r_klactVI2533
Coordinates:895089-897818
>r_klactVI2533 Similar to YBR229c SP|P38138 ROT2 glucosidase II, catalytic subunit singleton
MKLSLSTLLRWLLSFGIALAFQDDLLKKCSQSGFCHRNRQYAKNIQESRNSHYSLDQGSLEFDTNNHTIQGFIIKSIKAN
QKDIKIPLPFTLDLFDGDKVRFRLDEHRSIKLGKAGINLQRYNETEHWAFDPDYIPIRQEVIAKSPTFWNKKDFTFTADR
FTVTLSSQDFQINVKYDSADVLTVNSDNMLNFEHYRTLEENFENINEEEEPFNMFKDSFADSKSDSIPLGPESVALDFKF
HGISNLYGIAEHADSLRLRDTSNIDPYRLYNVDVFQYKLNSTLPMYGSIPFVVGIKESLSIGLFWMNPSDTWIDIQYGHS
DSSTHWMSESGIIDFIVIVQETPKLVTESYVNITGKPMLPLLSSVGYHQCRWNYNDEKDVLTVDSLMDKWQIPYDFLWLD
LEYTDQKQYFTWKPDAFPNPTRMLSKLAFLGRNLVTLIDPHIKSNYHISEAIIAAKVYVRNALNKPFFGQCWPGESIWID
TFNPLASKLWSKFVQTFISTPSNLYIWNDMNEPSIFDGPETTAPKDLLHYNGFEERSVHNLYGLTVHQATYDSFVDMNPN
KRPFVLTRSFFSGSQRTAATWTGDNVANWEYLQLSIPMVLSHNIVGMPATGADIAGFFGNPDDELLIRWYQAGIWYPFFR
AHAHIDTRRREPFLLNERTRSVVTEFIRLRYQLLPTLYTAFHDSHSRGIPIMNPMIYEHPNVANFYDIDDQFYLGEQGIL
VKPVTSANTKSIPITFPSGVFYDLQNLEIAHFGTLETKTVSAPLEKLPAYIAGGHIITRKDQYRRSSRLMQNDPYTLVIA
PTAYGTAKGRLYVDDGETFAYKQGKLLEVELEYNKNVIYGTVLHKDTSSFFNDISIEKIVIAHHPDGKVAETCTLELDDI
RTNIEVIHEDHSHVIKNPGIQIGQDWKIIL

>r_klactVI2533 Similar to YBR229c SP|P38138 ROT2 glucosidase II, catalytic subunit singleton
ATGAAGCTATCACTATCTACATTACTACGTTGGTTACTAAGTTTTGGGATAGCATTAGCATTTCAAGATGACTTGCTAAA
AAAATGCTCTCAATCAGGATTCTGTCATAGAAACAGACAATACGCTAAAAACATCCAAGAAAGCAGGAACAGTCATTATA
GTCTCGATCAAGGCAGCTTGGAATTTGATACAAATAATCATACTATACAGGGTTTTATTATCAAGAGCATAAAAGCTAAC
CAAAAAGATATCAAGATACCTCTTCCTTTTACCTTGGATTTATTTGACGGCGATAAAGTAAGATTTAGGTTAGATGAGCA
TAGAAGCATTAAACTAGGTAAAGCTGGTATCAATTTACAAAGGTACAATGAGACTGAACATTGGGCATTTGATCCGGACT
ACATACCTATCAGACAAGAGGTTATTGCAAAGTCACCCACCTTTTGGAATAAAAAGGACTTCACTTTCACGGCCGATAGG
TTCACAGTAACGTTGAGTTCTCAAGACTTCCAAATAAACGTCAAATATGACTCGGCAGATGTTCTAACGGTAAACAGCGA
TAATATGCTAAATTTTGAACATTATAGAACGTTAGAAGAAAATTTCGAGAACATCAACGAAGAAGAAGAGCCCTTCAACA
TGTTTAAAGATAGCTTTGCGGACTCAAAATCTGATTCAATCCCGCTTGGTCCTGAATCAGTAGCCTTAGACTTTAAGTTT
CATGGTATATCTAATCTTTATGGTATCGCAGAACATGCAGATTCTTTGAGACTACGTGACACATCAAACATTGACCCTTA
TCGTCTTTACAATGTTGATGTTTTTCAGTATAAGTTGAATTCCACATTGCCTATGTATGGTTCTATCCCCTTCGTTGTTG
