CcUC11G208460 (gene) Watermelon (PI 537277) v1

Overview
NameCcUC11G208460
Typegene
OrganismCitrullus colocynthis (Watermelon (PI 537277) v1)
Descriptionmitotic spindle checkpoint protein MAD1
LocationCicolChr11: 436034 .. 461725 (+)
RNA-Seq ExpressionCcUC11G208460
SyntenyCcUC11G208460
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

AAAATTTAATTTTTGAGAAACACACAAAGACGAGAGGGAGGGAGAGAGAGAGAGAGAAAAAGAAAACCTCTACAGTCGCCAACTTTTGTCATCGCCTTTTCTCGTCGCAATGAGGCTCTTTAGCTGAATACAGCCATTAAACGACCGTTGTTTTCAAATTGGTCAGTAGCCAACTGCAGTTTGCGAACAAACCCTAACCAAGCAATTGGAATTCGGAAAGGCAGCAGGATGATTGTCAGGACTCCTCCACCGAAGAAGCAGCGATCCGATGTTACGTCTGTGCCCGATTCCTCATTGGCAGGTGCCTCAGATTTACCGCTCGTTATCTATGAAGATCCTCTTCCCTTGGTGCCAGCAACAACACAGCCAGGCTTGTCGCACGAGCCCTCTGAGCACATGCTTTGCACTTACCAATGTCGCCAAATGGTGAAGTCAGACTTCTTAGATGCATTAAGCAATGCAGAGAAGCAAGTTCATGATTATGAATTGAAGCTGCGCGTGCTAAATGAGAACCTCTCCAAAGTTGAATCAGAGAGAAAAAAATTTCTGGATCGGTTATTATATACAGAGCAAGAACTTGCAGCTGCAAGGGGACGTGAAAAAAGTTTGCAAGAGCAATTAATAAAAGAAATTAATGGTTCTGGGGAACGATTGAAGAAGCAAATGCAAATATGCAGTGAACTGGAGGTAAAGTTGCAAAATGAATCAAATCTTCGGATGAAAGCTGAGTCTTCAATTGCATTGTCGGAAGAGAAAGCTAGACTCTTGGAAGATAAATTAAACCATCTTTCTGAAAGCATAGAAAGAGAAAGGAAACGTCTCCATAGTGAGCTTGCACAGTTAAAAGGAGAATCAAAACTTTCTGTTTCAAGGATAAATGCAGATCTGGAAAAGATGGTTTGCAGAGCTAGTAATGCTGAGAAGGAATCTGAGCTACTAAAAGAGCAGTTGGAAGACTTGAAGAAACAACTCAATGAGTGTTTAAGCCAGAAGACTGAACTAGAGAAGAAATTAGCATCTTTCACAGTCAACGAAGGTACTGGCAAGGAAAGCAATATTTTGATTAAGCATCTGCAAGAAGAGCTTAGGAACTATGTAGGGTTTTCTTCTTCTTCTTTGATACTTAATCTTAATGAATCTGAAGTGAGAGAAGCTAGGAAGTTGAAATCATCACTTGGTGATATTGGATTATTGAAGGAGAAGCTATTAGAAGAAAAGGCCAGAAGGGAGAGAGCAGAATCAGAGTTGTCTAAATTACAAGACATTCAATTGAGTGTAAAGAATCTAGAGGATGAATTGACACGCAGAGAATTGTTGATTAAGGACATTCCTGGCATTACAACTTATGAAGATATACCAACTAAGATTTCTTCTCTCCAAAAGGAGGTAATTGATAACACAATAAAGATGGGTGAGGTGAATGCTCGCTTGAAACAATTGGAAGTAGCACTGGATGCAGCTCAAATTGATAAACAAAAGGCAGAAACTGAGGCTACACTTGTAAAGGAAAAGATTGAAGCATTACAGTTGGAAGTTAAGCAGAATGGATTGCTTCTCTCCGTGGCTACTGAAGAAAGGGATAAATTGAAAAGTCTTGTAAATGAGTTGAAGAGCCTGAAAAATGATGATGCAGAGGCTAAGCCAACAAGTGAAACTCTTTCTCAGGAACTAGATGCGACCCTTGCAAAGAAAGATTGGTATATTAAAGAATTAGAAAGTAATTTACATGAGCAGAAAGAGGTTAATAGCCGTCAACACGATGAGTTAATGTTGTTGAATGAGAGATTAAATAATGAAGCTAAAAGAATAAAGTCGTTAGAGAGGGATTGTGATCGGCTTCGTTCTGAAATTTCTCTGTTGGAGTCAAAGTTAGGACATGGTGATTTTTCCTCAACAAATACAAAGGTTCTACGAATGGTAAATACCCTTGCTGTCGATAATGAGGCAAAACAGACTATAGAGGCCTTAAAATCTGAATTGCAGAAGACGAAAGAGAAGTTACAAGCTGTCGAAGAATTAAAGACTCCGTCAGGTGATGCTGGGAAGCTCGTGGATTCGTACATATCAGGAAAAATAATGCAGCTCAAAGAACAGATTGCAACACTTGAAAAGCGTGAAGAGAGGTATAAGACTGTTTTTGCTGATAGAATTTCAGTGTTTAGAAGGGCTTGCTGCGAACTTTTTGGCTACAAGATTGTGATGGATGAACATCAGCGAGCTGACGGTATTCCAGTTACACGGTTTACCCTCCTATCAATATATGCACAAAGTGATGATGAGAAACTGCAATTTGAGTATGAATCTGGGAATACAAACATTTTGGTTGAGATATTTATTCGGAAGATGAATTCGATACCAGCTTTTACTGCGAACTTAACTGTGGAGTCCTTCAATAGGCGAACGCTTTCATAAAGACACATTCTACATTTTCAGAGAGCTAAAGAATTCTATTTTGCAAATCCTTGAGTTCTTTCCATGTAACTAACTCATCATGAGTCGGTTTCAGATAGGATTGATTGTCTTACTAGATCTGTCCTTGAGTAAACTCATTTCATATTTGTCCCTAAACTCAAGTTCAGCCATTTTCTGAAAAGGTTTGCAGATTGCATTTAGCTGAGAGATGTGAGAAGTGAACGTTTGTATTGTCTGACTATTTCTTTGTCATTTGATTGGAAATAGGGAATATATTAAAATGTATCCTCGATGAATACACGCAT

Coding sequence (CDS)

