Pay0001152 (gene) Melon (Payzawat) v1

Overview
NamePay0001152
Typegene
OrganismCucumis melo L. var. inodorus cv. Payzawat (Melon (Payzawat) v1)
Descriptionkinetochore protein NUF2 homolog
Locationchr09: 7829824 .. 7864967 (-)
RNA-Seq ExpressionPay0001152
SyntenyPay0001152
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGTCGAAGTATGAATTTCCAAGGCTTCCACGGGCGGATATTGCATTGCTACTAGCAGATAATCAAATTGCTGCTGTAACAGAGCGGGACCTCCTTCAACCCTCACCTGATTTGGTTTCAGATCTCTACACACATTTAATGATCTACCTCGACCTTCTCCATGAGTATTTTCTCTGCTGATACCCATTATTTCAAAAAGTACTTGAACTAATTTATGAAAGGAGGAAAGAATAAAATTTATTTGCATGTATTCACTTCACTCCTTTCAGCATGTTGATATCCACTATTTTTATGGTGTGAATTTGGTGTCTAATAACTTGGTCAACTTTTTCTTCCTTGCTTTTAAGAAAATTTATATGAATATGGTAATCTTATCTTTCCTTCGTTAGTTTATAATAGAAACTGAGGTAATCCATAATTCATGCTTGGTTTCTTAGGGTTGTTTGGGGTAAGGTGTGGAATAGTGGGGAGCAAGAAGTTATGAAGTTTAGGAATTCGTGAACTTTTGGGGCTCACAGTGCAAGAAGTTGATAAGGTATTAAATTGATAGTTTTCAGTGGTGGAACCCACAAACTCCTAGGACCAAACAAGTGGAGTTCACAACTACCTACATCTCTATTCCTACTCCTAAACTCCTTACATCCTTAGAGAATTCAAATTATTGGAATTGAATAGAGATTTCAGTGTTGAGAAATTAAAAAGTGTTGGTATCTCTATGACGTTCTTTTATGGGAAGAAAGCATAAAGAATTCTAAAACATTAAGGACAAAAATTAAGCATACCCATTACGGGAAATGCCTTGACTTTAACTGAAAACCACCCAGATAATTTGGAACACCAAGTACTCTAACGAGCTAATTCAAAATGTTCGAATCTATTCAATGAAGAGATTTGTTTCTTTTCTTTTTTCTTTTTTTTTTTAAAGCTGAAATGTAAAGGTCAGTTGTAGTTACTGCCATACTGGCTTTTTTTGCCATCAACAGCCCAAGTATAGATGACTTGTCCATGTCTTTTCTTTTGATGACTTGTCCATGTTGTAACATAGTTGGGCTACCAAAAACTCGTTATGTACAATGGATCTCTGTAGTGGCAGAGCTTTTTAGGTGACAATCATATTTTATTCCTTATTAGCTGATCATTTGGTTTTGGTGTTAGACGGTTAGGTGCTATAGATATTCCTAATATGTTGTTTTAGTGAACTGCGCACAATTCATGGTATTCTTGGGTTCGTCGCAATGGATACAAATGATAAACTCTCAATTCTTTTGGTAAAAGTCTGTGGCATGTCTTATTTGACAAGGCCAACACTACTTATTATTCCCACATGCATGAATCAAATGGAAATGCCGAATCAAGATATTCATACGTAATAGGGTGAACTTGTGTAGATTGACCGTGGGATATTAATCCTTGATTGTTAATATTTTGTAACTTTTTTCATTTACTCTAGTTCAAACTTGAGGTTATTGAACTATTTGAGGGCCTTTTCTTTAAGAAATTATATAGTATCAATGTGGAGTTTCACCATCTATGTATTCCTTTTAGAAAAGGAAACCAGTCTCTTCATTGATATAATGAATGAAACTAATGCTCAAAGTACAAAGCAAAATTGAATGAATAGACTCCTGATCCCTCTTGTTGTACTTTGAGCTTTGTCTCATTTCACTATGAATTGACTCGTTTCTTTTTCAAAAAAAAAAAAAAAAAAAGGAGAGAACGAGACTAATGGTAAAGGTACAAAGCAAGTTATTTATGTATCCCTATTCATTGATATAATGAATGATCAAATATCATCTATGTATTCATGAAGTTATCTTTCTCCTTTTTCGTTCTGGGTCCATGAAGTGCTATAACTATGAACTTTTTTGTTTCCCTATGTTCGGACCCTTTTTATTGAATGGTTGCATTTCTCTGTTGTTGGTTATTTATGTAGGGAAGACCAAGGACAAATTGAGTTTGCTGCCCTGGATCAGCTCGAGAACCCTGATCTGCATATGGTTTCAGTCCCGACAATGAAGTTGCACAACAAAATAAAGCATTTCATTGCCTCTCTTGACTGTCCAAAAAAGTTTACGTTGAAGGATTTGATTAAACCTGAAGCAGATAGGACAGAAATTTTCCTTAGCGCAATACTGAACTTTGGCATTCACAAGTATGGCTTCTATCTTCTTATTTCTCTTTATTGTCTCTTGCACTTAAGTTCTATTAAAGCTTTATTTTGAATTGTTCAACTGTTTATTCAAGATAAATCTGTTCCTTGGATTGCACGCTTTGTTTCAATTCGGGTTTAAGCCTCTTCACGTCTGATCTGGATTGATTTTTTTTCTTAGGCTTAGTCATTCTCTGTTCTATTTTTAGTGTATATATTTTGATATTTTATATTGATTTCCTTGTACTTTGATCATCATTTTATGAATGAGAAGTTTTGGTTCCTTTTTTTTGAAACGAAGACAAGCCTCTTAATTTATTATTAATAAAAGAGACTTAAGCTCAAAGGAGCAAGAGAAAAGAGCAAGATTCTGTCTACAGCTACAACAAAAGCTAAAAAACAAATTACAAACAGAAGAGATCAAGGTAAACAAAACCATAATCGTAGAAATCTAAATACAAAGCATAATAAAAATTTCTCTCATAAAGAACCCATTCAAAAGTAAAAGCTTGCAAGAAGATGCAACCGGCTGCCTTGAAGCTGCCTTGGCATAATATTCTAGAATCATGAGGAAGCTCGAAAAAGTCTTCCACTATTTCAGCGTCGGCGTGAAGGCTTTACTTGCCAACCACATGAAAGGAAATCCAAGAAAGACTGAAGTTGGACTAACATCAAGGAGGAATACATTAAACGACTGAAGAATCAAATTAGAATAATTCCACAATCAGCAACTATTGATTTTAAATGATTTGGTATTTCGCAAGACTAAGGATAAAAATGAGTTGCATAAGGCAAATTTGCGGATCTTGGCTCTTTCTTGCATTGAAACATGGTATTGAGATTTGAGATATGGTTTAGAGGCTAGAGATGTCCACAGGGCGGGGTGGGGACGGGGATGCCACTCCTCGTCCTCGTCCCCGCCCCCTATCCCATTCTCTATCCCACAAATTTCCCCATGGGGAACGGGGCGGGGATTCCCCCTGGGGATTTTGCGGGGATCGGGTTCCCTGCTTTTGTTTTTTTTTGTTTTGATAAATAAATATAAATAAATATAAATATGAATATAAATAAATAAAAATATAAATAAATGTATATATTTGTTAGAATTAGTGGGCTTGGCCCTTAGAGTATTTATGGAAAGATTATGGGAAGATTTACTCTATTTCCTAAATCTTTTTCTTTTTTATTCCTTGGTACATTCTACCTCTTTGTACCTATTGTATTCATTCATTAGAAGATAATAAAATTGACAATATCGTGGTTTTCTCTCGATAGTGTGGCTCTTGAAATCCAGTCGTGTTCACACTGCTTTCCTTGGAGTCCAAATTTAAATTCATTGTCGCTTCAAGGTATTTGATGCTGACAAGGCGCCAAATTCTGGCGAGCTCCCTATTCCAAAGCTTCAAAAGGATTTCTTATACATGAAGGAATTTTTTGGATTGATCTTAGATGTGCCACCCCCTCCGGGAAGAATGAATCATCAACAACTCCTTCATCTTTCAAAGCCTGGTTTAACCTTTGCAAGTCAAATGGGTTTGAAAAATGCTCAAATGATAAACGACCCTTGGTTAATGGAGGAGGGTCGATCTGTTCAAAATCACCAAAGTGTAAGAAAAAATTCCCTCGGTTGAAGTTTGTTATTTCTAATGTGCTTATACAAAACCATTGGTTTCTTTTTACTTGAATCTTTTCTTTGAAAACATTTAGTAGGTTAAGCGTTTCAGAAGTGATATTTTTCAGACCTCCAAAATGATCTCCTATAACTTTGTACTTCCAAAGTCATCAAAACCGTTTTGAAGAAGAAAACCATTCTTAGGGTCGAGCAAGAATGATGAGATCTCCTTCTAGAACCATGTGAGTTAAGTGTCTAATAATGTCACGATCTTCCGAGCTTCCACATCGTCTATATGGAAGTATTCTTTGTCGAACCAAATATATTAAAGGGCGTTCGCTATTTTGCATCTTTCTACTTCCATTATCACCAAAACCATACGGCCACTTAATAGGGATGGACAAGAAGAACAAGCTCTAGGGGACTTATCAGAGAAGAAGGATGAGAAACATCAGAGAAAAAGGGGGCTAGAGTGTGCTTAGGGATGAAAGGAAGGAAGGGAGGGGAGAGGAGAGAGGAAAGAGAGAGCATTTTTCGACTGAGAAATAAGAGAATTAAAGAATAGAAGATATTTGACAATACTCATAGAGGTTATGTAGTTCCTCTTTTAAAAATAAAAAGAAAAATGCAAGAGTATTGGTTTGGTCCAGTCGCTCTAATGGGTTTATGAGCTAACTTAGGTTTGTTTCCTTCATGCTGATTGGATGAATGGATGGATGAAGTAACAAAAATTATCATTTCAATTTGTTATAATTTATGGTTTACATGCTTGTTGTCTGTTACATCCCACAGCTTTGTTTTGTTGTTGGTCATTCCGTACGCTTCATTTTCTTATTCAATAGGCAGGCAGAGGATGCATATTTCAGTGTCTTTTAAATAAGTTCCATCTATTGGAATCTGTAAGATGTAGCATGATATATATCTTTAAGTACATCCTTTCATGGATAGATAGATAGATATATGCTAATCCTCAGTTATGACTGTTACATTTCCATTTGAAGAGATGCCAAAATGAATTTCCATGCTCCAGTTATGAATGAGCTAGATACTTTTGCTGACCAGCAAAGGGAATGGGAGGTTAAAATTTCTCAGGTATTTGAATTTCAGCCATTCTTTGTTTATTTTCTTTGAAGTTTGAAAAACGGTGGATATATTTATTTCTTCCTCTCATTTGTATGAAATTGTGTGTTATAGTTGAATGCAGAGATCACGGAGTACAATGAAGCAAGAGAAAGGGAAATGCCTTTTGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACATCAAACTATTGGTGGACTTAACAATCAACAGGTGTCATTACGTGCTGCAATCCGTAAGTTGAAAGAGAAAGCTGGCGAAATGGATGAGAAGGTTAGGTAACATTTTCTTTGTAGGAAACAAAGACTTGTAGAAACGGATGAGAAGGTTAGATAACATTTTCTTTATAGGAAACAAAGACTTGTATGTTTATACCAACAAGATATACAAAGAAAAAAGGAGATGAAACATGGTATCAAAACCATAAGCAAAGTAAACCTTTGAATTCTCCTCAACAAAATCACCTTGTGCTAGAGTTTATAATATCCTAACTGCTTGTACTAACAGCTGAATCTTCGTTAAATTTGTAACTAGAAAGATCGTCCCTAGGAGGGGATGTCTTAAATACCAATTGGCCCAAAAAGCTTAAGCTATTGGATCTGTAAGTTTAATTATATATCACTAACACTCTCCTTAGATATGAGCTTGAAATATTTGAAAGGCCCAAGTGGAAATCAATTTTAATTGGGGAGAAAATAACATTTAGGGACTTGAACGTAAGATGTTCTTGGACCACTTGCTTTGTTACCATCTTAAATCACCAATTGACCCTAAAACTTAAGCTAGTAAGTGAAGGTAAATATAATTACATGTCACTAAATAGGATGACTATGAACTTTTTTTTGAAATGGAGACAAGCTTCTTTATTAGCGTAAAACTCAAAGTACAAGAGAATTATACAGTGAGAATGATAGAAAAACCAAAAAGGGGTGGGGGGAGGGGATCAAGAGGCGTATCTGTACTAGTGCCAACATCTTAAACCAAGGAAAATCCAAAGACCAAAAGAAAATCCTAGTACAGCAATTACAACAGTGCAAAACAGCCAAAAAGTAAAGGAAAAAAAAAAAAAAACAATATAAGAAATGAACCAAAACCAGAAAAAACTGGTTTTCCAAAACCAGCGGACTGGCAGAACTTGGGAATGTGGAAGATACAGGAGGATCAGCAGCAGAATAATCATAAAATTTGGAGGAAGACAGCCCAGTTTAAACCATAGAACTTGAAAGGAGTAATCATTAAATTCCAGACTAGCACCAAAAAGATCCTGCATCTAACCCACATGGTAAGCAACCTCCAGAAAATCCTACCGAATCCACAAAGAACTAGCCAATGACCTTAGAGCTCTGAAGTGTTTTAAGAAAGCAATAATAAATCTTTCCATTTTAGATTCCTTCTATGTGGCAGTAACAAAATTGCAGTGACGGAAATACTTCCTAAATTGCTCAGACCAGAATAATACTGCAATCTTTGACTATGGACCCCAAGTCCTTCGGAAAATCTGAGGATTTAGTTGGGGAGGACCAAGGGGCATTGACTAGCGGGGCACCATCAGCTTCAAAAGATTGTTTAAAAGAAACATTTGATCTAGGATATTAAGGATTGAGTGGCTGAAATTTGAACTGAGGCAAAGGATGTGGTTGTCTATGCAATGTGCTAGTAGAAGACGTGTACAAGAGTCCTCCAGGGCATTCGAACTGAACTCTGAATATTTCTTTGTAGATGACTAGAAAGAGGATAATAAGGAAATGAAAGCTACTACGGGACAGTGGACTATGGAGCATTAGATCATACGACAGATGATAGATCATTATTCTCATATTTTTCTCTTCATACGAGTGACCTCTTTGCTCGAATTTCTGATGATTTACTCCCTAAGGTAATTGTGATCAGAATTATCCAAATTTCAAGCTCCATAACTCTTGAATAAGTTTTTGTTTGTGCCATAACTGGAGTATAATTTGTTGTTTGCAAGCAAGTTGAATAAGGACTTGAATTGTGAAACTAAATTCCTTACAAAATCTTGTAGTTTTCAGAATTTCGGATCAGGGATGATAGTTGGCATATGCTAAATTATGTGTTTGGTTGTTTCTTCTCAAAGCAATGTGTTCCCACCAACAATAGAACACAGTAAACTTGTAGTTCAACCTAATCATAAGTTTGTGTTTTCGAGTCTTTCAAATAAAGGTAGTCTTGTCATGACCTTACTTGAACAGTATATGTCTATAGGTCGTACAATTGTATCCTTAAGTTCTAAAGTAAAGATAGTCTTGTCATGCACTATCATCATGGTCAAGCCCAACTTTGTCTACTTCAAGCATGGTCAAGGCTCTTTATTAATGATAATAAATGAGACTAAAGCTCAAAGTACAAGAGTACTATATCAAGAGCAAAAAGAACTAAGGGAGAATAGGAGTTGAGACTAAAACAAAAACTAAACTTAGGCAACACAAAAATGATGGCAACCTAAAAACGGATTCAAACAGAAAAATAATGAGCTAATCGTAGCCACTAAAGACGATACATCAATAGAAAGCTAAACATTGACATGTGACACGAATATGACATGGCAATGACACGGTGACGTGCCAATTTCCAAAAAAGTAGGAGACGACACATCGGAACACATTATTCTTTTCTTAGAAAATAAATATGTTGTGCACATCTCGTGCAATATTACATTTAAAAACATCACAATAACAGCCATACAATTAATACAAAAGAAAAAAAAAGAATTAGAAACTAAAGAAAAAAATAGAAATGGGAGAGAGAAACAAAAGTTGCTGGTCCGAAGAGGAAAACTCTTGAATAATAAATTAAATGAAAATATTAACAACTTTTGAATAGTTTATACAAAAATGAACAATTTAGATATGTTACTTCTTTTTTATAAAAAGGAACGGATCTCTTTATTAAATAATTAATAATAATAAGAGACAAAACTCAAAGTACACGAGGGTTATACAATGAGCAAATATCCTAGGTATCAATAGGTGTACCAAGACATCTCATCTAGGTTGACACCCCCTTAGCATCCTCATCATGTCCAACTACAAATTAGAAAAACAGATTACATCAAATTCACAAGGTCAAAGCGAGCCTTTTTCCCATGAGCTAAAAAGATACATTCTAATAATAGCAAAAAGATACAACTTTCTAGAGCTTGAAAATTTAAAGGAAAACACATATCGGATGAAAACGTCTCTTTATATCATAGAAAAGATGAAGGCTTGCCAATTCAATAGTATCTCTTGAAGGGAACAATCTTGGAAAGCTTTGGATAAAGAACACCATGATGAGGCATTTAGCGGGCATACTCGAGATGATCGTTCTAACTTGAAGACTTGTCATGGTAGACAACATTTCTTTCGAACCATAACTCTACTAGTAATGCCTTGACCAAGTTGCACCATAGTAGGAGAGCATTTTTCTTCATGACTGGACCTGTCAAAATTTGAAGCACATTATTTCTGATATTATTGTCAAAAGCCCAACATATATTAAAATTTGCAGAAGCCAGTTCCAACAGTTTACAGCATAAGGACAGTCAATAAAGAGGTGCTGAAGGTTTTCCTAGTATTTGAGACTGAGGGGGCACATGTGGGTGAAAGATAATGGGATGGGAGCTTTTTCTGCAATACTGAAGCACAGTGCAGACTACCATACAGCATGATCCACACTGAAATATTAACTCTCTTCAGACTTTTAGTTTTCCAAAGACTTCTTTACAGTGTTTTGTCAATTGGTGAAGCCGTGGATAGATGATTGACCAGGGATTTAATAGTGAAAGAGCTGCTTGTCTTGAGGGGCCAAACACTTTTATCCGGGGAGGTATTTATCATTTTTCCAAGTGAACTCAAAAAAGTCAGAAATTTGGGGACTTCTTCATCGTTCAACAATCTTCTGAAATAAAGAGACCAAAAGCTGGTTTGGTTGTCCCAATGATCAGCAATTGACCCTTTTGGTTTGAGTGCAATTCAGAATAGACTTGGAAACTTGCTGTTTAAAGGGATAACATCCAACCACGGGTCTGTCCAAGAGAGTATTCTACTGCCATTTGCAACTTCAAAGACAGCCAATGCATCAACTTTGCGCCATTGTCTAGAGAAGCTAATACACGAGCTTTTTAGACTCAAGAACTCCTTTCCACTTGTATGCCACTGAAAATAGAAGTAGATATGTTAAAAATAGCAGATTGAGTATTAAACAATCCTTTCAAAACAGGGGGAAGAATACTGTCACTTGGCTGCCAGATTTTGATGGCACGGCAGGCCTTTTTTTTTTTTTTTTAATGTATTTTTTAAAATCATGACTTTCATTGAGAAAGAAGGAAAGAATACACGGGCTTACAAAAAACTAAACCCACAAAAAGGAGGGAATTCCTCTACAAGAAGGGACTCCAACTATACAAAATAATGTTCATAGTTAATTACAGTTATACAAAAATAACAGTTCTTTTTCATTTTGTATGATGGCATGACAGTTTGCATGCAGTCTGGAAATACCGTTGTTTTTCAACATCTTTTTCTTCCTTTTAATTCTTCTTAACGTTTCCTTCTATTCATACATTCTTCAATTTTTTCTTTACTTCTATAAACCGTCTTCTTTTCATATATCCTTTCTTCTTCTTCAAAATTTTCTTTACTCTTCTACTTTTCATTTTTTCTTCTCCTCCTGACTCACTTTTCATATTCTTCTCTTTTTCCAACTTATTTCTATTTTCTTTTCTACCTTTTCTTCTCAAACGAGATGTCTAAAAAGTTGAGGAAGCTAGAGAAGAAAAGAAGGGTTAGATGTGTCATGTATGTGCTTGGGGATGCCTTGATAACACTGCAGTTAAAATGCCCTGTTTTAATGAGGTCTTTCTCTTTCAAATTTTCAGGTTAGGATGTTTGCATGTCCTCACGTGTCTTGCCTTGTTGGGGTGTGTTGGAAATAAAACATATTATAATTAAATAATGGACACTCCAGCTGGTGTGTTAGAGACGTGTTGGTGTCGAACAAAAGTTCGACATTGACACTTGGCTATTTTAGGAGTGTCTGTGCTTCTTAGTTGACCACAAATTTGGGATTGTATTCCGACTTTCCTTTAATCTCATGTTAAAAGAATGCTTTTGGTACCTTCTTTTAAGCTAATTCCGGCATTATCTCTGAGTCTGAATTGCAAGTTTCCTCACAAAGAGCAAGACAAATTGCAAGGTACCTAGATAAGAATACTAGTATGATGTTAGTAAGAGGTATATGGGTATTTAGATAGGAAGTTAATGTATCTTGTTATGAATAGATTGAGGGTGAGTTAGTGGAGGAAGGTACTTTTTTTCTGGAGTGATCTAGGGCTTATGATGTAGTCCTTTAATGTTTCTAATTTATTAGGATTAAAATTAGTTTTCTTGATTGATTAGGATTAAAATTAGTTTCTTTTATTTTTTAGAATTAGAATTAGTTTCCTTCATTGATTAGTTCCCTCTTCACTCATGTTGAAGCTTATTGTGGGCATTTTGTTAGGTTACTTTGGGTTTCTTTTGACTTCTGTTTTAATTAACTACTTTGTACCTAGTTTTACATTTTAATTTTTATCTGTGCTTGTAGGATAGAGGATTTTGTTTAGCTATTGTTGAGTTTGACTTAGCTATTGTTTGTATCTGTTTTAGCTCTTTTGCTCTCTGTATAACTCTCTTGTACTTTGAGTATTAGTCTCTCTTATTATTATTATTATTATTAATAAAGAGGCTTGTCTCCGTTTCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAAAATAAGAAACATAGATTTGTAATAGAACAAAAAAGAGAGAACAACCTTAGAGTGAGGGGTTGAGAAACCCCAACAAAATTAAACAAGAAGAGCCCTCCAATTGTTAATAATCATGGAAGGCTATAATTACAAAAGAATTTTGTATAATTTGTGCACATCTAAGAGGCTGTATGCTGCACAAGAGCCCGAAAAGTATCATAATAAATGAACTTAACTTCAAACACCCTACTATTCTTGCTTGAGTAGTACATCTCCACTAGATTTTTCCTTCAAAAGCTGCCACCACTCAAGCCATCCATCATCCAATCATCAATCTTGTTGGGGAGACAACCATCCTACCCAAAAGTATAAAAAATCCTACTCCACCCTTTGGAAACGAACTCATAGTGTTAGAATAAATGGTCTATGGTCTCAACCTCCTGACAAAAGATACACATGGAAGGGGAGAGAAACCAATTAGGAAACTTCCTTTGGAGCTTGTCTTGAGTATTTAGGCTTCTATAAGCAAGAGACCAAAGGAATTTTTAATTTCCAAATAAGATTGATCATAGAGAAATTAGCTTTTGGGGCCTCTGTAATCAATTTAAGGAAAGTAGACTTGGTGGAAAATTGCTGCCTTCAACCTCCACTGTAACCCATCCTCGGTTCTATTCACAACCCAATTGGTCAACAATTGAGCGAGGACAACATAGCTGCCAACTTCTTTATCAAACAGTCTTCTTCTCAACCCCAATTCTCATGCCTGACTTGAATCAATCCAACAATCCACCACCACAACATCCTTTTAAAGGAAATAACATAGATGTCACATAACAAGGTTGGCAAGAGGTTGGGTAGCAAACCAACGATCATCCCAAAACCTTATGATTCTCCCATCACCCACCACGAAGTAAACAAAGGCAAAAAAAGAAAAAAAAAGACCTTTTTGCTTCAAAATATCACTTTATAATTTGAAGCGTCTTTTGTCTCTCGACTTAAAAGGAGCTCCACTAGTGCCTTTCCACACCATAAATAACACTAATCACTTCCTCCAAAGGGTGCTTTCTTCATGGCAGAACCTTTAGAGCTATTTCGTCAAAAGAGCACTATTTTTCAAGCTAAGAGAATCAGTTTTAAGCCCCCATAGATCGTAGAGAGAGAAGTCTAGTTCCAATTAACAAGATGGGTAGTCGGATTACCAGTTCCCTACCCCTAACAAAGTCACAGACAAGCTTCTCCAATCAAGAAATGTAACACTTCGGGGCCTTCAGGAAGGAAAAGAAGTATCAAGGTAAGCTTTGAAGAATTGACTGAGCAGGAGTTAGCCTACCCCCTTTAGAAAGGACCAAACCTCGCCATTTGTCAATTTTTGTTTTAAATCTCTCCTCAAGTACAACCCACTCCACCTTAGCCACAAGGTTCCCACCTAAGAGAAAACCAAAGTAAATAAAAGGTAATTTATCAGCTTTGCATTCCAACAAAAAAGCACTAGATTCAACCTCTTCATAACTAAGGTCGATGCCAATGAGAGAAGTGTTGGAGGCGTTGGGGAGAGGCCTGACCCAAGTAAGAAAAGGTTAACAATAGACCACCAAGCCCTCATATTCCCATCGCACCAAGAACAAAAGATCAAAGTGTCTAAAAGAAAGAAGATCAAGAAGAGCTATAAGATGTAGAGATCAAAATTATTAAAACTAAAGAAGAAAGAAAAGTTGAGAGAACTTTCCAGTGGGAAGAGTTTGGAGAAGTTGGTTCGATGAATTGGAGCTTTGATGGGCTTCTTCAGTAGTACACGCACAGTTTTTATTGGTGAGATGAAAGATTTCAGCAAGTCTTATAGGGTACTGGATTGTATTTTTGAGTCAAGCTTGAAGTAGCATGGCTGGTTGCCTTTTCTTGGTGTTTTCCTTTCCATTCATTATTGAAGCAGTTTTTGATCAAGATTTAAACTGATTTGTGGCTCCTTGTTGAAAGAGTTTTCATTTATTTTTTGTATTTGGTTCTTGTTTTGCTCAGTTTTAGAGGATCTTGTCCAACTCGTTGTGATTTTATTATGTTCTCTCTTATCTCGGTCTATGCTGTATTTGTTCTTTTAGTCCTTTTTTCCTTTGGTATATTTCTCTTGTACTTTGAGCATAATTCTCTTTTATTAATATTAATAAAGAGGCTCGTTTTCGTTTTAAAAGAAAAAAGATCAAAGTGTCATCCGCATACTATAGGTGCATAATCTCCGTCGATGGATTGCTAAAGGAAAAGTCTTTCATCATTCTTCTTTCATTACAATACTGAACGATATTACTGAAAAGTATCACCAACTGTAGTGAATAAAAAAGGAGAGAGGATCCCCCGACAAAAACCTCTTTGAGCCATAATCTTCTCTTGCGGTCTCCCTTTAATAATGATAGAGAAGTTGGTAGAGGTGAGATAACCCCAAATTCACTTCCTCCATCCTTTTTCAAACCCTTTAAGCTTAAGGATCGCAGCCGAAAGCCTAGTCAACTTTATTGTAAGCTTTTTCAAGATCAAGCTTTAACAGAGCACTCTTCTTCTCATTCGCCCTCCATTCTTCTAATGACTCTGAAGCTGTTAGAATGGCATCTAGAATTTTTCTTCCTTCCACAAACACCATTTGGGAATCATGAATGAAGGACCGACCTTTTCAGCATCTTGGTAAGGACCTTCAAAATAAGTTTATACAAAGAAGTCACCAAACAATGGGTCTAAACTCATTGAACCTTGTAGTCTTCTTCTTTTTAGGGATCAAATAGATGTTGGTTTCTGTTAGTGATATATAATTAAAGTTTCCTTCAACCACAACTTAAGTTTTTAGTTGAATTGATGGTTTAATATGGTATCAGAGCAGGTGGTTCAGGGAAGTTCTGTGTTCAAGCCCTTGCATTGTCGTTTTCTCTCCAATTAAAATTGATTTCCACTTGTTGTGCTTTTCAAATATTTCAAGCCCATAAGTGAGGGGGAGTGTTAGTGATATATAATTAAATTTGACTTCAACCGCCAGCTTAAGCTTTTGGTTGAATTGGTGGTTCAATAGTTTCTTTACATCTTTTATTTATAATTCTGTTTTTAAAAAACTCACGGAACACCTCAGATGTAGGTTTTATTGCATCTTTTATTTATAATTCTGTTCTATTCTACATTGTCCATGAACCATATATAGGATGTCCTATCTTTTATGATTGTTATATTTTTTTGTACATTTCAGACTAAATGTTTATTTTTGAATGTTTTGTTTGTCAGAGATAGTTTTGGGTTTACTTATGGAACCAATTAAATATGAATATGCTCTATCTACCGGTTTTTAAAAGTCTTGCTAAGTTCTCACTGTTTCTTTTGTGTATTTTCAGATCTCTAATGCAGAATTTCTCTTAGTACAAAGTGTCCAAGAAAATGCTAATTTGCGTTCAAAAATTGTTCAATCACCAGATAAGTTGCAGGTCTTTTCTCCTTGTCTCTATGTTCTTTTCCCCATTTTTTTTAACTAGAAGTTATGTTCGTATTCTCCTGTTATGAGTTTTCAGAGAAGACCATCCTTTGATTTCATTATTGAGATGAAGTTACAAAATTAGCAAGGAAACATAATATATACAGGAACTAACATTTTCAATGGGAAGAAGACTGATAGGATATTACTTTTGGGCTGACATTAAGATCACTCTTGAAAACTTCTTTCATGTCTTCATTACAATTAATCCATTTTTGGATGATAAAGCTTTGATTTAGTGTAATAGGAAACTGATTCCATTGCGAACGGCCAATGAGTATGGAAAATTTCATCTTAACGTATAGGTCAAAGCTAGAACACTCTTTACCAAAGGTCATTAGCAGTTTTGGAGGTTGGGTTTCTATAAAAAATCTGCCTTTGCCTTTTTGGAAAAAGAATCAGTTTTGAGGCCACTGGCTATTATTTGGGAGGCCTTGTTCAAATTTCTTACCACATCTTAAATTTTTTACTAGTCATCAACAATAATTAAGGTGGAAGAGACTTTGTGTGGCTTTATTCCAGCATCTTTAAAACCATTGAGGTTGCAAATCTGGCCAATTTTTCGATTCACTTTGAAAATAAAGATGAATTAAATTTACGACAGAATTATCTCCCCCACAAAAGAAGCTTCGTGGCAACAATTGCAGAGATTAAATCAGGCTTTAAAAGATGAAGGAGTTGTTGATGATTTATTCTTCCAGGAGGGGGTGGAATATCTAAGATCAATCCAAAAAATTCCTTCATATACGAGGAATCCTTTTGAAGCTTTGAAACAGGGAACTCACCGGTTTTTAGCCTCGCCGATTACCTCCCTTGAAGTGACGGTGGTTTTAAATTTAGACTCCAAGGAAAGTAGTGTGAACTCGGTTGGATTCGAAGAGCCACACTTAAGGAGAGAATAATAAATTTTGTTTTGAAAGGAACAAGAAAAAAGCTGTTGTAAAGTCTCTTTTAATGAAGAAAGAGAAAAATCCAGCTGTGTTAACTTTTACAGCTGGAAAGCCCCCTCAACCAGCTAGCAGCCCTCTTTTTTGTGATCCTCTTTCCTCTAATCCTATGAACAAAAAGCTAAAAGCTGAAATTATTTCAGCTGCTATTTTCCAAAAGAAACCAACGGCTGCTGCCCCTACTAACCCTTTAGCTTCAGCTACCATCTCCTCTTCTTCTCTTTTTTCCTCATCAAAAGGCTCCCGAGGAAATTTGAAAAGAAAGAATTATTCCAAGATCTTCCCTCATTACCTCAACCCATTTCAAAGTATTTTATTCGCAAGAAGAAATCAAAGAAGATCATGGCAAACAGTCCTTAAAAGCCTAGATTTTAGATGATCAAGTACTCGTTTTGCTTAAGAAAAATACTGTCCATTCTCTTTCATCAACTTTTTCCAGCAGCTCCAAGCTATTTGGAGAGGCTAATCCTGATTTATTGGAAGTCTGTTGTACCCAAATTCTAGCCCCAGCCCGTTCTTCTAAATCATTTTCTCATCATCCCCACTCTACCCAGTTTAAGTACTTTGAGTTCTCTTTGCCTAACTCTAAGGTAAAATTTTTGAAGGGCTCTCCAAGCAAGACCCCTCTCAATCAATCCAACAAGAAGGGTGAGCCTTTTTTCCTTTCAGCGTTAGTAGCGAGGAATTGGAGCATTTGGATAGGTCAACCGAACTTGAAAGTCAGAAACATTTTGAGCCTTTAGAAACTGATCTCAATGCTCTGTTTCAATGCGAGGAAGAGCCAGGATCTGCAAAGTTTCTGTTTGCTACTCGTTTTTGTCCTCGATCTTGCGAAATACATAATCATTTAAAATCAATAGTAGCTGATTGTGGAATTATTCTAATTTGATTTTTCAGCAGTTTATTGTATTTTTCCTCAATGTAAGACCAACATTGGTCATTCTTGGATTTTCCTTCATATCGGTGGCAAGTAAATCCTTCACGCCGATGCTAAATAGTGGAAGACTTCTTCGAGCTTCCTCCAGATTATGGATTATTTTGGTTAGGCAGTTTCGAGGCAGCGGGTTGCATCTTCTCGAGAGTTTTTAGTTTAAATTTAGTTCTTTATGAGAGGATTTTGCATTATGCTTTGTAATTAGATTTATTTGGATATGGTTTTGTTTAGCTTGATCTCTTCTATGTTTAGCTTGAATTTGTTTTGTAGCTTTTTTGTAGAGGTAGTCTGAATTTTCTCTTTTCTCTTGCTCTTAGTATAATATTCTTGTACTTTGAGCTAAAGGCTCTTTTATTAATAATAATTTAAGAGGCTTGTCTTCTTTTAAAAAAACAAAATTGGACTTTTTGAGGACAGTGGTGTTCAGATTCTAATTCCATAAAGAAGTAGCCCCTTGAGAAAATGCTACTTTTCACCAGGTAGTAGCCCCTTGAGAAAATGCTACTTTTCACCAGGTATTGTTCAGTAGGATTTTACCATGCTAGGCTCGTCTATTTCCCTTCATTCAAGGCACGCTTACTTGAGACTACATGAAACCACAGTATGAAGACTCAAATGTCCATTCAATTGTCAGTGTCAGTAGTGAAGAACTAGATCAGTCCATTCCTGCACAAGCTGAAGAATAGACAAACATTGATTCATCAGGGGAAGCTTATAAAGCATCATTTCTTCAACAACAACCTCTTGTGAAAGCTCCTTCCCTGTCTCCTCAGATCCCTTCCAAATTTTGTTGGTTTTCAATTGCAAAAAATTGTCTTGGAATATGAGGGGCCTCGATGATAAAAACTAAGAAGATGACTTTAAAGCATTTCCTACAATCACATTATCCAGATAGTCTTCATTCAAGAATCAATGTGGGATGAAAGCAAGGTCTCTCTATGCTCCTTTCCGTAAAATTTAAAATTGAGTGCAGTAATGATTGTTGAGTGACCAATATTTACAGAGATGCAATATTCAAAATTTGCTGGAGGTCACTTCTTTATGTCGTTATTGCTTTGGAGCCTTGGTGTTTAGGGGAGGCTTAAACATTACCAGATGGGTTCACACTTCACAGGAGATTTCCTGTTGGAAGATTACAAGAAGGGATGAGGAAATTTAATGTATTCATTGAGAAGTTAGTCTACTGGAAATCACTCACACGTGTTACGAACAGGGGAGAAAGGATAGGAACACAAGAAGATGCTGATGGCGTTAAAGTGTGTCAACCTAATTGAGATGTCTAGGTGTGCCTCTTGCTTCTTAGACTTATTTGATCTTTGTATAATTCTCTTGTACTTTGACCAACACTCATTTCATTGCATTAATAGAGATGCTTGTTTCCTTTTGAAAAAATAAATGGCAACTAAACATGGTCAAGGGAAGGAAATACAAGATCATACTCCTTCGTAGATCAGTTCCTAGTCAGCAAGAAATTGGATGAGCTGTTTAATAATTCCAGTTTTCAGAAGGAAAGCAAGGGTTTTTTCAAACCCTTCTCCTTGCTCATGGAGGAAGGAACAATGTTATGGGGCCGAAAGTCCATTCAAGTTCTGTAATAGATGGCTCTTGAATGTTTTTTGCTCAAAATGTCTCTCTATGCTTTCTCACTAGTCCCTTTACCCTCCTAACCACACCATGAACCCACGACTTTCTCTATTCACTGATGGTTGTAAAAAAACCGTTCTTCACCGTTGATTGGAAAACCTTCACCATAGTATCTGACAATCGAACACAAAGATGTGCATTGCGTATTACAAAACTTCAGTGGGATCGTTCTTTCTCCTTCACCATTCTACCCCATACCCTTAAATGGCTAACCTCGACCATTTGACAACTTATTGAATCACCATTCAACCATAAGTTTTTGAAGAAAGAATGAACAGATGGCCAGGCTTTATGGGTTAAGAAGATATTGAACAATAGAGGACATTGTGCAGAGATTGCAAAGTTAGAAAACAATGGTGGTTGTGTTGGAACTCCACCTTTGGTATGAAATCTCTCTTTATTTCAATATGAACATAGTAAACAAATCAATCGGTATTACAACCTTCTGTTGATCTCCTCTCAAGATTCAACTGCCTATCTATTACAATGGAAATTCATAATTCCCTTTCCCGCCTAACTACCCGTATTTATAGTACCTACTAACCGGCTTACTCCCTCCCATTTCACACATGCAAGGCGTGTGACTTATTTCTTCTTCTATATACAAACTTAATAGGAGGAGATCTAACATTACCTTCCCCTTCTAAATTCACCTTGTCCTCAAGGTGAAAAGTGGGGCACAACCGCTGGATTTCTCGTTATAACATTCCCACGAAGCTTCATGTTCTAGCAAATCTTTCCAACGGATTAAAACCTTCCAACCACCAGCACTGTTCTTTTGATACTTCAAAGCTTCTTCCGGCTGAGCTTGCCATTCTAAGTTCTCATTGACAAATTGAATAGTCGGTTGTACTCCAGTTTGATCCCCAACAAACTTTTTCAACTGGGAAACATGAAAAACTGGATGAATAGATGTAGTGGCTGGTAAGTCTAACTTATATGCCACTAGACCCACCTTCTCCAAAGTCTCACAAGGCCCAAAATATTTGGGGGATAATTTCTCATTTCGTTTCTTCCTTAACGAAAGCTGTCGATAAGGCCTAATATTCAAAAAGACCCATTCACCAATGTCATATTCAACATGTCTCCTCTTCTTATTAGCATATTGTTTCATTTGCTGTTGTGCCAGTAACAGCTGATTCCGAAGAGCAGCCAAGACTGTATCTCTTTCACTCAACTGTTCTGCCAACGTGGAATTAGTTGTGGTACCCTCCCCATACGATATCAACGATGGAGGTTTCCTGCCATACAGCACCTGGAAAGACGAAACACCTAGTGCCAATGAATAGTGGTGTTGTACCAATATTCTACCCACAGTAGCCACGACACCCACTCCTTCGGTCGCTCACCGCAAAAACAACGTAGGTAGGTCTCTAGCCCCTTGTTAACTACTTCTGTTTGGCCTTCAGATCGCGGATGATAGGCTGTACTCTTATTCAACTTCGTGCCAGCTAATCGGAACAATTCCTTCCAAAAATTATTGAGAAAAACTTTATCTCTATTAGATACAATGGATGAAGGGAACCCGTGTAGACGAACTACCTCTTTAACAAACACATCCGCCATTGATTTGGCTATATAGGGATGTTTAAGTGGTATAAAATGACTGTATTTACTCAGTCGATCAACTACTACAAACACCACTTCGAACCCCTTTGCCTTTGGCAGACCTTCAATAAAGTCCATAGAAATGTCGTTCCAAACTTGCTGCGGAATTTCCAAAGGAGTCAACAATCCAGTCGGAGACAATGCCAAGGTTTTATTTCGCTGACAAACTACACACTCTTCACAATGTTTCTTGACATCCGTTTTCATCCCTGGCCAATATAATTCGCTCGCCAACCTTTTGTACGTACGCAAAAATCTCGAATGTCCTCCCACCACTGAGTCATGATAGGTGGATAACATGGCTGGAATTAATGTTGAAGTCTTGGACAAAACTTGCCGATTCTTATAATTCCACATGCCATTTTTCTCTGTGAATTTAGTTCTCTTCCCACTACCATCTGCTTTTTCTTCAGCGATCACTTTCTGCAGCTTCTCATCCTTCTCAACCTCTTCCTTAATAGTAGTGAGATCTACTAAGATGGGAGCAGATATCCCAAAATTCAACACCTCCATTGGTTTCCTTGACAAGGCATCAACTGCCTTATTTTCCAGACCCGACTTGTAGACCGCTTCAAAAGAATATCCAAGCAACTTGGCCACCCACTTCTGGTATTGTGGTTGAATTGTTCTCTGTTCCAAGAGAAACTTGAGTGACTTCTGATCTGTTTTTTACCACAAATTTGTCCCCAACAAGTATAGACGCCAACGTTAGACTGAGTGTTGAAGGGAAAAGTTTAAGTGTTGAATTGCTGCCGAAGTGTCTACGCGAGAAGACTATGCAAGAAGGAGAAGAGAAGCATTTGAAGTTTAAGTAGCTAAGTGGTGTGAGTGTTTTTTTCAAAGTATTTAAATGATTTGAAGCTTTCTTTATGAAGTATTTACTGATTTGAAATAATGATTTCAATATGTATGTTTTAAAGATATTTCCATGAAAAGTTTATGTTATGTTGAAAGCATGTTTTATACGATTTCAATGATTATGAAATGACGTTTAAACCATTAGTCTATTTCCTTTCAATGAACTAACTGTTATGTGCACATAAGGAGTAAAGACAGCCATAAGGACTACATGGTGGAGTGAAACTAGCCAATATAATTAAGGATTGCATTGTGTTTATCAGCCTGAGAAACAAGAATGAATCGGGATATTCTCGGATGCTGATGATGTAAAGGCCATCTCAGTAGTCTAAATACGGGAGGATGAGTCCTTGCATAGAGAATGATTAGGTATTCTTGGCGAAAGGAATGACTTGACTAATATGTGATATGTGAAATATTGACTTTATGCGAAATGATTTATTACTGTGGAAAGATATGTTTATGCTTAAAATGTGTTTTTATATGTTATTATAGAAAAGTTGTTTACGTAAAATGTTTTGATGTTTGACGAAAGGACATTTGCAAAGGTATTGCGAAAAGGTATTCCTTAAAACCTCACTGAGTCTTTTAGACTTACGTTTTTAAAACTCATCTTTTAGGAGTCAGGCATTAAGGCTAAGTAAGAGGAGTTTGGAGTGGTTGGTGGGCAAGAAGGCTGCCAAGCGTTTTACCCTTTAAAGATTTAAGAGCTGTGTGTACGTATTTGTTGTAAAGTTATTGTAAAACACTTAATGAAGTTTAGTTTGGTTACTTCTTTGTGTTATGTTTGCATATCGCCTAAAGGTTTTTATTAAGGTATAAGTTAAGATTAAGAAAGGTCATGAGGCGACTAAGCAAAGTGTTAGATACCTAGATTAGTATAGGGTAGGGGTATAAAGGTAATTCGATGGTTATAAATAGGAAGTTGGGTATTTGAGAGAGGGCAAAAAGATTTTAGTGAAATCAAGGGACTGCTATACTCCTTGAGAGAGAGGGGAAGTAGAAGGCCAGTGCTTTTGTTCTAGTTATTTCATATTGTAATTTCCTTTTAAATATCAATAAAGAAGAAATATTATATTAGTGTTCTATCAAATTGGTATCAGAGCGGTGAATCTTGGGAAGGAAATCAACAATGGAGCAAACGTAGATTGAAGAAAAACTGGAAGCCTTTGAACAAGAAGTGATTGTGATCAAGAAAGAATTAAGCAAAATTCCAGTAATGAAAGAAAATCTGAGATCCTTAACAAAGAGCCTCCAACGGTTAAGAATTCAAGTCGAGTAAAATTATTAGTTGTTTTTAAAGTGCGTTGAAACCATGGTGAAGGAAAAATCGATAGTGAGGGAAAAAATCACAGCATCGGCGAATCAAATACCAATGATGAGGAGTATAGTTCAAGGAGGAAGAATATAAACGAAAAGAATCGAGAAAGAAGAACGAAAGAAAGAAATAAAAATTGAAGTTGAAGAGAAGGTGACTGGAGGAAGGACATTGATGAAAAGAACCGAGAATGAAGAACGAACAAAGAAAATAGAGATTAAAGAGAGGGTGATCGATCGAAACAAATTCGGATGGTCAGTGTTTAGCGTAAGTATTTCTGTTGGAATCGCTTTAGGTTGTTATCGATGATTGGAGGAACACGATCCATTCAAGAACTGGTTGGAATTAGAACACGATCCATTCAAGAGCTGGTTGGAATTAAAACAAAGGCTGATGTTTAGTTTCCGATCAGTAAGGAAAGAACTTAACCACGAACGATTCTTAGCAAACAAGCCGAAAATTATGGAAGATCGGCGAGACCCGAAACGAAGATCTGAGTGAAGAAAAAGTTACTGTTCGAAGAAGCTGAAATTGATTGGCTGCGATGGAGAAGGAAGACGCCGAAAGTTGACTGGTTCTGATGGAAAAAGGAGACGACATCAATCGTGTGGATGCGAAGGAGGAAGAAAATGCTGGCAAATGGTGATCCACGATTGTTCGAGAAGGCGATTTGGAAAACAAGAGAGTTGCGTGGAGAGGAAGAAGTTGCCGTGATGTTGCCAATGACGTGACAGAAAGGGATAGAAAAGGAGGTTAGAGGAAGTACACTAAACCCTAAAATCTGTTCTAATGGGCTACAACTTATCTTAAATAATACATTGGAGGCCCATCATTAAGTAGGTAGGTGGAGTGGCATTTGACAAAACTAATTGATTATGGGCCTAGCCCACTGGAGAAAAATAATTAAGAAAAAAAAAAGAAGCTGATAGAGGAATTTCTTTTTTGAAGGGCAGATTACTAAAAATTGTTGGTAAACAAAAAAAAAAAAAAAAAAAAGGAAAGAAGAAGAAAGTTGTAAACTCACCTTGAGGACAAGGTGTTTTTGAAGGGCCGGTTAGTGTTAAATACCTAGATTAGTATAGAGTAGGGGTATAAAAGTAATTAGATAGGTGGCAGTTAGATGGTTATAAATAGGATGTTGGGGAGTAAAGAGAGGGCATAAAGATTTTTGTGAAGTCAAGGGATTGCTATACTCCTTGAGAGAGGGGAAGCAGAAGGCCAATGCTTTTGTTCTAATTATTTAATATTGTAATTTCTTTTTAGATATCAATAAAGATGAAATATTATATCAGTGTTCTATCACAAAGCTTAAGGAATTCAAGGCTGAGTGTCTTTGGCGTTTAGACACGTCAAAGATGCTCAAGTTGCACCGCGTCTTGCATACCAAGCAAGGGCGTGTGCGGAGCGAGGTGTGAAAATTTGCACGGCCAGAACGAACCCACCATGACCTGTTAACCAACTCATCCCGATTTTTCCTTGCGAGATTGTACCAGTCGAAGGTTATCACTACTTATAGATCATGCTTCTATGACGACTAGCACGACTTAACAAAAGTCCTCAAACAGAACAACAGGGATTTTTGCACCATCAGTTCCCTTCAAGTTGATCGACCTATCCTCAACTGTGCAGATAACATCACTACTATCGATGAAAAAATATTGGGGGATTCCAAGTCGAATTTGCGAAATGGGACCATGGAATCTTTTCACCAGAAGGAAATAGCCATGGAGTTTTTAGCATCCCACGTAGCAAACAAAGAATCGCCTAGTTTTGGGGTAGTTTCCTCCCCGGTAATGTAGCCAATTTTCCCGTCCACGGATATACAACTTAACACTTTATGACCAATGAAGAAAGTTGTCTTTATTAAGTCGTATCGTAATTATTTGTATAGTGGGGCTATTGGAATGGATACGACTATCCACGTTAGCCATAGGTCTTAGTATCTAACATGGCTGAAGCAACAAAGGTTAGAAAACGGATCGAACAAATCTAAAAAACCAAACCAAACTTGTTACTGACGGCTGACAGTGGTGAAATTGGCGGCGGACGTCTCAAATGAGGGCGATCGATGAAGACAAAAAAAACCTACAAAGAACCACCAACTTACAGCAAAAAAACGCAATAATCGGCTGCTGGATGCAGTGATCGGTCAAAGTAGAGCGACCATTGGCAGATATATGTTGGTGGCAATGGCGGGGTGCAAGAGATTTGGGTTTTTTCGGTTTTTCGAAGTGTTAAGGGCTTTTCAAAAAACCTCTCTGATAACATGCCAAAATAATATATTTCTTTGTACTTCGCAGAGAGAGAAGGGTTTTCTTAAATAGAAGAACAATACATTACAAAGAAGGAAAAATAATTTTGGCAAATATAATACAACCGATATAATAAAATATAATACAATAAAGGAAATAATTAACACTCATGGTGACGATGGCAATGCTGCCCTTTACAAACATATTTTGGAAAGGCCCTATCCCAAAGAAAGTTCGAATCTTCTATCTAGTCATGGTGGCATCAACACTGTCGATGTTCGTATTAAACAGACTGCTGTGGATGATGTCTGTTCCTAATTGATTTGTCTTATGCCATCATAGTGGGGAGACTATTATGCATCTTTTGTTTTATTGTAAATATGCACAATCCTTCTCGACGAAAATCACTTTTCAACTACCACGTTGTCTTCCCAAATGATCCTCTTACTCTTGTGAATGTGCTCTTATTGGCCATCCTTGCAAAAATAAAAAAGAGATCTTTGGGTGCTTCATCATCAAGGCGTTCTTTAGGCTCATCTGGAATGAATGCAACCATCATACTTTCAAAGATAAGGAATCCGACTTCACTCACTTTTTCGACCATCTTTTGTAGACAACCTTCACATGGAGTAAATTCAACCCACACTTTCGTGATTACAATCTTACTTCTCTTATAACACAATGGAATAGTATGTTGTAATCTCTCATGGTATATGTTCCCCTTTTGTAATTTCATACCATCAATGAAATTATTCAATTGTTGGAATGCCTTTGAATTCTTAATGGGCGCTATGAACAACTGAGTACAGGGTCGATTTTCGTAATTGTTCACATGTAGTTATTTATGATCTTTGACCTTAGGGCTTAGAGAAGTGCATATATAAACTCTCTTACCTAGTGACGTCGTATTATATTCTATAACATTCTCTCTAATAATATTTGTACTCTGACCCGTGGACGTAGCTAACACACTATTAGTGAACCACGTATACTTGTGTGTCGATCTTTACGTTCTTCTATTGTTTAATTGTTGATTTTGTAATACATATGTTATTATAAAAAGATGTTTGCTCAAATCTTATTAAGAAAACATTGGAAGATGATCAATCCAACGGTTGGGTTGGGTTTGCCATTAATCCAAAGCTGTGCAGGGTGAAGGAAAGCTTAAAAACTTGGTTTGCTAATTATGGAGGGTAGAGGAAAAGAAAGGAGGACATTATCTCATATAGTTGGAGTTATTCAATTTAAATGTTTAGCAGGAAACTCTTCCACCCTTGGGGAAAGACATTCGGTTAGCAATCAAGAGGATCCTCTTAATTTATATTCTATGCTAGAAAGGAATTTAGTCCGAGAAACCAAGCTGCATTGGCTAAAAGGGGATGAGAATACCGCCTTTTATCAATTTCTCTCAGCAAGAAAGAAAAAAGGGAATTTGATTACTGAGTTGCTTTCACCCGATGGAGCTTCTAGCTTCTATTCATTCATTCCGTGTCATTGAAGATGAGATCTTGAACTATTTTGCTTCTCTATACAAGAGAATCTCAGGACCAAGATTCATTCCCTCAAACACCAGTTGGAAGCAAGTTTCAACCCCTTAAAACTCCTTCCTAATAACACCATTTTGAGGTGAAGAAATATTGGAAGCCGTAAAAGCTCTTGGTAAAAATAAATCCCCCATCTATAGTGGAGTTTTATTGGAATATTGGCTTAACATGCAGGACATTTTTTCCAAAAATGTTCATTGAATTTCATTTAGACGGGAAGCTTTACACTTGCATCAAGGGGAATTTCATATGCTTTTTTCCAAAGGAGGATTCATTATATGTTAAAGATTTAATTCGATAGGCTCATTACATCTTTCTACAAAATAATTACTAAAGTCTTAGCAGAGAGATTGAAGAAGGTTATGCCATCCTTGATTCCCAACACTCAAAGGGCCTTCATAGGATGTCAACAAATCTTAGGTCTGGTGCTCATTGCAAATGAGGCAGTGGGGGATTATCAGGCGAAGAAAAAGAAGTATTGGATCCTCAAATTGGATATAAAAGAAGCCTTTGATAGATGAAGTTTTCTTGAAAGCATTCTTACTTTTATGAGTTTTCACCCCAAATGGGTTGATTTAATAGATGCATTCACCACCTGAAAAAGCCTAGTAGGCAGCAAGATGAATCACGTAGTGAATTATGTGCAACATCTGGTAGGGGCAAAAAGGCGGCAAGATGAATCACCTAGTGAATTGGGACTTAGCTTCATACGTGTTATTTGAAGGAAGCCTTGGTACTCTGAACATTAGTTTCTTTTCATTATATTAATGAAAAATTTGTTTCGTTTCAAAAGAAAGAAAAGGATCTCCAATGAAAAGAAGCATGACATGATTTCATCACACTCTTAGCTTTATCATTGAGCAAGCTACAGCCTTCTTTTGTAATTATAACTTAACTACTGTAGTGTACTTGTAATTACCTCGTATATATATATTGTTTAGAGGTAGTTTGTGCAAGTTAATCATTGTGCACCAGTTGTTCTTAATGAATTATGTGTTCTCTTGTCTTTTCTGCTTAAAGAGGGCTTTGGAGGAGAAAAAATTAGCTAGGGAGGAGGCCAAGAATGCTGAAAAATTGGCTATGCAAGCATGTCAGGAAAAAACCGGGATTGTTGAGGTTTATTCAAAGGTAACCATTCGGGATTATGTTCATTTGGTATCCTTGTGTTATTTCTTTTTATATAAACAGATTATATTTGTGCTAGAAACAACATACTTTCTGTCTATTCATGGTTTGTCCAATTCTTGCACCAACTGAGGTTTTCAAGTGTGATTTTAGTTATGAATAATTCATTGTTGGATTTGATGACCACTTGTTTTTGTTAAATTGAATTTCAAATCACAACATCGCTCAATGAAATTTAACAAATGAAAAAAAAAAAAAAACAGTTGCTAAAGTGAAAAATTATGATAGATGTTACGAACAACTTACATTATTAGAACACAAACTTCAGAACTTAACTCAGTGTCCCACCAGCCAGTTCGGTTCCTTACATATATCTTATTCAATAGAAATACAACTAGGAGATTGAAAAAAGTCATGATTAAAGGGCTTGGGTAAAGACCAATTGATCAACCCTTTAAGCAAGTTAAATAAGAACCTCAACATCAAAAATGCACACATCTCTCCACGAGGGGCTCCGTGAACTTGGAAACATTGAAAACTGAAATTGAAACCAATTCTGTTTTCAAATATGTAGAACTTAAACATGAAGCTCCGAAGAAGCAACAAGTGAAGATTCAAGAAAGCCAATTGCAAACAAACGCAGAATAGTGAAATGTAACTTTTTGCATTATTTGACCGTATTTACTACCAGTTTTCAGCATTTAGTAATTACTCATCTGTGAAAATAAGATCCCGATTTTATATCGATTAAGTTCAATATTCCTCAACAGTAAGATCCAAGAGTTATAGTTTTTTTTTTTTTTTTAAAGACTAAGAGTTGGTTACGACTTTTTATGGTTATCTAGTGTAATAATATCATATCATTGTAACTCATCTCATAGAATTTATGGAAAATACAGTTTTGGTTCCCGAGGTTTGAGTTTAGTATCTATTTGGTCACTGAAGTTTTAAAATGTACTTAAATCATCAATTGACCCAAAAGTTTTAAAACCCGAGGTTCCCGAGGTTTGAGTTTAGTATCTATCTGGGCAACATGAATTTTTTTCCTATTCCTGTTCATTCATCAGTTCTCTCTTTCCTTCTTTCTCTCTCCATTCTTTTCTCCTCTGAAGCCGATGCTAGGTAGTTACCCTTATTTTTCTCCTCCTCCATTCCCTCTAAATCTTCCTATTTCGGTAACATTCTCAAAATCCTTTTTTGTTTTTGTTTTTCTTCGTCTTGATTTTTCTTCCTCCAGAACTCTCCCATTACATTTAATACCCACATCTAAAAGAGTTGAAAGAAAATTTTGTCATTTTGTTTGGTTAATCAAAATTCGAAACTTAATAATAAAAAAAATAAAAAAAAGATTAAAAAGAATACATTTGCAACATGTCCAGTAGTATTGATTGAACAAGGGAAAAAAGGGATAAATAGATTCAAATTAAACCAATTTGTTTGGCATTTAAATCTTATTTTTTCTTGTTTTGTTATGTGTGTGTGTGTTCATTGAGAATCAAAAGTTGTTTGATTGGTTATTTTTTATTGTTATTGTTTTGTATTTTTGGGTTTTGGAGTTTCTTTTGTAGGTATTTGAAAAGAGGCAGAGAAGAAAGGAGAGAGGTGGAGGAGAATGGAAGGGGAAGACCAAAAAGAGAGGACAAAGGGGGAAAAGATAAAATAATATAAAATCAATAAAAATTGCCTAGTTATTTAAAATTACCCACATCACCTCACCATGTTATTTTTGTTTAGTTAACTAATGACCTACTATAACTTGAGAACCATCTAGAGTTATTTTCAAACTTCAAGGATTAAAGTGTCATTTTGAAACTTCATGGAATTTACACACTAAGCTCAAACCTTGGAGACCAAAGGTGTATTTTGCCTTAGAATTTAATATCCTAACAATGGCCCTGACAACTGAATGTAGTAGAATCAAGTGATTGTCTCAAAAGAATAGCTGAAGTCCACACAAGTTGTCCAGACACTCACACTCTAAATCTTAAAAATAAAAAGGGGAATAAGCTCTTATTGTTGTAAGATTTAGCCATTGATCTAAACAAACATGAGTCCCAACTCCTGAGTTTAATTTCTCTCTAATTTTCTTAGATTTTTTAAAGCACATTTAGGCATTGTTGATTTTCTCAAATCTCTTACAAGTTTTTCTGACAGTGGTGCTTTTGCTGTTTATGAAAGCTAAATTTGCTTTGTACTTAAGTCTTTTTCTACATTTTGTACTAATATCAAGGTAGAAAATCTGTAGACTCTGTATACATGTTTAGAGATCAGGGATACGAGTCTGAACATTGATATGAAATCGTAGGTAGTTTAGAAGAAAATTCAGTTGATAGCTTGATGAGTTATTGACAGAACATTTTCAGGTTTCCAAGAAAATGTTGAAGCACCTTTCTCTGATGCAGACTATACACGAACAGGTTTGAATATGTGCCAATAATGCTATTGTGGTGTCATTACAAACTTTTAATGGCTAAGACATGGACACCTTTTCTAATAGGTGAACTCTGCCAAGTCAGTTGAAAGAGAATTCAAGGCCTTAAAAGTTAAGCTAAGTGATGAGGAAGTCCAAGATAAATCGCTCCAGGTCAAATTGGTTGAACTTCAAGCAAAAGGTGGTTAGCTCTATTTCGTTTATAACTATCTAACTATCATTTGACTCCATATTTTAAAAGATGAAGCTTATAAAATCTACAAATACCTACAAATTTTTTGTCTTTATCACTTTAGTACTCTTAAAATCTTACGGAAATGCCATTTTTTTAAAATAATTTTATTATTTAGTTCTGACATGTTGGCTATAGTAAGAGTGTAGAGGAAAGATCGAAGAAAGTAAGTAAATAAATCTAATTTCTAGAAAAAAACCAAAAATTGTTATCGAAGTAGCTAATTTTAATTTATTGTTAGTGCCGAATGGAGTCTTTTACTTCATTATTGTACCGCTTTTTATGTGCTGATTCTTTTCTCTGTTTTTCTATTCTGCTTCAGTTCACCAATTGAAAGATTTAGTAACACAGACAGAGAAGGAGAGAGATGTGACATGTGAGGAAGCTACAAAAGATTTGATTGCCGTGAGGTCTCAGGTTGAATCTTTGAGGCATGATCTAGAGCAAAGGCAAAGAAATGTTGAAGCAGTGTTCATGGAGGTTTCTTCTTCCGTCCTAGCTTTTATAACAAATCCAGTCTAGTCAACTTACTCATGACAAGAATTCTCTTTTGCTTGTTTTTCTCTTCATGTTGATGTTGGTGGCAGGTTGACGTTCTGACTTCAAAAACAAATTCCATTAAACAATCTAGTGTTCTGAAGCAACAAGAACTACTTAACAAATGCGAGAGTATTATAAAAGAGGTGAAAGCCTCAATTTCATTTGTTTAATGATTCTGCCTATTCTTATTTATATTTTTAGAAAATGGAAAACAGGAAATCAGATGTTTTATTTCTTCTTTTGTTGAAAAACTATGTATCATATAGGAACCTAATTATTTCTTAGGAATAAGTTATATGAAATAATTACAAACCGTATATGTTTCTCAGAAATTGAAAACAATGAATAATAAAAAGAGAAATGATAACTACTAGTAATTGCTTGTGCATTTTTTCTTTTATATTTACTGAGTTGAATGTGCAGTTAAATGGTCTTGTATATTATAATTATTGCAGTTTCACCAGTATACAAACTTAGTTGGGGCACTGATGGAAGTGAAGACAAAAGAAGAAGAGGAATAGCGGGCACGTTTCAGATATATGTTCATTTATTGCTTATTGTTAAGGTGAATTTCTAGCAGTATGTAGTCTACTACCATTTTTTATTTAGAATTTGAGCTTTTGCATCAATCCGTATCTGTAATCCCTTCTTTCATCTTTTATATGTTCAGCATGTACCCTTAACGATAGTAAATCAGCTTGTGTAAGTACTATGTGTCATGTGGCCTCATGTAGTTATTCTCCAAGAACCAAGATCTTAAATCTTTTATCAAAATGAAATACATGAGAGGACTGCTACCATATGTAAAGCCAACTCCCCAGTTGCCATACCAAGAACTCTGGCATTTGTATATCTTGAAGGTAGGGTACAGCATTTTGTATGAAGTTGTCATTCTCCTTTGTCTTACGTCCTGGGTGTAGTTACTTGAGCAATACCAGAGCCTGGATTGTCGATGATGTGCACTCTACATACTCGTGCACAATCACTGTCTGCAAAGAATTTAGCAAATTCTATCCGAGCTTCCATTTTCTCACCAACAATTTCTGGTTTCTATCATTGAGAAGAGCATGCAACACTGCAAACAAATGTTATGTTATGGAAATTAATTAACAATATAATGTTGCAAAGTATTATGATTAATATAATATTTAGTTATTTTATTAACTATTGGTTATTAGATTACAACTGTTGTATTGTTGGGATTTCAAGCTTTTCTTTTAATTCCCTGTGGCCACAGTTTCGTCATTTCTCCTCATTCATCGAAGGTAAATATGTCGTGAATTTAGTAATGGGACTGATAAATAAATATTTTGTTACGGTTAGGACGCACAACCCTTTTATGAAAGCCTCTCTTCTTTTGCTATTGTATTTCAACTCTTCTCATACTGGAACATCAGCGATCGGTTGGCATTCAAATTCCTCCAACGAATCTTTAGATGCAAAGAGATAATACAACAGTGGGGCCTTCTTAAGAAGAATTTAGAACATTGAGTAGAAACCTTCCCCTATCTCTAAGAAGAATAATTAAAATAAATGACCTATATGCTCTCATTGTGAAAGTAAAAGGGCCGATGGTGGATCAATGCTATAAGTATAAATTATAATTTGAGCTCTTCCAGTCGATGTTGTTTCCTCTACCAATTTGTCTAAACTCTCATGAAATAGGTATTTGTTTAGCTTCTTCAACTCATCTTAACAATCCAAATATTATATGAGAGAAGGAGAAACATAAGTTTAGAAACCCTCGTTCCCAACACAAGTATTATAGCTCCATTCTTTTAGAATATAGTAAATTATTCTCCATGGAAAGTGTTAATATGAGCTAATTTAGTTTCAGCAAGATAAACAAAATCGGGGACATGGGAGAAAATAACTAATTTTATTTGAGCTCTTTTCTGGGTCGAGCTAAGCTTTCTTACATTCCAACTGAGGATTTTCATGGGTGACTATTTGATCCCCTCATCATCTTTGCTTTCTACATTGATGTGGGTCCCTAAGGTGCTTGCCAAGTTGCCATATGAAGGAGTGAGCTACGGGTTGTTGATTTTCAGCCAAATCACAAGTTGTTTTTTGAAGTCTTCTTCACTAATATCATTTTTTCCCAACCAATTTTCACTTCCTTCATTTTCTTCTTCACTATTGACCAGGGCCACCAAACTGTCACGGATGATCTCAGATTGAGTGGAAGCTTGCTGCATTAGAGTGGTCATGATCGATTCCGGACTTGATATGTATTCAATATCCGTATCATTAGACAGAGTAGAAATGTTTCCAATGTCAATCGTGAGGTCAATTCCTTCTTTGTTGTCCAGAGTGGTAAAGGTAGGTTGGGCTTTTGATTCAATCACAGAATTAAGTTGGCTTTTGGATTTTGCCCTGTAAACATACTTAGGGCTCTTCTTTCTTCTTTGTGGATTTTTAGTCAACGGAGGGTTGATTTGAATTGGTTTTAGTGGGCTATTAGATTTGGATGGGGCATTTTGATCCGAATTGGTTTAGCAGGGACATTCTCGGGATTGTAGTAAAAAGTTTTGTTTTTTGGGAAGGAAAACTCACTTTCCTCTTAGGATTTGGACTAAACGGTCGACTAGGTTGATTCTCCCCATAGATCATGATGCCCTTGTCATTGTCAATACCCCCTAAAATGATTGATTTTAGCCTTCTATCATGGCTCCTACCTCCCATCTGAGTTGTCAAAGATAATGATTGCTTTGTTTTATGTGCTTTCCAAATTTGAATTCTTTGGTCTAGGCTTCTGGTTCCGGCAAGGTCTAACCGTCTTCTTCGTTCTTGTTGGCTTCAATTCCGGTGGAATGGCCGAGAAGCCATTTAAATTGTACTGTTTAGCTTCTAGATTACACTCATCAAATTCGTTTGCCGCTTGCCAGGTGAATGTCCCGTGTATACTTGCATTCCTTTCTTTGAATCAACTTCCTTCAGAATAAGATATTGTTTGAACAGAGTATGTGTTGCCTATCATCTCTAACGACTTGTGCACTGGAATGAACCCTATGTAATTATTCTTGATTTTCAGTCTGATTTCAGTGAGATTCGTTTTTCTCCAAGTTGTCTTTGATACTTCAATTAATCCACCACATGCATCTCCAATCTGTTTTTAGGAGTTCATATTCCAAGCATGGAGAGGAAGACCTCTAAAGCTAGTCCACCCACCTTAACTTGGAACAAGTTTAGGATAGGCGTGGATCTCTTCAGTCCATTTTTCAAACTTTACATAGAACTTGCCTACTATTCCAATCTTTGTTGCTGCTGCAGAGAAGCCTTGCTTGTTCCTTATCTTTGAGAAAAATCAGAGTTTTCTCAACATGAAAAGGTTGGAATGTGAGGTGGGTTTTTGTCTGTCCCTTAAGCTTTTCAATTATTTTTTCCCAATCATCATGCATTTATCTTCTTGTAATCACTAATACTTTTTTCCAATCAATATAAACTTCTTCATCCCCAGACTTTTTAGTTTTACCACTATCATCAAACAAAGATAATTTCGAAGAATCACTTTCAGTAGAACTAACATAACTTGAACTATCAGAAAAAATCACCTCAACATAAGTTCTTTTGTTTTTGTAATCTGACATTGAATCTGAAGTAGAAGAGTAATAAGCCTCTTTGCTTGATTGCCCTGGGTGGAAAACCCTTGCTATAGTTGTCTTGTATGACAGCATATTCAAGAAAGATGTCAACCTGTGTAATAAACACTCTCAGAAACAAGGGTGCATCCTTTCCTACCTCTGTCATCCACTTTGAATATTTCCGCTAGGTTCCCTTTCTTGTTTTGAGTCTTGCTCAACCATAAACAGTGTCCGTTTCCTCTTTTTTTCTGAAAGAACCTGTTTGTTTTTGGGGTTTTGATCAGAGGCCCAGAAGGCTTTTTCTAACGAGTCAATTTCTTCAGAATAAACAGTGATGGAGTAAGTCTTATGGTGGCTGAATTCATTAATGAGAAATCTGGTTTTGACAGTAACGTGGGAATTGTTTGGAGAATGTCATGGGAATCGAAAGCAGACAGGCTGAGAAAGGTAAAGTAAGAAGACAAGGTAGCAATGTAAAAACAGAACAAAGGGAAATCAACTAAGGAAACAGATGAAGAAGATTAATAGGCTGGGAGATTAATGCAGGTGGTTGGATGATTGATGATTGGTGATTGGTAAACAACGTGGTGTAACGTCCATCTCTAGCGATGGATTAATGCCATTGGGAAACTAGAACGGTCTCATCTGAAGCTACCATCAATTCCTCTCCTCAAATTATTATAAAATTTTTGAAATGTGTTCTGTTAGCATTACATAATCTATTCGAATATGAATTTCTTAGCACGAGGTTTTAGAGAAACATCGTGGTTTGTGGAGGTTGATTTATGTGGATGTGGTTTACGATCTCAAGTATTTGATCTCCTTATTCTCTTTTTTGAATTATGCGTACGCTTGATTTAAGGTAGAACTCCTTGATACTCTCAAAATAGAAATTTTGGTAGATTGTTTGTTTAGAGTATAAATTTTTTAAATATTTTGAAGGAAGAAAATCTCCTCTCTACTTAATGAATTAATTAAGTATATAACAATATTTTAAGAAATTGCAAATACAACAAAATTATTATAAAGATTTTATGATTTTACTATATTTGCACATGTTTTAAAATATTGTTATATACTTAATTATTTTGAATTTAATTGTTATATTTGCAACTATTCCAACTCTTTAAGTAGAGAGGAGATCTCCTTCATTTCAAAATATTTAGAAATTTAACACTCTAAACAAACCATCTTCCAAAATTTCTACTTTAGGAATATCGAGGAGTTCCACCTTAAATCAAGCATACATATAATTCAAAAAGAGAATAAAGAGATCAAATACTTGAGATCGCAAACCACATCTACGTAAATCAACCTCCACAAACCACGATGTTTCTCTGGAACTTCGTGCTAAGAAATTCATATATGAATAGATTATGTAATGCTAACGGTGCTTGACATGTCTTTTGTTGGTTCATGGACCTAAGCCCAATTAATTGGATTTTGGGCTTGATTGAACTTATATGGGGTACATAAATATAAATTTAAATACTTTAATTTGGATAAATAGCAAATTAAATAAATAATTATACAAATGGAAAAATTCAAGAATTAATTAAAAGCGAATAATATGAATGGATAAAACTAACCTCACTTTGACTAAAAACCCAACATTCAAATAAAGCTTCACAAAAGTTAAAAACTCACTCAAATAAACTATAATGAAATAGATACCACGATAAGTGATTAATGAAACTGTCAAGACTCAAATCAACCCTAATTAATAGATTAGGATCCTAATAGACAACTCGCGTGTCTTCTTTTTTCTCTTTAGCTTCTCTCCACCTTCAACCTATTCCACACAAAAAAAAAAAAAAAATATCGTGCATGAAGATCGAAAATCTTTGAAGACGTGAAGGTTTTCAATGCCTATTCATTAGAAATTCTTGTGCTGGAGAAAAAAAATTCTCCGATCGAAATTCATGA