GGATAAAAGAGTCACTGTCGATCGGACTGTTTTGGATGAACCCATCTGATACCTGGATTGATATCCAATACGGACACAGC
GACTCTTCCACTCATTGGATGTCAGAATCAGGTATCATTGATTTCATTGTAATTGTTCAGGAAACACCAAAACTTGTTAC
AGAGTCATATGTTAATATTACAGGAAAACCAATGCTTCCTTTACTTTCTTCAGTTGGATACCACCAGTGTAGATGGAATT
ACAATGATGAAAAGGATGTGCTCACCGTGGATTCTCTGATGGATAAATGGCAGATACCCTACGACTTTTTATGGTTAGAT
TTAGAGTACACAGACCAGAAGCAATATTTTACCTGGAAGCCAGATGCTTTTCCGAATCCAACTAGAATGCTCTCAAAATT
AGCTTTCTTAGGAAGGAATTTGGTTACACTCATTGATCCGCATATAAAATCAAACTATCATATTAGCGAAGCCATAATAG
CCGCTAAAGTATATGTGCGAAACGCTTTGAACAAACCGTTTTTTGGCCAATGTTGGCCTGGGGAATCCATTTGGATTGAT
ACTTTCAATCCATTAGCAAGCAAACTTTGGTCAAAATTTGTACAAACTTTTATTTCTACGCCATCGAACCTCTATATATG
GAATGATATGAACGAGCCTTCGATATTCGATGGGCCGGAAACTACAGCCCCAAAGGATCTTCTTCATTATAATGGATTCG
AAGAAAGGTCAGTGCATAACTTGTATGGACTAACTGTTCACCAGGCCACCTATGATTCCTTTGTTGATATGAACCCGAAC
AAAAGACCGTTCGTCTTGACTAGATCGTTCTTTTCTGGATCGCAAAGAACCGCAGCTACATGGACCGGTGACAATGTAGC
TAACTGGGAATACTTGCAATTGTCCATACCGATGGTATTGAGTCATAACATTGTCGGAATGCCTGCAACTGGAGCTGATA
TAGCTGGCTTTTTCGGAAACCCAGATGACGAGCTATTGATCCGTTGGTATCAGGCTGGTATATGGTATCCATTTTTCAGA
GCCCACGCACATATAGACACCAGAAGACGAGAACCATTTTTATTGAACGAGCGAACAAGGTCAGTTGTAACTGAATTTAT
CAGACTCAGGTATCAACTACTACCGACGCTATACACAGCCTTTCACGATTCACATTCAAGAGGAATTCCCATTATGAATC
CAATGATCTATGAACATCCAAATGTGGCAAATTTCTACGACATTGATGACCAATTCTATTTGGGTGAACAGGGCATATTG
GTGAAGCCTGTCACTTCTGCTAATACCAAATCTATCCCCATCACATTCCCTAGTGGAGTCTTCTATGATTTACAAAATCT
AGAAATCGCACATTTCGGAACTTTGGAAACTAAGACTGTTTCTGCACCATTGGAGAAACTTCCAGCGTACATAGCAGGCG
GTCATATTATCACCAGAAAAGATCAATATCGTAGATCATCACGATTGATGCAAAATGATCCCTACACGCTCGTGATAGCA
CCAACAGCATATGGTACTGCTAAAGGAAGGCTATATGTCGATGATGGGGAGACATTTGCTTACAAACAAGGGAAACTTTT
GGAGGTCGAGCTGGAATATAACAAAAACGTTATATATGGGACAGTATTACATAAGGATACTTCATCTTTCTTCAATGACA
TTTCTATTGAGAAAATTGTTATCGCTCATCATCCCGATGGAAAAGTTGCGGAGACGTGTACTTTAGAGCTGGACGATATT
AGAACAAATATCGAAGTTATTCATGAAGATCACAGTCACGTTATCAAGAACCCTGGTATTCAAATAGGACAGGACTGGAA
AATCATTCTA


Kluyveromyces lactis Chromosome VI
Sequence spaning coordinates : 894589 - 898318
(Additional range around r_klactVI2533 is :500nt.)