ATGATTGTCAGGACTCCTCCACCGAAGAAGCAGCGATCCGATGTTACGTCTGTGCCCGATTCCTCATTGGCAGGTGCCTCAGATTTACCGCTCGTTATCTATGAAGATCCTCTTCCCTTGGTGCCAGCAACAACACAGCCAGGCTTGTCGCACGAGCCCTCTGAGCACATGCTTTGCACTTACCAATGTCGCCAAATGGTGAAGTCAGACTTCTTAGATGCATTAAGCAATGCAGAGAAGCAAGTTCATGATTATGAATTGAAGCTGCGCGTGCTAAATGAGAACCTCTCCAAAGTTGAATCAGAGAGAAAAAAATTTCTGGATCGGTTATTATATACAGAGCAAGAACTTGCAGCTGCAAGGGGACGTGAAAAAAGTTTGCAAGAGCAATTAATAAAAGAAATTAATGGTTCTGGGGAACGATTGAAGAAGCAAATGCAAATATGCAGTGAACTGGAGGTAAAGTTGCAAAATGAATCAAATCTTCGGATGAAAGCTGAGTCTTCAATTGCATTGTCGGAAGAGAAAGCTAGACTCTTGGAAGATAAATTAAACCATCTTTCTGAAAGCATAGAAAGAGAAAGGAAACGTCTCCATAGTGAGCTTGCACAGTTAAAAGGAGAATCAAAACTTTCTGTTTCAAGGATAAATGCAGATCTGGAAAAGATGGTTTGCAGAGCTAGTAATGCTGAGAAGGAATCTGAGCTACTAAAAGAGCAGTTGGAAGACTTGAAGAAACAACTCAATGAGTGTTTAAGCCAGAAGACTGAACTAGAGAAGAAATTAGCATCTTTCACAGTCAACGAAGGTACTGGCAAGGAAAGCAATATTTTGATTAAGCATCTGCAAGAAGAGCTTAGGAACTATGTAGGGTTTTCTTCTTCTTCTTTGATACTTAATCTTAATGAATCTGAAGTGAGAGAAGCTAGGAAGTTGAAATCATCACTTGGTGATATTGGATTATTGAAGGAGAAGCTATTAGAAGAAAAGGCCAGAAGGGAGAGAGCAGAATCAGAGTTGTCTAAATTACAAGACATTCAATTGAGTGTAAAGAATCTAGAGGATGAATTGACACGCAGAGAATTGTTGATTAAGGACATTCCTGGCATTACAACTTATGAAGATATACCAACTAAGATTTCTTCTCTCCAAAAGGAGGTAATTGATAACACAATAAAGATGGGTGAGGTGAATGCTCGCTTGAAACAATTGGAAGTAGCACTGGATGCAGCTCAAATTGATAAACAAAAGGCAGAAACTGAGGCTACACTTGTAAAGGAAAAGATTGAAGCATTACAGTTGGAAGTTAAGCAGAATGGATTGCTTCTCTCCGTGGCTACTGAAGAAAGGGATAAATTGAAAAGTCTTGTAAATGAGTTGAAGAGCCTGAAAAATGATGATGCAGAGGCTAAGCCAACAAGTGAAACTCTTTCTCAGGAACTAGATGCGACCCTTGCAAAGAAAGATTGGTATATTAAAGAATTAGAAAGTAATTTACATGAGCAGAAAGAGGTTAATAGCCGTCAACACGATGAGTTAATGTTGTTGAATGAGAGATTAAATAATGAAGCTAAAAGAATAAAGTCGTTAGAGAGGGATTGTGATCGGCTTCGTTCTGAAATTTCTCTGTTGGAGTCAAAGTTAGGACATGGTGATTTTTCCTCAACAAATACAAAGGTTCTACGAATGGTAAATACCCTTGCTGTCGATAATGAGGCAAAACAGACTATAGAGGCCTTAAAATCTGAATTGCAGAAGACGAAAGAGAAGTTACAAGCTGTCGAAGAATTAAAGACTCCGTCAGGTGATGCTGGGAAGCTCGTGGATTCGTACATATCAGGAAAAATAATGCAGCTCAAAGAACAGATTGCAACACTTGAAAAGCGTGAAGAGAGGTATAAGACTGTTTTTGCTGATAGAATTTCAGTGTTTAGAAGGGCTTGCTGCGAACTTTTTGGCTACAAGATTGTGATGGATGAACATCAGCGAGCTGACGGTATTCCAGTTACACGGTTTACCCTCCTATCAATATATGCACAAAGTGATGATGAGAAACTGCAATTTGAGTATGAATCTGGGAATACAAACATTTTGGTTGAGATATTTATTCGGAAGATGAATTCGATACCAGCTTTTACTGCGAACTTAACTGTGGAGTCCTTCAATAGGCGAACGCTTTCATAA

Protein sequence

MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCTYQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAARGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLLEDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQLEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILNLNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRRELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAETEATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQELDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSEISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTPSGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDEHQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNILVEIFIRKMNSIPAFTANLTVESFNRRTLS
Homology
BLAST of CcUC11G208460 vs. NCBI nr
Match: XP_038876538.1 (mitotic spindle checkpoint protein MAD1 isoform X1 [Benincasa hispida])

HSP 1 Score: 1219.5 bits (3154), Expect = 0.0e+00
Identity = 675/740 (91.22%), Postives = 692/740 (93.51%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDV S+PDS  AGASDLPLVIYEDPLPLVPA TQPG S E SEHMLCT
Sbjct: 1   MIVRTPPPKKQRSDVASLPDSLPAGASDLPLVIYEDPLPLVPAMTQPGCSQESSEHMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKL VLNENLSK+ESERKKFLD+LLYTEQELAAA
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGVLNENLSKIESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKE+N SGERLKKQMQI SELEVKLQNESNLRMKAESSIALSEEKARLL
Sbjct: 121 RGREKVLQEQLIKEVNDSGERLKKQMQISSELEVKLQNESNLRMKAESSIALSEEKARLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSESIERE+KRLH+ELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSESIEREKKRLHTELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECL QKTELEKKL SFTVNEGTGKESNILIKHLQEELRNY           
Sbjct: 241 LEDLKKQLNECLCQKTELEKKLTSFTVNEGTGKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKL+DIQLSVKNLEDELTRR
Sbjct: 301 --ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLEDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           ELLIKDIPGITTYEDIP KISSLQKEV+DN IKMGEVNARLKQLEVALDAAQIDK+KAE+
Sbjct: 361 ELLIKDIPGITTYEDIPIKISSLQKEVLDNMIKMGEVNARLKQLEVALDAAQIDKRKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATLVKEKI+AL+LEVKQN LLLSVATEERDKL+ LVNELKSLKNDDAEAK TSETLSQE
Sbjct: 421 EATLVKEKIDALKLEVKQNELLLSVATEERDKLRCLVNELKSLKNDDAEAKATSETLSQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+TLAKKDWYIKELE+NLHEQKEVNSRQHDEL LLNER NNEAK+IKSLERDCDRLRSE
Sbjct: 481 LDSTLAKKDWYIKELETNLHEQKEVNSRQHDELKLLNERSNNEAKKIKSLERDCDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP
Sbjct: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKI+QLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKILQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQRADGIPVTRF L SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRADGIPVTRFILQSIYAQSDDEKLQFEYESGNTNILANNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. NCBI nr
Match: KAG6601670.1 (Mitotic spindle checkpoint protein MAD1, partial [Cucurbita argyrosperma subsp. sororia] >KAG7032439.1 Mitotic spindle checkpoint protein MAD1 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 1214.1 bits (3140), Expect = 0.0e+00
Identity = 674/740 (91.08%), Postives = 688/740 (92.97%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDV ++PDSS AGASDLPLVIYEDPLP+VPATTQP  SHEPSE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKL VLNENLSKVESERKKFLD+LLYTEQELAAA
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKEIN SGE+LKKQMQI SELEVKLQNESNLRMKAESSIALSEEKA+LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQNESNLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH SESIERERKRLH ELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECL QK+ELEKKLASFTVNEGT KESNILIKHLQEELRNY           
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR
Sbjct: 301 --ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           ELLIKDIPGITTYEDIP KISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQ DKQKAE+
Sbjct: 361 ELLIKDIPGITTYEDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATL KEKIEAL+LE +QN LLLSVATEERDKLKSLVNELKSLKN DAEAK TSET+SQE
Sbjct: 421 EATLAKEKIEALKLETQQNELLLSVATEERDKLKSLVNELKSLKNGDAEAKATSETISQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+ LAKKDWYIKELESNLHEQK+VN RQHDEL LLNERLNNEAKRIKSLERD DRLRSE
Sbjct: 481 LDSALAKKDWYIKELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP
Sbjct: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQR DGIPVTRFTL SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRTDGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILANNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. NCBI nr
Match: XP_008460594.1 (PREDICTED: mitotic spindle checkpoint protein MAD1 [Cucumis melo])

