r_klactII0574
Coordinates:201752-202294
>r_klactII0574 Highly similar to YPL211w SP|Q08962 NIP7 required for efficient 60S ribosome subunit biogenesis singleton
MRQLTEEETKVIFEKLAGYIGRNIVYLVDNKDQPHVFRLQKDRVYYVPEHIANLATSVARPNLMSLGLCMGKFTKTGKFR
LHITSLSVLAQYAKYKVWIKPNGEMPFLYGNHVLKAHVGKMSDDIPEHAGVIVFSMHDVPLGFGVSAKSTSESRDLQPTS
IVAFRQADIGEYLRDEDTLFT

>r_klactII0574 Highly similar to YPL211w SP|Q08962 NIP7 required for efficient 60S ribosome subunit biogenesis singleton
ATGAGACAATTGACAGAGGAAGAGACGAAAGTAATCTTCGAGAAGCTAGCAGGGTACATTGGAAGGAATATAGTGTACTT
GGTGGATAATAAAGATCAACCTCATGTTTTCCGACTACAGAAGGATAGAGTGTACTATGTCCCAGAGCACATTGCCAATT
TAGCTACTTCAGTTGCTAGACCGAACCTGATGTCATTGGGTCTCTGCATGGGGAAGTTTACCAAGACTGGGAAATTTAGA
TTGCATATCACATCTTTGTCAGTACTTGCGCAATACGCTAAGTACAAAGTGTGGATCAAACCTAATGGTGAGATGCCATT
CCTATACGGTAACCACGTTTTGAAGGCACACGTTGGTAAGATGTCCGATGATATTCCAGAGCATGCAGGTGTAATCGTAT
TTTCGATGCATGATGTGCCATTAGGATTCGGTGTGAGTGCTAAGAGCACTTCTGAGTCCAGAGATCTTCAACCAACCAGT
ATTGTCGCATTCAGACAAGCAGATATTGGTGAGTACTTGAGAGATGAAGATACATTGTTTACT


Kluyveromyces lactis Chromosome II
Sequence spaning coordinates : 201252 - 202794
(Additional range around r_klactII0574 is :500nt.)

>Kluyveromyces lactis Chromosome II
GAATAGAAAAGCCCAATTTAGCATTCAACGTTCAACCTTGAGACTTTCAATCAGAGCGATGAGCTGTTGATAAAAGTTTA
AACTTTCCAAGATTTGTATGAAGAATCATATTTTTTCAGCAAAGAGGTCAGCGATGATCTAAGAAAATCATGAATACAGG
AATAACATATTTCTTTAGCTCATTTTATCCATTTGGATACTCATTATGTGCGTTAACCTCTATCTGGAGCCCAGTGTATC
GATTGTAAAAGGTTTGAGCACCTGTATACTGCGTTTACGAAGGTTATTAGATATATTTCTCAGTATCACGTGATTTGTTT
GTTTCTTTTTCCTGGTATCTTGAAGGGCAGCATCAAATTTTCTTTTCATCATTATTAGACTGAAGCTCATCGCATAAAAG
ATGATGCTATACCTGAAGCGATGAGTACTCTACGAAATAGTATTCGAAGCTGTTGTATTGAATTCAAAGCCGGTCAGAAT
CAGGTATCGAAATAATAGCA ATGAGACAATTGACAGAGGAAGAGACGAAAGTAATCTTCGAGAAGCTAGCAGGGTACAT
TGGAAGGAATATAGTGTACTTGGTGGATAATAAAGATCAACCTCATGTTTTCCGACTACAGAAGGATAGAGTGTACTATG
TCCCAGAGCACATTGCCAATTTAGCTACTTCAGTTGCTAGACCGAACCTGATGTCATTGGGTCTCTGCATGGGGAAGTTT
ACCAAGACTGGGAAATTTAGATTGCATATCACATCTTTGTCAGTACTTGCGCAATACGCTAAGTACAAAGTGTGGATCAA
ACCTAATGGTGAGATGCCATTCCTATACGGTAACCACGTTTTGAAGGCACACGTTGGTAAGATGTCCGATGATATTCCAG
AGCATGCAGGTGTAATCGTATTTTCGATGCATGATGTGCCATTAGGATTCGGTGTGAGTGCTAAGAGCACTTCTGAGTCC
AGAGATCTTCAACCAACCAGTATTGTCGCATTCAGACAAGCAGATATTGGTGAGTACTTGAGAGATGAAGATACATTGTT
TACT TAGGCGAATACTCCAAAGTACATTTTCACTTACTTGTTACATATATAGAACTTATTACTCATTTCACTTTCTGGA
TAGAACAAAACCTTCCCCTGGTGCAACTGCAATTCAGCGATGTTCCCACCTCAAAAAAAAGTTGTTATTTATCAACGATA
TTGTATATTATGATATATTACGGAACAAATAATACTCACATCTTCATCAAAGACTGTCTAAATTAAAATCAAAGACGACT
GATATTTGATATCGCAGGAAAAACTACATTAATTAAAAGTAAAATGAATGTACATATGTTGTTAGTTCCCTCTAATGCTT
ACGCGAGTTTTTAGATTTAGCATTTGACGTTTTTTTACCTGCTGGCTTCTTCACGGCTTTCTTAGTGATATCTAATTTGG
CTTCTGAAGCCTTAGATGCTTTAAAACCTTGAGTGTTCTTCCCAGAAATGTTCTTTTTGCTAACCCTATAAGTTGATCTC
TCCTTTAACGGTAACCATCTTTCA