GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELQ 7086 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58718
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 7086)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
REFERENCE 2 (bases 1 to 7086)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Telomere regions of yeast are complex mosaics of many different
repeats including a mitochondrial intron
JOURNAL Unpublished (1991)
STANDARD simple staff_entry
COMMENT Base pairs 317 to 6969 appear in the article titled "Subtelomeric
Y' repeats of Saccharomyces cerevisiae are homologous to viral and
transposable elements and exhibit concerted evolution" whereas the
entire sequence appears in the article titled "Telomere regions of
yeast are complex mosaics of many different repeats including a
mitochondrial intron".
FEATURES Location/Qualifiers
CDS 1170..2879
/label=ORF1
/codon_start=1170
CDS 2885..6559
/label=ORF2
/codon_start=2885
repeat_region 4929..5360
repeat_region 6827..6856
repeat_region 6970..7086
BASE COUNT 2013 a 1296 c 1872 g 1905 t
ORIGIN Chromosome VII or XV telomere.
1 gaatagcagg gtaaggtggg tagtggaggt tggatatggt aattggaggg taacggttat
61 ggtgcacgat gggttggtgg tagcaagtag agagatggat ggtggttgga gcggtatggt
121 tgaaggggac agggtaacga gtggggaggt agcgtaatgg agggtaagtt aagagacatg
181 ctaaatcagg gtaagaatag ggtagggtta gggtagggtt agggtagtgt tagggtgtgg
241 gtgtggtgtg tgtgggtgtg tgggtgtgtg ggtgtgtggg tgtgggtgtg gtgtgtgggt
301 gtgggtgtgg tgtgggtata tatatgtcac tgtattgcat gctggatggt gttagacaag
361 gccgtaggga catatagcat ctaggaagta accttgtacg aaaataggca atatttcctg
421 tttaggcgat tgtgacgcag attttagtcc aacgatctag cgtcaaggaa tttttttata
481 gtggacattg caccaaggaa gtaacttgat acgtcgtggg tgaatgggtc tgttttctta
541 ttcggcgggg taatacattt ttgggggaag tttgtctgtc tgacgcgcca tatgtaggta
601 cgccaaaaag ggctcctcta cttcgaagcg cgaggtcgta tacctaataa ggaaatgtaa
661 tttataactt tctattatat tggtcttttc gagagcggaa gaagttgtag gctaagcgca
721 ggctaagcgt aggtccatat ttaaagtatc caagagaata tccacgaagc ggctgagcaa
781 cgaacagaat cctggttctc ctcgactaag cagatagtta agatactgtg caccatggaa
841 attgaaaacg aaagtacgta ccgactactt tatttttgca ggccggaaat caagcgatga
901 atgagacatc cttctgtttt ctatgttggg acagacagtc gcttatctta gtgagatttc
961 ttattaactg aattttcttt gctgctgctg gagatttgca cctgcatagc gcagattctg
1021 cttcttctca atagagtagc ttaattatta cattcttaga tgatgataag acggaaactg
1081 gacaatcttt tgtttatatt gatggatttc ttgtcaaaaa gcataacaat caacatacta
1141 ttgttaattt cgaaacttac aaaaataaaa tgaaagtttc cgataggcgt aagtttgaaa
1201 aagcaaactt tgacgagttt gagtcggctc taaataacaa aaacgacttg gtacattgtc
1261 cctcaataac tttatttgaa tcgatcccca cggaagtgcg gtcattctac gaagacgaaa
1321 agtctggcct aatcaaagtg gtaaaattca gaactggtgc aatggatagg aaaaggtctt
1381 ttgaaaaaat tgtcatttcc gtcatggtcg ggaaaaatgt acaaaagttc ctgacatttg
1441 ttgaagacga accagatttc cagggcggac caatcccttc aaagtatctt attcccaaga
1501 aaatcaactt gatggtctac acgttgtttc aagtgcatac tttgaaattc aatagaaagg
1561 attacgatac cctttctctt ttttgcctca acagaggata ctataatgag ttgagtttcc
1621 gtgtcctgga acgttgtcac gaaatagcga gtgccaggcc gaacgacagc tctacgatgc
1681 gtactttcac tgactttgtt tctggcgcac ctattgtaag gagtcttcag aaaagcacca
1741 taaggaaata tgggtacaat ttggcaccct acatgttctt gttactacac gtagatgagc
1801 tatcgatttt ttctgcatac caagcaagtt tacctggcga aaagaaagtc gacacagagc
1861 ggctgaagcg tgatctatgc ccacgtaaac ccattgagat aaagtacttt tcacagatat
1921 gtaacgatat gatgaacaaa aaagaccgat tgggtgatat tttgcatatt atcttgcgag
1981 catgtgcgct caatttcggg gcgggtcccc gtggtggcgc tggtgacgaa gaggatcgat
2041 ctattacgaa tgaagaaccc attattccct ctgtggacga gcatggcttg aaagtatgta
2101 agttgcgtag tcctaacact ccacgaagac tcagaaaaac actagatgcc gtgaaagctt
2161 tattggtgtc gtcttgtgct tgtactgcaa gggatttaga tatatttgat gacaccaacg
2221 gcgttgcaat gtggaaatgg atcaaaattc tgtaccacga agtagcgcag gaaaccacgc
2281 tgaaggactc ttatagaata actttggtac cttcttctga tggtatatca gtatgtggaa
2341 aactttttaa tcgcgagtat gtccgcggct tttactttgc atgcaaggct cagttcgata
2401 acctttgggg agagttgaac aactgctttt atatgcctac agtggttgat attgccagcc
2461 tcattttgcg taatcgagaa gttttgttca gagagccaaa gcgaggaatt gacgagtatc
2521 tggaaaacga ttcttttctt caaatgatac ctgttaaata tcgtgaaatt gtgctgccca
2581 agttgagaag agatactaac aaaatgaccg cggctcttaa aaataaagtc actgttgcaa
2641 ttgacgagct tacggtgcca cttatgtgga tggtccattt tgccgtagat acccttaccg
2701 ttatccagag cttcagctac tcgcttttgc cggtcctcag cgcaacgtat acgtcgatga
2761 tacaacaaga cgcatccaac tgtacactga ttacaacaag aacggttcat cggagcctcg
2821 acttaagacg cttgacggac tcacttcaga ttacgtgttt tattttgtca ctgtgctaag
2881 gcaaatgcaa atatgtgcgc ttggtaacag ttatgacgct tttaatcatg atccttggat
2941 ggatgtggtg ggatttgagg atccagatca agtaacaaat cgagacattt cgaggatagt
3001 tttgtattcc tacatgtttc tgaataccgc gaagggctgt ctggttgaat acgcaacttt
3061 tcggcagtac atgagggaac ttccgaagaa tgcacctcag aagctgaatt ttcgggagat
3121 gcgtcagggg ttgattgccc taggacggca ctgcgtaggt agcagatttg aaacagattt
3181 gtacgagtcg gcgacgagtg aactcatggc caatcattcc gttcaaacag ggcgaaatat
