagctgcgg
3781 ggatattcgt tagtacttcc agttacggag gtggtcaaga aagtaccgtt aaagcctgtt
3841 tgtcttattt agctcatcac ggaattatct ttttaccact gggttataag aattcatttg
3901 ctgagttagc cagtatagaa gaggtacacg gtggctctcc atggggtgct ggtacccttg
3961 caggacctga cggctcaaga actgcgtctc cacttgaatt gagaattgct gaaattcaag
4021 gtaaaacatt ctacgaaacc gccaaaaaac ttttccctgc aaaagaagcc aagccctcca
4081 ctgaaaagaa gaccactact tctgatgcgg ctaagagaca aactaaacct gcagcagcta
4141 caactgcaga aaagaaggag gacaaaggat tattatcctg ctgtactgtc atgtaagaaa
4201 caacagttcg cgtctaatat ttagttctta ctaacattaa ttctatctca gcagatatat
4261 caatgtagga cgttggaaaa ttaataaaga attaactctt tttattttat tttttccttt
4321 ttatattaaa agtatatttc tgtaagtcct tgtactaata atatcatttc ctaatatttt
4381 gaaatatagt tgttttttgt caagcaaaac tcttgatttc aaagacctca ttttgttaag
4441 ccaaaagcga aaaattctat ttcgactttt ctttctgttt ccgctccttg tattctacca
4501 ttgatgctgt cttaaacaat aaatatacag tttgaaatta agtttctata tacaggctta
4561 agtttattta aaaaggaaac cactagatga aagatgagcc tagtcctttt ttaaagtccg
4621 aacgcgacgt tccaaatagt tatctttatc tttcaaatcc ttggtatatt tggtatctct
4681 tctaccagga tataggactc tttggtctag ttcggaaagt tcctcctctt gtctcggctt
4741 aatttcttct ttagcggtat gcgttttcca tatatgactt atttgtccaa cacaatacat
4801 acacagtgta ttggctctct tataatggcc gcatgatggg cacttattca aatggtgaat
4861 catcttcaat tgcttcttac ctggaccgta aagtttttgc cttttttttt ggtgtgatac
4921 ttttttttta ggaactgcta gtagaatacc attattagag aaaaaatctt tatcttcagt
4981 gtccttatga tcttgttgta gcttttctct caaccaacgg tggatagatc ccagttgttt
5041 ttggcctgga atctgcagtg aaggatttcc tagcggtacc aaccacccaa ttgcagtggt
5101 aggcacaatt ttgtgaaatg ctaattgttt accaaaaatc aaagaattca tagtttgttt
5161 gctgatattc cctggtgttt ttgtctccaa gttaaggtat tatttgggaa cattgtgcct
5221 tatattaaga tttgctttct gaatgcttgc ggaaataatc gtatgatacg atgagatttc
5281 ctcgagagac cacaaataga tcagaatcgc tgaatagaat atatgtaaac atgtatcagt
5341 aatacttaac ttttttcagg caaagacaag aaaatacaag gccaagcccc acggttacta
5401 caagcactct ataaatatat taatggatcc
//GenBank-Updates@genbank.bio.net (05/25/91)
LOCUS YSCSC16 6264 bp ds-DNA ORG 25-MAY-1991
DEFINITION Yeast (S. cerevisiae) mitochondrial gene for cytochrome B extending
from map position 71.3 to 80.2. (Strain D273-10B.)
ACCESSION V00696
KEYWORDS cytochrome.
SOURCE Mitochondrion Saccharomyces cerevisiae DNA.
ORGANISM Mitochondrion Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 6264)
AUTHORS Nobrega,F.G. and Tzagoloff,A.
TITLE Assembly of the mitochondrial membrane system. DNA sequence and
organization of the cytochrome B gene in Saccharomyces cerevisiae
D273-10B
JOURNAL J. Biol. Chem. 255, 9828-9837 (1980)
STANDARD full automatic
COMMENT SWISS-PROT; P00163; CYB$YEAST. SWISS-PROT; P03879; YMC4$YEAST.
From EMBL entry MISC16; dated 03-JAN-1991.
