Tan0015429 (gene) Snake gourd v1

Overview
NameTan0015429
Typegene
OrganismTrichosanthes anguina (Snake gourd v1)
Descriptionkinetochore protein NUF2 homolog
LocationLG10: 41798023 .. 41833158 (+)
RNA-Seq ExpressionTan0015429
SyntenyTan0015429
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGTCGAAATATGAATTTCCAAGGCTTCCACGGGCAGATATTGCGTTGCTACTAGCACAATGTCAAATTGCTGCTGTAACAGAGCGGGACCTCCTTCACCCCTCACCAGATTTGGTTTCAGATCTTTACACACGTTTGATGATATACCTCGACTTTCTCCATGAGGAAGACCAAGGACAAATTGAGTTTTCTGCCTTGGATCAGCTCGAGAACCCTGATCTACATATGGATTCAGTTCGGATAATGAAGTTGCAGAACAGAATAAAGCATGTCATTGCCTCTCTTGATTGTCCAAAAAAGTTTACGTTGAAAGATTTGATAAAACCTGACCCAGATAGGACAGAAATTTTCCTTAGTGCAATGCTGAACTTTTGCATTCACAAAGATGCCAAAATCAATCTCCATGCTCCAGTTATGAATGAGCTGAATACTCTTGGTGATCAGCAAAGGGAATGGGAGGTTAAAATTTCTCAGTTGAATGCAGAGGTCGCAGAGTACAATGAAGCAAGAGAAAGGGAAATGCCTTTTGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACACCAGACTATTGGGGGACTTAACAATCAGCAGATGTCATTGCGTGCTTCAATCCGGAAGTTGAAAGAGAAAGCTGGAGAAATGGACGAGAAGAGGGCTTTGGAGGAGAAAAAATTAGCTAGGGAGGAGGCCAAGAATGCTGAAAGATTGGCAATGCAAGCTTTTCAGGAAAAGACTGGCATTGTTGAGGTTTATTCAAAGGTTTCCAGGAAAATGTTGAAGCACCTTGCTCAGATGCAGACTATACAGGAACAGGTGAACTCTGCTAAATTGGTTGAAAAAGAATTCAAGGCCTTGAAAGCTAAGCTAAGTGATGAGGAAGTTCTAGATAAATCGCTTCAGGTCAAATTGGTTGAACTTCAAGCAAAAGTGCAACAGTTGGAAGATTTAAGAAGGCAGACAGAGAAGGAGAGAGATGTGAAATGTGAGGAAGCTGCAAAAGATTTGAATAACGTGAGGTTGGAGGTTGAATCTACGAGGGTTGATTTAGAACAAAGGCAAAGAAATGTTGAAGCACTGCTCATGGAGGTTGATTCTGTAACTTCAAAAACGAATTCCATTAGAGAATCTAATGTCCATAAACAGCAGGAACTATTGCATAAATGCGACAATATTATAAAAGAGTTTCACCAATATACAGACTCAGTTGGGGCTTTGATGAAAGTGTAG

Coding sequence (CDS)

ATGTCGAAATATGAATTTCCAAGGCTTCCACGGGCAGATATTGCGTTGCTACTAGCACAATGTCAAATTGCTGCTGTAACAGAGCGGGACCTCCTTCACCCCTCACCAGATTTGGTTTCAGATCTTTACACACGTTTGATGATATACCTCGACTTTCTCCATGAGGAAGACCAAGGACAAATTGAGTTTTCTGCCTTGGATCAGCTCGAGAACCCTGATCTACATATGGATTCAGTTCGGATAATGAAGTTGCAGAACAGAATAAAGCATGTCATTGCCTCTCTTGATTGTCCAAAAAAGTTTACGTTGAAAGATTTGATAAAACCTGACCCAGATAGGACAGAAATTTTCCTTAGTGCAATGCTGAACTTTTGCATTCACAAAGATGCCAAAATCAATCTCCATGCTCCAGTTATGAATGAGCTGAATACTCTTGGTGATCAGCAAAGGGAATGGGAGGTTAAAATTTCTCAGTTGAATGCAGAGGTCGCAGAGTACAATGAAGCAAGAGAAAGGGAAATGCCTTTTGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACACCAGACTATTGGGGGACTTAACAATCAGCAGATGTCATTGCGTGCTTCAATCCGGAAGTTGAAAGAGAAAGCTGGAGAAATGGACGAGAAGAGGGCTTTGGAGGAGAAAAAATTAGCTAGGGAGGAGGCCAAGAATGCTGAAAGATTGGCAATGCAAGCTTTTCAGGAAAAGACTGGCATTGTTGAGGTTTATTCAAAGGTTTCCAGGAAAATGTTGAAGCACCTTGCTCAGATGCAGACTATACAGGAACAGGTGAACTCTGCTAAATTGGTTGAAAAAGAATTCAAGGCCTTGAAAGCTAAGCTAAGTGATGAGGAAGTTCTAGATAAATCGCTTCAGGTCAAATTGGTTGAACTTCAAGCAAAAGTGCAACAGTTGGAAGATTTAAGAAGGCAGACAGAGAAGGAGAGAGATGTGAAATGTGAGGAAGCTGCAAAAGATTTGAATAACGTGAGGTTGGAGGTTGAATCTACGAGGGTTGATTTAGAACAAAGGCAAAGAAATGTTGAAGCACTGCTCATGGAGGTTGATTCTGTAACTTCAAAAACGAATTCCATTAGAGAATCTAATGTCCATAAACAGCAGGAACTATTGCATAAATGCGACAATATTATAAAAGAGTTTCACCAATATACAGACTCAGTTGGGGCTTTGATGAAAGTGTAG