3241 ttacggtgtg gattcctttt cgttaactag tgtcagtggg acgaccgcca ctttattgca
3301 ggaacgagct tccgagcgct ggattcaatg gttaggcctt gaaagcgact accattgttc
3361 attctctagt actcggaatg cggaagacgt agtggcaggt gaggcggcga gttcagatca
3421 tgatcaaaaa atttcaagag taacgcgaaa aaggccccga gagcccaaga gtacaaacga
3481 tatcctcgtc gcaggccaga aactctttgg cagctccttt gaattcaggg acttgcatca
3541 gttgcgctta tgtcatgaaa tatacatggc agacacaccc tctgtggcag tacaggcccc
3601 accgggctat ggtaagacgg agttatttca tctccccttg atagcactgg cgtctaaggg
3661 cgacgtgaaa tatgtgtcgt ttctgtttgt accgtacaca gtgttgcttg ctaattgcat
3721 gatcaggttg agccgatgcg gttgcttgaa tgtggcccct gtaagaaact ttattgaaga
3781 aggttgcgat ggcgttactg atttatacgt ggggatctac gatgatcttg ctagcactaa
3841 tttcacagac aggatagctg cgtgggagaa tattgttgag tgcaccttta ggaccaacaa
3901 cgtaaaattg ggttacctca ttgtagatga gtttcacaac tttgaaacgg aggtctaccg
3961 gcagtcgcaa tttgggggca taactaacct tgattttgac gcttttgaga aagcaatctt
4021 tttgagcggc acagcacctg aggctgtagc tgatgctgcg ttgcagcgta ttgggcttac
4081 gggactggcc aagaagtcga tggacatcaa cgagctcaaa cggtcggaag atctcagcag
4141 aggtctatcc agctatccaa cacggatgtt taatctaatc aaggagaaat ccgaggtgcc
4201 tttagggcat gttcataaaa tttggaagaa agtggaatca cagcccgaag aagcactgaa
4261 gcttctttta gccctctttg aaattgaacc agagtcgaag gccattgtag ttgcaagcac
4321 aaccaacgaa gtggaagaat tggcctgctc ttggagaaag tattttaggg tggtatggat
4381 acacgggaag ctgggtgctg cagaaaaggt gtctcgcaca aaggagtttg tcactgacgg
4441 tagcatgcga gttctcatcg gaacgaaatt agtgactgaa ggaattgaca ttaagcaatt
4501 gatgatggtg atcatgcttg ataatagact taatattatt gagctcattc aaggcgtagg
4561 gagactaaga gatgggggcc tctgttatct attatctaga aaaaacagtt gggcggcaag
4621 gaatcgtaag ggtgaattac caccgattaa ggaaggctgt ataaccgaac aggtacgcga
4681 gttctatgga cttgaatcaa agaaaggaaa aaagggccag catgttggat gctgtggctc
4741 caggacagac ctgtctgctg acacagtgga actgatagaa agaatggaca gattggctga
4801 aaaacaggcg acacgttcca tgtcgatcat tgcgttaccg tctagcttcc aggagagcaa
4861 tagcagtgac aggtgcagaa agtattgcag cagtgatgag gacagcgaca cgtgcattca
4921 tggtagtgct aatgccagta ccaatgcgac taccaactcc agcactaatg ctactaccac
4981 tgccagcacc aacgtcagga ctagtgctac taccactgcc agcatcaacg tcaggactag
5041 tgcgactacc actgaaagta ccaactccag cactaatgct actaccactg ccagcaccaa
5101 cgtcaggact agtgctacta ccactgccag catcaacgtc aggactagtg cgactaccac
5161 tgaaagtacc aactccaaca ctagtgctac taccaccgaa agtaccgact ccaacactag
5221 tgctactacc accgaaagta ccgactccaa cactagtgct actaccactg ctagcaccaa
5281 ctccagcact aatgccacta ccactgctag caccaactcc agcactaatg ccactaccac
5341 tgaaagtacc aacgctagtg ccaaggagga cgccaataaa gatggcaatg ctgaggataa
5401 tagattccat ccagtcaccg acattaacaa agagtcgtat aagcggaaag ggagtcaaat
5461 ggttttgcta gagagaaaga aactgaaagc acaatttccc aatacttccg agaatatgaa
5521 tgtcttacag tttcttggat ttcggtctga cgaaattaaa catcttttcc tctatggtat
5581 tgacgtatac ttctgcccag agggagtatt cacacaatac ggattatgca agggctgtca
5641 aaagatgttc gagctctgtg tctgttgggc tggccagaaa gtatcgtatc ggaggatggc
5701 ttgggaagca ctagctgtgg agagaatgct gcgaaatgac gaggaataca aagaatactt
5761 ggaagacatc gagccatatc atggggaccc tgtaggatat ttgaaatatt ttagcgtaaa
5821 aaggggagag atctactctc agatacagag aaattatgct tggtacctgg ccattactag
5881 aagaagagaa acaattagtg tattggattc gacaagaggc aagcaaggga gccaagtttt
5941 ccgcatgtct ggaaggcaga tcaaagagtt gtattataaa gtatggagca acttgcgtga
6001 atcgaagaca gaggtgctgc agtacttttt gaactgggac gagaaaaagt gccgggaaga
6061 atgggaggca aaagacgata cggtctttgt ggaagcgctc gagaaagttg gagtttttca
6121 gcgtttgcgt tccatgacga gcgctggact gcagggtccg cagtacgtca agctgcagtt
6181 tagcaggcat catcgacagt tgaggagcag atatgaatta agtctaggaa tgcacttgcg
6241 agatcagctt gcgctgggag ttaccccatc taaagtgccg cattggacgg cattcctgtc
6301 gatgctgata gggctgttct acaataaaac atttcggcag aaactggaat atcttttgga
6361 gcagatttcg gaggtgtggt tgttaccaca ttggcttgat ttggcaaacg ttgaagttct
6421 cgctgcagat aacacgaggg taccgctgta catgctgatg gtagcggttc acaaagagct
6481 ggatagcgat gatgttccag acggtagatt tgatataata ttactatgta gagattcgag
6541 cagagaagtt ggagagtgaa ggaaattgtt gttacgaaag tcagtgatta tgtattgtgt
6601 agtatagtat attgtaagaa attttttttt ctagggaata tgcgttttga tgtagtagta
6661 tttcactgtt ttgatttagt gtttgttgca cggcagtagc gagagacaag tgggaaagag
6721 taggataaaa agacaatcta taaaaagtaa acataaaata aaggtagtaa gtagcttttg
6781 gttgaacatc cgggtaagag acaacagggc ttggaggaga cgtacatgag ggctatttag
6841 ggctatttag ggctatgtag aagtgctgta gggctaaaga acagggtttc attttcattt
6901 ttttttttta atttcggtca gaaagccggg taaggtatga cagcgagagt agaggtagat
6961 gtgagagagt gtgtgggtgt ggtgtgtggg tgtgtgggtg tggtgtgtgt gtgggtgtgg
7021 gtgtggtgtg tgggtgtggg tgtgggtgtg ggtgtgggtg tggtgtgtgg gtgtgggtgt
7081 ggtgtg
//GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELP 3186 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58719
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 3186)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
BASE COUNT 894 a 636 c 818 g 838 t
ORIGIN Chromosome XVI telomere.