mRNA sequence

ATGTCGAAGTATGAATTTCCAAGGCTTCCACGGGCGGATATTGCATTGCTACTAGCAGATAATCAAATTGCTGCTGTAACAGAGCGGGACCTCCTTCAACCCTCACCTGATTTGGTTTCAGATCTCTACACACATTTAATGATCTACCTCGACCTTCTCCATGAGGAAGACCAAGGACAAATTGAGTTTGCTGCCCTGGATCAGCTCGAGAACCCTGATCTGCATATGGTTTCAGTCCCGACAATGAAGTTGCACAACAAAATAAAGCATTTCATTGCCTCTCTTGACTGTCCAAAAAAGTTTACGTTGAAGGATTTGATTAAACCTGAAGCAGATAGGACAGAAATTTTCCTTAGCGCAATACTGAACTTTGGCATTCACAAAGATGCCAAAATGAATTTCCATGCTCCAGTTATGAATGAGCTAGATACTTTTGCTGACCAGCAAAGGGAATGGGAGGTTAAAATTTCTCAGTTGAATGCAGAGATCACGGAGTACAATGAAGCAAGAGAAAGGGAAATGCCTTTTGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACATCAAACTATTGGTGGACTTAACAATCAACAGGTGTCATTACGTGCTGCAATCCGTAAGTTGAAAGAGAAAGCTGGCGAAATGGATGAGAAGATCTCTAATGCAGAATTTCTCTTAGTACAAAGTGTCCAAGAAAATGCTAATTTGCGTTCAAAAATTGTTCAATCACCAGATAAGTTGCAGAGGGCTTTGGAGGAGAAAAAATTAGCTAGGGAGGAGGCCAAGAATGCTGAAAAATTGGCTATGCAAGCATGTCAGGAAAAAACCGGGATTGTTGAGGTTTATTCAAAGGTTTCCAAGAAAATGTTGAAGCACCTTTCTCTGATGCAGACTATACACGAACAGGTGAACTCTGCCAAGTCAGTTGAAAGAGAATTCAAGGCCTTAAAAGTTAAGCTAAGTGATGAGGAAGTCCAAGATAAATCGCTCCAGGTCAAATTGGTTGAACTTCAAGCAAAAGTTCACCAATTGAAAGATTTAGTAACACAGACAGAGAAGGAGAGAGATGTGACATGTGAGGAAGCTACAAAAGATTTGATTGCCGTGAGGTCTCAGGTTGAATCTTTGAGGCATGATCTAGAGCAAAGGCAAAGAAATGTTGAAGCAGTGTTCATGGAGCTACGGGTTGTTGATTTTCAGCCAAATCACAAGTTGTTTTTTGAAGTCTTCTTCACTAATATCATTTTTTCCCAACCAATTTTCACTTCCTTCATTTTCTTCTTCACTATTGACCAGGGCCACCAAACTGTCACGGATGATCTCAGATTGAGTTTTCAATGCCTATTCATTAGAAATTCTTGTGCTGGAGAAAAAAAATTCTCCGATCGAAATTCATGA

Coding sequence (CDS)

ATGTCGAAGTATGAATTTCCAAGGCTTCCACGGGCGGATATTGCATTGCTACTAGCAGATAATCAAATTGCTGCTGTAACAGAGCGGGACCTCCTTCAACCCTCACCTGATTTGGTTTCAGATCTCTACACACATTTAATGATCTACCTCGACCTTCTCCATGAGGAAGACCAAGGACAAATTGAGTTTGCTGCCCTGGATCAGCTCGAGAACCCTGATCTGCATATGGTTTCAGTCCCGACAATGAAGTTGCACAACAAAATAAAGCATTTCATTGCCTCTCTTGACTGTCCAAAAAAGTTTACGTTGAAGGATTTGATTAAACCTGAAGCAGATAGGACAGAAATTTTCCTTAGCGCAATACTGAACTTTGGCATTCACAAAGATGCCAAAATGAATTTCCATGCTCCAGTTATGAATGAGCTAGATACTTTTGCTGACCAGCAAAGGGAATGGGAGGTTAAAATTTCTCAGTTGAATGCAGAGATCACGGAGTACAATGAAGCAAGAGAAAGGGAAATGCCTTTTGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACATCAAACTATTGGTGGACTTAACAATCAACAGGTGTCATTACGTGCTGCAATCCGTAAGTTGAAAGAGAAAGCTGGCGAAATGGATGAGAAGATCTCTAATGCAGAATTTCTCTTAGTACAAAGTGTCCAAGAAAATGCTAATTTGCGTTCAAAAATTGTTCAATCACCAGATAAGTTGCAGAGGGCTTTGGAGGAGAAAAAATTAGCTAGGGAGGAGGCCAAGAATGCTGAAAAATTGGCTATGCAAGCATGTCAGGAAAAAACCGGGATTGTTGAGGTTTATTCAAAGGTTTCCAAGAAAATGTTGAAGCACCTTTCTCTGATGCAGACTATACACGAACAGGTGAACTCTGCCAAGTCAGTTGAAAGAGAATTCAAGGCCTTAAAAGTTAAGCTAAGTGATGAGGAAGTCCAAGATAAATCGCTCCAGGTCAAATTGGTTGAACTTCAAGCAAAAGTTCACCAATTGAAAGATTTAGTAACACAGACAGAGAAGGAGAGAGATGTGACATGTGAGGAAGCTACAAAAGATTTGATTGCCGTGAGGTCTCAGGTTGAATCTTTGAGGCATGATCTAGAGCAAAGGCAAAGAAATGTTGAAGCAGTGTTCATGGAGCTACGGGTTGTTGATTTTCAGCCAAATCACAAGTTGTTTTTTGAAGTCTTCTTCACTAATATCATTTTTTCCCAACCAATTTTCACTTCCTTCATTTTCTTCTTCACTATTGACCAGGGCCACCAAACTGTCACGGATGATCTCAGATTGAGTTTTCAATGCCTATTCATTAGAAATTCTTGTGCTGGAGAAAAAAAATTCTCCGATCGAAATTCATGA

Protein sequence

MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQIEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSAILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEIDAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKIVQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIHEQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCEEATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPNHKLFFEVFFTNIIFSQPIFTSFIFFFTIDQGHQTVTDDLRLSFQCLFIRNSCAGEKKFSDRNS
Homology
[Close]
BLAST of Pay0001152 vs. ExPASy Swiss-Prot
Match: Q8RXJ0 (Kinetochore protein NUF2 homolog OS=Arabidopsis thaliana OX=3702 GN=NUF2 PE=1 SV=1)

HSP 1 Score: 388.3 bits (996), Expect = 1.2e-106
Identity = 211/390 (54.10%), Postives = 289/390 (74.10%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MS YE+PRL R+DI   L D QIA+VTE DL  P+ D VS+LYT ++IYLD L EE++GQ
Sbjct: 1   MSAYEYPRLSRSDIITALKDAQIASVTETDLKTPTSDFVSELYTRILIYLDALDEEEKGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           ++F AL+QLENPD H  S+  MKL+ K+K  +  LDCP   + KDL++PE+ RTE F+SA
Sbjct: 61  VDFEALEQLENPDHHATSMQAMKLYCKVKDMLEMLDCPLPISFKDLLRPESSRTEFFISA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LN+G++KD+KM+   P   EL    +Q+++ E K++QLNAEI E++EA ER++PFVQE+
Sbjct: 121 LLNYGLYKDSKMDLIRPKAEELGLLDEQRKQCEAKVAQLNAEIGEFDEAVERDLPFVQEL 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           +A +++L++ I  LNNQQ+SLRA  +K++EK+ +MD +IS AEF LV++VQENANLRS+I
Sbjct: 181 EANIEQLNKKILELNNQQMSLRATFQKMREKSTQMDNEISKAEFDLVETVQENANLRSQI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQ ALEEKKL   E K AE+ AM   QEK  I+EV+ K  KK+LK  S +Q I+
Sbjct: 241 VQSPDKLQGALEEKKLVLGETKKAEQSAMVTFQEKAAILEVFEKALKKILKSSSQLQLIN 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQV +AK+VE+EFKALK KLS++ V  KSL+ K+VE +  V QL + + Q EKE+ V  +
Sbjct: 301 EQVTNAKTVEKEFKALKDKLSEDGVAYKSLEAKVVERERIVEQLNESLKQLEKEKAVMFD 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAV 391
           + TK L  ++ +VES R +LE RQ NVE+V
Sbjct: 361 DWTKQLNELKVEVESRRRELETRQTNVESV 390

[Close]
BLAST of Pay0001152 vs. ExPASy Swiss-Prot
Match: P0CP41 (Probable kinetochore protein NUF2 OS=Cryptococcus neoformans var. neoformans serotype D (strain B-3501A) OX=283643 GN=NUF2 PE=3 SV=1)