Protein sequence

MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQIEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSAMLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEIDAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKRALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQEQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCEEAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCDNIIKEFHQYTDSVGALMKV
Homology
[Close]
BLAST of Tan0015429 vs. ExPASy Swiss-Prot
Match: Q8RXJ0 (Kinetochore protein NUF2 homolog OS=Arabidopsis thaliana OX=3702 GN=NUF2 PE=1 SV=1)

HSP 1 Score: 362.1 bits (928), Expect = 8.4e-99
Identity = 204/437 (46.68%), Postives = 295/437 (67.51%), Query Frame = 0 

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

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

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           +LN+ ++KD+K++L  P   EL  L +Q+++ E K++QLNAE+ E++EA ER++PFVQE+
Sbjct: 121 LLNYGLYKDSKMDLIRPKAEELGLLDEQRKQCEAKVAQLNAEIGEFDEAVERDLPFVQEL 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDE----------------------- 240
           +A +++L++ I  LNNQQMSLRA+ +K++EK+ +MD                        
Sbjct: 181 EANIEQLNKKILELNNQQMSLRATFQKMREKSTQMDNEISKAEFDLVETVQENANLRSQI 240

Query: 241 -------KRALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                  + ALEEKKL   E K AE+ AM  FQEK  I+EV+ K  +K+LK  +Q+Q I 
Sbjct: 241 VQSPDKLQGALEEKKLVLGETKKAEQSAMVTFQEKAAILEVFEKALKKILKSSSQLQLIN 300

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

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 408
           +  K LN +++EVES R +LE RQ NVE+++  VD  T+KTN +R+S   K ++L  K +
Sbjct: 361 DWTKQLNELKVEVESRRRELETRQTNVESVVAMVDDNTAKTNQVRQSGEAKVKKLAAKYE 420

[Close]
BLAST of Tan0015429 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: 50.8 bits (120), Expect = 4.2e-05
Identity = 89/420 (21.19%), Postives = 181/420 (43.10%), Query Frame = 0 

Query: 3   KYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQIE 62
           K+ FP L RA+I   +    I   T ++L  P+   V  LY   +     L  ++  +  
Sbjct: 4   KHTFPSLKRAEILECIDGLGI-PFTAKELDQPTSKAVIPLYEEFLDLFMGLTRQNLEEKV 63

Query: 63  FSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSAML 122
            S  D +EN ++  +S+R       +   + ++ C   FT++DL+KPD +R ++ LSA++
Sbjct: 64  NSLQDSVENFEIIHESLRFTVFYQILSQFMQNI-CFHDFTIQDLLKPDRNRLQLILSAVI 123

Query: 123 NFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEIDA 182
           NF     AK+                    E ++ Q + ++    + RE  +     +DA
Sbjct: 124 NF-----AKLR-------------------EERLQQFDDDI----QKRESLLETYTLLDA 183

Query: 183 KVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKRALEEKKLAREEAKNAERLAMQAF 242
           + K+L + +    ++++   A I++ +E+  EM +   +E+K+L  +     +R+ M+A 
Sbjct: 184 QRKDLEEKVLLSQDRKLESEAIIKQNEERNEEMFQS-LIEDKRLCSQVRTEYDRIRMEAS 243

Query: 243 QEKTGIVEVYSKVSRKMLKHLAQMQTIQEQV--NSAKL--------------------VE 302
           + K      Y  V   M   L +++ +Q  +  +  KL                    ++
Sbjct: 244 ELKIR----YHNVDSLMASTLEEIEKLQSSIVHSPEKLKGKIADTSLRIQNDRSQQVELD 303

Query: 303 KEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQT----------------EKE 362
           K+ K L  KL+  ++++  L   L  L+  + +L+ L   T                +K+
Sbjct: 304 KKSKILHTKLNSLQLIEGDLNACLKVLEECLVELDKLEHATVLLSTNQELCDQIEINKKK 363

Query: 363 RDVKCEEAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQE 385
            + + E+  K L+N + ++E    +   R + +EA    +D++  +   I +    K QE
Sbjct: 364 LEFRKEQLLKQLSNAQEKLEH---EQHSRNQKLEAAKQRMDNIREEYKVITQERNKKIQE 385

[Close]
BLAST of Tan0015429 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: 47.4 bits (111), Expect = 4.6e-04
Identity = 89/445 (20.00%), Postives = 172/445 (38.65%), Query Frame = 0 

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

Query: 66  -GQIEFSALD---------QLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIK 125
            G +E+  L           L   +++ D+++ M      + +      P  F + DL +
Sbjct: 75  LGMMEYKVLSFRSMKRTQINLSRQEMYSDTLQFMMFFKHCRRLALLCGIP-DFAISDLAR 134

Query: 126 PDPDRTEIFLSAMLNFCIHKDAKINLHAPVMNELN-------TLGDQQREWEVKISQLNA 185
           PD +R    LS ++NF   +D ++   A     L         L  +  E E +  ++ A
Sbjct: 135 PDANRLRKVLSGIMNFAKFRDERMQTQARFQENLQKHQKKAVDLRRKTEELETQFQEITA 194

Query: 186 ---------------------EVAEYNEAREREMPFVQEIDAKVKELHQTIGGLNNQQMS 245
                                E+ E N  R +E+   +E+  + + L + +   N     
Sbjct: 195 RNAAERPQSEQAQKRNELLKSELLELNSQRLKEVQEYEELKKERQTLLEQVNHNNRIVTQ 254

Query: 246 LRASIRKLKEKAGEMDE--KRALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRK 305
           L   I   K +  +  +  KR + E   A +  K       Q  +E T  +EV   +   
Sbjct: 255 LELQIGSAKSRLVQSPDRIKRHISEMSFAIQSEKAKLASFQQKARELTNRLEVIGALEVD 314

Query: 306 MLKHLAQMQTIQEQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLR 365
           +   +    +IQ+Q    +  ++   AL+A+L   ++  + L  KL +LQ ++Q      
Sbjct: 315 LRGLIDLEHSIQDQRAKTEEAKRSKSALEARLEGRQIESQGLAAKLEQLQRQLQNASHKL 374

Query: 366 RQTEKERDVKCEEAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESN 404
            + E+ R    E  A+ ++ ++ E +    +  + Q+  + LL E   + S+  +    +
Sbjct: 375 ARQEETRKGMRERGARRIDELKAEYKVRARERGEWQKQRDDLLAEQKELESEMAAFVTKH 434

[Close]
BLAST of Tan0015429 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: 47.4 bits (111), Expect = 4.6e-04
Identity = 89/445 (20.00%), Postives = 172/445 (38.65%), Query Frame = 0 

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

Query: 66  -GQIEFSALD---------QLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIK 125
            G +E+  L           L   +++ D+++ M      + +      P  F + DL +
Sbjct: 75  LGMMEYKVLSFRSMKRTQINLSRQEMYSDTLQFMMFFKHCRRLALLCGIP-DFAISDLAR 134

Query: 126 PDPDRTEIFLSAMLNFCIHKDAKINLHAPVMNELN-------TLGDQQREWEVKISQLNA 185
           PD +R    LS ++NF   +D ++   A     L         L  +  E E +  ++ A
Sbjct: 135 PDANRLRKVLSGIMNFAKFRDERMQTQARFQENLQKHQKKAVDLRRKTEELETQFQEITA 194

Query: 186 ---------------------EVAEYNEAREREMPFVQEIDAKVKELHQTIGGLNNQQMS 245
                                E+ E N  R +E+   +E+  + + L + +   N     
Sbjct: 195 RNAAERPQSEQAQKRNELLKSELLELNSQRLKEVQEYEELKKERQTLLEQVNHNNRIVTQ 254