1 aatttggcac cctacatgtt tttgttacta cacgtagatg agctatcgat tttttctgca
61 taccaagcaa gtttacctgg cgaaaagaaa gtcgacacag agcggctgaa gcgtgatcta
121 tgcccacgta aacccactga gataaagtac ttttcacaga tatgtaacga tatgatgaac
181 aaaaaggacc gattgggtga tattttgcat attatcttgc gagcatgtgc gctcaatttc
241 ggggcgggtc cccgtggtgg cgctggtgac gaagaggatc gatccattac gaatgaagaa
301 cccattattc cctctgtgga cgagcatggc ctgaaagtat gtaagttgcg cagtcctaac
361 actccacgaa gactcagaaa aacactagat gccgtgaaag ctttattggt gtcgtcttgt
421 gcttgtaccg caaggattta gatatatttg atgacaacaa cggcgttgcg atgtggaaat
481 ggatcaaaat tctgtaccac gaagtagcgc aggaaaccgc gctgaaggac tcttatagaa
541 taactttggt accttcttct gatggtatat cagtatgtgg aaaactgttt aatcgcgagt
601 atgtccgcgg cttttacttt gcatgcaagg ctcagtttga taacctttgg gaagaattga
661 acgactgctt ttatatgcct acagtggttg atattgccag cctcattttg cgtaatcgag
721 aagttttgtt cagagagcca aagcgaggaa ttgacgagta tctggagaac gattctttcc
781 ttcaaatgat acctgttaaa tatcgtgaaa ttgtgctgcc caagttgaga agagatacta
841 acaaaatgac cgcggctctt aaaaataaag tcactgttgc aattgacgag cttacggtgc
901 cacttatgtg gatgatccat tttgccgtag atacccttac cgttatccag agcttcagct
961 actcgctttt gccggtcctc agcgcaacgt atacgtcgat gatacaacaa gacgcatcca
1021 actgtacact gattacaaca agaacggttc atcggagcct cgacttaaga cgcttgacgg
1081 actcacttca gattacgtgt tttattttgt cactgtgcta aggcaaatgc aaatatgtgc
1141 gcttggtaac agttatgacg cttttaatca tgatccttgg atggatgtgg tgggatttga
1201 ggatccagat caagtaacaa atcgagacat ttcgaggata gttttgtatt cctacatgtt
1261 tctgaatacc gcgaagggct gtctggttga atacgcaact tttcggcagt acatgaggga
1321 acttccgaag aatgcacctc agaagctgaa ttttcgggag atgcgtcagg ggttgattgc
1381 cctaggacgg cactgcgtag gtagcagatt tgaaacagat ttgtacgagt cggcgacgag
1441 tgaactcatg gccaatcatt ccgttcaaac agggcgaaat atttacggtg tggattcctt
1501 ttcgttaact agtgtcagtg ggacgaccgc cactttattg caggaacgag cttccgagcg
1561 ctggattcaa tggttaggcc ttgaaagcga ctaccattgt tcattctcta gtactcggaa
1621 tgcggaagac gtagtggcag gtgaggcggc gagttcagat catcatcaaa aaatttcaag
1681 agtaacgcga aaaaggcccc gagagcccaa gagtacaaac gatatcctcg tcgcaggcca
1741 gaaactcttt ggcagctcct ttgaattcag ggacttgcat cagttgcgct tatgtcatga
1801 aatatacatg gcagacacac cctctgtggc agtacaggcc ccaccgggct atggtaagac
1861 ggagttattt catctcccct tgatagcact ggcgtctaag ggcgacgtga aatatgtgtc
1921 gtttctgttt gtaccgtaca cagtgttgct tgctaattgc atgatcaggt tgagccgatg
1981 cggttgcttg aatgtggccc ctgtaagaaa ctttattgaa gaaggttgcg atggcgttac
2041 tgatttatac gtggggatct acgatgatct tgctagcact aatttcacag acaggatagc
2101 tgcgtgggag aatattgttg agtgcacctt taggaccaac aacgtaaaat tgggttacct
2161 cattgtagat gagtttcaca actttgaaac ggaggtctac cggcagtcgc aatttggggg
2221 cataactaac cttgattttg acgcttttga gaaagcaatc tttttgagcg gcacagcacc
2281 tgaggctgta gctgatgctg cgttgcagcg tattgggctt acgggactgg ccaagaagtc
2341 gatggacatc aacgagctca aacggtcgga agatctcagc agaggtctat ccagctatcc
2401 aacacggatg tttaatctaa tcaaggagaa atccgaggtg cctttagggc atgttcataa
2461 aatttggaag aaagtggaat cacagcccga agaagcactg aagcttcttt tagccctctt
2521 tgaaattgaa ccagagtcga aggccattgt agttgcaagc acaaccaacg aagtggaaga
2581 attggcctgc tcttggagaa agtattttag ggtggtatgg atacacggga agctgggtgc
2641 tgcagaaaag gtgtctcgca caaaggagtt tgtcactgac ggtagcatgc gagttctcat
2701 cggaacgaaa ttagtgactg aaggaattga cattaagcaa ttgatgatgg tgatcatgct
2761 tgataataga cttaatatta ttgagctcat tcaaggcgta gggagactaa gagatggggg
2821 cctctgttat ctattatcta gaaaaaacag ttgggcggca aggaatcgta agggtgaatt
2881 accaccgatt aaggaaggct gtataaccga acaggtacgc gagttctatg gacttgaatc
2941 aaagaaagga aaaaagggcc agcatgttgg atgctgtggc tccaggacag acctgtctgc
3001 tgacacagtg gaactgatag aaagaatgga cagattggct gaaaaacagg cgacacgttc
3061 catgtcgatc gttgcgttac cgtctagctt ccaggagagc aatagcagtg acaggtgcag
3121 aaagtattgc agcagtgatg aggacagcga cacgtgcatt catggtagtg ctaatgccag
3181 taccaa
//GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELO 3187 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58720
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 3187)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
BASE COUNT 902 a 636 c 810 g 839 t
ORIGIN chromosome X telomere.