FEATURES Location/Qualifiers
CDS join(140..898,2312..2366,3097..3444)
/product="cytochrome b"
/codon_start=140
intron 899..2311
/note="intron 1"
CDS 899..2052
/note="reading frame (inside intron 1)"
/codon_start=899
intron 2367..3096
/note="intron 2"
BASE COUNT 2501 a 582 c 619 g 2539 t 23 others
ORIGIN
1 atatatataa ttataaatat atatatatat aataagtatt aattaataat atatatttat
61 atatttttta ttaattaata tatataaaat attagtaata aataatatta ttaatatttt
121 ataaataaat aataataata tggcatttag aaaatcaaat gtgtatttaa gtttagtgaa
181 tagttatatt attgattcac cacaaccatc atcaattaat tattgatgaa atatgggttc
241 attattaggt ttatgtttag ttattcaaat tgtaacaggt atttttatgg ctatgcatta
301 ttcatctaat attgaattag ctttttcatc tgttgaacat attataagag atgtgcataa
361 tggttatatt ttaagatatt tacatgcaaa tggtgcatca ttctttttta tggtaatgtt
421 tatgcatatg gctaaaggtt tatattatgg ttcatataga tcaccaagag tactattatg
481 aaatgtaggt gttattattt tcattttaac tattgctaca gcttttttag gttattgttg
541 tgtttatgga cagatgtcac attgaggtgc actagttatt actaatttat tctcagcaat
601 tccatttgta ggtaacgata ttgtatcttg attatgaggt gggttctcag tatctaaccc
661 tctaatccag agattctttg cgttacatta tttagtacct tttatcattg ctgcaatggt
721 tattatgcat ttaatggcat tacatattca tggttcatct aatccattag gtattacagg
781 taatttagat agaattccaa tgcattcata ctttattttt aaagatttag taactgtttt
841 cttatttatg ttaattttag cattatttgt attctattca cctaatactt taggtcaaaa
901 tatggcctta ttattaatta catatgtaat taatatttta tgtgctgtat gctggaaatc
961 tttatttatt aaatatcaat gaaaaattta taataaaact ctatattatt ttattattca
1021 aaatatttta aatacaaaac aattaaataa tttcgtatta aaatttaatt gaacaaagca
1081 atataataaa ataaatattg taagtgattt atttaatccc aatagagtaa aatattatta
1141 taaagaagat aatcagcagg taaccaatat aaattcttct aatactcact taacgagtaa
1201 taaaaagaat ttattagtag atacttcaga gactacacgc acactagaaa ataaatttaa
1261 ttatttatta aatattttta atataaaaaa aataaatcaa attattctta aaagacatta
1321 tagtatttat aaagatagta atattagatt taaccaatga ttggccggtt taattgacgg
1381 agatggttat ttttgtatta ctaaaaataa atatgcatct tgtgaaattc ttgtagaatt
1441 aaaagatgaa aaaatgttaa gacaaatcca agataaattt ggtggttctg taaaattaag
1501 atcaggtgtt aagactatta gatatagatt acaaaataaa gaaggtataa ttaaattaat
1561 taatgccgtt aatggtaata ttcgtaatag taaaagatta gtacaattta ataaagtatg
1621 tattttatta aatatcgatt ttaaagaacc tattaaatta actaaagata atgcttgatt
1681 tatagggttc tttgatgctg atggtactat taattattat tattccggta aattaaaaat
1741 tagacctcaa ttaactatta gcgttacaaa taaatattta catgatgttg aatactatag
1801 agaagtattt ggtggtaata tttattttga taaagctaaa aatggttatt ttaaatgatc
1861 tattaataat aaagaattac ataatatttt ttatctttat aataaaagtt gtccttctaa
1921 atctaataaa ggtaaacgtt tatttttaat tgataaattt tattatttat atgatttatt
1981 agcttttaaa gcacctcata atactgcttt atataaagct tgattaaaat ttaatgaaaa
2041 atgaaataat aattaaattt tctccgtatt cattattata ttatctaatt tataaaatat
2101 ttaaagattc cttataataa tataacatct ttgtaaatta ttgttaaaga taatataaat
2161 tattatgaat cggtagatta tatttttaca atcttattaa ataaaattct gatcattaaa
2221 catgattgaa gaaataataa tagtttatga aataagatag tgtaatataa atttttatga
2281 agatatagtc cattttatat ttattataaa agcatcctga taactatatt cctggtaatc
2341 ctttagtaac accagcatct attgatatta aaaatattaa taaaattatt attatttaat
2401 cttatttatt ttatataaaa aaaataaata ataattatta ataaaaatat attatttatt
2461 tctcctttcg gggttattta tatatattcc tttataattt atatttaata tattatatta
2521 aatatatgaa aaattataat aaataaatta attaattaat taataataaa taataataaa
2581 aagtacagta gcattaaata ttcttaagtt tccgctttgt gggaactccc ataaggagtt
2641 taatgattaa aattggttaa ttgtcaagaa aatctaaggt attaataaat aaataatact
2701 atgacaactt gcagcgaagt ttatatcatc tctatattat atattaatat atatatataa
2761 taataataat aatattaata taatataaga tataaaaacg ttcaacgact agaaagtgaa
2821 ctgagatagt aatacctttc cacgaaaacc aattaattta taaattattt ttaaataaag
2881 aatagattat taattttttt ttatatagta ccggccggga gccggaaccc cgaaaggagt
2941 aatatatatt atatataaat aaaaatatat atatatatat tataaaatat caaaagtttt
3001 aatcttttta ttataaatta atgacatagt ctgaacaata atgaaaatta ttgagataag