Query: 246 LRASIRKLKEKAGEMDE--KRALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRK 305
           L   I   K +  +  +  KR + E   A +  K       Q  +E T  +EV   +   
Sbjct: 255 LELQIGSAKSRLVQSPDRIKRHISEMSFAIQSEKAKLASFQQKARELTNRLEVIGALEVD 314

Query: 306 MLKHLAQMQTIQEQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLR 365
           +   +    +IQ+Q    +  ++   AL+A+L   ++  + L  KL +LQ ++Q      
Sbjct: 315 LRGLIDLEHSIQDQRAKTEEAKRSKSALEARLEGRQIESQGLAAKLEQLQRQLQNASHKL 374

Query: 366 RQTEKERDVKCEEAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESN 404
            + E+ R    E  A+ ++ ++ E +    +  + Q+  + LL E   + S+  +    +
Sbjct: 375 ARQEETRKGMRERGARRIDELKAEYKVRARERGEWQKQRDDLLAEQKELESEMAAFVTKH 434

[Close]
BLAST of Tan0015429 vs. ExPASy Swiss-Prot
Match: Q6C3V4 (Probable kinetochore protein NUF2 OS=Yarrowia lipolytica (strain CLIB 122 / E 150) OX=284591 GN=NUF2 PE=3 SV=1)

HSP 1 Score: 47.4 bits (111), Expect = 4.6e-04
Identity = 80/413 (19.37%), Postives = 171/413 (41.40%), Query Frame = 0 

Query: 6   FPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQIEFSA 65
           FP LP  +I   L       VTE +LL P+   V  +Y ++   L  ++ E       + 
Sbjct: 21  FPTLPIDEIVQCLPGLD-CMVTEEELLRPTSKFVQSMYAQIATSLLGINRESMAPALAAC 80

Query: 66  LDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSAMLNFC 125
               E+P+   D+  +  LQ  +  +  +      + + D++KP P+R  + LSA++N+ 
Sbjct: 81  AAGTEHPETQEDARMLFALQKPLYDLFVASGV-TDYNISDILKPSPERLRVQLSAIINYA 140

Query: 126 IHKDAKINLHAPVMNELNTLGDQQ----REWEVKISQLNAEVAEYNEAREREMPFVQEID 185
             ++ +   +  +  ELN   + +    +  E K+ +    +A   +  ++++     I+
Sbjct: 141 RFREIREKWYEKMSEELNEEEEARTMRLKNQEEKLRRKVELIALIGDTPDQDLVEQHRIN 200

Query: 186 ----AKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKRALEEKKLAREEAKNAERL 245
               +++K LH     LN+++   +A +R +          R   + +L     +   RL
Sbjct: 201 DSRKSELKRLHDQNLQLNDERERNKAELRVV--------VNRLRHKHQLMESLQEEVARL 260

Query: 246 AMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQEQVNSAKLVEKEFKALKA--------- 305
                     + E   ++S+++ +     + + E+V    L    FK  +          
Sbjct: 261 NSYVVDNPKNLQEEVVELSKRVKERETVRRMLGERVQKLDLSVDSFKDFQVDVSSCLSAF 320

Query: 306 -KLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCEE-AAKDLNNVRLEVEST 365
            KLSDE+        K+   +  ++ +    RQ E  RDV  +E  A +    R++ + +
Sbjct: 321 QKLSDEQEAHSKAVRKITTQKELLEHVGINSRQAEGRRDVLQQEIEAAESKIARIQQDMS 380

Query: 366 RVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCDNIIKEFHQY 400
             D  Q  R +E L  ++ ++ ++   + + N   Q+ L    +++  E  +Y
Sbjct: 381 ESD-RQTSRRMEELRRQIGTLDAERALVVQQNNTAQKRLAELENDMATERDRY 422

[Close]
BLAST of Tan0015429 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: 707.2 bits (1824), Expect = 8.2e-200
Identity = 378/439 (86.10%), Postives = 400/439 (91.12%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADI LLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLDFLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIVLLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+AL+Q ENPDLHMDSV+ MKL NR+KHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKINLHAPVMNELNTL DQQREWEVKISQLNAE+AEYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK                      
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEEV+DKSLQVKLVE +AKV+QLEDLRRQTEKERDVKCE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKERDVKCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EAAK+LNNVRLEVES ++DLEQRQ+NVEA+LMEVD+VTSKTNS+RESNVHKQQELLHKC+
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDAVTSKTNSMRESNVHKQQELLHKCE 420

[Close]
BLAST of Tan0015429 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: 707.2 bits (1824), Expect = 8.2e-200
Identity = 378/439 (86.10%), Postives = 401/439 (91.34%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLDFLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+AL+Q ENPDLHMDSV+ MKL NR+KHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKINLHAPVMNELNTL DQQREWEVKISQLNAE+AEYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK                      
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEEV+DKSLQVKLVE +AKV+QLEDLRRQTEKER+VKCE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKEREVKCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EAAK+LNNVRLEVES ++DLEQRQ+NVEA+LMEVD+VTSKTNS+RESNVHKQQELLHKC+
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDAVTSKTNSMRESNVHKQQELLHKCE 420

[Close]
BLAST of Tan0015429 vs. NCBI nr
Match: KAG6588803.1 (Kinetochore protein NUF2-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 706.4 bits (1822), Expect = 1.4e-199
Identity = 377/439 (85.88%), Postives = 401/439 (91.34%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLDFLHEEDQGQ
Sbjct: 58  MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 117

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+AL+Q ENPDLHMDSV+ MKL NR+KHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA
Sbjct: 118 VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 177

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKINLHAPVMNELNTL DQQREWEVKISQLNAE+AEYNEAREREMPFVQEI
Sbjct: 178 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 237

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK                      
Sbjct: 238 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 297

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ
Sbjct: 298 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 357

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEEV+DKSLQVKLVE +AKV+QLEDLRRQTEKER+VKCE
Sbjct: 358 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKEREVKCE 417

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EAAK+LNNVRLEVES ++DLEQRQ+NVEA+LMEVD++TSKTNS+RESNVHKQQELLHKC+
Sbjct: 418 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDALTSKTNSLRESNVHKQQELLHKCE 477

[Close]
BLAST of Tan0015429 vs. NCBI nr
Match: XP_022927739.1 (probable kinetochore protein NUF2 [Cucurbita moschata] >XP_022927740.1 probable kinetochore protein NUF2 [Cucurbita moschata] >XP_022927741.1 probable kinetochore protein NUF2 [Cucurbita moschata] >KAG7022576.1 NUF2, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 706.4 bits (1822), Expect = 1.4e-199
Identity = 377/439 (85.88%), Postives = 401/439 (91.34%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLDFLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+AL+Q ENPDLHMDSV+ MKL NR+KHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKINLHAPVMNELNTL DQQREWEVKISQLNAE+AEYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK                      
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEEV+DKSLQVKLVE +AKV+QLEDLRRQTEKER+VKCE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKEREVKCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EAAK+LNNVRLEVES ++DLEQRQ+NVEA+LMEVD++TSKTNS+RESNVHKQQELLHKC+
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDALTSKTNSLRESNVHKQQELLHKCE 420

[Close]
BLAST of Tan0015429 vs. NCBI nr
Match: XP_022157479.1 (probable kinetochore protein NUF2 [Momordica charantia])

HSP 1 Score: 669.8 bits (1727), Expect = 1.4e-188
Identity = 365/439 (83.14%), Postives = 386/439 (87.93%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKY   RLP ADIALLLAQ QIAAVTE DLLHPSPDLVSDLYTRL+IYLDFLHEEDQGQ
Sbjct: 1   MSKYGLLRLPPADIALLLAQFQIAAVTEGDLLHPSPDLVSDLYTRLLIYLDFLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+ALDQLENPDLHMDSVRIMKL  ++KHVIASLDC KKFTLKDLIKPD DRTEIFLS 
Sbjct: 61  VEFAALDQLENPDLHMDSVRIMKLNLKLKHVIASLDCSKKFTLKDLIKPDTDRTEIFLST 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKI LHAP++NE+NTLGDQQREWEVKISQLNAE+AEYNEARERE+PFVQ+I
Sbjct: 121 MLNFCIHKDAKIVLHAPIINEVNTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQDI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQ IGGLNNQQMSLRASIRKLKEK GEMDEK                      
Sbjct: 181 DAKVKELHQIIGGLNNQQMSLRASIRKLKEKVGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKK AREE KNAERLAMQAFQEKTGIVEVYSKVSRKM KHLAQM TIQ
Sbjct: 241 VQSPDKLQRALEEKKSAREETKNAERLAMQAFQEKTGIVEVYSKVSRKMTKHLAQMHTIQ 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEE+LDKSLQVK+VELQAKVQQLEDLRRQTEK RDVKCE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEELLDKSLQVKMVELQAKVQQLEDLRRQTEKGRDVKCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EA KDLNNVRLEVES R+DLEQRQ NVEA+LMEVD+VTSKTNSIRES+VHKQQELLHKC+
Sbjct: 361 EATKDLNNVRLEVESMRLDLEQRQSNVEAVLMEVDAVTSKTNSIRESSVHKQQELLHKCE 420