1 aatttggcac cctacatgtt tttgttacta cacgtagatg agctatcgat tttttctgca
61 taccaagcaa gtttacctgg cgaaaagaaa gtcgacacag agcggctgaa gcgtgatcta
121 tgcccacgta aacccattga gataaagtac ttttcacaga tatgtaacga tatgatgaac
181 aaaaaggacc gattgggtga tattttgcat attatcttgc gagcatgtgc actcaatttc
241 ggggcgggtc cccgtggtgg cgctggtgac gaagaggatc gatctattac gaatgaagaa
301 cccattattc cctctgtgga cgagcatggc ctgaaagtat gtaagttgcg cagtcctaac
361 actccacgaa gactcagaaa aacactagat gccgtgaaag ctttattggt gtcgtcttgt
421 gcttgtaccg caaggattta gatatatttg atgacaacaa cggcgttgca atgtggaaat
481 ggatcaaaat tctgtaccac gaagtagcgc aggaaaccac gctgaaggac tcttatagaa
541 taactttggt accttcttct gatggtatat cagtatgtgg aaaacttttt taatcgcgag
601 tatgtccgcg gcttttactt tgcatgcaag gctcagtttg ataacctttg gggagagttg
661 aacaactgct tttatatgcc tacagtggtt gatattgcca acctcatttt gcgtaatcga
721 gaagttttgt tcagagaacc gaagcgagga attgacgagt atctggaaaa cgattctttt
781 cttcaaatga tacctgttaa atatcgtgaa attgtgctgc ccaagttgag aagagatact
841 aacaaaatga ccgcggctct taaaaataaa gtcgctgttg caattgacga gcttacggtg
901 ccacttatgt ggatgatcca ttttgccgta gataccctta ccgttatcca gagcttcagc
961 tactcgcttt tgccggtcct cagcgcaacg tatacgtcga tgatacaaca agacgcatcc
1021 aactgtacac tgattacaac aagaacggtt catcggagcc tcgactaaag acgcttgacg
1081 gactcacctc agattacgtg ttttattttg tcactgtgct aaggcaaatg caaatatgtg
1141 cgcttggtaa cagttatgac gcttttaatc atgatccttg gatggatgtg gtgggatttg
1201 aggatccaaa tcaagtaaca aatcgagaca tttcgaggat agttttgtat tcctacatgt
1261 ttctgaatac cgcgaagggc tgtctggttg aatacgcaac ttttcggcag tacatgaggg
1321 aacttccgaa gaatgcacct cagaagctga attttcggga gatgcgtcag gggttgattg
1381 ccctaggacg gcactgcgta ggtagcagat ttgaaacaga tttgtacgag tcggcgacga
1441 gtgaactcat ggccaatcat tccgttcaaa cagggcgaaa tatttacggt gtggattcct
1501 tttcgttaac tagtgtcagt gggacgaccg ccactttatt gcaggaacga gcttccgagc
1561 gctggattca gtggttaggc cttgaaagcg actaccattg ttcattctcc agtactcgga
1621 atgcggaaga cgtagtggca ggtgaggcgg cgagttcaaa tcatcatcaa aaaatttcaa
1681 gagtaacgcg aaaaaggccc cgagagccca agagtacaaa cgatatcctc gtcgcaggcc
1741 agaaactctt tggcagctcc tttgaattca gggacttgca tcagttgcgc ttatgttatg
1801 aaatatacat ggcagacaca ccctctgtgg cagtacaggc cccaccgggc tatggtaaga
1861 cggagttatt tcatctcccc ttgatagcac tggcatctaa gggcgacgtg gaatatgtgt
1921 cgtttctgtt tgtaccgtac acagtgttgc ttgctaattg catgatcagg ttgggccgac
1981 gcggttgctt gaatgtggcc cctgtaagaa actttattga agaaggttac gatggcgtta
2041 ctgatttata cgtggggatc tacgatgatc ttgctagcac taatttcaca gacaggatag
2101 ctgcgtggga gaatattgtt gagtgcacct ttaggaccaa caacgtaaaa ttgggttacc
2161 tcattgtaga tgagtttcac aactttgaaa cggaggtcta ccggcagtcg caatttgggg
2221 gcataactaa ccttgatttt gacgcttttg agaaagcaat ctttttgagc ggcacagccc
2281 ctgaggctgt agctgatgct gcgttgcagc gtattgggct tacgggactg gccaagaaat
2341 cgatggacat caacgagctc aaacggtcgg aagatctcag cagaggtcta tccagctatc
2401 caacacggat gtttaatcta atcaaggaga aatccgaggt gcctttaggg catgttcata
2461 aaattcggaa gaaagtggaa tcacagcccg aagaagcact gaagcttctt ttagccctct
2521 ttgaaagtga accagagtcg aaggccattg tagttgcaag cacaaccaac gaagtggaag
2581 aattggcctg ctcttggaga aagtatttta gggtggtatg gatacacggg aagctgggtg
2641 ctgcagaaaa ggtgtctcgc acaaaggagt ttgtcactga cggtagcatg caagttctca
2701 tcggaacgaa attagtgact gaaggaattg acattaagca attgatgatg gtgatcatgc
2761 ttgataatag acttaatatt attgagctca ttcaaggtgt agggagacta agagatgggg
2821 gcctctgtta tctattatct agaaaaaaca gttgggcggc aaggaatcgt aagggtgaat
2881 taccaccaat taaggaaggc tgtataaccg aacaggtacg cgagttctat ggacttgaat
2941 caaagaaagg aaaaaagggc cagcatgttg gatgctgtgg ctccaggaca gacctgtctg
3001 ctgacacagt ggaactgata gaaagaatgg acagattggc tgaaaaacag gcgacacgtt
3061 ccatgtcgat cgttgcgtta ccgtctagct tccaggagag caatagcagt gacaggtaca
3121 gaaagtattg cagcagtgat gaggacagcg acacgtgcat tcatggtagt gctaatgcca
3181 gtaccaa
//GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELR 3187 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58721
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 3187)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
BASE COUNT 901 a 636 c 811 g 839 t
ORIGIN Chromosome IX telomere.