HSP 1 Score: 1209.9 bits (3129), Expect = 0.0e+00
Identity = 670/740 (90.54%), Postives = 692/740 (93.51%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDVTS+PDSS A ASDLPLVIYEDPLPLVPATTQP  SH PS+HMLCT
Sbjct: 1   MIVRTPPPKKQRSDVTSLPDSSPAAASDLPLVIYEDPLPLVPATTQPASSHLPSDHMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKL +LNENLSKVESERKKFLD+LLYTEQELAAA
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGMLNENLSKVESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKEI+ SGERLKKQ+Q  SELEVKLQNESNLR+KAESSIA SEEKARLL
Sbjct: 121 RGREKVLQEQLIKEISDSGERLKKQLQTSSELEVKLQNESNLRIKAESSIASSEEKARLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSESIERERK L +ELAQL+GESKLSVSRINADL KMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSESIERERKHLDTELAQLRGESKLSVSRINADLAKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECL QK+ELEKKLASFTVNEGTGKESNILIKHLQEELRNY           
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTGKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEV+EARKLKSSLGDIGLLKEKLLEEKARRERA+SELSKLQDIQLSVKNLEDELTRR
Sbjct: 301 --ESEVKEARKLKSSLGDIGLLKEKLLEEKARRERADSELSKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           +LLIKDIPGI+TYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE+
Sbjct: 361 DLLIKDIPGISTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATLVKEKIEAL+LEV+QN LLLSVATEERDKLKSLVNELK+LKNDDAEAK T+ETLSQE
Sbjct: 421 EATLVKEKIEALKLEVQQNELLLSVATEERDKLKSLVNELKTLKNDDAEAKATNETLSQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+  AKKDWYIKELESNLHEQKEVNSRQHDEL LLNERLNN+AKRIKSLERDCDRLRSE
Sbjct: 481 LDSIFAKKDWYIKELESNLHEQKEVNSRQHDELKLLNERLNNDAKRIKSLERDCDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESK+GHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELK P
Sbjct: 541 ISLLESKIGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKAP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQRADGIPVTRFTL SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRADGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILANNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. NCBI nr
Match: XP_004142360.1 (mitotic spindle checkpoint protein MAD1 isoform X1 [Cucumis sativus] >KAE8648888.1 hypothetical protein Csa_008623 [Cucumis sativus])

HSP 1 Score: 1209.1 bits (3127), Expect = 0.0e+00
Identity = 671/740 (90.68%), Postives = 690/740 (93.24%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDVTS+PDSS A ASDLPLVIYEDPLPLVPATT+P  SHEPS+HMLCT
Sbjct: 1   MIVRTPPPKKQRSDVTSLPDSSPAAASDLPLVIYEDPLPLVPATTEPASSHEPSDHMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKL VLNENLSKVESERKKFLD+LLYTEQELAAA
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           R REK LQEQLIKEI+ SGERLKKQMQI SELEV+LQNESNLR+KAESSIA SEEKARLL
Sbjct: 121 RRREKVLQEQLIKEISDSGERLKKQMQISSELEVRLQNESNLRIKAESSIASSEEKARLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSESIERERK L +ELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLK Q
Sbjct: 181 EDKLNHLSESIERERKHLDTELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKGQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLK QLNECL QK+ELEKKLASFTVNEGTGKESNILIKHLQEELRNY           
Sbjct: 241 LEDLKNQLNECLCQKSELEKKLASFTVNEGTGKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEV+EARKLKSSLGDIGLLKEKLLEEKARRERA+SELSKLQDIQLSVKNLEDELTRR
Sbjct: 301 --ESEVKEARKLKSSLGDIGLLKEKLLEEKARRERADSELSKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           +LLI  IPGI+TYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE+
Sbjct: 361 DLLINSIPGISTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATLV+EKIEAL+LEVKQN LLLSVATEERDKLKSLVNELK+LKNDDAEAK T ETLSQE
Sbjct: 421 EATLVEEKIEALKLEVKQNELLLSVATEERDKLKSLVNELKTLKNDDAEAKETKETLSQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD TLAKKDWYIKELESNLHEQKEVNSRQHDEL LLNERLNN+AKRIKSLERDCDRLRSE
Sbjct: 481 LDLTLAKKDWYIKELESNLHEQKEVNSRQHDELKLLNERLNNDAKRIKSLERDCDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESK+GHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELK P
Sbjct: 541 ISLLESKIGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKAP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQRADGIPVTRFTL SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRADGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILVNNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. NCBI nr
Match: XP_022933081.1 (mitotic spindle checkpoint protein MAD1 [Cucurbita moschata])

HSP 1 Score: 1206.8 bits (3121), Expect = 0.0e+00
Identity = 668/740 (90.27%), Postives = 688/740 (92.97%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDV ++PDSS AGASDLPLVIYEDPLP+VPATTQP  SHEPSE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKL VLNENLSKVESERKKFL++LLYTEQELAAA
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLEQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKEIN SGE+LKKQMQI SELEVKLQNE+NLRMKAESSIALSEEKA+LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQNEANLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH SESIERERKRLH ELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECL QK+ELEKKLASFTVNEGT KESNILIKHLQEELRNY           
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESEL+KLQDIQLSVKNLEDELTRR
Sbjct: 301 --ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELTKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           ELLIKDIPGITTYEDIP KISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQ DKQKAE+
Sbjct: 361 ELLIKDIPGITTYEDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATL +EKIEAL+LE +QN LLLS+ATEERDKLK+LVNELKSLKN DAEAK TSET+SQE
Sbjct: 421 EATLAREKIEALRLETQQNELLLSLATEERDKLKNLVNELKSLKNGDAEAKATSETISQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+ LAKKDWYIKELESNLHEQK+VN RQHDEL LLNERLNNEAKRIKSLERD DRLRSE
Sbjct: 481 LDSALAKKDWYIKELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP
Sbjct: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQR DGIPVTRFTL SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRTDGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILANNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. ExPASy Swiss-Prot
Match: Q9LTY1 (Mitotic spindle checkpoint protein MAD1 OS=Arabidopsis thaliana OX=3702 GN=MAD1 PE=1 SV=1)

HSP 1 Score: 798.5 bits (2061), Expect = 6.3e-230
Identity = 456/740 (61.62%), Postives = 570/740 (77.03%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYED-PLPLVPATTQPGLSHEPSEHMLC 60
           MI+RTP PK+ RSD    P  + A  S   L+IYED PLP  PA  Q    H   +H LC
Sbjct: 1   MILRTPQPKRLRSDAGESPFPTGATGSGNQLIIYEDSPLP-APAPLQTSHDHSADQH-LC 60

Query: 61  TYQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAA 120
           TYQCRQMVK+D LDALS AEKQV + + KL+ LN N ++ ++ERK F D+ LY+EQELAA
Sbjct: 61  TYQCRQMVKADVLDALSTAEKQVEESKTKLQTLNANFTEADAERKHFRDKFLYSEQELAA 120

Query: 121 ARGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARL 180
           A+ REK LQEQL+ EIN S ER  K++Q C ELEVKLQNE NLR KAESS A +EEKA+L
Sbjct: 121 AKAREKMLQEQLLMEINNSQERYTKELQSCHELEVKLQNEMNLRKKAESSAATAEEKAKL 180

Query: 181 LEDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKE 240
           LEDKL  LS S++RE+KRL++++AQL  E+KLSV+RI ADLE+M CRA NAE ES LL+ 
Sbjct: 181 LEDKLTQLSGSVDREKKRLNNDIAQLGKEAKLSVARIGADLERMQCRAQNAETESNLLRS 240

Query: 241 QLEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLIL 300
           QLE LK   +ECL +KTE++KKL+SFT    +  ++++L+KHLQEEL+ Y          
Sbjct: 241 QLEHLKLIFDECLQEKTEVDKKLSSFTSEAASSSDNSVLVKHLQEELKRY---------- 300

Query: 301 NLNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTR 360
              E+EVREARKLKS   D  LL   LLEE++RRERAESELSK  D+QLS++ LE+EL+ 
Sbjct: 301 ---EAEVREARKLKSRHLDAELLNVNLLEEQSRRERAESELSKFHDLQLSMEKLENELSS 360

Query: 361 RELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE 420
            + L+ DIPG++  +DI  + S LQ EV+ +T+K+GE + R+KQLE  L+A Q+ +Q A 
Sbjct: 361 WKSLLNDIPGVSCPDDIVMRFSVLQNEVVQSTMKIGEASTRIKQLEETLEAIQLGRQNAV 420