[Close]
BLAST of Tan0015429 vs. ExPASy TrEMBL
Match: A0A6J1JNW1 (probable kinetochore protein NUF2 OS=Cucurbita maxima OX=3661 GN=LOC111486390 PE=3 SV=1)

HSP 1 Score: 707.2 bits (1824), Expect = 3.9e-200
Identity = 378/439 (86.10%), Postives = 400/439 (91.12%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADI LLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLDFLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIVLLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+AL+Q ENPDLHMDSV+ MKL NR+KHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKINLHAPVMNELNTL DQQREWEVKISQLNAE+AEYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK                      
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEEV+DKSLQVKLVE +AKV+QLEDLRRQTEKERDVKCE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKERDVKCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EAAK+LNNVRLEVES ++DLEQRQ+NVEA+LMEVD+VTSKTNS+RESNVHKQQELLHKC+
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDAVTSKTNSMRESNVHKQQELLHKCE 420

[Close]
BLAST of Tan0015429 vs. ExPASy TrEMBL
Match: A0A6J1EIG6 (probable kinetochore protein NUF2 OS=Cucurbita moschata OX=3662 GN=LOC111434552 PE=3 SV=1)

HSP 1 Score: 706.4 bits (1822), Expect = 6.7e-200
Identity = 377/439 (85.88%), Postives = 401/439 (91.34%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLDFLHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+AL+Q ENPDLHMDSV+ MKL NR+KHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKINLHAPVMNELNTL DQQREWEVKISQLNAE+AEYNEAREREMPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK                      
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEEV+DKSLQVKLVE +AKV+QLEDLRRQTEKER+VKCE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEEVVDKSLQVKLVEHEAKVRQLEDLRRQTEKEREVKCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EAAK+LNNVRLEVES ++DLEQRQ+NVEA+LMEVD++TSKTNS+RESNVHKQQELLHKC+
Sbjct: 361 EAAKELNNVRLEVESMKLDLEQRQKNVEAVLMEVDALTSKTNSLRESNVHKQQELLHKCE 420

[Close]
BLAST of Tan0015429 vs. ExPASy TrEMBL
Match: A0A6J1DWL1 (probable kinetochore protein NUF2 OS=Momordica charantia OX=3673 GN=LOC111024175 PE=3 SV=1)

HSP 1 Score: 669.8 bits (1727), Expect = 7.0e-189
Identity = 365/439 (83.14%), Postives = 386/439 (87.93%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKY   RLP ADIALLLAQ QIAAVTE DLLHPSPDLVSDLYTRL+IYLDFLHEEDQGQ
Sbjct: 1   MSKYGLLRLPPADIALLLAQFQIAAVTEGDLLHPSPDLVSDLYTRLLIYLDFLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           +EF+ALDQLENPDLHMDSVRIMKL  ++KHVIASLDC KKFTLKDLIKPD DRTEIFLS 
Sbjct: 61  VEFAALDQLENPDLHMDSVRIMKLNLKLKHVIASLDCSKKFTLKDLIKPDTDRTEIFLST 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           MLNFCIHKDAKI LHAP++NE+NTLGDQQREWEVKISQLNAE+AEYNEARERE+PFVQ+I
Sbjct: 121 MLNFCIHKDAKIVLHAPIINEVNTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQDI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQ IGGLNNQQMSLRASIRKLKEK GEMDEK                      
Sbjct: 181 DAKVKELHQIIGGLNNQQMSLRASIRKLKEKVGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKK AREE KNAERLAMQAFQEKTGIVEVYSKVSRKM KHLAQM TIQ
Sbjct: 241 VQSPDKLQRALEEKKSAREETKNAERLAMQAFQEKTGIVEVYSKVSRKMTKHLAQMHTIQ 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VEKEFKALKAKLSDEE+LDKSLQVK+VELQAKVQQLEDLRRQTEK RDVKCE
Sbjct: 301 EQVNSAKSVEKEFKALKAKLSDEELLDKSLQVKMVELQAKVQQLEDLRRQTEKGRDVKCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EA KDLNNVRLEVES R+DLEQRQ NVEA+LMEVD+VTSKTNSIRES+VHKQQELLHKC+
Sbjct: 361 EATKDLNNVRLEVESMRLDLEQRQSNVEAVLMEVDAVTSKTNSIRESSVHKQQELLHKCE 420

[Close]
BLAST of Tan0015429 vs. ExPASy TrEMBL
Match: A0A0A0KNL7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G488740 PE=3 SV=1)