1 aatttggcac cctacatgtt tttgttacta cacgtagatg agctatcgat tttttctgca
61 taccaagcaa gtttacctgg cgaaaagaaa gtcgacacag agcggctgaa gcgtgatcta
121 tgcccacgta aacccattga gataaagtac ttttcacaga tatgtaacga tatgatgaac
181 aaaaaggacc gattgggtga tattttgcat attatcttgc gagcatgtgc actcaatttc
241 ggggcgggtc cccgtggtgg cgctggtgac gaagaggatc gatctattac gaatgaagaa
301 cccattattc cctctgtgga cgagcatggc ctgaaagtat gtaagttgcg cagtcctaac
361 actccacgaa gactcagaaa aacactagat gccgtgaaag ctttattggt gtcgtcttgt
421 gcttgtaccg caaggattta gatatatttg atgacaacaa cggcgttgca atgtggaaat
481 ggatcaaaat tctgtaccac gaagtagcgc aggaaaccac gctgaaggac tcttatagaa
541 taactttggt accttcttct gatggtatat cagtatgtgg aaaacttttt taatcgcgag
601 tatgtccgcg gcttttactt tgcatgcaag gctcagtttg ataacctttg gggagagttg
661 aacaactgct tttatatgcc tacagtggtt gatattgcca acctcatttt gcgtaatcga
721 gaagttttgt tcagagaacc gaagcgagga attgacgagt atctggaaaa cgattctttt
781 cttcaaatga tacctgttaa atatcgtgaa attgtgctgc ccaagttgag aagagatact
841 aacaaaatga ccgcggctct taaaaataaa gtcgctgttg caattgacga gcttacggtg
901 ccacttatgt ggatgatcca ttttgccgta gataccctta ccgttatcca gagcttcagc
961 tactcgcttt tgccggtcct cagcgcaacg tatacgtcga tgatacaaca agacgcatcc
1021 aactgtacac tgattacaac aagaacggtt catcggagcc tcgactaaag acgcttgacg
1081 gactcacctc agattacgtg ttttattttg tcactgtgct aaggcaaatg caaatatgtg
1141 cgcttggtaa cagttatgac gcttttaatc atgatccttg gatggatgtg gtgggatttg
1201 aggatccaaa tcaagtaaca aatcgagaca tttcgaggat agttttgtat tcctacatgt
1261 ttctgaatac cgcgaagggc tgtctggttg aatacgcaac ttttcggcag tacatgaggg
1321 aacttccgaa gaatgcacct cagaagctga attttcggga gatgcgtcag gggttgattg
1381 ccctaggacg gcactgcgta ggtagcagat ttgaaacaga tttgtacgag tcggcgacga
1441 gtgaactcat ggccaatcat tccgttcaaa cagggcgaaa tatttacggt gtggattcct
1501 tttcgttaac tagtgtcagt gggacgaccg ccactttatt gcaggaacga gcttccgagc
1561 gctggattca gtggttaggc cttgaaagcg actaccattg ttcattctcc agtactcgga
1621 atgcggaaga cgtagtggca ggtgaggcgg cgagttcaaa tcatcatcaa aaaatttcaa
1681 gagtaacgcg aaaaaggccc cgagagccca agagtacaaa cgatatcctc gtcgcaggcc
1741 agaaactctt tggcagctcc tttgaattca gggacttgca tcagttgcgc ttatgttatg
1801 aaatatacat ggcagacaca ccctctgtgg cagtacaggc cccaccgggc tatggtaaga
1861 cggagttatt tcatctcccc ttgatagcac tggcatctaa gggcgacgtg gaatatgtgt
1921 cgtttctgtt tgtaccgtac acagtgttgc ttgctaattg catgatcagg ttgggccgac
1981 gcggttgctt gaatgtggcc cctgtaagaa actttattga agaaggttac gatggcgtta
2041 ctgatttata cgtggggatc tacgatgatc ttgctagcac taatttcaca gacaggatag
2101 ctgcgtggga gaatattgtt gagtgcacct ttaggaccaa caacgtaaaa ttgggttacc
2161 tcattgtaga tgagtttcac aactttgaaa cggaggtcta ccggcagtcg caatttgggg
2221 gcataactaa ccttgatttt gacgcttttg agaaagcaat ctttttgagc ggcacagccc
2281 ctgaggctgt agctgatgct gcgttgcagc gtattgggct tacgggactg gccaagaaat
2341 cgatggacat caacgagctc aaacggtcgg aagatctcag cagaggtcta tccagctatc
2401 caacacggat gtttaatcta atcaaggaga aatccgaggt gcctttaggg catgttcata
2461 aaattcggaa gaaagtggaa tcacagcccg aagaagcact gaagcttctt ttagccctct
2521 ttgaaagtga accagagtcg aaggccattg tagttgcaag cacaaccaac gaagtggaag
2581 aattggcctg ctcttggaga aagtatttta gggtggtatg gatacacggg aagctgggtg
2641 ctgcagaaaa ggtgtctcgc acaaaggagt ttgtcactga cggtagcatg caagttctca
2701 tcggaacgaa attagtgact gaaggaattg acattaagca attgatgatg gtgatcatgc
2761 ttgataatag acttaatatt attgagctca ttcaaggtgt agggagacta agagatgggg
2821 gcctctgtta tctattatct agaaaaaaca gttgggcggc aaggaatcgt aagggtgaat
2881 taccaccaat taaggaaggc tgtataaccg aacaggtacg cgagttctat ggacttgaat
2941 caaagaaagg aaaaaagggc cagcatgttg gatgctgtgg ctccaggaca gacctgtctg
3001 ctgacacagt ggaactgata gaaagaatgg acagattggc tgaaaaacag gcgacacgtt
3061 ccatgtcgat cgttgcgtta ccgtctagct tccaggagag caatagcagt gacaggtgca
3121 gaaagtattg cagcagtgat gaggacagcg acacgtgcat tcatggtagt gctaatgcca
3181 gtaccaa
//GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELS 2021 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58722
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2021)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
BASE COUNT 588 a 405 c 530 g 498 t
ORIGIN Chromosome XII telomere.