Query: 421 TEATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQ 480
           +EA L KEK EAL+ +VK+  ++L++ TEE+++LK++VNEL+   ++ + +      L Q
Sbjct: 421 SEAALAKEKSEALKTDVKRIEVMLTLVTEEKEQLKAVVNELRKSNSEGSVSGAADGALIQ 480

Query: 481 ELDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRS 540
             +++LAKK+ YIK+LE +L++ K+VN+RQ  E+ LLNE+L +EA+R KSLERD DRLRS
Sbjct: 481 GFESSLAKKENYIKDLEQDLNQLKDVNNRQRTEIELLNEKLVDEARRNKSLERDSDRLRS 540

Query: 541 EISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKT 600
           EISLLESKLGHGD+S+ NT+VLRMVNTL V+NEAKQTIEAL++ELQKTKE+LQAVEELK+
Sbjct: 541 EISLLESKLGHGDYSAANTRVLRMVNTLGVENEAKQTIEALQAELQKTKERLQAVEELKS 600

Query: 601 PSGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMD 660
            SGDAGKLVDS+I+GKI QLKEQ ATLEKREERYKTVFADRISVFRRACCELFGYKIVMD
Sbjct: 601 QSGDAGKLVDSHITGKIAQLKEQNATLEKREERYKTVFADRISVFRRACCELFGYKIVMD 660

Query: 661 EHQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKM 720
           EHQR +GIPVTRFTL SIYAQSDDEKL+FEYESGNT+IL             +EIFIRK 
Sbjct: 661 EHQRPNGIPVTRFTLQSIYAQSDDEKLEFEYESGNTSILNNEYASQGDIAKQIEIFIRKF 720

Query: 721 NSIPAFTANLTVESFNRRTL 727
           NSIPAFTANLT+ESFNRRTL
Sbjct: 721 NSIPAFTANLTMESFNRRTL 725

BLAST of CcUC11G208460 vs. ExPASy Swiss-Prot
Match: Q9Y6D9 (Mitotic spindle assembly checkpoint protein MAD1 OS=Homo sapiens OX=9606 GN=MAD1L1 PE=1 SV=2)

HSP 1 Score: 94.0 bits (232), Expect = 7.6e-18
Identity = 170/703 (24.18%), Postives = 311/703 (44.24%), Query Frame = 0

Query: 75  LSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAARGREKSLQEQLIKE 134
           L   E++    EL  +     L +  S   +  +R +   QEL     R + LQE+    
Sbjct: 64  LIQVEREKMQMELSHKRARVELERAASTSARNYEREVDRNQELLT---RIRQLQEREA-- 123

Query: 135 INGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLLEDKLNHLSESI--- 194
             G+ E++++Q++   + +  L   S    + E S+A + E    L+ +++ L  S+   
Sbjct: 124 --GAEEKMQEQLERNRQCQQNLDAASKRLREKEDSLAQAGETINALKGRISELQWSVMDQ 183

Query: 195 ERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAE-KESELLKEQLEDLKKQLNE 254
           E   KRL SE  +L+ +          DL+   C+ +N + +E +  +E   D ++Q+ +
Sbjct: 184 EMRVKRLESEKQELQEQ---------LDLQHKKCQEANQKIQELQASQEARADHEQQIKD 243

Query: 255 CLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILNLNESEVREAR 314
            L QK  L+++ A+   N    K   + +  L+ EL+           L    + +RE R
Sbjct: 244 -LEQKLSLQEQDAAIVKNM---KSELVRLPRLERELKQ----------LREESAHLREMR 303

Query: 315 KLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRRELLIKDIP-G 374
           +        GLL+E+L   + +  R E     L  ++L  + L  +L   E L + +   
Sbjct: 304 ETN------GLLQEELEGLQRKLGRQEKMQETLVGLELENERLLAKLQSWERLDQTMGLS 363

Query: 375 ITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE---TEATLVK 434
           I T ED+   +  LQ+  +    K   V +  + LE A    Q + ++      E    +
Sbjct: 364 IRTPEDLSRFVVELQQRELALKDKNSAVTSSARGLEKARQQLQEELRQVSGQLLEERKKR 423

Query: 435 EKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQELDATLA 494
           E  EAL   +++  LLL   T+ERD +++++    S +   AE  P      +E +  + 
Sbjct: 424 ETHEALARRLQKRVLLL---TKERDGMRAILGSYDS-ELTPAEYSPQLTRRMREAEDMVQ 483

Query: 495 KKDWYIKELESNLHEQ---------------------KEVNSRQHDELMLLNERLNNEAK 554
           K   +  E+E+ L +                      K  +S      +   E  +    
Sbjct: 484 KVHSHSAEMEAQLSQALEELGGQKQRADMLEMELKMLKSQSSSAEQSFLFSREEADTLRL 543

Query: 555 RIKSLERDCDRLRSEISLLESKLG----HGDFSSTNTKVLRM-VNTLAVDNE-AKQTIEA 614
           +++ LE +  RL  E  +LE++L      GD+  + TKVL M +N  +V  +  ++    
Sbjct: 544 KVEELEGERSRLEEEKRMLEAQLERRALQGDYDQSRTKVLHMSLNPTSVARQRLREDHSQ 603

Query: 615 LKSELQKTKEKLQAVEELKTPSGDAGKLVDSYISGK-IMQLKEQIATLEKREERYKTVFA 674
           L++E ++ +  L+A+E   T   D      S  S K + +LK+Q+ + E + +R K VF 
Sbjct: 604 LQAECERLRGLLRAMERGGTVPADLEAAAASLPSSKEVAELKKQVESAELKNQRLKEVFQ 663

Query: 675 DRISVFRRACCELFGYKIVMDEHQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGN---- 728
            +I  FR+AC  L GY+I        D     ++ L S+YA+   + L F+  S +    
Sbjct: 664 TKIQEFRKACYTLTGYQI--------DITTENQYRLTSLYAEHPGDCLIFKATSPSGSKM 718

BLAST of CcUC11G208460 vs. ExPASy Swiss-Prot
Match: Q80YF0 (Mitotic spindle assembly checkpoint protein MAD1 OS=Cricetulus griseus OX=10029 GN=MAD1L1 PE=2 SV=1)

HSP 1 Score: 78.6 bits (192), Expect = 3.3e-13
Identity = 151/665 (22.71%), Postives = 293/665 (44.06%), Query Frame = 0

Query: 110 LLYTEQELAAARGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESS 169
           L+  E+E        K  + +L +  N S    ++++    EL  +++        AE  
Sbjct: 64  LIQMEREKMQMELSHKRARVELERAANTSARNYEREVDRNQELLARIRQLQEREAAAEEK 123

Query: 170 IALSEEKARLLEDKLNHLSESIERERK----RLHSELAQLKGESKLSVSRINADLEKMVC 229
           +    E+ RL +  L+  S+ + RER+         ++ LKG  ++S  ++NA  +K+  
Sbjct: 124 MQEQLERHRLCKQSLDAASQQL-REREDGLAAARETISSLKG--RVSEMQLNAMDQKV-- 183

Query: 230 RASNAEKESELLKEQLEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEE 289
           +    E E + LKEQLE  +++  E   +  EL+        +E   K+    +   +++
Sbjct: 184 QVKRLESEKQELKEQLELQQRKCQEASQKIQELQASQEERADHEQKIKDLEQKLCLQEQD 243

Query: 290 LRNYVGFSSSSLILNLNESEVREARKLKSSLGDI----GLLKEKLLEEKARRERAESELS 349
                   S  L L   E E++  R+  + L ++    GLL E+L   + +  R E    
Sbjct: 244 AAVVKNMKSELLRLPRMERELKRLREENTHLREMKETNGLLTEELEGLQRKLGRQEKMQE 303