HSP 1 Score: 629.0 bits (1621), Expect = 1.4e-176
Identity = 349/439 (79.50%), Postives = 372/439 (84.74%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADI LLLA  QIAAVTERDLL PSPDLVSDLYT LMIYLD LHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIVLLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           IEF+ALDQLENPDLHM SV  MKL N+IKH IASLDCPKKFTLKDLIKP+ DRTEIFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPETDRTEIFLSA 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           +LNF IHKDAK+N HAPVMNEL+T  DQQREWEVK SQLNAE+ EYNEAREREMPFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKTSQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQ+SLRASIRKLKEKAGEMDEK                      
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRASIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQA QEKTGIVEVYSKVS+KMLKHL+ MQTI 
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VE+EFKALK KLSDEEV DKSLQVKLVELQAKV QL+DL RQTEKERDV CE
Sbjct: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVRQTEKERDVTCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EA KDL  VR +VES R DLEQRQRNVEA+ MEVD +TSKTNSIR+S+V KQQELL+KC+
Sbjct: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMEVDVLTSKTNSIRQSSVLKQQELLNKCE 420

[Close]
BLAST of Tan0015429 vs. ExPASy TrEMBL
Match: A0A1S4E5E4 (probable kinetochore protein NUF2 OS=Cucumis melo OX=3656 GN=LOC103503319 PE=3 SV=1)

HSP 1 Score: 627.9 bits (1618), Expect = 3.0e-176
Identity = 348/439 (79.27%), Postives = 373/439 (84.97%), Query Frame = 0 

Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDFLHEEDQGQ 60
           MSKYEFPRLPRADIALLLA  QIAAVTERDLL PSPDLVSDLYT LMIYLD LHEEDQGQ
Sbjct: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  IEFSALDQLENPDLHMDSVRIMKLQNRIKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120
           IEF+ALDQLENPDLHM SV  MKL N+IKH IASLDCPKKFTLKDLIKP+ DRTEIFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           +LNF IHKDAK+N HAPVMNEL+T  DQQREWEVKISQLNAE+ EYNEAREREMPFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEK---------------------- 240
           DAKVKELHQTIGGLNNQQ+SLRA+IRKLKEKAGEMDEK                      
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKISNAEFLLVQSVQENANLRSKI 240

Query: 241 --------RALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                   RALEEKKLAREEAKNAE+LAMQA QEKTGIVEVYSKVS+KMLKHL+ MQTI 
Sbjct: 241 VQSPDKLQRALEEKKLAREEAKNAEKLAMQACQEKTGIVEVYSKVSKKMLKHLSLMQTIH 300

Query: 301 EQVNSAKLVEKEFKALKAKLSDEEVLDKSLQVKLVELQAKVQQLEDLRRQTEKERDVKCE 360
           EQVNSAK VE+EFKALK KLSDEEV DKSLQVKLVELQAKV QL+DL  QTEKERDV CE
Sbjct: 301 EQVNSAKSVEREFKALKVKLSDEEVQDKSLQVKLVELQAKVHQLKDLVTQTEKERDVTCE 360

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 410
           EA KDL  VR +VES R DLEQRQRNVEA+ MEVD +TSKTNSI++S+V KQQELL+KC+
Sbjct: 361 EATKDLIAVRSQVESLRHDLEQRQRNVEAVFMEVDVLTSKTNSIKQSSVLKQQELLNKCE 420

[Close]
BLAST of Tan0015429 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: 362.1 bits (928), Expect = 6.0e-100
Identity = 204/437 (46.68%), Postives = 295/437 (67.51%), Query Frame = 0 

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

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

Query: 121 MLNFCIHKDAKINLHAPVMNELNTLGDQQREWEVKISQLNAEVAEYNEAREREMPFVQEI 180
           +LN+ ++KD+K++L  P   EL  L +Q+++ E K++QLNAE+ E++EA ER++PFVQE+
Sbjct: 121 LLNYGLYKDSKMDLIRPKAEELGLLDEQRKQCEAKVAQLNAEIGEFDEAVERDLPFVQEL 180

Query: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDE----------------------- 240
           +A +++L++ I  LNNQQMSLRA+ +K++EK+ +MD                        
Sbjct: 181 EANIEQLNKKILELNNQQMSLRATFQKMREKSTQMDNEISKAEFDLVETVQENANLRSQI 240