1 aatttggcac cccacatgtt tttgttacta cacgtagatg agctatcgat tttttctgca
61 taccaagcaa gtttacctgg cgaaaagaaa gtcgacacag agcggctgaa gcgtgatcta
121 tgcccacgta aacccattga gataaagtac ttttcacaga tatgtaacga tatgatgaac
181 aaaaaggacc gattgggtga tgttttgcat gtgtgctgcc caagttgaga agagatacta
241 acaaaatgac cgcggctctc aaaaataatt gacgagctta cggtgatacg cttaccgtta
301 tccagagcta cagcgcaacg tatacgtcga cgatacaaca agaacggttc atcggagcct
361 cgactaaaga cgcttgacgg actcacttcc gagcgctgga ttcaatggtt aggccttgaa
421 agcgactacc attgttcatt ctctagtact cggaatgcgg aagacgtagt ggcaggtgag
481 gcggcgagtt cagatcatga tcaaaaaatt tcaagagtaa cgcgaaaaag gccccgagag
541 cccaagagta caaacgatat cctcgtcgca ggccagaaac tctttggcag ctcctttgaa
601 ttcagggact tgcatcagtt gcgcttatgt catgaaatat acatggcaga cacaccctct
661 gtggcagtac aggccccacc gggctatggt aagacggagt tatttcatct ccccttgata
721 gcactggcgt ctaagggcga cgtgaaatat gtgtcgtttc tgtttgtacc gtacacagtg
781 ttgcttgcta attgcatgat caggttgggc cgatgcggtt gcttgaatgt ggcccctgta
841 agaaacttta ttgaagaagg ttgcgatggc gttactgatt tatacgtggg gatctacgat
901 gatcttgcta gcactaattt cacagacagg atagctgcgt gggagaatat tgttgagtgc
961 acctttagga ccaacaacgt aaaattgggt tacctcattg tagatgagtt tcacaacttt
1021 gaaacggagg tctaccggca gtcgcaattt gggggcataa ctaaccttga ttttgacgct
1081 tttgagaaag caatcttttt gagcggcaca gcacctgagg ctgtagctga tgctgcgttg
1141 cagcgtattg ggcttacggg actggccaag aagtcgatgg acatcaacga gctcaaacgg
1201 tcggaagatc tcagcagagg tctatccagc tatccaacac ggatgtttaa tctaatcaag
1261 gagaaatccg aggtgccttt agggcatgtt cataaaattt ggaagaaagt ggaatcacag
1321 cccgaagaag cactgaagct tcttttagcc ctctttgaaa ttgaaccaga gtcgaaggcc
1381 attgtagttg caagcacaac caacgaagtg gaagaattgg cctgctcttg gagaaagtat
1441 tttagggtgg tatggataca cgggaagctg ggtgctgcag aaaaggtgtc tcgcacaaag
1501 gagtttgtca ctgacggtag catgcgagtt ctcatcggaa cgaaattagt gactgaagga
1561 attgacatta agcaattgat gatggtgatc atgcttgata atagacttaa tattattgag
1621 ctcattcaag gcgtagggag actaagagat gggggcctct gttatctatt atctagaaaa
1681 aacagttggg cggcaaggaa tcgtaagggt gaattaccac cgattaagga aggctgtata
1741 accgaacagg tacgcgagtt ctatggactt gaatcaaaga aaggaaaaaa gggccagcat
1801 gttggatgct gtggctccag gacagacctg tctgctgaca cagtggaact gatagaaaga
1861 atggacagat tggctgaaaa acaggcgaca cgttccatgt cgatcgttgc gttaccgtct
1921 agcttccagg agagcaatag cagtgacagg tgcagaaagt attgcagcag tgatgaggac
1981 agcaacacgt gcattcatgg tagtgctaat gccagtacca a
//GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELU 2968 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58723
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2968)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
BASE COUNT 837 a 586 c 781 g 764 t
ORIGIN Chromosome XIV telomere.
1 aatttgggac cctacacgta gatgagctat cgattttttc tgcataccaa gcaagcttac
61 ctggcgaaaa gaaagtcgac acagagcggc tgaagcgtga tctatgccca cgtaaaccca
121 ctgagataaa gtacttttca cagatatgta acgatatgat gaacaaaaag gaccgattgg
181 gtgatatttt gcatattatc ttgcgagcat gtgcgctcaa tttcggggcg ggtccccgtg
241 gtggcgctgg tgacgaagag gatcgattta ttacgaatga agaccccatt attccctctg
301 tggacgagca tgtaagttgc gcagtcctaa cactgcacga tgccgtgaaa gctttattgg
361 tgtcgtcttg tgcttgtacc gcaaggattt agatatattt gatgacaaca acggcgttgc
421 aatgtggaaa tggatcaaaa ttctgtacca cgaagtagcg cgggaaacca cgctgaagga
481 ctcttataga ataactttgg tatcttcttc tgatggtata tcagtatgtg gaaaactttt
541 taatcgcgag tatgtccgcg gcttttactt tgcatgcagg gctcagttcg atgacctttg
601 gggagagttg aacaactgct tccatatgcc agcctcattt tgcgtaatcg agaagttttg
661 ttcagagagc caaagcgagg aattaacgag tatctggaaa acgatgatac ctgttcaata
721 tcgtgaaatt gtgctgccca agttgagaag ggatactaac aaaatgaccg cggctcttaa
781 aaagaaagtc actgttacgg tgcgacttat gtggaggata cgcttaccgt tatccagagc
841 tacagcgcaa cgtatacgtc gacgatacaa caagaacggt tcatcggagc ctcgactaaa
901 gacgcttgac ggactcactt cagattacgt gttttatttt gtcactgtgc taaggcaaat
961 gcaaatatgt gcgcttggta acatgatcct tggatggatg tggtgggatt tgaggatcca
1021 gatcaagtaa caaatcgaga catttcgagg atagttttgt attcctacat gtttctgaat
1081 accgcgaagg gctgtctggt tgaatacgca acttttcggc agtacatgag ggaacttccg
1141 aagaatgcac ctcagaagct gaattttcgg gagatgcgtc aggggatgat tgccctagga
1201 cggcactgcg taggtagcag atttgaaaca gatttgtacg agtcggcgac gagtgaactc
1261 atggccaatc attccgttca aacagggcga aatatttacg gtgtggattc cttttcgtta
1321 actagtgtca gtgggacgac cgctggattc agtggttagg ccttgaaagc gactaccatt
1381 gttcattctc cagtactcgg aatgcggaag acgtagtggc aggtgaggcg gcgagttcag