Query: 350 KLQDIQLSVKNLEDELTRRELLIKDI-PGITTYEDIPTKISSLQKEVIDNTIKMGEVNAR 409
            L D++L  + L  +L   E L + +   + T ED+   +  LQ+  +    K   + + 
Sbjct: 304 ALVDLELEKEKLLAKLQSWEKLDQTMGVNLRTPEDLSRFVVELQQRELTLKEKNNTITSS 363

Query: 410 LKQLEVALDAAQIDKQKAETEATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNEL 469
            + LE A    Q + ++   +    ++K E  +   ++    + + T+ERD +++++   
Sbjct: 364 ARGLEKAQQQLQDEVRQVSAQLLEERKKREIHEALARRLQKRIVLLTKERDGMRAILGSY 423

Query: 470 KS-LKNDDAEAKPT-----SETLSQELDATLAKKDWYIKELESNLHEQKEVNSRQHDELM 529
            S L   +  A+ T     +E + Q++ A  ++ +  + +    L  QK+       EL 
Sbjct: 424 DSELTQAEYSAQLTQRMWEAEDMVQKVHAHSSEMETQLSQALEELGVQKQRADTLEMELK 483

Query: 530 LLNERLNN------------EAKRIK--SLERDCDRLRSEISLLESKLG----HGDFSST 589
           +L  + ++            +A R+K   LE +  RL  E   LE ++      GD++ +
Sbjct: 484 MLRAQTSSAETSFPFCKEEVDALRLKVEELEGERSRLEQEKQALEMQMERLTLQGDYNQS 543

Query: 590 NTKVLRM-VNTLAVDNEAKQTIEA-LKSELQKTKEKLQAVEELKTPSGDAGKLVDSYISG 649
            TKVL M +N  ++  + +Q   A L+ E ++ +  + A+E       D         S 
Sbjct: 544 RTKVLHMSLNPASMARKRQQEDHARLQGECERLRGLVHALERGGPIPADLEVASSLPSSK 603

Query: 650 KIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDEHQRADGIPVTRFTL 709
           ++ +L++Q+ + E + +R K VF  +I  FR+ C  L GY+I        D     ++ L
Sbjct: 604 EVAELRKQVESAELKNQRLKEVFQTKIQEFRKVCYTLTGYQI--------DVTTENQYRL 663

Query: 710 LSIYAQSDDEKLQFEYE--------------SGNTNILVEIFIRKMNSIPAFTANLTVES 726
            S YA+   + L F+                S +   L+E+ + + +SIPAF + LT+E 
Sbjct: 664 TSRYAEHQSDCLIFKATGPSGSKMQLLETEFSRSVPELIELHLLQQDSIPAFLSALTIEL 715

BLAST of CcUC11G208460 vs. ExPASy Swiss-Prot
Match: Q9WTX8 (Mitotic spindle assembly checkpoint protein MAD1 OS=Mus musculus OX=10090 GN=Mad1l1 PE=1 SV=1)

HSP 1 Score: 73.9 bits (180), Expect = 8.2e-12
Identity = 153/713 (21.46%), Postives = 304/713 (42.64%), Query Frame = 0

Query: 70  DFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAARGREKSLQE 129
           D   + S + ++ ++Y ++L        + E  R K    L+  E+E        K  + 
Sbjct: 32  DVSTSASGSLQKQYEYHMQLE------ERAEQIRSK--SYLIQVEREKMQMELSHKRARV 91

Query: 130 QLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLLEDKLNHLSE 189
           +L +  + +    ++++    EL  +++        AE  +    E+ RL +  L+ +S+
Sbjct: 92  ELERAASTNARNYEREVDRNQELLARIRQLQECEATAEEKMREQLERHRLCKQNLDAVSQ 151

Query: 190 SIERERKRLHSE---LAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQLEDLKK 249
            +  +   L S    ++ LKG     VS +         +    E E + LKEQLE  ++
Sbjct: 152 QLREQEDSLASAREMISSLKGR----VSELQLSAMDQKVQVKRLESEKQELKEQLELQQR 211

Query: 250 ----------QLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSS 309
                     +L     ++ E E+K+          ++   ++K ++ EL          
Sbjct: 212 KWQEANQKIQELQASQDERAEHEQKIKDLEQKLCLQEQDAAVVKSMKSELMRMPRMEREL 271

Query: 310 LILNLNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDE 369
             L+   + +RE ++        GLL E+L   + +  R E     L D++L  + L  +
Sbjct: 272 KRLHEENTHLREMKETN------GLLTEELEGLQRKLSRQEKMQEALVDLELEKEKLLAK 331

Query: 370 LTRRELLIKDIP-GITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDK 429
           L   E L + +   + T ED+   +  LQ+  +    K   + +  + LE      Q + 
Sbjct: 332 LQSWENLDQTMGLNLRTPEDLSRFVVELQQRELTLKEKNNSITSSARGLEKVQQQLQDEV 391

Query: 430 QKAET---EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKS-LKNDDAEAK 489
           ++A     E    +E  EAL   +++   LL   T+ERD +++++    S L   +   +
Sbjct: 392 RQANAQLLEERKKRETHEALARRLQKRNALL---TKERDGMRAILGSYDSELTQTEYSTQ 451

Query: 490 PT-----SETLSQELDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNN---- 549
            T     +E + Q++ A  ++ +  + +    L  QK+       EL +L  + ++    
Sbjct: 452 LTQRLWEAEDMVQKVHAHSSEMEAQLSQALEELGVQKQRADTLEMELKMLKAQTSSAESS 511

Query: 550 --------EAKRIK--SLERDCDRLRSEISLLESKLG----HGDFSSTNTKVLRM-VNTL 609
                   +A R+K   LE +  RL  E  +LE ++      GD++ + TKVL M +N +
Sbjct: 512 FSFCKEEVDALRLKVEELEGERSRLEQEKQVLEMQMEKLTLQGDYNQSRTKVLHMSLNPI 571

Query: 610 AVDNEAK-QTIEALKSELQKTKEKLQAVEELKTPSGDAGKLVDSYISGKIMQLKEQIATL 669
           ++  + + +  + L+ E ++ +  + A+E       D         S ++ +L++Q+ + 
Sbjct: 572 SMARQRQHEDHDRLQEECERLRGLVHALERGGPIPADLEAASSLPSSKEVAELRKQVESA 631

Query: 670 EKREERYKTVFADRISVFRRACCELFGYKIVMDEHQRADGIPVTRFTLLSIYAQSDDEKL 726
           E + +R K VF  +I  FR+ C  L GY+I        D    +++ L S YA+   + L
Sbjct: 632 ELKNQRLKEVFQTKIQEFRKVCYTLTGYQI--------DVTTESQYRLTSRYAEHQTDCL 691

BLAST of CcUC11G208460 vs. ExPASy Swiss-Prot
Match: P10587 (Myosin-11 OS=Gallus gallus OX=9031 GN=MYH11 PE=1 SV=4)

HSP 1 Score: 60.5 bits (145), Expect = 9.3e-08
Identity = 140/600 (23.33%), Postives = 262/600 (43.67%), Query Frame = 0

Query: 78   AEKQVHDYELKLRVLNENLSKVESERKKFLDRL------LYTEQELAAARGREKSLQEQL 137
            A+ ++   E  + ++ +  +K+  ERK   +R+      L  E+E A    + K+  E +
Sbjct: 982  ADGKIKKMEDDILIMEDQNNKLTKERKLLEERVSDLTTNLAEEEEKAKNLTKLKNKHESM 1041

Query: 138  IKEINGSGERLKKQMQICSELEVKLQNESN--LRMKAESSIALSEEKARLL--EDKLNHL 197
            I E+    ++ +K  Q   +++ KL+ ES+      AE    ++E KA+L   E++L   
Sbjct: 1042 ISELEVRLKKEEKSRQELEKIKRKLEGESSDLHEQIAELQAQIAELKAQLAKKEEELQAA 1101