Query: 241 -------KRALEEKKLAREEAKNAERLAMQAFQEKTGIVEVYSKVSRKMLKHLAQMQTIQ 300
                  + ALEEKKL   E K AE+ AM  FQEK  I+EV+ K  +K+LK  +Q+Q I 
Sbjct: 241 VQSPDKLQGALEEKKLVLGETKKAEQSAMVTFQEKAAILEVFEKALKKILKSSSQLQLIN 300

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

Query: 361 EAAKDLNNVRLEVESTRVDLEQRQRNVEALLMEVDSVTSKTNSIRESNVHKQQELLHKCD 408
           +  K LN +++EVES R +LE RQ NVE+++  VD  T+KTN +R+S   K ++L  K +
Sbjct: 361 DWTKQLNELKVEVESRRRELETRQTNVESVVAMVDDNTAKTNQVRQSGEAKVKKLAAKYE 420

The following BLAST results are available for this feature:
BLAST of Tan0015429 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q8RXJ08.4e-9946.68Kinetochore protein NUF2 homolog OS=Arabidopsis thaliana OX=3702 GN=NUF2 PE=1 SV... [more]
Q101734.2e-0521.19Kinetochore protein nuf2 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) ... [more]
P0CP414.6e-0420.00Probable kinetochore protein NUF2 OS=Cryptococcus neoformans var. neoformans ser... [more]
P0CP404.6e-0420.00Probable kinetochore protein NUF2 OS=Cryptococcus neoformans var. neoformans ser... [more]
Q6C3V44.6e-0419.37Probable kinetochore protein NUF2 OS=Yarrowia lipolytica (strain CLIB 122 / E 15... [more]
BLAST of Tan0015429 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_022989268.18.2e-20086.10probable kinetochore protein NUF2 [Cucurbita maxima] >XP_022989269.1 probable ki... [more]
XP_023529466.18.2e-20086.10probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo] >XP_023529467.1 p... [more]
KAG6588803.11.4e-19985.88Kinetochore protein NUF2-like protein, partial [Cucurbita argyrosperma subsp. so... [more]
XP_022927739.11.4e-19985.88probable kinetochore protein NUF2 [Cucurbita moschata] >XP_022927740.1 probable ... [more]
XP_022157479.11.4e-18883.14probable kinetochore protein NUF2 [Momordica charantia][more]
BLAST of Tan0015429 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1JNW13.9e-20086.10probable kinetochore protein NUF2 OS=Cucurbita maxima OX=3661 GN=LOC111486390 PE... [more]
A0A6J1EIG66.7e-20085.88probable kinetochore protein NUF2 OS=Cucurbita moschata OX=3662 GN=LOC111434552 ... [more]
A0A6J1DWL17.0e-18983.14probable kinetochore protein NUF2 OS=Momordica charantia OX=3673 GN=LOC111024175... [more]
A0A0A0KNL71.4e-17679.50Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G488740 PE=3 SV=1[more]
A0A1S4E5E43.0e-17679.27probable kinetochore protein NUF2 OS=Cucumis melo OX=3656 GN=LOC103503319 PE=3 S... [more]
BLAST of Tan0015429 vs. TAIR 10
Match NameE-valueIdentityDescription
AT1G61000.16.0e-10046.68FUNCTIONS IN: molecular_function unknown; INVOLVED IN: mitosis; LOCATED IN: plas... [more]
InterPro
Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 142..169
NoneNo IPR availableCOILSCoilCoilcoord: 177..197
NoneNo IPR availableCOILSCoilCoilcoord: 205..244
NoneNo IPR availableCOILSCoilCoilcoord: 297..331
NoneNo IPR availableCOILSCoilCoilcoord: 333..353
NoneNo IPR availableCOILSCoilCoilcoord: 269..289
NoneNo IPR availablePANTHERPTHR21650MEMBRALIN/KINETOCHORE PROTEIN NUF2coord: 218..406
NoneNo IPR availablePANTHERPTHR21650:SF2KINETOCHORE PROTEIN NUF2coord: 218..406
NoneNo IPR availablePANTHERPTHR21650MEMBRALIN/KINETOCHORE PROTEIN NUF2coord: 1..218
NoneNo IPR availablePANTHERPTHR21650:SF2KINETOCHORE PROTEIN NUF2coord: 1..218
IPR038275Nuf2, N-terminal domain superfamilyGENE3D1.10.418.60Ncd80 complex, Nuf2 subunitcoord: 1..164
e-value: 1.6E-36
score: 127.7
IPR005549Kinetochore protein Nuf2, N-terminalPFAMPF03800Nuf2coord: 3..141
e-value: 3.9E-28
score: 98.3

Relationships

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

Feature NameUnique NameType
Tan0015429.1Tan0015429.1mRNA


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