>Kluyveromyces lactis Chromosome VI
GGCCATTAACTGGTATCCATTAAGAACTTTTCTTACAGGCTATATTTATAGATAAAATAAAGTTTCATAGTAGCATCTAA
GTGCATTTCTCTCATGTGTGTTTCTCGAGGCTTTCTCTTTACCATGGACGAAGTACAGTAAAGAGTTTCATTCAGTTGAT
TAAGGCATGTTTACCGCGTGAGTCGAACACCTAAATATGAGACTCAGAGGCTTAAATGAAAACAGTAATTCATTATGTAA
GAGGAGTATGCGTTAAGCATTGGTCAAATAGTGAAGCAGTTTAAGACTAACCACTACCATTTCTGCGTTTAGTTAACGGT
TTCTTTTCCATTTAGTAAATGTCATTACGTATTTTTTTCTGTCAGCATGCAAAGTGTAAACATTGGATATCAAAGGAAAA
AGTTTATATTAAGAAACGTTAACCGTTAAAAGCATCTGTTCATTTAAAGAGCACATATCATAGCTTGCCTGAATTCATTG
GCCGCCAAAGCTTTCGAGA ATGAAGCTATCACTATCTACATTACTACGTTGGTTACTAAGTTTTGGGATAGCATTAGCA
TTTCAAGATGACTTGCTAAAAAAATGCTCTCAATCAGGATTCTGTCATAGAAACAGACAATACGCTAAAAACATCCAAGA
AAGCAGGAACAGTCATTATAGTCTCGATCAAGGCAGCTTGGAATTTGATACAAATAATCATACTATACAGGGTTTTATTA
TCAAGAGCATAAAAGCTAACCAAAAAGATATCAAGATACCTCTTCCTTTTACCTTGGATTTATTTGACGGCGATAAAGTA
AGATTTAGGTTAGATGAGCATAGAAGCATTAAACTAGGTAAAGCTGGTATCAATTTACAAAGGTACAATGAGACTGAACA
TTGGGCATTTGATCCGGACTACATACCTATCAGACAAGAGGTTATTGCAAAGTCACCCACCTTTTGGAATAAAAAGGACT
TCACTTTCACGGCCGATAGGTTCACAGTAACGTTGAGTTCTCAAGACTTCCAAATAAACGTCAAATATGACTCGGCAGAT
GTTCTAACGGTAAACAGCGATAATATGCTAAATTTTGAACATTATAGAACGTTAGAAGAAAATTTCGAGAACATCAACGA
AGAAGAAGAGCCCTTCAACATGTTTAAAGATAGCTTTGCGGACTCAAAATCTGATTCAATCCCGCTTGGTCCTGAATCAG
TAGCCTTAGACTTTAAGTTTCATGGTATATCTAATCTTTATGGTATCGCAGAACATGCAGATTCTTTGAGACTACGTGAC
ACATCAAACATTGACCCTTATCGTCTTTACAATGTTGATGTTTTTCAGTATAAGTTGAATTCCACATTGCCTATGTATGG
TTCTATCCCCTTCGTTGTTGGGATAAAAGAGTCACTGTCGATCGGACTGTTTTGGATGAACCCATCTGATACCTGGATTG
ATATCCAATACGGACACAGCGACTCTTCCACTCATTGGATGTCAGAATCAGGTATCATTGATTTCATTGTAATTGTTCAG
GAAACACCAAAACTTGTTACAGAGTCATATGTTAATATTACAGGAAAACCAATGCTTCCTTTACTTTCTTCAGTTGGATA
CCACCAGTGTAGATGGAATTACAATGATGAAAAGGATGTGCTCACCGTGGATTCTCTGATGGATAAATGGCAGATACCCT
ACGACTTTTTATGGTTAGATTTAGAGTACACAGACCAGAAGCAATATTTTACCTGGAAGCCAGATGCTTTTCCGAATCCA
ACTAGAATGCTCTCAAAATTAGCTTTCTTAGGAAGGAATTTGGTTACACTCATTGATCCGCATATAAAATCAAACTATCA