1441 atcatcatca aaaaatttca agagtaacgc gaaaaaggcc ccgagagccc aagagtacaa
1501 acgatatcct cgtcgcaggc cagaaactct ttggcagctc ctttgaattc agggacttgc
1561 atcagttgcg cttatgttat gaaatataca tggcagacac accctctgtg gcagtacagg
1621 ccccaccggg ctatggtaag acggagttat ttcatctccc cttgatagca ctggcatcta
1681 agggcgacgt gaaatatgtg tcgtttctgt ttgtaccgta cacagtgttg cttgctaatt
1741 gcatgatcag gttgggccga cgcggttgct tgaatgtggc ccctgtaaga aactttattg
1801 aagaaggtta cgatggcgtt actgatttat acgtggggat ctacgatgat cttgctagca
1861 ctaatttcac agacaggata gctgcgtggg agaatattgt tgagtgcacc tttaggacca
1921 acaacgtaaa attgggttac ctcattgtag atgagtttca caactttgaa acggaggtct
1981 accggcagtc gcaatttggg ggcataacta accttgattt tgacgctttt gagaaagcaa
2041 tctttttgag cggcacagcc cctgaggctg tagctgatgc tgcgttgcag cgtattgggc
2101 ttacgggact ggccaagaaa tcgatggaca tcaacgagct caaacggtcg gaagatctca
2161 gcagaggtct atccagctat ccaacacgga tgtttaatct aatcaaggag aaatccgagg
2221 tgcctttagg gcatgttcat aaaattcgga agaaagtgga atcacagccc gaagaagcac
2281 tgaagcttct tttagccctc tttgaaagtg aaccagagtc gaaggccatt gtagttgcaa
2341 gcacaaccaa cgaagtggaa gaattggcct gctcttggag aaagtatttt agggtggtat
2401 ggatacacgg gaagctgggt gctgcagaaa aggtgtctcg cacaaaggag tttgtcactg
2461 acggtagcat gcaagttctc atcggaacga aattagtgac tgaaggaatt gacattaagc
2521 aattgatgat ggtgatcatg cttgataata gacttaatat tattgagctc attcaaggtg
2581 tagggagact aagagatggg ggcctctgtt atctattatc tagaaaaaac agttgggcgg
2641 caaggaatcg taagggtgaa ttaccaccaa ttaaggaagg ctgtataacc gaacaggtac
2701 gcgagttcta tggacttgaa tcaaagaaag gaaaaaaggg ccagcatgtt ggatgctgtg
2761 gctccaggac agacctgtct gctgacacag tggaactgat agaaagaatg gacagattgg
2821 ctgaaaatca ggcgacacgt tccatgtcga tcgttgcgtt accgtctagc ttccaggaga
2881 gcaatagcag tgacaggtgc agaaagtatt gcagcagtga tgaggacagc gacacgtgca
2941 ttcatggtag tgctaatgcc agtaccaa
//GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELV 2968 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58724
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2968)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
BASE COUNT 839 a 586 c 781 g 762 t
ORIGIN Chromosome XVI telomere.
1 aatttgggac cctacacgta gatgagctat cgattttttc tgcataccaa gcaagcttac
61 ctggcgaaaa gaaagtcgac acagagcggc tgaagcgtga tctatgccca cgtaaaccca
121 ctgagataaa gtacttttca cagatatgta acgatatgat gaacaaaaag gaccgattgg
181 gtgatatttt gcatattatc ttgcgagcat gtgcactcaa tgtcggggcg ggtccccgtg
241 gtggcgctgg tgacgaagag gatcgattta ttacgaatga agaccccatt attccctctg
301 tggacgagca tgtaagttgc gcagtcctaa cactgcacga tgccgtgaaa gctttattgg
361 tgtcgtcttg tgcttgtacc gcaaggattt agatatattt gatgacaaca acggcgttgc
421 aatgtggaaa tggatcaaaa ttctgtacca cggagtagcg cgggaaacca cgctgaagga
481 ctcttataga ataactttgg taccttcttc tgatggtata tcagtatgtg gaaaactttt
541 taatcgcgag tatgtccgcg gcttttactt tgcatgcagg gctcagttcg atgacctttg
601 gggagagttg aacaactgct tccatatgcc agcctcattt tgcgtaatcg agaagttttg
661 ttcagagagc caaagcgagg aattaacgag tatctggaaa acgatgatac ctgttcaata
721 tcgtgaaatt gtgctgccca agttgagaag ggatactaac aaaatgaccg cggctcttaa
781 aaagaaagtc actgttacgg tgcgacttat gtggaggata cgcttaccgt tatccagagc
841 tacagcgcaa cgtatacgtc gacgatacaa caagaacggt tcatcggagc ctcgactaaa
901 gacgcttgac ggactcactt cagattacgt gttttatttt gtcactgtgc taaggcaaat
961 gcaaatatgt gcgcttggta acatgatcct tggatggatg tggtgggatt tgaggatcca
1021 gatcaagtaa caaatcgaga catttcgagg atagttttgt attcctacat gtttctgaat
1081 accgcgaagg gctgtctggt tgaatacgca acttttcggc agtacatgag ggaacttccg
1141 aagaatgcac ctcagaagct gaattttcgg gagatgcgtc aggggatgat tgccctagga
1201 cggcactgcg taggtagcag atttgaaaca gatttgtacg agtcggcgac gagtgaactc
1261 atggccaatc attccgttca aacagggcga aatatttacg gtgtggattc cttttcgtta
1321 actagtgtca gtgggacgac cgctggattc agtggttagg ccttgaaagc gactaccatt
1381 gttcattctc cagtactcgg aatgcggaag acgtagtggc aggtgaggcg gcgagttcag
1441 atcatcatca aaaaatttca agagtaacgc gaaaaaggcc ccgagagccc aagagtacaa
1501 acgatatcct cgtcgcaggc cagaaactct ttggcagctc ctttgaattc agggacttgc
1561 atcagttgcg cttatgttat gaaatataca tggcagacac accctctgtg gcagtacagg
1621 ccccaccggg ctatggtaag acggagttat ttcatctccc cttgatagca ctggcatcta
1681 agggcgacgt gaaatatgtg tcgtttctgt ttgtaccgta cacagtgttg cttgctaatt
1741 gcatgatcag gttgggccga cgcggttgct tgaatgtggc ccctgtaaga aactttattg
1801 aagaaggtta cgatggcgtt actgatttat acgtggggat ctacgatgat cttgctagca
