r_klactI2606
Coordinates:878563-879003
>r_klactI2606 Similar to YMR298w SP|Q03579 hypothetical protein singleton
MATQQNKNRVYILLQYVLAALVLIAAVEYFKYKTRISYEWFHCTVQSEELFDHPEGSPLKLWAIGGPSCDKRGELKTIMK
RITMDFDPNVEPVKFCIVEDTKVKSIHYPIEDGNKGDPGYISFVGYERDSDVVEQACASYAATVFNL

>r_klactI2606 Similar to YMR298w SP|Q03579 hypothetical protein singleton
ATGGCTACACAGCAAAATAAGAATAGAGTGTATATCCTTTTGCAATACGTATTGGCAGCATTGGTGCTTATTGCTGCTGT
TGAGTATTTCAAATATAAAACGCGTATCTCCTACGAATGGTTCCATTGCACAGTACAATCCGAAGAGCTCTTTGATCATC
CAGAAGGATCACCTCTGAAACTATGGGCTATTGGAGGTCCATCATGTGACAAGAGAGGTGAGCTGAAGACTATTATGAAG
CGTATTACAATGGATTTTGATCCAAATGTGGAACCAGTCAAGTTCTGTATTGTGGAAGACACTAAGGTGAAATCCATCCA
TTACCCAATAGAAGACGGTAACAAAGGTGACCCAGGTTACATCTCATTCGTTGGGTACGAGCGTGACTCCGATGTTGTAG
AACAAGCCTGCGCTTCTTATGCTGCAACCGTCTTCAATTTA


Kluyveromyces lactis Chromosome I  
Sequence spaning coordinates : 878063 - 879503
(Additional range around r_klactI2606 is :500nt.)

>Kluyveromyces lactis Chromosome I  
CGGTAAGGTTAAGAACTTTGACAAGTTCACCTTCCTAAGAGTATACGGTGCTGGACACATGGTACCATTCGACCAACCAG
AAAATGCTTTGGATATGGTTAATGACTGGGTTAACGGTAAGTTTGACTTCGAGCATTAGGCTTTGCCAAGCTTCCTCCAT
TGAGTCATTATCACTTTGTCCAATAAACTTTACACTAAAAAAGAACCAATCTTAGTAAATATATGTAAAAACGTGTATGC
ATATATTCTAATTCACTCTATATTATTACTATAAACCAGCTTCTCGGCCCTTAACCTACAGCCTTGCATCGTCTCTGCTC
TTTACTCATTCCTTCCCCTGTGTACTTTATAATCATCTGATCGTAGATCTATATTTGAAATAAAGAATTGTTAAAACTGA
AACTCATCCATCTCAAAGGAATGACCATAAAAGTTGTAAATTTATGTAAAATATCGGCATTGATAACAGCATATAGACGC
CAGAACTGATCATTACAACA ATGGCTACACAGCAAAATAAGAATAGAGTGTATATCCTTTTGCAATACGTATTGGCAGC
ATTGGTGCTTATTGCTGCTGTTGAGTATTTCAAATATAAAACGCGTATCTCCTACGAATGGTTCCATTGCACAGTACAAT
CCGAAGAGCTCTTTGATCATCCAGAAGGATCACCTCTGAAACTATGGGCTATTGGAGGTCCATCATGTGACAAGAGAGGT
GAGCTGAAGACTATTATGAAGCGTATTACAATGGATTTTGATCCAAATGTGGAACCAGTCAAGTTCTGTATTGTGGAAGA
CACTAAGGTGAAATCCATCCATTACCCAATAGAAGACGGTAACAAAGGTGACCCAGGTTACATCTCATTCGTTGGGTACG
AGCGTGACTCCGATGTTGTAGAACAAGCCTGCGCTTCTTATGCTGCAACCGTCTTCAATTTA TAGTTTTATTTATACAA
TGAAATAACTGACCAAAAAGAAAAAATAGTGGAAACGATAATTGTTTACTGTGCATCTCTCCATAATATAATGATACATA
TCTTTGAAACGGTTTATTTACAATGGACTTTTGACTCTCATCTAAAGATCTTCAGTTGTCACCTAGGTCAGGAACAGATG
CTGATGGAGTGGAAGGAGCAATTGGGGTTGAGCTTTCGGTGCCAACTTTACTAGTAGATGTGCCATTACTGCCTTGAGCC
GCAGCTGCATTGGCAGCAACACCACCATTATACATCGGACAGGATTTATTAGTCCTGATATGACCGATAGCTCCACAAGT
TGCACATCTACGAGTCGTGTTCTTGGATTTGGAAACCTTACCATCTTTAGTCTTTTCTCTGGCAGCTTTACGAGCTTGTC
TTCTTTCTTTAGATTTTTCCAATTTAGCCAATTGTTCTTCCAATAGTTTCTTTTGCTTCAATTGCCTTTCCTCTTCGTTC
TC