TATTAGCGAAGCCATAATAGCCGCTAAAGTATATGTGCGAAACGCTTTGAACAAACCGTTTTTTGGCCAATGTTGGCCTG
GGGAATCCATTTGGATTGATACTTTCAATCCATTAGCAAGCAAACTTTGGTCAAAATTTGTACAAACTTTTATTTCTACG
CCATCGAACCTCTATATATGGAATGATATGAACGAGCCTTCGATATTCGATGGGCCGGAAACTACAGCCCCAAAGGATCT
TCTTCATTATAATGGATTCGAAGAAAGGTCAGTGCATAACTTGTATGGACTAACTGTTCACCAGGCCACCTATGATTCCT
TTGTTGATATGAACCCGAACAAAAGACCGTTCGTCTTGACTAGATCGTTCTTTTCTGGATCGCAAAGAACCGCAGCTACA
TGGACCGGTGACAATGTAGCTAACTGGGAATACTTGCAATTGTCCATACCGATGGTATTGAGTCATAACATTGTCGGAAT
GCCTGCAACTGGAGCTGATATAGCTGGCTTTTTCGGAAACCCAGATGACGAGCTATTGATCCGTTGGTATCAGGCTGGTA
TATGGTATCCATTTTTCAGAGCCCACGCACATATAGACACCAGAAGACGAGAACCATTTTTATTGAACGAGCGAACAAGG
TCAGTTGTAACTGAATTTATCAGACTCAGGTATCAACTACTACCGACGCTATACACAGCCTTTCACGATTCACATTCAAG
AGGAATTCCCATTATGAATCCAATGATCTATGAACATCCAAATGTGGCAAATTTCTACGACATTGATGACCAATTCTATT
TGGGTGAACAGGGCATATTGGTGAAGCCTGTCACTTCTGCTAATACCAAATCTATCCCCATCACATTCCCTAGTGGAGTC
TTCTATGATTTACAAAATCTAGAAATCGCACATTTCGGAACTTTGGAAACTAAGACTGTTTCTGCACCATTGGAGAAACT
TCCAGCGTACATAGCAGGCGGTCATATTATCACCAGAAAAGATCAATATCGTAGATCATCACGATTGATGCAAAATGATC
CCTACACGCTCGTGATAGCACCAACAGCATATGGTACTGCTAAAGGAAGGCTATATGTCGATGATGGGGAGACATTTGCT
TACAAACAAGGGAAACTTTTGGAGGTCGAGCTGGAATATAACAAAAACGTTATATATGGGACAGTATTACATAAGGATAC
TTCATCTTTCTTCAATGACATTTCTATTGAGAAAATTGTTATCGCTCATCATCCCGATGGAAAAGTTGCGGAGACGTGTA
CTTTAGAGCTGGACGATATTAGAACAAATATCGAAGTTATTCATGAAGATCACAGTCACGTTATCAAGAACCCTGGTATT
CAAATAGGACAGGACTGGAAAATCATTCTA TAGACCCGAACTAAATATCTAATAATATACTCAGTCTTTTATTAGCTTT
TCTCGAAGAACAGTGGAGTATTTTACAATTTGGGACCATTCCAAACATTTATGACAGTTAGGACAGTGTCCAGACTTCGG
TATTATTTGTTTTGAGTTTTTAGTAAACTCTTTATACAGGCAGCTTAGGCATGAAAGAAAATCACATTCATCATCCGAAC
AGAATCCTACCATCTGTGTACCTTCATCGTGTATATAGTCAATTTTCTTGTCACATATCATACAACTCTTTTGGTCGTAA
GTTAAGTTATCCTGATATCTCTGCAAAAGTGAAGATTCTTGGGCCATTTGATCCTCATAAAAGGCTTTGATCCTTTCTAA
ATTCAACTCGTCCAACTCATCCAACTGTGACTCATCTGTGAGAACAGCCTCATCGACTTCGCACAGTGACAATCCGTAGT
CAACTTTGAATTTGTTCAACTCCCAACTTTCCCAGGCTAATCTATCAAAAA