3061 atattaaata atcttatgtt aacatatata aattgtgtac ctgaatgata cttattacca
3121 ttctatgcta ttttaagatc tattcctgat aaattattag gagttattct aatgtttgca
3181 gctattttag tattattagt tttaccattt actgatagaa gtgtagtaag aggtaatact
3241 tttaaagtat tatctaaatt cttcttcttt atctttgtat tcaatttcgt attattagga
3301 caaattggag catgccatgt agaagtacct tatgtcttaa tgggacaaat cgctacattt
3361 atctacttcg cttatttctt aattattgta cctgttatct ctactattga aaatgtttta
3421 ttctatatcg gtagagttaa taaataatat ataattaaat taatacatag atataatata
3481 tatattatta ttattaataa tataataaaa ataaaaataa aattattaat aataataata
3541 ctttaataat attcttaaaa ataatatatc tctaatttat aaaaattaaa taataataat
3601 aaaaaaaaaa tattataaaa tataaattaa ttaataatga aaataatata cttattaaat
3661 taatataaat aaatgaataa tataatataa ctatattgaa ttataatcta tctatctttt
3721 tttttcatat aattataata tatatattaa tatatataat tattatttta tatattatag
3781 ttccggggcc cggtcacgga agccggaacc ccgcaaggag atttattaat tattattatc
3841 attattattt tttatttaat cttatttatt ataaaataat taattatcat aaagcataat
3901 tattatagaa tcttattatt ttctttattt aaatttataa aaatataaag tccccgcccc
3961 ctttttattt tatttaatta agaaggtatt ttaaaaaagg agtgagggac cccctcccgt
4021 tgggtggggg accgaacccc gaaggagtac tcatttaata taaatattaa ataaaaatta
4081 attttaatac aataattaat gattattaat attgataata taaattattt tataattaat
4141 tattataaat atataactat taataattaa tttttaatct ggggtttccc ccacttacat
4201 aaacttacgt atacttacat atacttatgt atacttacat atacttacgt atacttatat
4261 atacttatgt atacttacgt atacttacat atatggggga tccctctctc atccggcgtc
4321 ctactcaccc tatttattaa tcattaataa gaaattatta ttaaaaaaat tataatttac
4381 tcaaagttaa ttataaatat atttttaaat atctatttta ttaatctttt ataaaattta
4441 aattaattgt aattaattaa tattataata attattctta ggaaggatat ttatttattt
4501 taattatgaa ttcctgacat agagacaatt aattagaact tcttattatt attatagtaa
4561 taataaaaat attctaaata tattatatat attattattt ttttttatta ttaataaaat
4621 attataataa atttaaataa gtttataatt tttgataagt attgttatat ttttgatttc
4681 caaatatatn nnnnnnnnnn nnnnnnnnnn nnccgggacc ctcggagaag taataggggg
4741 agggggtggg tgataagaac caaactattc aataaatata gagcacacat tagttaatat
4801 ttaataatat aactaatata taataattat aaaataatta attatataat aaaatataaa
4861 gtccccgccc cggcggggac cccgaaggag tattaacaat ataatatatt gtataaaata
4921 aattataaat aagaaataaa aaccaaataa ataatataat aattgattaa caagaagaat
4981 tccggggacc caataataat tattattgaa attattaatg gaccccaacc aaatatatat
5041 ataactcctt cgggggttcc ggttcccggt ggccggggcc cggaaactaa taatatatta
5101 tatatattaa tatataataa tattattaaa atataatata atattattaa aaaaaaagta
5161 tatataaaat aagatatata tatataaata tatatattct taataaatat tatatataat
5221 aataataaat aatttcataa taaattattt atttttatta ataaaaatta cttatctcct
5281 tcgaccggac tccttcttta aaaggggttc ggtccccctc ccattagtat agagtatagg
5341 gaggggtccc tcactccttc ggggtccgcc ccgcgggggc cgccggacta ttaaatattt
5401 aatatttaat atttaattct atagatattc atatgaaaaa taataagtat ataattatga
5461 taatgaatat atttttattt ataatttatt attataaaaa tattttaatt taataataat
5521 aataaatcat tatattaatt cttttaagaa tttataattg tcattattta ttatatactc
5581 cttattaaaa gattcggttt ccctcatcct catgggtatc cctcactcct tctgataatt
5641 aattttataa taataataaa ataaacttaa ttaaatatta tatatttatt tacaattata
5701 tatatatatt actcataatt taatttaatt aaattaagat gcaattcaat acggttgtat
5761 tatattattc atcaaatatt gttaatattg atacctacag agatatttaa tatttttatt
5821 attattatcc attacttttt ttattatatt ttaattatat taataattgt atttttattt
5881 atttatttat ttatttataa taataatatt catattatca attatatttt ttttttataa
5941 tatataatta aattatttat atagttcctt gaaggagaat aaataaaata ttatataaat
6001 atttatactt tttattaata ttaatataag taatatatat agtttatgat atttaatttt
6061 actataatat aataataatt atataaatct tatacacatt tatataagta tatatatata
6121 ttattaatat aatgaacatc tattaaataa aataattgta aatctcaagt aaattattat
6181 tattttattt ttaataataa tttatgattt ataattaata aataaaagag taattatatg
6241 ataaaaaagg taataaataa aatt
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