HSP 1 Score: 74.7 bits (182), Expect = 3.1e-12
Identity = 90/421 (21.38%), Postives = 173/421 (41.09%), Query Frame = 0 

Query: 6   FPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYL-----DLLHEEDQ-- 65
           FP L   DI   LA   I A  E DL +P+      +Y  L+  L     + +    Q  
Sbjct: 15  FPLLTAHDILECLAALDIPAQME-DLTKPTAQSTQSIYGSLLEVLMGASINSIEGPKQAL 74

Query: 66  -GQIEFAALD---------QLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIK 125
            G +E+  L           L   +++  ++  M      +        P  F + DL +
Sbjct: 75  LGMMEYKVLSFRSMKRTQINLSRQEMYSDTLQFMMFFKHCRRLALLCGIP-DFAISDLAR 134

Query: 126 PEADRTEIFLSAILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNE 185
           P+A+R    LS I+NF   +D +M   A     L     +  +   K  +L  +  E   
Sbjct: 135 PDANRLRKVLSGIMNFAKFRDERMQTQARFQENLQKHQKKAVDLRRKTEELETQFQEITA 194

Query: 186 AREREMPFVQEIDAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQ 245
               E P  ++   + + L   +  LN+Q++       +LK++   + E++++   ++ Q
Sbjct: 195 RNAAERPQSEQAQKRNELLKSELLELNSQRLKEVQEYEELKKERQTLLEQVNHNNRIVTQ 254

Query: 246 SVQENANLRSKIVQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKK 305
              +  + +S++VQSPD+++R + E   A +  K       Q  +E T  +EV   +   
Sbjct: 255 LELQIGSAKSRLVQSPDRIKRHISEMSFAIQSEKAKLASFQQKARELTNRLEVIGALEVD 314

Query: 306 MLKHLSLMQTIHEQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLV 365
           +   + L  +I +Q    +  +R   AL+ +L   +++ + L  KL +LQ ++      +
Sbjct: 315 LRGLIDLEHSIQDQRAKTEEAKRSKSALEARLEGRQIESQGLAAKLEQLQRQLQNASHKL 374

Query: 366 TQTEKERDVTCEEATK--DLIAVRSQVESLRHDLEQRQRN---VEAVFMELRVVDFQPNH 405
            + E+ R    E   +  D +    +V +      Q+QR+    E   +E  +  F   H
Sbjct: 375 ARQEETRKGMRERGARRIDELKAEYKVRARERGEWQKQRDDLLAEQKELESEMAAFVTKH 433

[Close]
BLAST of Pay0001152 vs. ExPASy Swiss-Prot
Match: P0CP40 (Probable kinetochore protein NUF2 OS=Cryptococcus neoformans var. neoformans serotype D (strain JEC21 / ATCC MYA-565) OX=214684 GN=NUF2 PE=3 SV=1)

HSP 1 Score: 74.7 bits (182), Expect = 3.1e-12
Identity = 90/421 (21.38%), Postives = 173/421 (41.09%), Query Frame = 0 

Query: 6   FPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYL-----DLLHEEDQ-- 65
           FP L   DI   LA   I A  E DL +P+      +Y  L+  L     + +    Q  
Sbjct: 15  FPLLTAHDILECLAALDIPAQME-DLTKPTAQSTQSIYGSLLEVLMGASINSIEGPKQAL 74

Query: 66  -GQIEFAALD---------QLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIK 125
            G +E+  L           L   +++  ++  M      +        P  F + DL +
Sbjct: 75  LGMMEYKVLSFRSMKRTQINLSRQEMYSDTLQFMMFFKHCRRLALLCGIP-DFAISDLAR 134

Query: 126 PEADRTEIFLSAILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNE 185
           P+A+R    LS I+NF   +D +M   A     L     +  +   K  +L  +  E   
Sbjct: 135 PDANRLRKVLSGIMNFAKFRDERMQTQARFQENLQKHQKKAVDLRRKTEELETQFQEITA 194

Query: 186 AREREMPFVQEIDAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQ 245
               E P  ++   + + L   +  LN+Q++       +LK++   + E++++   ++ Q
Sbjct: 195 RNAAERPQSEQAQKRNELLKSELLELNSQRLKEVQEYEELKKERQTLLEQVNHNNRIVTQ 254

Query: 246 SVQENANLRSKIVQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKK 305
              +  + +S++VQSPD+++R + E   A +  K       Q  +E T  +EV   +   
Sbjct: 255 LELQIGSAKSRLVQSPDRIKRHISEMSFAIQSEKAKLASFQQKARELTNRLEVIGALEVD 314

Query: 306 MLKHLSLMQTIHEQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLV 365
           +   + L  +I +Q    +  +R   AL+ +L   +++ + L  KL +LQ ++      +
Sbjct: 315 LRGLIDLEHSIQDQRAKTEEAKRSKSALEARLEGRQIESQGLAAKLEQLQRQLQNASHKL 374

Query: 366 TQTEKERDVTCEEATK--DLIAVRSQVESLRHDLEQRQRN---VEAVFMELRVVDFQPNH 405
            + E+ R    E   +  D +    +V +      Q+QR+    E   +E  +  F   H
Sbjct: 375 ARQEETRKGMRERGARRIDELKAEYKVRARERGEWQKQRDDLLAEQKELESEMAAFVTKH 433

[Close]
BLAST of Pay0001152 vs. ExPASy Swiss-Prot
Match: Q10173 (Kinetochore protein nuf2 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=nuf2 PE=1 SV=1)

HSP 1 Score: 68.9 bits (167), Expect = 1.7e-10
Identity = 80/408 (19.61%), Postives = 187/408 (45.83%), Query Frame = 0 

Query: 3   KYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLM-IYLDLLHEEDQGQI 62
           K+ FP L RA+I L   D      T ++L QP+   V  LY   + +++ L  +  + ++
Sbjct: 4   KHTFPSLKRAEI-LECIDGLGIPFTAKELDQPTSKAVIPLYEEFLDLFMGLTRQNLEEKV 63

Query: 63  EFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSAI 122
             +  D +EN ++   S+     +  +  F+ ++ C   FT++DL+KP+ +R ++ LSA+
Sbjct: 64  N-SLQDSVENFEIIHESLRFTVFYQILSQFMQNI-CFHDFTIQDLLKPDRNRLQLILSAV 123

Query: 123 LNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEID 182
           +NF   ++ ++      + + ++  +     + +   L  ++    + +      +++ +
Sbjct: 124 INFAKLREERLQQFDDDIQKRESLLETYTLLDAQRKDLEEKVLLSQDRKLESEAIIKQNE 183

Query: 183 AKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKIV 242
            + +E+ Q++         +R    +++ +A E+  +  N + L+  +++E   L+S IV
Sbjct: 184 ERNEEMFQSLIEDKRLCSQVRTEYDRIRMEASELKIRYHNVDSLMASTLEEIEKLQSSIV 243

Query: 243 QSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIHE 302
            SP+KL+  + +  L  +  ++ +             VE+  K            + +H 
Sbjct: 244 HSPEKLKGKIADTSLRIQNDRSQQ-------------VELDKK-----------SKILHT 303

Query: 303 QVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCEE 362
           ++NS + +E +  A    L +  V+   L+   V L     +L D +   +K+ +   E+
Sbjct: 304 KLNSLQLIEGDLNACLKVLEECLVELDKLEHATVLLSTN-QELCDQIEINKKKLEFRKEQ 363

Query: 363 ATKDLIAVRSQVESLRHD----LEQRQRNVEAVFMELRVVDFQPNHKL 406
             K L   + ++E  +H     LE  ++ ++ +  E +V+  + N K+
Sbjct: 364 LLKQLSNAQEKLEHEQHSRNQKLEAAKQRMDNIREEYKVITQERNKKI 383

[Close]
BLAST of Pay0001152 vs. ExPASy Swiss-Prot
Match: Q76I90 (Kinetochore protein Nuf2 OS=Gallus gallus OX=9031 GN=NUF2 PE=1 SV=1)

HSP 1 Score: 64.7 bits (156), Expect = 3.2e-09
Identity = 82/433 (18.94%), Postives = 189/433 (43.65%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHL--MIYLDLLHEEDQ 60
           M    FPR    DI   L  + +     R+L +   DL + L   +  MI++ +L +   
Sbjct: 1   MEALTFPRYSPDDIVAYLRSHVLVGAEARNLTK--ADLFATLKPEVLHMIFIRILQKVYG 60

Query: 61  GQIEFAAL----DQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRT 120
            ++E   +      +  P +    +P   L+  ++ F+        F + D+I P+A RT
Sbjct: 61  IRLEHFYMMPVNVDIVYPQIFEGFLPVCNLYIHMERFLPVCRV-NDFQMSDVINPKAKRT 120

Query: 121 EIFLSAILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREM 180
             FLS ILNF   ++ +   +  +     +  ++ ++ E    +L  ++ + N     + 
Sbjct: 121 ARFLSGILNFVHFRECRREAYLELQLNYKSAMEKHQQLETANQELEMKLEKLNTVPVEQQ 180

Query: 181 PFVQEIDAKVKELHQTIG-GLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQEN 240
              +++   ++EL Q +      +  +L+  I + K    E   K++  +  +    +E 
Sbjct: 181 AEFKQLSDDIQELEQLLSHDYRRKTAALQEVISQKKSDITERTRKLNELKVTMATLKEEQ 240

Query: 241 ANLRSKIVQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTG---IVEVYSK------ 300
             L+SKIV+SP++L+     K+L +E  K  +K   +  ++  G   +VEV         
Sbjct: 241 EQLKSKIVESPEELK---NYKELMKETVKKLKKSKQEVIEKYEGYRDLVEVLPSCQLEVQ 300

Query: 301 -VSKKMLKHLSLMQTIHEQVNSAKSVEREFKALKVKLSDEEVQDKSL------------- 360
              KKM +  + ++ +   ++  +++E + ++ +++L   +  + SL             
Sbjct: 301 LYQKKMERQAANVERLASVLSEVRNLEDQLESAQIELKKGKTDEMSLKRLVTAKHERLST 360

Query: 361 -QVKLVELQAKVHQLKDLV----TQTEKERDVTCEEAT---KDLIAVRSQVESLRHDLEQ 396
            ++++ + +  V Q K  V     + +++R V  ++ T   K++  +R +++ L    E+
Sbjct: 361 AEIRIKKKREDVEQYKHTVFEYFNRVQEKRGVVYDKVTAIQKEIQQMRFKIQQLNESAEE 420

[Close]
BLAST of Pay0001152 vs. ExPASy TrEMBL
Match: A0A1S4E5E4 (probable kinetochore protein NUF2 OS=Cucumis melo OX=3656 GN=LOC103503319 PE=3 SV=1)

HSP 1 Score: 743.4 bits (1918), Expect = 5.7e-211
Identity = 395/402 (98.26%), Postives = 398/402 (99.00%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE
Sbjct: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EATKDLIAVRSQVESLRHDLEQRQRNVEAVFME+ V+  + N
Sbjct: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMEVDVLTSKTN 402

[Close]
BLAST of Pay0001152 vs. ExPASy TrEMBL
Match: A0A0A0KNL7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G488740 PE=3 SV=1)

HSP 1 Score: 734.9 bits (1896), Expect = 2.0e-208
Identity = 390/402 (97.01%), Postives = 394/402 (98.01%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADI LLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIVLLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPE DRTEIFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPETDRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVK SQLNAEITEYNEAREREMPFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKTSQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQVSLRA+IRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLV QTEKERDVTCE
Sbjct: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVRQTEKERDVTCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EATKDLIAVRSQVESLRHDLEQRQRNVEAVFME+ V+  + N
Sbjct: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMEVDVLTSKTN 402

[Close]
BLAST of Pay0001152 vs. ExPASy TrEMBL
Match: A0A6J1JNW1 (probable kinetochore protein NUF2 OS=Cucurbita maxima OX=3661 GN=LOC111486390 PE=3 SV=1)

HSP 1 Score: 635.2 bits (1637), Expect = 2.2e-178
Identity = 341/402 (84.83%), Postives = 365/402 (90.80%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADI LLLA  QIAAVTERDLL P+PDLVSDLYT LMIYLD LHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIVLLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           +EFAAL+Q ENPDLHM SV TMKL+N++KH IASLDCPKKFTLKDLIKP+ DRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LNF IHKDAK+N HAPVMNEL+T  DQQREWEVKISQLNAEI EYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQ+SLRA+IRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQA QEKTGIVEVYSKVS+KMLKHL+ MQTI 
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVE+EFKALK KLSDEEV DKSLQVKLVE +AKV QL+DL  QTEKERDV CE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKERDVKCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EA K+L  VR +VES++ DLEQRQ+NVEAV ME+  V  + N
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDAVTSKTN 402

[Close]
BLAST of Pay0001152 vs. ExPASy TrEMBL
Match: A0A6J1EIG6 (probable kinetochore protein NUF2 OS=Cucurbita moschata OX=3662 GN=LOC111434552 PE=3 SV=1)

HSP 1 Score: 634.0 bits (1634), Expect = 4.8e-178
Identity = 340/402 (84.58%), Postives = 366/402 (91.04%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADIALLLA  QIAAVTERDLL P+PDLVSDLYT LMIYLD LHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           +EFAAL+Q ENPDLHM SV TMKL+N++KH IASLDCPKKFTLKDLIKP+ DRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LNF IHKDAK+N HAPVMNEL+T  DQQREWEVKISQLNAEI EYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQ+SLRA+IRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQA QEKTGIVEVYSKVS+KMLKHL+ MQTI 
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVE+EFKALK KLSDEEV DKSLQVKLVE +AKV QL+DL  QTEKER+V CE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKEREVKCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EA K+L  VR +VES++ DLEQRQ+NVEAV ME+  +  + N
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDALTSKTN 402