Query: 198  SESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQLEDLKKQ 257
               +E E  + ++ L +++ E +  +S +  DLE      + AEK+   L E+LE LK +
Sbjct: 1102 LARLEDETSQKNNALKKIR-ELESHISDLQEDLESEKAARNKAEKQKRDLSEELEALKTE 1161

Query: 258  LNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILNLNESEVR 317
            L + L   T  +++L +    E T     +L + L+EE R +      + +  + +   +
Sbjct: 1162 LEDTL-DTTATQQELRAKREQEVT-----VLKRALEEETRTH-----EAQVQEMRQKHTQ 1221

Query: 318  EARKLKSSLGDIGLLKEKLLEEKARRERAESELSK--------LQDIQLSVKNLEDELTR 377
               +L   L      K  L + K   E+  ++L+          QD++   K LE +L  
Sbjct: 1222 AVEELTEQLEQFKRAKANLDKTKQTLEKDNADLANEIRSLSQAKQDVEHKKKKLEVQL-- 1281

Query: 378  RELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE 437
            ++L  K   G     ++  K+  LQ EV + T  + E  A  K +++  D A +  Q  +
Sbjct: 1282 QDLQSKYSDGERVRTELNEKVHKLQIEVENVTSLLNE--AESKNIKLTKDVATLGSQLQD 1341

Query: 438  TEATLVKEKIEALQLEVKQNGL------LLSVATEERDKLKSLVNELKSLKNDDAEAKPT 497
            T+  L +E  + L +  K   L      L     EE +  ++L   + +L    +++K  
Sbjct: 1342 TQELLQEETRQKLNVTTKLRQLEDDKNSLQEQLDEEVEAKQNLERHISTLTIQLSDSKKK 1401

Query: 498  SETLSQELDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERD 557
             +  +  ++     K    +E+ES L +Q E  +  +D+L     RL  E   +  L  D
Sbjct: 1402 LQEFTATVETMEEGKKKLQREIES-LTQQFEEKAASYDKLEKTKNRLQQE---LDDLVVD 1461

Query: 558  CDRLRSEISLLESKLGHGDFSSTNTKVL-----------------RMVNTLAVDNEAKQT 617
             D  R  +S LE K    D      K +                 +    L++    ++ 
Sbjct: 1462 LDNQRQLVSNLEKKQKKFDQMLAEEKNISSKYADERDRAEAEAREKETKALSLARALEEA 1521

Query: 618  IEALKSELQKTKEKLQA-VEELKTPSGDAGKLVDSYISGKIMQLKEQIATLEKREERYKT 636
            +EA K EL++T + L+A +E+L +   D GK         + +L++   TLE++ E  KT
Sbjct: 1522 LEA-KEELERTNKMLKAEMEDLVSSKDDVGK--------NVHELEKSKRTLEQQVEEMKT 1552

BLAST of CcUC11G208460 vs. ExPASy TrEMBL
Match: A0A1S3CCD1 (mitotic spindle checkpoint protein MAD1 OS=Cucumis melo OX=3656 GN=LOC103499375 PE=3 SV=1)

HSP 1 Score: 1209.9 bits (3129), Expect = 0.0e+00
Identity = 670/740 (90.54%), Postives = 692/740 (93.51%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDVTS+PDSS A ASDLPLVIYEDPLPLVPATTQP  SH PS+HMLCT
Sbjct: 1   MIVRTPPPKKQRSDVTSLPDSSPAAASDLPLVIYEDPLPLVPATTQPASSHLPSDHMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKL +LNENLSKVESERKKFLD+LLYTEQELAAA
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGMLNENLSKVESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKEI+ SGERLKKQ+Q  SELEVKLQNESNLR+KAESSIA SEEKARLL
Sbjct: 121 RGREKVLQEQLIKEISDSGERLKKQLQTSSELEVKLQNESNLRIKAESSIASSEEKARLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSESIERERK L +ELAQL+GESKLSVSRINADL KMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSESIERERKHLDTELAQLRGESKLSVSRINADLAKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECL QK+ELEKKLASFTVNEGTGKESNILIKHLQEELRNY           
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTGKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEV+EARKLKSSLGDIGLLKEKLLEEKARRERA+SELSKLQDIQLSVKNLEDELTRR
Sbjct: 301 --ESEVKEARKLKSSLGDIGLLKEKLLEEKARRERADSELSKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           +LLIKDIPGI+TYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE+
Sbjct: 361 DLLIKDIPGISTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATLVKEKIEAL+LEV+QN LLLSVATEERDKLKSLVNELK+LKNDDAEAK T+ETLSQE
Sbjct: 421 EATLVKEKIEALKLEVQQNELLLSVATEERDKLKSLVNELKTLKNDDAEAKATNETLSQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+  AKKDWYIKELESNLHEQKEVNSRQHDEL LLNERLNN+AKRIKSLERDCDRLRSE
Sbjct: 481 LDSIFAKKDWYIKELESNLHEQKEVNSRQHDELKLLNERLNNDAKRIKSLERDCDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESK+GHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELK P
Sbjct: 541 ISLLESKIGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKAP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQRADGIPVTRFTL SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRADGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILANNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. ExPASy TrEMBL
Match: A0A6J1EY58 (mitotic spindle checkpoint protein MAD1 OS=Cucurbita moschata OX=3662 GN=LOC111439783 PE=3 SV=1)

HSP 1 Score: 1206.8 bits (3121), Expect = 0.0e+00
Identity = 668/740 (90.27%), Postives = 688/740 (92.97%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDV ++PDSS AGASDLPLVIYEDPLP+VPATTQP  SHEPSE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKL VLNENLSKVESERKKFL++LLYTEQELAAA
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLEQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKEIN SGE+LKKQMQI SELEVKLQNE+NLRMKAESSIALSEEKA+LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQNEANLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH SESIERERKRLH ELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECL QK+ELEKKLASFTVNEGT KESNILIKHLQEELRNY           
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESEL+KLQDIQLSVKNLEDELTRR
Sbjct: 301 --ESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELTKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           ELLIKDIPGITTYEDIP KISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQ DKQKAE+
Sbjct: 361 ELLIKDIPGITTYEDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATL +EKIEAL+LE +QN LLLS+ATEERDKLK+LVNELKSLKN DAEAK TSET+SQE
Sbjct: 421 EATLAREKIEALRLETQQNELLLSLATEERDKLKNLVNELKSLKNGDAEAKATSETISQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+ LAKKDWYIKELESNLHEQK+VN RQHDEL LLNERLNNEAKRIKSLERD DRLRSE
Sbjct: 481 LDSALAKKDWYIKELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP
Sbjct: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQR DGIPVTRFTL SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRTDGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILANNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. ExPASy TrEMBL
Match: A0A6J1KBD3 (mitotic spindle checkpoint protein MAD1 OS=Cucurbita maxima OX=3661 GN=LOC111492363 PE=3 SV=1)

HSP 1 Score: 1204.5 bits (3115), Expect = 0.0e+00
Identity = 669/740 (90.41%), Postives = 684/740 (92.43%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDV ++PDSS AGASDLPLVIYEDPLP+VPATTQP  SHEPSE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKL  LNENLSKVESERKKFLD+LLYTEQELAA 
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGELNENLSKVESERKKFLDQLLYTEQELAAT 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKEIN SGE+LKKQMQI SELEVKLQ E+NLRMKAESSIALSEEKA+LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQKEANLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH SESIERERKRLH ELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECL QK+ELEKKLASFTVNEGT KESNILIKHLQEELRNY           
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             E EVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR
Sbjct: 301 --EFEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           ELLIKDIPGITTYEDIP KISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQ DKQKAE+
Sbjct: 361 ELLIKDIPGITTYEDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATL KEKIEAL+LE +QN LLLSVATEERDKLKSLVNELKSLKN DAEAK TSET+SQE
Sbjct: 421 EATLAKEKIEALKLETQQNELLLSVATEERDKLKSLVNELKSLKNGDAEAKTTSETISQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+ LAKKDWYIKELESNLHEQK+VN RQHDEL LLNERLNNEAKRIKSLERD DRLRSE
Sbjct: 481 LDSALAKKDWYIKELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP
Sbjct: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQR DGIPVTRFTL SIYAQSDDEKLQFEYESGNTNIL             VEIFIRKMN
Sbjct: 661 HQRTDGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILANNYTSQPELSRQVEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. ExPASy TrEMBL
Match: A0A0A0KV95 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G630750 PE=3 SV=1)