1861 ctaatttcac agacaggata gctgcgtggg agaatattgt tgagtgcact tttaggacca
1921 acaacgtaaa attgggttac ctcattgtag atgagtttca caactttgaa acggaggtct
1981 accggcagtc gcaatttggg ggcataacta accttgattt tgacgctttt gagaaagcaa
2041 tctttttgag cggcacagcc cctgaggctg tagctgatgc tgcgttgcag cgtattgggc
2101 ttacgggact ggccaagaaa tcgatggaca tcaacgagct caaacggtcg gaagatctca
2161 gcagaggtct atccagctat ccaacacgga tgtttaatct aatcaaggag aaatccgagg
2221 tgcctttagg gcatgttcat aaaattcgga agaaagtgga atcacagccc gaagaagcac
2281 tgaagcttct tttagccctc tttgaaagtg aaccagagtc gaaggccatt gtagttgcaa
2341 gcacaaccaa cgaagtggaa gaattggcct gctcttggag aaagtatttt agggtggtat
2401 ggatacacgg gaagctgggt gctgcagaaa aggtgtctcg cacaaaggag tttgtcactg
2461 acggtagcat gcaagttctc atcggaacga aattagtgac tgaaggaatt gacattaagc
2521 aattgatgat ggtgatcatg cttgataata gacttaatat tattgagctc attcaaggtg
2581 tagggagact aagagatggg ggcctctgtt atctattatc tagaaaaaac agttgggcgg
2641 caaggaatcg taagggtgaa ttaccaccaa ttaaggaagg ctgtataacc gaacaggtac
2701 gcgagttcta tggacttgaa tcaaagaaag gaaaaaaggg ccagcatgtt ggatgctgtg
2761 gctccaggac agacctgtct gctgacacag tggaactgat agaaagaatg gacagattgg
2821 ctgaaaatca ggcgacacgt tccatgtcga tcgttgcgtt accgtctagc atccaggaga
2881 gcaatagcag tgacaggtac agaaagtatt gcagcagtga tgaggacagc gacacgtgca
2941 ttcatggtag tgctaatgcc agtaccaa
//GenBank-Updates@genbank.bio.net (03/05/91)
LOCUS YSCYELW 2021 bp ds-DNA PLN 05-MAR-1991
DEFINITION S.cerevisiae Y' element.
ACCESSION M58725
KEYWORDS Y' element.
SOURCE S.cerevisiae DNA.
ORGANISM Saccharomyces cerevisiae
Eukaryota; Plantae; Thallobionta; Eumycota; Hemiascomycetes;
Endomycetales; Saccharomycetaceae.
REFERENCE 1 (bases 1 to 2021)
AUTHORS Louis,E.J. and Haber,J.E.
TITLE Subtelomeric Y' repeats of Saccharomyces cerevisiae are homologous
to viral and transposable elements and exhibit concerted evolution
JOURNAL Unpublished (1990)
STANDARD simple staff_entry
BASE COUNT 589 a 406 c 528 g 498 t
ORIGIN Chromosome VI telomere.
1 aatttggcac cctacatgtt cttgttacta cacgtagatg agctatcgat tttttctgca
61 taccaagcaa gtttacctgg cgaaaagaaa gtcgacacag agcggctgaa gcgtgatcta
121 tgcccacgta aacccattga gataaagtac ttttcacaga tatgtaacga tatgatgaac
181 aaaaaggacc gattgggtga tgttttgcat gtgtgctgcc caagttgaga agagatacta
241 acaaaatgac cgcggctctc aaaaataatt gacgagctta cggtgatacg cttaccgtta
301 tccagagcta cagcgcaacg tatacgtcga cgatacaaca agaacggttc atcggagcct
361 cgactaaaga cgcttgacgg actcacttcc gagcgctgga ttcaatggtt aggccttgaa
421 agcgactacc attgttcatt ctctagtact cggaatgcgg aagacgtagt ggcaggtgag
481 gcggcgagtt cagatcatca tcaaaaaatt tcaagagtaa cgcgaaaaag gccccgagag
541 cccaagagta caaacgatat cctcgtcgca ggccagaaac tctttggcag ctcctttgaa
601 ttcagggact tgcatcagtt gcgcttatgt catgaaatat acatggcaga cacaccctct
661 gtggcagtac aggccccacc gggctatggt aagacggagt tatttcatct ccccttgata
721 gcactggcgt ctaagggcga cgtgaaatat gtgtcgtttc tgtttgtacc gtacacagtg
781 ttgcttgcta attgcatgat caggttgagc cgatgcggtt gcttgaatgt ggcccctgta
841 agaaacttta ttgaagaagg ttgcgatggc gttactgatt tatacgtggg gatctacgat
901 gatcttgcta gcactaattt cacagacagg atagctgcgt gggagaatat tgttgagtgc
961 acctttagga ccaacaacgt aaaattgggt tacctcattg tagatgagtt tcacaacttt
1021 gaaacggagg tctaccggca gtcgcaattt gggggcataa ctaaccttga ttttgacgct
1081 tttgagaaag caatcttttt gagcggcaca gcacctgagg ctgtagctga tgctgcgttg
1141 cagcgtattg ggcttacggg actggccaag aagtcgatgg acatcaacga gctcaaacgg
1201 tcggaagatc tcagcagagg tctatccagc tatccaacac ggatgtttaa tctaatcaag
1261 gagaaatccg aggtgccttt agggcatgtt cataaaattt ggaagaaagt ggaatcacag
1321 cccgaagaag cactgaagct tcttttagcc ctctttgaaa ttgaaccaga gtcgaaggcc
1381 attgtagttg caagcacaac caacgaagtg gaagaattgg cctgctcttg gagaaagtat
1441 tttagggtgg tatggataca cgggaagctg ggtgctgcag aaaaggtgtc tcgcacaaag
1501 gagtttgtca ctgacggtag catgcgagtt ctcatcggaa cgaaattagt gactgaagga
1561 attgacatta agcaattgat gatggtgatc atgcttgata atagacttaa tattattgag
1621 ctcattcaag gcgtagggag actaagagat gggggcctct gttatctatt atctagaaaa
1681 aacagttggg cggcaaggaa tcgtaagggt gaattaccac caattaagga aggctgtata
1741 accgaacagg tacgcgagtt ctatggactt gaatcaaaga aaggaaaaaa gggccagcat
1801 gttggatgct gtggctccag gacagacctg tctgctgaca cagtggaact gatagaaaga
1861 atggacagat tggctgaaaa acaggcgaca cgttccatgt cgatcgttgc gttaccgtct
1921 agcttccagg agagcaatag cagtgacagg tgcagaaagt attgcagcag tgatgaggac
1981 agcgacacgt gcattcatgg tagtgctaat gccagtacca a
//