[Close]
BLAST of Pay0001152 vs. ExPASy TrEMBL
Match: A0A6J1DWL1 (probable kinetochore protein NUF2 OS=Momordica charantia OX=3673 GN=LOC111024175 PE=3 SV=1)

HSP 1 Score: 597.0 bits (1538), Expect = 6.5e-167
Identity = 325/402 (80.85%), Postives = 351/402 (87.31%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKY   RLP ADIALLLA  QIAAVTE DLL PSPDLVSDLYT L+IYLD LHEEDQGQ
Sbjct: 1   MSKYGLLRLPPADIALLLAQFQIAAVTEGDLLHPSPDLVSDLYTRLLIYLDFLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           +EFAALDQLENPDLHM SV  MKL+ K+KH IASLDC KKFTLKDLIKP+ DRTEIFLS 
Sbjct: 61  VEFAALDQLENPDLHMDSVRIMKLNLKLKHVIASLDCSKKFTLKDLIKPDTDRTEIFLST 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LNF IHKDAK+  HAP++NE++T  DQQREWEVKISQLNAEI EYNEARERE+PFVQ+I
Sbjct: 121 MLNFCIHKDAKIVLHAPIINEVNTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQDI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQ IGGLNNQQ+SLRA+IRKLKEK GEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQIIGGLNNQQMSLRASIRKLKEKVGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKK AREE KNAE+LAMQA QEKTGIVEVYSKVS+KM KHL+ M TI 
Sbjct: 241 VQSPDKLQRALEEKKSAREETKNAERLAMQAFQEKTGIVEVYSKVSRKMTKHLAQMHTIQ 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVE+EFKALK KLSDEE+ DKSLQVK+VELQAKV QL+DL  QTEK RDV CE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEELLDKSLQVKMVELQAKVQQLEDLRRQTEKGRDVKCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EATKDL  VR +VES+R DLEQRQ NVEAV ME+  V  + N
Sbjct: 361 EATKDLNNVRLEVESMRLDLEQRQSNVEAVLMEVDAVTSKTN 402

[Close]
BLAST of Pay0001152 vs. NCBI nr
Match: XP_008465693.1 (PREDICTED: probable kinetochore protein NUF2 [Cucumis melo] >XP_008465694.1 PREDICTED: probable kinetochore protein NUF2 [Cucumis melo] >XP_008465695.1 PREDICTED: probable kinetochore protein NUF2 [Cucumis melo] >XP_016903455.1 PREDICTED: probable kinetochore protein NUF2 [Cucumis melo] >XP_016903456.1 PREDICTED: probable kinetochore protein NUF2 [Cucumis melo])

HSP 1 Score: 743.4 bits (1918), Expect = 1.2e-210
Identity = 395/402 (98.26%), Postives = 398/402 (99.00%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE
Sbjct: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EATKDLIAVRSQVESLRHDLEQRQRNVEAVFME+ V+  + N
Sbjct: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMEVDVLTSKTN 402

[Close]
BLAST of Pay0001152 vs. NCBI nr
Match: XP_004143795.1 (kinetochore protein NUF2 homolog [Cucumis sativus] >KGN51198.1 hypothetical protein Csa_008808 [Cucumis sativus])

HSP 1 Score: 734.9 bits (1896), Expect = 4.2e-208
Identity = 390/402 (97.01%), Postives = 394/402 (98.01%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADI LLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIVLLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPE DRTEIFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPETDRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVK SQLNAEITEYNEAREREMPFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKTSQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQVSLRA+IRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLV QTEKERDVTCE
Sbjct: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVRQTEKERDVTCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EATKDLIAVRSQVESLRHDLEQRQRNVEAVFME+ V+  + N
Sbjct: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMEVDVLTSKTN 402

[Close]
BLAST of Pay0001152 vs. NCBI nr
Match: XP_038877491.1 (kinetochore protein NUF2 homolog [Benincasa hispida] >XP_038877492.1 kinetochore protein NUF2 homolog [Benincasa hispida])

HSP 1 Score: 685.6 bits (1768), Expect = 2.9e-193
Identity = 367/402 (91.29%), Postives = 381/402 (94.78%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKY+FPRLPRADIALLLAD QIAAVTERDLL PS DLVSDLYT LMIYLD LHEEDQGQ
Sbjct: 1   MSKYDFPRLPRADIALLLADYQIAAVTERDLLHPSLDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           +EFAALDQLENPDLHM SV TMKL NKIKH IASLDCPKKFTLKDLIKPEADRTEIFLSA
Sbjct: 61  VEFAALDQLENPDLHMDSVSTMKLLNKIKHVIASLDCPKKFTLKDLIKPEADRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LNF IHKDAK+N HAPVM+EL+TF DQQREWEVKISQLNAEI EYNEARERE+PFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMDELNTFGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQ+SLRA+IRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEK+RDV CE
Sbjct: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKDRDVKCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EATKDL  VRS VES+RHDLEQRQRNVEAVFME+ V+  + N
Sbjct: 361 EATKDLNGVRSHVESMRHDLEQRQRNVEAVFMEVDVLTSKTN 402

[Close]
BLAST of Pay0001152 vs. NCBI nr
Match: XP_022989268.1 (probable kinetochore protein NUF2 [Cucurbita maxima] >XP_022989269.1 probable kinetochore protein NUF2 [Cucurbita maxima])

HSP 1 Score: 635.2 bits (1637), Expect = 4.5e-178
Identity = 341/402 (84.83%), Postives = 365/402 (90.80%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADI LLLA  QIAAVTERDLL P+PDLVSDLYT LMIYLD LHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIVLLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           +EFAAL+Q ENPDLHM SV TMKL+N++KH IASLDCPKKFTLKDLIKP+ DRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LNF IHKDAK+N HAPVMNEL+T  DQQREWEVKISQLNAEI EYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQ+SLRA+IRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQA QEKTGIVEVYSKVS+KMLKHL+ MQTI 
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVE+EFKALK KLSDEEV DKSLQVKLVE +AKV QL+DL  QTEKERDV CE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKERDVKCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EA K+L  VR +VES++ DLEQRQ+NVEAV ME+  V  + N
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDAVTSKTN 402

[Close]
BLAST of Pay0001152 vs. NCBI nr
Match: XP_023529466.1 (probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo] >XP_023529467.1 probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo] >XP_023529468.1 probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 635.2 bits (1637), Expect = 4.5e-178
Identity = 341/402 (84.83%), Postives = 366/402 (91.04%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MSKYEFPRLPRADIALLLA  QIAAVTERDLL P+PDLVSDLYT LMIYLD LHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           +EFAAL+Q ENPDLHM SV TMKL+N++KH IASLDCPKKFTLKDLIKP+ DRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LNF IHKDAK+N HAPVMNEL+T  DQQREWEVKISQLNAEI EYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           DAKVKELHQTIGGLNNQQ+SLRA+IRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQRALEEKKLAREEAKNAEKLAMQA QEKTGIVEVYSKVS+KMLKHL+ MQTI 
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQVNSAKSVE+EFKALK KLSDEEV DKSLQVKLVE +AKV QL+DL  QTEKER+V CE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKEREVKCE 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMELRVVDFQPN 403
           EA K+L  VR +VES++ DLEQRQ+NVEAV ME+  V  + N
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDAVTSKTN 402

[Close]
BLAST of Pay0001152 vs. TAIR 10
Match: AT1G61000.1 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: mitosis; LOCATED IN: plasma membrane; EXPRESSED IN: cultured cell; CONTAINS InterPro DOMAIN/s: Kinetochore protein Nuf2 (InterPro:IPR005549); Has 50972 Blast hits to 29793 proteins in 2070 species: Archae - 902; Bacteria - 7404; Metazoa - 23628; Fungi - 4156; Plants - 2312; Viruses - 158; Other Eukaryotes - 12412 (source: NCBI BLink). )

HSP 1 Score: 388.3 bits (996), Expect = 8.9e-108
Identity = 211/390 (54.10%), Postives = 289/390 (74.10%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60
           MS YE+PRL R+DI   L D QIA+VTE DL  P+ D VS+LYT ++IYLD L EE++GQ
Sbjct: 1   MSAYEYPRLSRSDIITALKDAQIASVTETDLKTPTSDFVSELYTRILIYLDALDEEEKGQ 60

Query: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120
           ++F AL+QLENPD H  S+  MKL+ K+K  +  LDCP   + KDL++PE+ RTE F+SA
Sbjct: 61  VDFEALEQLENPDHHATSMQAMKLYCKVKDMLEMLDCPLPISFKDLLRPESSRTEFFISA 120

Query: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180
           +LN+G++KD+KM+   P   EL    +Q+++ E K++QLNAEI E++EA ER++PFVQE+
Sbjct: 121 LLNYGLYKDSKMDLIRPKAEELGLLDEQRKQCEAKVAQLNAEIGEFDEAVERDLPFVQEL 180

Query: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240
           +A +++L++ I  LNNQQ+SLRA  +K++EK+ +MD +IS AEF LV++VQENANLRS+I
Sbjct: 181 EANIEQLNKKILELNNQQMSLRATFQKMREKSTQMDNEISKAEFDLVETVQENANLRSQI 240

Query: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300
           VQSPDKLQ ALEEKKL   E K AE+ AM   QEK  I+EV+ K  KK+LK  S +Q I+
Sbjct: 241 VQSPDKLQGALEEKKLVLGETKKAEQSAMVTFQEKAAILEVFEKALKKILKSSSQLQLIN 300

Query: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360
           EQV +AK+VE+EFKALK KLS++ V  KSL+ K+VE +  V QL + + Q EKE+ V  +
Sbjct: 301 EQVTNAKTVEKEFKALKDKLSEDGVAYKSLEAKVVERERIVEQLNESLKQLEKEKAVMFD 360

Query: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAV 391
           + TK L  ++ +VES R +LE RQ NVE+V
Sbjct: 361 DWTKQLNELKVEVESRRRELETRQTNVESV 390

The following BLAST results are available for this feature:
BLAST of Pay0001152 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q8RXJ01.2e-10654.10Kinetochore protein NUF2 homolog OS=Arabidopsis thaliana OX=3702 GN=NUF2 PE=1 SV... [more]
P0CP413.1e-1221.38Probable kinetochore protein NUF2 OS=Cryptococcus neoformans var. neoformans ser... [more]
P0CP403.1e-1221.38Probable kinetochore protein NUF2 OS=Cryptococcus neoformans var. neoformans ser... [more]
Q101731.7e-1019.61Kinetochore protein nuf2 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) ... [more]
Q76I903.2e-0918.94Kinetochore protein Nuf2 OS=Gallus gallus OX=9031 GN=NUF2 PE=1 SV=1[more]
BLAST of Pay0001152 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A1S4E5E45.7e-21198.26probable kinetochore protein NUF2 OS=Cucumis melo OX=3656 GN=LOC103503319 PE=3 S... [more]
A0A0A0KNL72.0e-20897.01Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G488740 PE=3 SV=1[more]
A0A6J1JNW12.2e-17884.83probable kinetochore protein NUF2 OS=Cucurbita maxima OX=3661 GN=LOC111486390 PE... [more]
A0A6J1EIG64.8e-17884.58probable kinetochore protein NUF2 OS=Cucurbita moschata OX=3662 GN=LOC111434552 ... [more]
A0A6J1DWL16.5e-16780.85probable kinetochore protein NUF2 OS=Momordica charantia OX=3673 GN=LOC111024175... [more]
BLAST of Pay0001152 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_008465693.11.2e-21098.26PREDICTED: probable kinetochore protein NUF2 [Cucumis melo] >XP_008465694.1 PRED... [more]
XP_004143795.14.2e-20897.01kinetochore protein NUF2 homolog [Cucumis sativus] >KGN51198.1 hypothetical prot... [more]
XP_038877491.12.9e-19391.29kinetochore protein NUF2 homolog [Benincasa hispida] >XP_038877492.1 kinetochore... [more]
XP_022989268.14.5e-17884.83probable kinetochore protein NUF2 [Cucurbita maxima] >XP_022989269.1 probable ki... [more]
XP_023529466.14.5e-17884.83probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo] >XP_023529467.1 p... [more]
BLAST of Pay0001152 vs. TAIR 10
Match NameE-valueIdentityDescription
AT1G61000.18.9e-10854.10FUNCTIONS IN: molecular_function unknown; INVOLVED IN: mitosis; LOCATED IN: plas... [more]
InterPro
Analysis Name: InterPro Annotations of Melon (Payzawat) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 247..274
NoneNo IPR availableCOILSCoilCoilcoord: 177..197
NoneNo IPR availableCOILSCoilCoilcoord: 306..326
NoneNo IPR availableCOILSCoilCoilcoord: 149..169
NoneNo IPR availableCOILSCoilCoilcoord: 334..354
NoneNo IPR availableCOILSCoilCoilcoord: 359..379
NoneNo IPR availablePANTHERPTHR21650MEMBRALIN/KINETOCHORE PROTEIN NUF2coord: 1..389
NoneNo IPR availablePANTHERPTHR21650:SF2KINETOCHORE PROTEIN NUF2coord: 1..389
IPR005549Kinetochore protein Nuf2, N-terminalPFAMPF03800Nuf2coord: 3..141
e-value: 4.2E-26
score: 91.7
IPR038275Nuf2, N-terminal domain superfamilyGENE3D1.10.418.60Ncd80 complex, Nuf2 subunitcoord: 1..164
e-value: 5.3E-35
score: 122.7

Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameType
Pay0001152.1Pay0001152.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0051315 attachment of mitotic spindle microtubules to kinetochore
biological_process GO:0051301 cell division
biological_process GO:0051383 kinetochore organization
biological_process GO:0045132 meiotic chromosome segregation
biological_process GO:0007052 mitotic spindle organization
cellular_component GO:0031262 Ndc80 complex
cellular_component GO:0000776 kinetochore
molecular_function GO:0044877 protein-containing complex binding