HSP 1 Score: 1167.1 bits (3018), Expect = 0.0e+00
Identity = 643/699 (91.99%), Postives = 662/699 (94.71%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MIVRTPPPKKQRSDVTS+PDSS A ASDLPLVIYEDPLPLVPATT+P  SHEPS+HMLCT
Sbjct: 1   MIVRTPPPKKQRSDVTSLPDSSPAAASDLPLVIYEDPLPLVPATTEPASSHEPSDHMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKL VLNENLSKVESERKKFLD+LLYTEQELAAA
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           R REK LQEQLIKEI+ SGERLKKQMQI SELEV+LQNESNLR+KAESSIA SEEKARLL
Sbjct: 121 RRREKVLQEQLIKEISDSGERLKKQMQISSELEVRLQNESNLRIKAESSIASSEEKARLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSESIERERK L +ELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLK Q
Sbjct: 181 EDKLNHLSESIERERKHLDTELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKGQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLK QLNECL QK+ELEKKLASFTVNEGTGKESNILIKHLQEELRNY           
Sbjct: 241 LEDLKNQLNECLCQKSELEKKLASFTVNEGTGKESNILIKHLQEELRNY----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEV+EARKLKSSLGDIGLLKEKLLEEKARRERA+SELSKLQDIQLSVKNLEDELTRR
Sbjct: 301 --ESEVKEARKLKSSLGDIGLLKEKLLEEKARRERADSELSKLQDIQLSVKNLEDELTRR 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           +LLI  IPGI+TYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE+
Sbjct: 361 DLLINSIPGISTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAES 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATLV+EKIEAL+LEVKQN LLLSVATEERDKLKSLVNELK+LKNDDAEAK T ETLSQE
Sbjct: 421 EATLVEEKIEALKLEVKQNELLLSVATEERDKLKSLVNELKTLKNDDAEAKETKETLSQE 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD TLAKKDWYIKELESNLHEQKEVNSRQHDEL LLNERLNN+AKRIKSLERDCDRLRSE
Sbjct: 481 LDLTLAKKDWYIKELESNLHEQKEVNSRQHDELKLLNERLNNDAKRIKSLERDCDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESK+GHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELK P
Sbjct: 541 ISLLESKIGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKAP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNILV 700
           HQRADGIPVTRFTL SIYAQSDDEKLQFEYESGNTNILV
Sbjct: 661 HQRADGIPVTRFTLQSIYAQSDDEKLQFEYESGNTNILV 686

BLAST of CcUC11G208460 vs. ExPASy TrEMBL
Match: A0A6J1DLL9 (mitotic spindle checkpoint protein MAD1 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111022291 PE=3 SV=1)

HSP 1 Score: 1125.5 bits (2910), Expect = 0.0e+00
Identity = 623/740 (84.19%), Postives = 666/740 (90.00%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYEDPLPLVPATTQPGLSHEPSEHMLCT 60
           MI+RTPP KKQRSDV ++PD+S   ASDLPLVIYEDPLP +P T+QP LSH  SE MLCT
Sbjct: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAAA 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKL  +NENLSK E ERKK+LD+LLYTEQELAA+
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120

Query: 121 RGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARLL 180
           RGREK LQEQLIKE+N SGE+LKKQ+QI SELE+KLQNESNLR KAESSIA SEEKA LL
Sbjct: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180

Query: 181 EDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLS+SIERE+KRLH+ELAQLKGESKLSVSRI+ADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLILN 300
           LEDLKKQLNECLSQK+ELEKKLAS TVNEGT KESNILIKHLQEELRN            
Sbjct: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNC----------- 300

Query: 301 LNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRR 360
             ESEVREARKLKSSL DIGLLKEKLLEEKARR RAE+ELSKLQD+QLSVK LEDEL R 
Sbjct: 301 --ESEVREARKLKSSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARN 360

Query: 361 ELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAET 420
           ELLIKDIPGI TYED+P KISSLQKEVID+TIK+GEV+ARLKQLEVALD AQIDKQKAET
Sbjct: 361 ELLIKDIPGIKTYEDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAET 420

Query: 421 EATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQE 480
           EATL KEKIEAL+LE KQN LLL + TEERDKLKSLV+ELK LKNDD  ++  SE LSQ+
Sbjct: 421 EATLAKEKIEALKLEAKQNELLLPMVTEERDKLKSLVSELKGLKNDDTRSQVASENLSQD 480

Query: 481 LDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRSE 540
           LD+ LAKKDWYIKELESNL EQ EVN++QH+E+ LLNERLNNEAKRI+SLERDCDRLRSE
Sbjct: 481 LDSALAKKDWYIKELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSE 540

Query: 541 ISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKTP 600
           ISLLESKLGHGDFS+T+TKVLRMVNTLAVDNEAKQTI+ALKSELQKTKEKLQAVEELKTP
Sbjct: 541 ISLLESKLGHGDFSATSTKVLRMVNTLAVDNEAKQTIDALKSELQKTKEKLQAVEELKTP 600

Query: 601 SGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660
           SGDAGK+VDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE
Sbjct: 601 SGDAGKVVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMDE 660

Query: 661 HQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKMN 720
           HQRADGIPVTRFTL SIYAQSD+EKLQFEYESGNTNIL             +EIFIRKMN
Sbjct: 661 HQRADGIPVTRFTLQSIYAQSDEEKLQFEYESGNTNILANSYTSQPELSRQIEIFIRKMN 720

Query: 721 SIPAFTANLTVESFNRRTLS 728
           SIPAFTANLTVESFNRRTLS
Sbjct: 721 SIPAFTANLTVESFNRRTLS 727

BLAST of CcUC11G208460 vs. TAIR 10
Match: AT5G49880.1 (mitotic checkpoint family protein )

HSP 1 Score: 798.5 bits (2061), Expect = 4.5e-231
Identity = 456/740 (61.62%), Postives = 570/740 (77.03%), Query Frame = 0

Query: 1   MIVRTPPPKKQRSDVTSVPDSSLAGASDLPLVIYED-PLPLVPATTQPGLSHEPSEHMLC 60
           MI+RTP PK+ RSD    P  + A  S   L+IYED PLP  PA  Q    H   +H LC
Sbjct: 1   MILRTPQPKRLRSDAGESPFPTGATGSGNQLIIYEDSPLP-APAPLQTSHDHSADQH-LC 60

Query: 61  TYQCRQMVKSDFLDALSNAEKQVHDYELKLRVLNENLSKVESERKKFLDRLLYTEQELAA 120
           TYQCRQMVK+D LDALS AEKQV + + KL+ LN N ++ ++ERK F D+ LY+EQELAA
Sbjct: 61  TYQCRQMVKADVLDALSTAEKQVEESKTKLQTLNANFTEADAERKHFRDKFLYSEQELAA 120

Query: 121 ARGREKSLQEQLIKEINGSGERLKKQMQICSELEVKLQNESNLRMKAESSIALSEEKARL 180
           A+ REK LQEQL+ EIN S ER  K++Q C ELEVKLQNE NLR KAESS A +EEKA+L
Sbjct: 121 AKAREKMLQEQLLMEINNSQERYTKELQSCHELEVKLQNEMNLRKKAESSAATAEEKAKL 180

Query: 181 LEDKLNHLSESIERERKRLHSELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKE 240
           LEDKL  LS S++RE+KRL++++AQL  E+KLSV+RI ADLE+M CRA NAE ES LL+ 
Sbjct: 181 LEDKLTQLSGSVDREKKRLNNDIAQLGKEAKLSVARIGADLERMQCRAQNAETESNLLRS 240

Query: 241 QLEDLKKQLNECLSQKTELEKKLASFTVNEGTGKESNILIKHLQEELRNYVGFSSSSLIL 300
           QLE LK   +ECL +KTE++KKL+SFT    +  ++++L+KHLQEEL+ Y          
Sbjct: 241 QLEHLKLIFDECLQEKTEVDKKLSSFTSEAASSSDNSVLVKHLQEELKRY---------- 300

Query: 301 NLNESEVREARKLKSSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTR 360
              E+EVREARKLKS   D  LL   LLEE++RRERAESELSK  D+QLS++ LE+EL+ 
Sbjct: 301 ---EAEVREARKLKSRHLDAELLNVNLLEEQSRRERAESELSKFHDLQLSMEKLENELSS 360

Query: 361 RELLIKDIPGITTYEDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAE 420
            + L+ DIPG++  +DI  + S LQ EV+ +T+K+GE + R+KQLE  L+A Q+ +Q A 
Sbjct: 361 WKSLLNDIPGVSCPDDIVMRFSVLQNEVVQSTMKIGEASTRIKQLEETLEAIQLGRQNAV 420

Query: 421 TEATLVKEKIEALQLEVKQNGLLLSVATEERDKLKSLVNELKSLKNDDAEAKPTSETLSQ 480
           +EA L KEK EAL+ +VK+  ++L++ TEE+++LK++VNEL+   ++ + +      L Q
Sbjct: 421 SEAALAKEKSEALKTDVKRIEVMLTLVTEEKEQLKAVVNELRKSNSEGSVSGAADGALIQ 480

Query: 481 ELDATLAKKDWYIKELESNLHEQKEVNSRQHDELMLLNERLNNEAKRIKSLERDCDRLRS 540
             +++LAKK+ YIK+LE +L++ K+VN+RQ  E+ LLNE+L +EA+R KSLERD DRLRS
Sbjct: 481 GFESSLAKKENYIKDLEQDLNQLKDVNNRQRTEIELLNEKLVDEARRNKSLERDSDRLRS 540

Query: 541 EISLLESKLGHGDFSSTNTKVLRMVNTLAVDNEAKQTIEALKSELQKTKEKLQAVEELKT 600
           EISLLESKLGHGD+S+ NT+VLRMVNTL V+NEAKQTIEAL++ELQKTKE+LQAVEELK+
Sbjct: 541 EISLLESKLGHGDYSAANTRVLRMVNTLGVENEAKQTIEALQAELQKTKERLQAVEELKS 600

Query: 601 PSGDAGKLVDSYISGKIMQLKEQIATLEKREERYKTVFADRISVFRRACCELFGYKIVMD 660
            SGDAGKLVDS+I+GKI QLKEQ ATLEKREERYKTVFADRISVFRRACCELFGYKIVMD
Sbjct: 601 QSGDAGKLVDSHITGKIAQLKEQNATLEKREERYKTVFADRISVFRRACCELFGYKIVMD 660

Query: 661 EHQRADGIPVTRFTLLSIYAQSDDEKLQFEYESGNTNIL-------------VEIFIRKM 720
           EHQR +GIPVTRFTL SIYAQSDDEKL+FEYESGNT+IL             +EIFIRK 
Sbjct: 661 EHQRPNGIPVTRFTLQSIYAQSDDEKLEFEYESGNTSILNNEYASQGDIAKQIEIFIRKF 720

Query: 721 NSIPAFTANLTVESFNRRTL 727
           NSIPAFTANLT+ESFNRRTL
Sbjct: 721 NSIPAFTANLTMESFNRRTL 725

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_038876538.10.0e+0091.22mitotic spindle checkpoint protein MAD1 isoform X1 [Benincasa hispida][more]
KAG6601670.10.0e+0091.08Mitotic spindle checkpoint protein MAD1, partial [Cucurbita argyrosperma subsp. ... [more]
XP_008460594.10.0e+0090.54PREDICTED: mitotic spindle checkpoint protein MAD1 [Cucumis melo][more]
XP_004142360.10.0e+0090.68mitotic spindle checkpoint protein MAD1 isoform X1 [Cucumis sativus] >KAE8648888... [more]
XP_022933081.10.0e+0090.27mitotic spindle checkpoint protein MAD1 [Cucurbita moschata][more]
Match NameE-valueIdentityDescription
Q9LTY16.3e-23061.62Mitotic spindle checkpoint protein MAD1 OS=Arabidopsis thaliana OX=3702 GN=MAD1 ... [more]
Q9Y6D97.6e-1824.18Mitotic spindle assembly checkpoint protein MAD1 OS=Homo sapiens OX=9606 GN=MAD1... [more]
Q80YF03.3e-1322.71Mitotic spindle assembly checkpoint protein MAD1 OS=Cricetulus griseus OX=10029 ... [more]
Q9WTX88.2e-1221.46Mitotic spindle assembly checkpoint protein MAD1 OS=Mus musculus OX=10090 GN=Mad... [more]
P105879.3e-0823.33Myosin-11 OS=Gallus gallus OX=9031 GN=MYH11 PE=1 SV=4[more]
Match NameE-valueIdentityDescription
A0A1S3CCD10.0e+0090.54mitotic spindle checkpoint protein MAD1 OS=Cucumis melo OX=3656 GN=LOC103499375 ... [more]
A0A6J1EY580.0e+0090.27mitotic spindle checkpoint protein MAD1 OS=Cucurbita moschata OX=3662 GN=LOC1114... [more]
A0A6J1KBD30.0e+0090.41mitotic spindle checkpoint protein MAD1 OS=Cucurbita maxima OX=3661 GN=LOC111492... [more]
A0A0A0KV950.0e+0091.99Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G630750 PE=3 SV=1[more]
A0A6J1DLL90.0e+0084.19mitotic spindle checkpoint protein MAD1 isoform X1 OS=Momordica charantia OX=367... [more]
Match NameE-valueIdentityDescription
AT5G49880.14.5e-23161.62mitotic checkpoint family protein [more]
InterPro
Analysis Name: InterPro Annotations of Watermelon (PI 537277) v1
Date Performed: 2022-01-31
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 213..261
NoneNo IPR availableCOILSCoilCoilcoord: 394..435
NoneNo IPR availableCOILSCoilCoilcoord: 570..597
NoneNo IPR availableCOILSCoilCoilcoord: 443..466
NoneNo IPR availableCOILSCoilCoilcoord: 75..109
NoneNo IPR availableCOILSCoilCoilcoord: 319..356
NoneNo IPR availableCOILSCoilCoilcoord: 492..547
NoneNo IPR availableCOILSCoilCoilcoord: 616..636
NoneNo IPR availableCOILSCoilCoilcoord: 163..208
NoneNo IPR availableGENE3D6.10.250.90coord: 499..599
e-value: 4.0E-6
score: 28.6
NoneNo IPR availableGENE3D1.20.5.170coord: 613..651
e-value: 3.0E-5
score: 25.7
NoneNo IPR availableGENE3D3.30.457.60coord: 653..727
e-value: 9.2E-14
score: 53.5
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..22
NoneNo IPR availableSUPERFAMILY75704Mitotic arrest deficient-like 1, Mad1coord: 512..596
IPR008672Spindle assembly checkpoint component Mad1PFAMPF05557MADcoord: 113..725
e-value: 2.5E-18
score: 65.8
IPR008672Spindle assembly checkpoint component Mad1PANTHERPTHR23168MITOTIC SPINDLE ASSEMBLY CHECKPOINT PROTEIN MAD1 MITOTIC ARREST DEFICIENT-LIKE PROTEIN 1coord: 1..724

Relationships

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

Feature NameUnique NameType
CcUC11G208460.1CcUC11G208460.1mRNA


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:0007094 mitotic spindle assembly checkpoint signaling
cellular_component GO:0000776 kinetochore
cellular_component GO:0072686 mitotic spindle
cellular_component GO:0005635 nuclear envelope