MC00g0394 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC00g0394
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	mitotic spindle checkpoint protein MAD1
Location	scaffold163: 513958 .. 553616 (+)
RNA-Seq Expression	MC00g0394
Synteny	MC00g0394

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGATCTTGAGGACTCCTCCGCTGAAGAAGCAACGATCCGATGTGAGGGCTCTGCCCGATGCCTCGTCCGGAGCTGCGTCAGATCTGCCGCTCGTTATCTATGAAGACCCTCTTCCCTCGCTGCCACCAACGTCTCAACCAGAGTTGTCGCACAACCACTCTGAGCCCATGCTCTGCACTTACCAATGCCGCCAAATGGTCCGCAAAATTCCATCTCTTTCCTCTTCTCAAATCCATTCCTTATAATTGATACCTCATTTCGTTGTCATGTTATTTGGTAAAGTTCATTAGTTGTTCGAATTGTTTGATGTTTCTGAGCTCTCCTTGGAGGTGTAGATGTTAACCTGTCTTAACCCAATTGACTATTTTGATTGAGATGATGGCTAGAGTATGCTCTCCAGTCATTGGGTCATGATTTCTTAAGTATTTTGATTGAGATGGTGGTCTGAGAGCCATGAATTTTTAAACCATGTTGTGGAATAAGGTCACACGAAAACTCCTAAAGTAGGAGGTCTTTAAGGGTCTGGTGAATTCAAGCTCATTACCGCCCATTTTATATATTTTCCAAGATTACATGTTAAATCAACCTTGAAATTTGAGATGATCATGAGATATTTCGGGCAGATTCAGAGGGAGGCAAATAGCTGCTTCTTTCCAGCTAGTCATTGAGGTTTGTACTATAATCTGATACTTTGTGGCATAACAATCTCTAGCAAGTATGGCACCGACCGAATTTGGTTGGTCCACTACCTCTTCTTCTCTTAGTGGGTATGGTGTAAACCAAGACCCCCGAATGAAGGTCCTTAATTAGGGCCTCTCTTAAGGATGTGTGAGGTATACATAAGTTGTCACCTTTGAAGAGATAGCCATTGACTTGAGTGAAAATCTGCTGTACTGCTATGATGAAGACATTTAGTCCAAATATCGTGGAAGTCTGGATCATTGTTATAAGATGTGGGTAGATTAGAAAAAGCCGTAATCTCACCTTGTAGTATAGTTAGCAATGCTCCCTTCCTGCTAAGAGCCTAAGAGCATATACAACCTTATTCAAAGCTCCATTTTTATGTTTGATAACAAAATCAAATGTTGTAGAAAATAGAAATGAAAGCCATATGGCATGCAAATGGATTTTTGAGTATGCAGGAATTTTAAAGAAAAGTGATCTGTAAAAAGGATATATTCCTGACTTAATAAGTAGCGTTCCCATTACTTAAGGGCCCTAACAAGGACATACAATTCCTGCTCGTATGTGCTCCAGTTTTGGCGAGATGGACTAAGTTTTTCAGTGAAATATTCAATGGGATGCTGGTTTTGAGATAAGACAGCCCCTATTCCTATGCCGGATGCATCTACCTACTGCTACTTCGAATGGTAGTGTGAAATCAGGAAGACGTAGGACTGGATTTTGAGTAAGTTTATTCTAAGATGTCAAAGCTGTCCTGCTGGGTTTTGCCCTAATGAAAATTCCCTTTTCTTAAACAATCAGTTAAGGGTCTAGCTAGTGTATTAAAATCTTTTATGAACTTTCTATAGAAGGATGCTATACCTAAGAAGCATTGAACAACTTCTACGGTTTGGGGTTGGGGCCAGCGGATATTGCTTGAATTTTGAAGGGTCCATTCGTACTCCAACAGCACTAATAAGAAATCCTAGGAAGGATATTTCAGTAGCTAAAAATATACATTTCTTAAGGTTAATGACTAGTTTATTCTTGTGTAGTGTAGTAAATAAAGTGTTTAGACGTGTAAGGTGATCTTACCTACTTTTACTATGGATTAAAATATCATCAAAGTAGACAATAACGAATTTATGTAAGAAGGGAAGAAGAACCTGATTCATCAACCTCATGAATGTGCTAGAGGCGTTCGACAACCCGAAGGGCATGACTAACCTCTCAAACAAGCCTTCGTTCATTTTGAAAGCGGTTTTCCATTCGTTTCCTGAGCGAATTCGTATTTGGTGGTCCCCACTGCGAAGGTCTATTTTGGAGAAGATTTCAACTTCTCCTAATTGATCCAAAAGATCCCCAATTCGCGGTATAGGAAATCGGTATTTGAACTGTTATTTTGTTGATAGCTATGCTATCAACACACATTCTCCGAGACCCGTCTTTCTTAGGGGTGAGGAAGGCTAGAACTGCACAAGGGCTCAAGCTTGGTTGGATATGCCCTTTCTCCAGTAATTCTATAATCTGATCGTGTAAAATCTTATACTCCGTAGGGCTCATTTTGTAGTGGGGCAAGTTAGGTAGTGTAGCCCTGACAAAAGATCAATGTGATGTTGTATATCTCGTGAAGGAGGGACAAAATCCTATGGTTGGAGAAGCTCAAGAAGCTCGTCAAGAAGAGACTGGATAGAGAGGTGAACTTTTGGGGATTCGAACTATCCCAAGATGTGAACTCTTTTACAATCAAGGCTAAAAGTGGTTTGGATCGCTGAAGGAGAAGTTGTTTGCCACTGCAAATATGAAACAAGTGGCCTTTTGCAGTATTTGTGGTACCATGTTGACATGTTGATGTAGTTAAGTAGCTCTTCATAGCTTTTCTCGAATATTAGCTACTGTTATAGCTTTTATTTTAGTAGCTTTACTTTTCCTGCACAGTAACAATAGTTACTCATGTAATTCTTAAGCTTGAAACCTCTATAAATAGGTTTCAGCCTTTTAATGAAAGGGCATTGAATCATTTCTTAAAAAAACCTTGTGAGGTGCTGCATCAAATTGGTATCAGAGCATCTCGATTTTCTGGGTTGTATGGCGGGAAAGAAGTCGATCAACATTGGTGACTCCTCTCGTCAACAAAGAAGTGGAGCAAGCCTCCATTCTCTCGCCACGATCATCAACCGCACGCTTGCTGTCGGTTGAAGGAGAGGTGAAAACCATCTAGCAGGATGTCGGCGAGATTAAACAAATTTTGGAGATCATCCATGACAAGCTCGAAGCAATGAGTGTACAGCAAGCTACGGTTAGAACTCCTCCTCAAAATTCTACAAGATTGGATCAAGAAATGTGGATGGAGGATCAAAGGACTAATTACCTGCCGGAGAGGTACCATACACCACCAAGAAGAGTCGAAGAAGTCAATCGGAGACCAAGAAACCTCCAAGAACAGCACCTTGTGCAGCCTAGAAGGTACCAAGATTATGTTCTTGAACCAAGAATGCTCCAAGAACTGAGAGCTGTCCGACAAGACTTCAACCAAAATCTTGGAGTTTGTACACTAAGAAGGTATCAAGAAGGTTCAAGCAACAATGTTGGAGTTTGTACGAATTTTAACAAATTAGTTTGATACAAGACTAAGGTATTTTGCCACCAAACTCCAAACAACAGCCATGGAATTTTTCTTTCTTCTTTTACAAAACTCCCAACTAGAGAAAAAAACCCAAGTGATACCTTAACCAAGATGGGAAGATTTTGCCACCAAAAGAGTGAAGACACTTCAAATGATTTCATAAGACCAACAAAAATTTCAGAGGATGCAAGAGGTAACTCAATTTTGCCTCAAGTTGCTGCCTTCGATGTTGATTTCAGAAATTGTGGAATCCAAAACTCTTCTCAGGTTGTGGCAATTGAACAAGAGTATGAGTTTTTTCTTAAGTTTGACAATTATTTTGATGGGGAAGAAGAGGTTGATGAAGAATTGATAGGAACAGATGATGATTCTACTTTTTCTTTGGCTACATTGTTCTTTGAAGTGGAAATGCAATATGTTAACGGGCAAAAGAATCAACAAGAATCTTTATTGAGATTTGGGTCAAGAATTTCATAAGAATTGTCAAGATGAACCAATGAAGAGGGAGAATCTTTTACTGGCTTCTAATTTTTTCCAAAGAAAACTCCCTTGGATAAGTTCAAATAACATAGAGGATGAATTTCTTTTGAGTTTTGCTGATTATTTTGATGAAGGAGATGAAGATTCTCCAATTGAACTTCAAGAACATCGGCTACAAGAAAATGCAAGAAAGCTCTTCCTTCCGAGTAGACTTCAAGAATGTAAATACAAGAAGAAGAAAGTGGGTAGTTTTCCGAAGGATCCCTAGGAAAAGAATGTTGATAATTTGGAACACTTTTGTCTCAACAAATTATTGCATCAAAATTTCTTGGGATTTAATTCAATTTGGTCACTTTATCGTTTTTTTGATGAGTTAAAAAAGACATTTTCGATTGGAGTATTTTTGAACCACAAGAAGAAGCGAGTTTCTAGTTTGCGGATTGTTCACCGCCTTCTAACTCCACTACTTTTCAACTCGAGGACGAGTTTCATTTTGGGGTCAGGGAAATTGATGTAGTTAAGTAGCTTTTTATAGTTTTTCTCGAATATTAGCTACTGTTATAGCTTTTATTTTAGTAGCTTTACTTTTACTGCACAGTAACAATAGTTACTCATGTAATTCTTAAGCTTGAAACCTCTATAAATAGGTTTTAGCCTTTTAATGAAAGGGCATTGAATCATTTCTGAAAAAAACCTTGTGAGGTGCTGCATCACGTGTTGTGTCGATAAAGGGAGTAGAACCACGATTTTCCCCATCCATGAGAATTCATAGGTGTTTTTTCGGTCCTTGTGGATAACTTGGGTGTCATATTGCCATGGCCTTCCTAAAAGGATGTGACACACATCCATGTCAAGACCATCACACGTTATTTGATCTTTGTAACTAGTCCCTGCAGAAAGAGGAACTGTACAAATTGTGTTAACCAAAGCCTCTCCTTCTTTTCGAATCCAGCTAATCTTATATAGTGAAGGATGAGGGGAGACCTTGAGGTTCAAGGCTGCAACAAGTTTGCTGGAGACTACATTTTCTGTGCTGCCATTAAGGATTATTGATTATGGTGCAACAGACCATATGACGAATACAACTTTGGATAATGCTCCTTGTCAAGGTACAGGTTCGGTAACTTTGACGAGTACAACTTCTCAGCCTAAACGTTGTACATGGATTATTGATTATGGTGCAACAGACCATATGACGAATAGTAGCTGTCATTTTATCTCTTATAGTATTTGTCCGAGCAATAAGAAAATTTCTACCGCAGATGGTACCTTGGTAACAGTGGCTGGTCAAGGAGACATCAAGATAAATTCAAACATTACTTTAAAGAATGTGCTTCATATACCACGTTTAACTGTTAATTTGATATCAGTAAAGAATTTGATCAAAAATTTAGGTTGCAGAGTAATTTTTTCTGATTCTTCTTGTATTTTACAGGACTAGGGCAATGGGAAGATTATTGGACTTGCTAATGAAAAAGATGGACTTTATTATCTTAATGAACTTGTCGATCAGACTAGTGTTCCAGTCTCCTTCACCTCACAAACTCATCATCCTTCAAGTAAGCTTTTGTTGAATCATTATAGACTAGGATATCCTTCATTTCGAACTCTTAAAATATTGTTTCCTGATTTATTCCAAAATCTTAATCCTGAGTCAATTCAATGTGAAGTTTGTGAATTCGCTAAACACAAGCGTGTACCCTTCCCTAGTAATAATAAACGAATATCAGTTCCCTTCTCTCTTATTCATACTGATGTTTGGGGTCCCTCCAATGTTCCAAATGTTTCCAAATTTCGTTGGTTTATTGTGTTTATTGATGACTGTACTCGAGTCTCATGGGTTTATCTTTTAAAACAAAAATCCGATGTCGGTTCTACCATTCAAACATTCTTTCATATGATAGAAAACCAATTCGGAATCAAACCCAAACGATTCCGCTCTGATAATGCTCGAGATTACTTCAATCAAAACTTAACATCCTTCTTTCAAAAAAATCGAGTCATCCATGAGTCGTCTTGTGTGGACACTCCTCAACAAAATGGAATGGCCGAAAGAAAAATTGGTCAAATCCTTTCTGTGACACGTGCCATTCTTTTTCAAAGAAATGTTCTTAAATCCTTTTGGGGGGAAGCTGTGTTAACAGCCACTTATTTAATCAATCGGTTACCATCTGCTACTCTAGACCATAAAACTCCTATGGATATCCTATCAAAATATTATCCTGATTTTCAAACAACAGATAACTTGACTCCTCAAGTATTTGGTTGTGTAGCTTTTGTTCATGTTCATAGTCATCAGCGAGGTAAACTTGATCCACGAGCACTCAAGTGTATTTTTGTCGGATACTCGAACACTCAAAAGAGATATAAATGCTATCATCCTCCTTCAAAAAGGTTGTTCATCTCTTCTGATGTTACCTTCTATGAAGACACCAGCTTCATTACCTCACCTTATCTTCAAGGGGAGGAACTATTATTGGAAGATAAGGATTTGCCCATTCCCAACCTCACATTTCCTATATCAAATTCTTTACCACCACCCTTAGACACCTTACCGGGACCATCTAACCCTTCTACTATTACACCATTACAGGTTTATTCAAGAAGGAACACTGAAAAAGATAAGTAAGTCCAAGCGTCTGAACATGTCCCTGTAACTGAAATTGACGAGAAAATAATCATTGATGAATCAGACATTATAATATCTACTAATGAGGAGTCAGATATTACAATATCTGCTAATGATGAGTTAGACCTGGATTTGCCGATTGCTTTAAGGAAGGGAAAACAGACTTGTACTCAGTATCCATTGTCTCACTTTGTATCATATGACAAACTCTCAAGTCAGTACAAAAGTTTTATGGTTAACCTTACTCAGGTAAATATTCCAAAAACATATATGGAGGCAATACAACATGAAGAATGGAGGCAAGCAATGAATCTTGAAATGCAGGCTTTAGAAAAAAATAAAACATGGGAGTTGGTTACTATGCTTAAAGATAAGAAAGCTGTAGGATGTCGATGGATATATACTGTAAAGTATAAAGCAGATGGAACACTCGAGAGGTACAAAGCACGGTTGGTTGCTAAGGGATATACTAAAACATATGGAGTTGATTATCATGAAACCTTTGCGCCTGTTGCCAAGATGAATACAGTACGAATACTTCTATCTCTTACTGTAAATCATGGATGGGACATGTTACAATATGATGTAAAAAATGCTTTTCTATATGGTGATCTTGAAGAAGAAATTTATATGGAGATTCCACCTGGGTATCAACAAGCAGGAAATAAAGTTTGTAAATTAAAAAAGGCGTTGTATGGATTAAAGCAATCTCCTAGGGCATGGTTTGGTAGATTTTCTCAAGTTATGAGGAAGATGGACTATAAACAAAGTCAAGGAGATCATACATTGTTTATAAAACATTATGCTACAGGGGAAGTAACAACATTGATTGTTTATGGGGACGATATTATCGTCACTGGCAATGATAATAATGAGCAAGATAAACTGAGAAATTGTTTAATCCAAGAGTTTAAAGTTAAAGAACTGGGAAGACTGAAATATTTTCTTGGGATAGAAGTAGCCTATTCTAAACAAGGCATATTCTTATCACAACAGAAATATGTGATTGACTTACTTTCTGAAATAGGAAAGCTTGGCAGCAGACCAATAGGAACGTCGATTTGATCAAAACCATAGATTATGTGCATCTGAAGAGAGTCCTCCAGTAAATAAGGAAACTTACCAGAGGTTTGTTGGAAAATTAATATATCTTTCTCATACGAGACCAGATATTGCGTATGCTGTAGGAGTGGTAAGTCAATTTATGCATAGTCTAAAAGAAATTCATCTTCAAGCTGTTTACCGAATACTACACTATTTGAAGAACTCCATTGGGAGAGGATTGTTGTTTAAGAAAGGAGAGAAACTTAATCTAGAAGTTTATACAGATGCAGATATGCAGGATCGATAGACGATAGAAAATCCACTTCTGGCTATTGTACTTTCTTAGGTGGGAACTTAGTGACGTGGAGAAGTAAAAAACAAAATGTAGTTGCAAGATCAAGTTCAGAAGCGGAATTTAGAGCAATGACATTGGGCATCTCCGAATTACTGTGGATAAAGATTATTTTAGAAGATTTGAAGATTCCATGGGAAGGGCCTATGAAACTTTATTGTGATAACAAGTCTGCCATCAGTATTGCACATAATCCAGTTCAACATGATAGAACCAAGCATGTTGAAGTTGATAGACACTTCATAAAAGAGAAGTTAGATAGCGACCTCATATGTACTCCATTTGTACCAAAAAACAATCAAATAGCAGATATTCTTACAAAAGGATTGAACAACATCAACTTTAAGCATTTGGTTAACAAGCTGGGAATGGAAAATATACATTCACCAGCTTGAGGGGGAGTGTTAAATTATAGTTTATTTGATTTTAAAGGTTTCCTATTTTATTTAGGTTAGGTTTTTATTGTTCTAATAGGTAAGTGTTTCCTTATCCTAATAGGCAAAAATTTCTTTTTAGTTTCTTCTTTGGGACTGCTATTTATATAGCCTTGTATCAATCATTTGTGATAATCAAGTAAGAATTATTTTCTTTTCTTATCAATTAACACCGTAGACTACCCAAGGTAAGTATTTTATTTGAGCTACTCCAATTATATTATCCTCCATAGAGTAGTTGATATGATGCAATTTATGTTGCGTTCTAGAAACTAATGCCAAGTTGAAGTATGTTAGGTCACTTGTATTACTCTTGACCACAATAACTTAATATATTTTAAAGCCTAATGTCTATGCTTCTTGTCACACTAGTTTTACAACTCCCATGCCATCCTTTCACAGTAATCTTTGCAATACTTCTTTCATATTTTGTCTCGAGCAGTCTTTATTTATTTGGTTTTATTATTTATTTACCTAAGCGTACTTGTTTTTCAGGTGAAATCAGACTTCCTAGATGCATTAAGCAATGCAGAGAAGCAAGTTCATGATTATGAATTGAAGTTGGGCACGGTAAATGAGAATCTTTCCAAATCTGGTAAGTAACTAACATATAAATTTTCTTAATTGCTACTCCTTTTCTTAAATTTTCACTGAATCACATAACTTTTTCTCATAGACCTCAATCCTCATGAATAAAAAATACAAGCAATTTATGGCTTCTATAATTTTCGTGGTTGTATATTCTTTTGTTCAACTATTCTTTCTCTAGTCTCCTTCGGAAAGAGTTATCACATCAGATGGGTCTTAAAAGGAGGCATTGGGTTGAAATACAAAGATTAGGCATATTTTTTATTTATTGAACAAGAAACAAACTTTTCACTGATATATGAAAAAGAAGAAAATGTGCAAGGATAAAAACTTTCAAAGGGAGCAAAAAGAGAAAAGAACAAAAAATAGAATAGCAAACCAAAAATTACAAGAACATAGGACAATAAAGAACAAAGCTCTCGAGTATTATAAGCCAATGTCTGCCACGGGGGAAAACCCGACGAAGGGCGGACGGGGAAAGCTACAGGTACAGAAAACTTCAAAAGCACCATAGGACTCCAAGTCCTATTGGGCGAACAAGAAACCAAAGAAGAGGAAACTTCTATGATATCCTTCGATTCCTGTAAGAAATCTTTAAGTAACATTTCTGCTTCTCAAAAAATAAATGATTCCAAGGCTTTAACCATGTTTTGAAAGATCCAATGTAGCATTCATTACAATCAAAAGACCTTTCGAATTCCAAAAAGAGATAAATGCTGTTGTTTTTTTTCCAAAACCAATAAATACTGCTGTTTTTTCTCCTTAATATCTAAGAGGCTTCTTGCATTCCAAACTTTAAAAGACTGCCCACATTACTGTCACCCAAATTTAAAAGAAGACTCCTCACATTCCACAAGGCTGCTGCAGTGACCCTACAAAATCTCTTAAGGGGGAAATGCTCCTTGAAAAGCCAAACCAAGCAATCTGTCAAAAGAAAAGGGTCATTAAACCCACACTTCTTTTCAATGACCCTTTGGCTTCACTGATAAAAGGCAAATCCCAGTGTGACCCTTTGGCTTCAACCAAAAGAAAAATCCATATCCAAAGTGACCCTTCAGCTTCCTCAATTACAAAACAATCATAGACCTTTTGTCTTCAATAATTGAGAAAGCCCAACTTTAATGAAGAGAACTTATCCACCAAATACCATTGCTTGACGAAATTTTTCAAGGGCAGCGAAGACATCCAATCTACCTATCAAAGAATTCCAAACAACAAATCATTATCGTACGAGCTGGCCACCACTAGAAAACACCAAGGCCTAAGAATCTTCATTGTATCCTTTGATAGGTACAAGGGAAATTCCAACTTCTTCAAAATATGAACGGATATTTGGTTTATTGTAAGAAGTGCCTCTTCGTTACCCTATTTCTCGTTGAACATAATCTAAAAATCTTCTCTAAATGAATGCTCACAAAATCCTTCAAATGGCATTTATAAGACCTTTGAAGCATCTGGTGAGTCCAGACTACTAATGTTAATGTCAGAATGTTCTTCATAACCAGTAGATCATCCATCAAACTATGATGTGCCACCATCTTATTACCTCATTACAGACATCATTTAAATTTGAAGAGGCTCTTCCAACTAAATTTAATTTTTCAAGGATATTTAATGCAAGTACCTTACATTTTCGCCTAGGGTAGAAAAAAGGTAGAGGCTCATAAGACCTCTTGATTTCTTCATGCTTAAGCCTTAAACGATACAACAACGCCTTCTTGACTCCCCTTTGATTTTTTTATTTTAAGTAGAGCCTTGAATTTTGGCTGGCGCATTAATACAAGAGTCTTAGGGAGTGAAAGATTTATCTTCCATACGAGGGCCATTAAGGTGAGCTTTCTGCATGATCTTCTTACCGTTGGAGATAAGTCTCTTTGAAATTTGATAAGGAGCGTTCGTACTAAAGGGCTGCATGGTATTCTCATTAATAGCTTCCTTGCCAAAAGAGCTTCTGACATTTGGAAACCTCAAAATATCAGAATAAATAGAAGGCTTTCTATTAACAGATCTTTCGTCTTCCAAAATCGCCTGAATTCTCTTGAAGTCGAGAGAATTTGGAAAGTTCCTAATATCGAGGTTTGAGAGATCCATTTTTCTCCTGAAAGAACTTTTTTTCCTCTGTTTTACAATCATTCGATACTCAAACCTTGAAGGATCCAAGTCATGATTCAGTAATCTCGATTGAGGAGAGCAAGAAACCGCAAGACCTAATTTTTACTAGCCTTTTTTTTTTTTGAATAAGAAACAAACTTTTTATTGAGATATGAAAAGGAACATAAAATGTTCAAAGATACAAACTCCAAAGGAGTGAAAGAGACAAAAAGGTAAAACAGTAAAGTAAAGTACAACGAGAATCAAACTAAAAAACAAGTGAAAATTACAAAGGAGAAATAAAAGCTTCCCAATTAAGAGTAGATCATGCTAGGAGGGTAATTTGTAAAGATATTGGAAAGAGCACACCATTGAGAAGCTCTGAATTTAGCATGTTAGGACATCAATCATATGCCGTTTGCGACCTTCAAAAATCCGCTGATTTTGCTTACTAGCTGATGAACTTCTGAACAATCAAGCAACTTCAGGGTTTTTGAAGAGATCCACTAAACCACCTAAGTGGCTTCCAATAGCCTCAAAACAATGTCTTGTCCAAAACTTAAGAGGTAAGTCCTAGACTTTTTGTGAATTTGAGAGAAAATATTCTGCTCTATTCAAACATTTAACTTAGGTCTTCTTATATAGGAGAATGACCTACTACAAACAAGGAAAGCAATAAATACCATAAAAGCTAAATATTAACAATAAAGACTAAATATTAACAACTAATATTGACAACTAATATTTACACAAATACTGATAAATCCAACACTCCCCCTCAAGCTGGTTTGAAGATGTCGTCCATAGCCAGCTTGCTGATTAATCTGTCGAATTGTTTCTTTGGAAGTCCTTTAGTTAAAACATCGGCAATTTGCTCTGTTGTCGGAAGATAAGGGATACATATTGCACCTGCATCAATCTTTTCTTTAATAAAATGTTTGTCAACCTCTATATGTTTGGTTCGGTCATGTAGTACAGGGTTATGAGCTATAGATATGGCAGACTTATTGTCACAATAAATCCGTATAGGTGTCGTATGAGGAATCTTCAATTCTTCAAGCATCCTTCTGATCCATATACCTTCACAAATTCCATGAGCCAATGCTCTAAACTCTACTTCAGCACTACTCCTGGCCACTACATTTTGTTTTTTGCTCTTCCATGTAACTAGATTTCCTCCAACAATGGAACAGTAACCAGAAGTAGATCTTCTATCGGTAGTACTTCCAGCCCAATCTGCATCAGTATAAACTTCTACTTGGAAGTGGTTATTCTTTTCGAATAAAATACCGTTTCCAGGAGTTCCCTTCAAATATCTCAAGATTCTGTAGATAGCTTCAAAATGAGTTGGTCCAGGTGCATGCATGAATTGACTTACCATACTTACAACGAATGCAATATCTGGTCGTGTATGTGACAGATAAATTAATCTTCCCATGAGTCTCTGGTATTGCTCTCTATCCTTTATTTCTTCTGCGTTTGCTGCTTGTAATTTCAAGTTAGGTTCAATAGGAGTTTCTGCGATCCTGCAACCCAGCAATCCTGTTTCTCCAAGTAAGTCAAGAACATATTTTCTTTGATTAACGAATATACCTTTCTTCGATCTTGCGAATTCCATCCCTAGAAAATATTTTAATGTTCCCAAGTCCTTGATTTGAAACTCACTTGCCAGATTTTTCTTAAGATCGGCTAGTCCTGCTTCATCATCACCAGTGAGAATAATATCATCTACATAAACAATCAGAATTGAGATTTTATTATTCTGAGAGGGTTTATAAAATATAGTATGGTCAGCTTGACTTTGAAGAAATCCATAACTCGATATGACTTTTCCAAATCGTTCGAGCCAAGCTCTAGGAGACTGTTTGAGGCCATAGAGAGATTTCTTTAATCTGCAGATTTTATTCCATCCGAGTTCCTTTTCAAAACCTGGAGGCAAATTCATAAAAACTTCTTCCTTAAGGTTGCCATTAAGAAAAGCATTTTTCACATCAAGCTGGTGGAGAGGCCAATCTAAATTAACTACAAAGACAAAAGAACTCTAATAGAGTTAATTTTTGCAACAGGAGCAAACGTTTCTTGATAATCTATCCCGTAGGTTTGAGTGAAACCTTTAGCTACCAATCTAGCCTTGTATCTCTCGATGCTACCATCTGCATTACACTTTACGGTAAACACCCATTTACATCCCACTGGTTTCTTATCTTTTGGCAACTCTACTATCTCCCAAGTACTGTTTTGCTTCAGAGCATTCATCTCCTCCATAACAGCTAATTTCCAATTTGGATCTTCTAAAGCTTCATGTATATTCCTTGGAACAAACAAATTAGTTATCCTAGATGTGAAGGCCTTATGAATATTTGATAATTTTTTATATGAAATGTAGTTCGAAATAGGATATTTGGTACAATTTCGAACGCTTTTTCTAATGGCTATGGGAACATCAAGGTCAGAGACAACAAGTGAATTATTTTTAAAATTTGAAGAAGAGGGATTACCAGACAAAGTTGAAGAGGGAGGATTATCAGATAGTTCAGTTTCATTTCTCTAAGTCACATATTGGTTTTGTGAAAGAGTAACTATTTGATCTTGGTTCCTCTGATTGAATTTCCTTCTAGTATAAAACTTTAACTCAGAACTAGGATTCGTAGAATCGTTTTGTAGTATTTCTCCCCCTGATTGGACAGTTTCTATACTTGGCATCGAAGGACTAGTAAAATTCGAAAAGATGGGACTAGGAAGAGAAATATCCCAAAAATTATCTTCCAAATTCATTTTCTCCCCCTGAAGAGAATTTTGGTTAAAATATGGTTGCTTTTCTAAAAAGGACACATTCATACTCATAAAAGGTTTTTTTGTCTGAGGATCAAAACATTTATAATCTTTTTGACCTGAAGCATAGCTTAAGAAAATTCATTTAATAGCGCAAGGGTCAAGTTTTGACCTAAAATGACTAGGTGTGTGAACATAGGTAGTACACCCAAAAACCTTGAGAGGTAGATCAGAATATATGCGGGATGTTGGAAAAACATTTTTAAAGGACTCAATGGGAGTTTTGAAATTTAAAACTTTAGTAGGCATTCTATTTATTAGGTAGGTCGCTGTGAGAACCACTTCCCCCCATAAATATTTTGGAACATGCATGGAAAACATTATAGCACGTGCTACTTCAAGTAAATGCCTATTTTTTCTTTCAGCAATCCCATTTTGTTGAGGAGTATCCCGACAAGTAGACTGATGAACCATACCTTTTTCTTTCAAAAAATTTCCCAGAAACTCATTAAAATACTCAATTCCATTATCAGAATGTAAAATACAAATTTTTTATTGAAATTGAGTTTCGATCATCTCATAAAAGTTTTTGAAAATGTCTTTCACTTTAGATTTTTTTGACATTAAATAAACCCAAGATAGGCGAGTATGATCGGTCAATGAAAGTAATAAACCATCTTCTTCCACTATGAGTACTAATTTTAGGACCCCAAACATCGCTGTGAATTAAGTAAAATGGTTTGGAAGCTTTGTAAGGTTTTGGAAAATATGTGGAGCGATGATTTTTTGCTAAAATTCAACTTTCACAATTAATAGATGAACAATCAATTCCCTTGAATAACTTTGGAAACAGATGTTTTAAATAGAAAAAATTGGGATGTCCTAGTGTACGATGCCAAAGCATAATTTGTTCCCTAACAGAAAGAGAACTAATACTACTAAGACCCTGAGTTATTTTATTACTAAAGTTACCTTCATCAAAGTAGTAGAGACCATCAATCATCCAACCACAGCCAATTATGCTCTTCGAGTTCTGATTCTGAAAAATACAATGGGATTCAAAGAAAGTAACACGACAGTTAGAATCTGTAGAAAGTTGGTTGATAGATAAAAGATTACAGGCTAATTGTGGAAAATGGAGGACAGACTTTAACGAAAGGATCTCAGTCAATTTAATGGTTCCTTTTCCTGCAACAGAAGAAAAACTACCATTTGCAATTCTAACTTTTTCATTGGAATATGAAAGGAATGTATGATTCAAAGAGATTAGAATAACTTGTCATATGATTAGAAGCACCATAATCTATAATCCATGGAGATGAGTTACTACATGAGAAAACATTAGAATAAATACCTGTTTGTGTTAAGGATACACATGAGTTATTAGAAGGTAAATTGGAGGATAGCAATTTTAGGATTTGATGAATTTGCTCTATACTTTGAGTCACCACGACTATCACCAAACATTTCTCTACCATTGTCCGTTGAGATTTGGACTATTTTAAATAAACAACTTGTCCTGAACAAAAGTTGACAGCAGAACCGAACCATATAATAATTAACCAAATCGAATCAGACCACAAATTGATATTAGAAAGGAGATAACCATAACCAAGAGAGTTAAACCAAGCCAGAATAAGTAAGCAGGATAATAATGAACCAACCCGAACCGGTTTGAACCAAAACACTGAACTGGACCAACTCGTGAACCGGACTATACGCCCAAAAAACTTGAATCTGAATGGCAGCAATACTTAGAGAATCTCCGGTGGCAATGGAGAACTAAGGGAGATTTGCGAAATCAGTGAATTGATCGGTAATGACGCGGCGGCAGCGACGGTGGGTTCGACGGCGACTGCAGAGGCAACAGTGAGATCGGCAACGACTGGGCTGCGAGCTTAGATGTACGGCGCGTGATTGGGTTCGCGAACAGATTGGAGATTAGGTTCGCGAAGAGACGGGCGTCGAATGAACAGACCAGGGCGACGAAGATGTGTAGACAACAAATCTGCGAAGATCGGGCTAGACGAACCGATGTGAGAAGAGATCATCGGACGAACAGGTCAGACGAACAAATTCGGTCGGCGCGATGGTACAGATCTACCACGACAGATTACGGATCTGCGAAAGATGGCAGATCTGTGATGACAGACGGCGAAGAGGGTTGACAGCGATAGCTGGGTCGGTGTGAAGGGATCGCCGAAAAATATCGCCGAGGGTTGACAGCTAGGGTTTCAGGTGACGGCTAGGGTTTTGGATGAAAGCTAGGGTTTTTTTTTGAGAATTAGGGTTTTACTTCCTAAGCTCTGATACCATGTGAATTTGAGAGAAAATATTCTGCTCTATTCAAACATATAACTTAGGTCTTCTTATATAGGAGAATGACCTACTACAAACAAGCAAAGCAATAAATATCATAAAGGCTAAATATTAATAATAAAGACTAAATATTAAGAACTAATATTGACAACTAATATTTACACAAATACTGATAAATCCAACACTTTTATCCATTCATCGTACTCATACACAAATTACTTTCTACTGTGATTTTCAAAATCCCAATTCTCGATCTTCAAATTATTTGCATTTGTGAGAAAGTGTCTGTTGCCTTGTTTTCCAACCTTGGACGATACTGGATCTCGAAGTCATATCCAAGGAGTTTGGAGACCCACTTTTGATATTCAGGTTGCACAATTTGCTGTTCCAATAGATACTTCAGGGCTTACTGGTCGGTTATTACTACGAACTTCTGCCCGAACAAATACGGTCTCCATCTCTGTATTGCCAATACCACCGCCATGAACTCCTTTTCGTACACGGACTTCCCCTTCCCCTGTCGTGACAAGGTATGGCTATGGGCCTCTGTTCTTGAGTAAGTACAACCCCTAACCCGATTCCAGATGCATCAGTTTCAATGATGAAAGGTAGGCTAAAGTCTGGAAGAGGCAAAATGAGCAAGGTAACCATGACTCTCTTGAGGGTCTCGAATGCCTCCATTGCTTGATCAGTCTATTTGAAAGCATCCTTTTCAAGTAATTGCGTGAGAGGGGCGGCCAACGAGCCATAATAAGCCATGAATTTTTTGGCGGACACCCAATGCCCCAAGTAATCCATCTTCTCCTCGGCAAACTGACATTTTTTTCAAATTGGCACATAACGAATTGTGCCTCGCCAAGTGAGTAACATTTGTATGCAGATTAAATTAGAATGTCATAAAAAAAAGACCAGAATAAACTTATGTAGGAAGGGGTGGAAAACTTAATTCATAAGTGAGGGGAAAGTGGAGGGAGCGTTTGTTAAACCAAAGGACATCACTAGAAACTCATAGTGGCCCTTGTGAGTCTTGTACGTGGTCTTGTGCACATCCTCAGGTGCCATTTGGATTTGATGATAACCCGATTTGAGATTGATTTTATAGTAGATGTGTAAACAGTGCAACTCATCTAATGGTAGTCGTCACAAAAACTCCAGCTCCCATCCTTTTTTGTCACTAGAATGACGGGGCTAGAATAAGGATCGGTGCTAGGTTGGATAATTTCAGAGGCCAGCATCTCATCAATCATTCTCTTAATTTCTGCTTTTTAGTGTGCGCATAGCGGTAAGGTCTGACCTGGATGGGTGGCTCCCCTTCCTTGATCTGTATTTGGTGATCTATCGATCATTTAGGGGGTAAGTAGTCAACCACCTTAAATATGTCTGCATATTCTGCTAGCAAATCCTGAACCACTTGTGGAATTTCTGGGTAGCAGGCGCTCTCGTTAATGCCCGCAACTCAACCAAGTACACCTGATCAGAATCCTGCCAAGTGCGAGTCGACCGTTTAAGGGAAACTTCAAGGCAAGCAAGGCTGAGGTCCCCTTTTAAGGTTATCTTTGTCCCCTCTTATGAAGGTCATCGATAACGCAGGCCAATCGACCTCCATTTTGCCCATAGATTGTAGCTGTTGCATCCCTAAGATGATGTCAAGGTCATTCAATTCAATGGGTAGAAAATCCTCCATCACGCTGACTCCCGGAAGTTCCACAATCACCCCAAAACATATGCCCTTTCCCTTCATTGCAATCCTTGTTCCCATCACACACCATAATTATAAGTCTCGGATTGGGGAATTTTGAGCTCTGTTACCAATCTCTCGCGACACGAAATTATGAGTTGCACCGCAGTAGACCACCACCTCTCTGCCTTGCACTGTCCCCTTGATTTTGATTGTCCCAGGAGTGGTAAGCCCCACAATATTGTTCAAATGACATTCCACGATCTTACCAGTTTCATTTTCCTCCCTCCCTTCCTTTACAATCTCAGGTTCCTCATCTGCTACCACGAGTTCCTTGTCGTGGACAACGAAAGCCCATAGTTCTTGGTTTCTACAACGGTGCCCTACTGTATACTTCTCTTTGCACCTGAAGCAGAGACCCTGCGGCTTGCTCCTTCCGTTTCTGGTACTCCACCTCAATTAGACACTTGTAAGCCGGTTCTCTCCTCGCCGTGGGCGGTGCTCCAGCGGTTCGGTTAGTGTTGAGTGGCGTGCTCGTCAAGGTCAATGTTCTCGTGGCATTAGGTGTTTTAGGAGCTTTAAATTGAGTCTTAATCGTGGATGGGCCTGATTTAATGGGCTGGTTTGCCTTCCAACCCTTGGGACTCCATGACCAAGACCTCTGCTCTCACGAACGAATCCAAACCGTTTAGGAATGCACTCTCTAGTGCTTCTTCAGACAACTGTGGTAATGAAGTAGCTTCAAAGTTTTGTTGATATTCAGTAACCCTTCCTTCTTGCTTGATCGAAAGGAGTTTCGCGCATTGTCTTCCCTCCTTCGATACCCAAACACGTTCCAATATCCATTTCTTCAAATCTTCCCACACCTTGAACTTGTTCCGATTCTCAGTCCATCGATATCAGGCCAATGTGACCCCATCGAAGCTGATGACGACAACTACCATCTTCTCGGTGTCAGACAACTTATGAATCTCAAAGTATCTCTCTGCACGAAAAAGCCACGAATCAAGATCGGTTCCAGAGAAGATCGGCATCTCAACCTTCTTGGATTTGCTGTGATCATTCCCCTGTTCTGTTGAACTAGAGTTGACACTTCTTCCACCTGCTTTCCCATCTGGATCGACGTCTCCCCTTGCAAGGAAATCGATGGCGTTTGCTCCCTATGATTTCTGCCATGAATGCCTCTAGCGTCCGTTGGATGTTCTCATTGATTACTTATTGATCCTCGGCCTTGACACACAGCGTAGCCATTGCCTCCTTTAATCCGGTGACCTCTTTTTTCGACGCTTCGCAGCATTTCTCCAACTCTTTCTGCGTCATTGTTCTCTTTTTCCCCAGTTCGACTTGCTCTGATGCTAGATGTGACGTATCTCCTCACTTGATTGTATTTTAGAAAACGAAGAAAAAGCCTCAATGGCAGTACAAGCTAACTCACCAATTCGAGGGGGTGGGTAACCTCTCCTTCTAACCTAGCACAAGGCACAAAAACACATACGGACCTTTCCTTACTCTAGGAGGTCCTTAACTAACCACTTGCACAATCACGCACCCTTCCGCTGGGCCCATATTCTCTCTCTAGACCGTTATTCTCTCCCTTGCACATATCTCGACCTACCCCTTATAGAATAAGTTTTCAATATTGGTGGCCTAACAGCTTCATTATCTTCCAATAGACTCAACTGCACCCAACTAACATCATTTGAACTCCACAATGATTTTATAACTTTCTCGTCAAGCTGCTGCAATTTGGTTTCTTGAAGAAGGACAATATCATGGTGGTGCTTCAATATAAACTTCTTAATCTTCAACCTTTTCTTATAATCGCCTATACCAGGAATGTGCCTATACCAGGAATGTTCCACGACAGGATGTTCGTTGAGAGCTTTGAATTTGTACAGGAGTTAATCCGACTTCTTTGAAATAAGAAGGAACAAAGTGATCAAGGATAAGACAAGCAAGTGTCTTGGCCAAGAGATTAACTTCTGAATTCAAGGAGCTTGATTTTCTTGCTGATGCACGGTGATTACGTCAGGAGAAGCTTTGTCTAGGCCAGAGAGATTATTAAAATCCTCTCCATATATGATCCACAGAGTCTTCATGAATGGCCAACCCTCTATAATTGGAGTAGAATCTGGACTACTAATACTTACATTAAATTAATCCTCATCGTCTGATTGCAATTTGTTATTCACAATTATATTTGGTAAGGTATTTGTGGAAAAGACCAAGCCAGTCTGTAATGAGGATGTTTTATTATGAGTTTGGTCTGACCCACGGATATTATTCCTTCCAGAATCTCCACCTCTTACTTCCTTGAAAGCATTAAGAATTGGTGCTTGGAATTCCTTTGGATTTCAACGAGACAAGTCCTTCGGAAAATAATGAAACAAATTTCCTCCTTGAATATGAAAAGGGAAGGGGCGCAATAAATTTTCTGGTCTTCTTTTCGTCTGGCCAAGAAATGCCAATGTTTGGATTTCAATAAATGGGATTTTCACGGGAACTGAGGGTTTATTATTATCTTTTAATTTTTTTTACTTTATTGGTTGATTGTGGACTAATGTTCTATAGATCCCAAGGTTTTCTGTTTCCTTGTTTTATTTTATTTTTGTTGTTTATTATATTTTTTATTTTATGCTTCTGTTTTATATAGTCTTGGGTGGAATTGCTTTATCCTTGGGATATTTCCTTGTATGATGTTTTCTCAATAACCATCTCCTTTTAGTTCCAAACAAAACTTTTTTCAATTATCAACATTTTATTTTTAAAATTTATTCCCACTGATGTGAGTAGTTATTGTGATTGTTGCAGAAGTGGAGAGAAAAAAATATCTGGATCAGTTGTTATATACAGAGCAAGAACTTGCTGCTTCAAGAGGACGTGAAAAAGTTTTGCAAGAGCAATTAATAAAAGAAGTTAATGATTCTGGGGAACAATTGAAAAAGCAAATTCAAATAAACAGTGAACTAGAGGTATAGTTATTTGGATTTGAGGCCTGCAACAAAAGATTTATATTTTCAATTTGGTTGGTTTTTATTTTCTACTCTGAATGAGAATGCTTTATCACTTCAGTTATTGTTATCTTTTGAAGTTCCCTTTTCCCTCACGTTAGCCTGCAAGTTCTCTTGTAGAGATGTATCTAGTATGCCATATTGAATCTTCATATGTATATTGTATACAACTTTTATAGAGGTCATTATAGTCAATTTAAAGAGAGATACATGTTCTGATGTGAAGGATGCTTATATAGTATTTTTGAATCATTATTGACAACTAAAAGTTTTGTTTAGAGAAAGGTCCTGGGCAGAGGTTGGGAAGCTGTTAGGTTTAATACTTCCTTATGGGCATCTGTATCTCGATAATTTTGTAATTATCAGTTCGGGTTTATTCTTCTTGATTGGCGCCCATTTTTGCTTAGTTAGGACTTCAGCTTTGACTCCTTTTGAGGGGCTCGGTTTTTTTGTTTGCCCATTGTATGCTCTTTCTCAATGAAAGCTTAGTTTTTCATTAAAGAAAAAGCCCTTGTGGAACAAGAATTCTAAGTAGGAAAAACTAGGAACATTCATCAATGATCTTATTATCACTAATCCAGGGTTAGTGGGAGGTAAGTATGAACCGGCTGAACCGGACCAAGTGAACCGAACCAGGTGAATCAAACCGGTTGAGCCAAACCAAGTGAACCGAACTGAAAAATTCTGAAAGCAGAAACCCTATCGTGCTAACCCACGACCACCAGAGGAGGAGAAAAAGCAATAGGGACAGACGTCAAATCTCGCGAACCGAGATGAACGGTGATGGTAGCAGGCGGCGACGAGCGGCGAGCGGCGACGGTGGCGCGAATGATAGTGAGCAGCATGGCGAGACAGAAACCACGTCACAAATTACAAATGAACCTGCGAATAGGCAAGGTCGGCGACGACGGCGGTGGCGGCAGTAGTATGTAGTGAGTTGGATACCACTGAACACTTGCAAGAAAGTGTTCCAAACTTCAAACCCTAATGGGCACAAAACCCTAATGGGTACCAAAAAACCTAAGGTTCAAAGAAAGGAAAAAATTTTAGAAGAAACCTAGAGCTCTGAGACCATGTAGAAACTAAGGTTTTAAAGAATCAGATAAGATTATTCTCATTACTGAAATCTATATATATAGACAATAGTTGACCTAATTTTAGAAAAGGAAGGTAAAGGACTAATTAATATGTATGTTACAAGAGTATAAAATATACTAATATATATACTCTAACAGTAGTTAACAACCTTTCTGTTTAGTTATTAAAACTCTGTTAAGTCTGCTGTTTGTTGAAAACAGTTTTATTGCAGTGTTAATAAGCCTTACATCTGAACAATAAGGAAATGAAAAAAAACCTTACGGCTGTTAGGGTTAAAAGCCTTCTAAATTCTCTCTCGATTTGAACTGCACTAATTGAACTGAAATTGTGAGTTATAAAGAATAAATATATCGAGTAATCAGTTTCTTAGTGCTTGTGCTCTCTGTCTGTGATGCCTGCAGTCTTTTTTTTTTTTTAATTTTTATTTTATGCAGAATATTATCTGTTTATCATGTTGGTCTCTAAAAGGATACATGATACATTATTAATCTCTTGCTTTTGGATTTAGATAAAGTTGCAAAATGAATCAAACCTTCGGACGAAAGCTGAGTCTTCAATTGCATCATCAGAAGAGAAAGCAAGTCTCTTGGAAGATAAATTAAATCATCTTTCTCAAAGCATAGAAAGAGAAAAGAAGCGTCTTCATAATGAGCTTGCACAGTTAAAAGGAGAATCAAAGCTTTCTGTTTCTAGAATAAGTGCAGATGTAAGTTGCCACTTGTCATTAACAAGATCGTATTTTCCTTGAAAGAAGTTCTTGCAGATAGTACAAACTTTTGTTATAAAATATCATTTCACATTTATTTGCTCAGCATGGTATACCATCCTGTTTAACTTGTCCCGATTATCTTTCTTGTAGCTGGAAAAGATGGTTTGTAGAGCTAGTAATGCTGAGAAGGAATCCGAGCTACTAAAAGAGCAGTTGGAAGACTTGAAGAAGCAACTCAATGAGGTTTGTAGTATTCATAATTATTAATATTTATGGGGTTCTATGAGAGGAGTAACCCACTTATATTATAAACTATTATTAGGTCCCTTACCTTATCAATGTGGGATCCTTAACAATAATTATTTTTGTTACGTTTTTAGAGAGAATTTGGCTGAAATTTCTTATTCTTTATTTTTTATTCTACCTTGGTGCAACTAAATTGCAAGTATTCAGACAAACTTGCCTGCACCATGAAGAATTTCATGGTACAACCACTAACCCTGCTATATTTGGTGTTTGAAGAACTTGTGGTTGCTAATTTCATCTCACAATCACTTAACCCTACTATATGTGTTTTCCCTCTTGTATGGTCCTCCCCATCCAAACCCTTCTTTGTTTTCTTTCCTGTGAGGGTGAGGGCCCAAAGAAAGTTAGGGTCTAAGAAGCATTGAAGACAGATACGACACAACACAGACACAATGACATACTAATTTCCAAAAAAGTAGGACACGATACGCTGGGACACATTAATTTTTTTTATATAAAATATGGTGGCAGAGATGAGAAAGAAATTGATCGGTATTGAAGGCCGATCAAAACAGTCTCAAAACTCTGGTACCATGTCAAATGATAAGAAAAATGCTTCTTACTCTGAAGAATTGATACAAGTGTAGACTAAAGTCAGCAACTACAAGGAAAAATCAAAAAGGAAAAAAAAACCTTTGCCTATTAGAATAAGAAAATTCTTACCTATTAGAAACCGGATGCAATAGAAAAATAAAAGAAAATAATAATATAATTTAACACTTACTGCTCCGAAACATGAAAGGTGAGGCAGTGCATTAAAGACCTAACAATAAGGACTCTTTAGCTTCCAAATTCCTCATAAAAACGGAATAAAAGAAGACCATAAAAAATACTATACTTAAACCTGATATCAGTCGGAAAAGGGATAAAAAACCCAGGGATAAGAAGAGCCACTTCCCAACAAAAGCTAATTGAAACCGAAACAAACATTCTCGCAAAAGGGGAGAAACAATAATGAAGAAGCCAACAAAGACCTTTCCACTTCAAACTCCAATCTTAAAAATAGAATCTTCATTGTTTCCTATTAAATGGTAGAAGAGTGATGCTGAGAGATTCAAAATATGAAGGAATTTTCAGGTTTTCCCATAGGATTCCTAGTTGAAAGTTCTTCTTCATCTAGTTGTTCTACTTAAGGTCGTGTTCTTATCAATTTGCGAGGTTCTTATCACTAGTATTATTGAGATTAATAGTTGGTGTAGAAAATCAAGCTGAAGTTGAACCAATTCAGCTAGAAATTAGGGAGTCAGCTAAGATTTTGTAAACTAATTTACTTCTTTTTAGTTCATATGGTTAGAGTCTCTTATATAAATATGAGTAAATATGAGTGTTACTCACCACCTAGGGAATAACAAAAATCTTTCTACTATACAAAGCTTCATGGTATCAAAGCTTTGAATTTTTTTTTCCTCTCAAACCTTAGCTTCGTCGTTGGAACCCTAGCCGCCATTGTCGAAACCCTAGCCAAGCCGGACTAGCTCTCTTCCTCAGATGAAGTTGCCGCCTCTGTCGTTGCCCTCAGACGAAGCCGCCATCGCTCTGCCTCCGTCACTGCAGCCGCCGCCGCCATACCTTTTTTTTTTCCCTCTAGACAGTGACCTAATTGTTCTCTTTGTTTCCTCTTATTTATTATACAATGTTAGGATCAGAATCACAAATTTCCATTTCGCCCTTCACTGAGAACAACCATGCTCAGGTAACATGTCACAAACTCAAAGACCATAACTATCTCTAGTGGTCCCAATTTGTGATGATGTTTATGTATGATCATGGGCGAGAAGATCACATCACAGGCAAAGCAGTTTCACCCAAGGCTGATGATCTAAAATTTCGCACATGGAGGGCCGAAAACAACCAAGTAATGAGTTGGTTAATCAACTCCATGACCACCGAGATTGAGGAGAACTTTCTTCTATTTTCAACTGTTAAAGAAATTTGGGATGCAGCTCGGGACACATCTCCCATAAGGATAACACTGCTGAGCTTTTCTAGATAGAGACCACTTTTCAGGATCTCAAACAAGGTGACTCATCTGGTATACTTTATTATACCACCTTAACTTGTCATTGGCAACAGTTAGACTTGTTTGACACTCATGACTGGAAATGTTCTGTTGATGTTGCTTTCTTCCGAGAAATTGTGGAGACAAAAAGGATTTTCAAATTTCTTATGGGCCTTAATACATCTCTTGATGAAATTCGTGGTTGAATCCTTGGTTCTACGCCACTTCCCAGTCTTCGAGAAGTTTTTTCTGCAGTCCGTCGAGAAGAAAGTCGAAAACAAATAATGTTGGGACCCATTGAACATTCTCTCGCTCAAAGTGGATCTGCTCTCATTTCCCAACATAATTACCAGAATAATCCAATTGCTCTCGCTGCTCGAAGAAATTCCTAACCATACGGTGATAGTCGGTTGTGCAAAGGGCGACCGTGGTGTGACCATTTTCATAAACTGGGACATATCAAAGACACTTGTTGGAAATTACATGGGAAACCAGCAAATTGAAAGCCAAATACAGCCAAATCGGATTGAGAACCTAGGGGCAATGCTGCTTTCTCTGAAAATTCTAACCAACAATCACTTACCAAAGATTTGTTAGACATGTTACAATAACTCTTGAACAAAACAAATCCACTGACAGTAAGTAGTTTTGGGAATGCACCCCAACAAGGTAACCAGAATCCCATGGCTCTCCATACTCAAACTATTCCATCTGAATGGATAATGGACTCTGGAGCATCAGATCACATGATCATGTGATAGATCCTTGTTTTCATCTTTTTCACTTTATACGGGTAATCATTCCATTCACGTTGCCAATGGTACACCTGCTAAAGTAATTGGGATTGGAAGTATTCGAATATCAAGCTCCTTAACTCTTGAATCAGTTTTATTTGTGCCAACATTGGAATATAATCTACTTTCTGTGAGTAAGCTGAATAAGGACTTAAATTGTGAAACTAAATTTTGTACCAAATCTTGTATTTTTCAGGATCTGGAATCAGGGAAGATGGTTGACAATGCTGAATTGTGTGTAGGGTTGTATCTTCTTCAAGCAACATGTACTCTACCAACAAAGAGAAGAAGTAAACTTGTAGTTCTATGTCATCGTGAGTCTGCTTGTGTTTCTAAGTCTTTGAATAATTCAAATAAAAATAGTAGTCTTGTCATGTTGCTGCACTATCATCTTGGTCATCTCAACTTTGTGTACCTTGAACATTTGTTCCCTTCTTTATTTCTCAATAAAAAGAGTCAGTTTCTTCGGTGCGAAATTTGTGAACTCTCCAAGTACACACGTGCTCATTTTTCACTTCATACTTATTCTCCATCCCAACCTTTCTGTCTTATTCATGGAGACATTTGGGGACTTTCAAGAGAGAAAAATATCAAGACAAATTGGATTTTGCTGTTTGCTACACCCGGTTGAGTTGGACATTCCTTATGAAAGAGGAATCTAAGACTAGCCACCTATTCACAGTCTTTCATAAAATGATCCAAAATCAGTTTCAAGTTAATATCAAAGTACATAAAACTGACAATGCTCGTGACTTTTTCAACTCTACTCTTGGATCCTACCTTCAATCTCATGGTATTATTCATCAGAGTTCTTGTGTTGACACACCCTGACAAAATGGTGTAGTTGAACGCAAAAATTGTCATCTTCTCGATGTAGCCCGATCCCTCATACTCACATCACACGTTCCAAAAACTTTTTGGGTGAAGCTATTCGAACTGCTACCTATCTCATAACTCGACTACTCTCCTGCATTCTCAAATTCAATACACCTTTACAAAGTCTACTTACACTCTATTCTACATCCCATCTCGTGTCTCCACTACTACTAAACCTATTTGGACGACTATATGGATGTACTGATTTTGTTTATATATATTCTCAGCATCGTAGTAAACTCGATGCATGTTCCATGAAATGTATCTTTATTGGATACTCACTGAACAAGAAAGGATACAAATGTTATCATCCTCCAACTCACCAATTCTTTCATACCATGGATGCCACCTTCTTCGAGAATCAACTACACTTTTCCAATTTTGTCGTTCAAGGGGAGCATTATGATCTTGAACCATTATGATCTTGAACCACATAATTGGGATTGCAATTCTGCCTTTCCTGACCTTCTTTTCAACCCATCTCCCAGAAATCCTAATCCATATCCTGAAAGTCCTTCCAAAAGTCCTCTCATGTCCTTGTCTGAGTCAAATCCCATATCTATCCCCGAGCTTGAAATGCAAGTTTATTTGCAAAGAGTAAGACAACCTGAGAGGAACGGGATACTACCTACACAAATTCAGCAATGCCAAAATCTACACCAGAATCCTAGTGTCCCTAAGATAGTACACGAGACGACAAGTGATGATTTGAACAAACCCATTGCTGTACGAAAAGGTGTTCGTTCATGTACTCAACATCCCATACGATATTACTTCTCTTATGCTAACCTGTCACCAATTTATAGAGTATTTGCGACTTCACTAGATCAGATACAAGCTCTCAACACAGTTCAAGAAGCCTTACAACGACCTGAATGGATAGTAGCGACTTTAGAGGAGCTTCAAGCTCTTGAGAAAAATGGGACATGGACTCTTATAGAGTTACCCCCAGGTAAGCGCACAGTTAGATGTAAATGAATTTATATGACCAAACACAAACTAGACGACAGTATAGAGCAGTCAAAGTTCGTCTTGTGACTAAAGGATTCACCCAGTCATTAGGGGATTGATTATCAGGAAACATCTGCTCCGTTCGTCAAGTTGAATACTATTCGAGTACTTCTCTCTATTGCAACAAACCAAGGTTGGCCATTGTTTCAACTTGGTGTGAAGAATGCCTTTCTAAATGGTGATCTATTGGAGGAAGTGTAGATGGATGTACCTCCTGGATTTGAGGACAAATATACTAGAGGAAAGGTGTGTAAACTCAAAAAGTCTCTATGGACTAACGCAGTCGTCTTGAGCCTGGTTTGAATTGAAACAAGATGGCTATACTCAGTGTCAATCCGACCACTCTTTTCATCCAGCATTCCTCGTCGAGTAAGATTATTGTGTTAATCGTATATGTTGATGATATAGTTCTCACAGGAAATGTTTCTGAAGAAATAATTTGGCTAAAACAACTCCTCGCAAGAACATTTGAAATCAAAGATTTGGGACATCTCAGATACTTCTTAGGAGTGGAAGTAGCAAGATTGAGTAAAGGAATTTCTGCCACTCAACGAAAATGCGCTTTAGATCTCTTAAGGGAGACTGGGATGAGTGGTTGCAAACCAATTGATACACCTATGGATGCACTATGGATGCAAATTCAAAACTTGGAGTTGATCCCAAAGATGAACCAATTGATCGAGGCAGGTATCAACGACTAGTCAGAAAGCTAATATATTTGGGACATTAGCTTTGTTGTTAGCGTGGTAAGTCAATTTTTGAATAAGCCTTCTAAGGAACATATGGAAGTTGTGTATAGAATATTGAGATATCTCAAGCATGATCCTGGAAAGGGTCTTATGTTCAGAAAGGCCACAAACAGATCTCTAGAAGTCTACACTCATGCAGATTGGGCTGGATCTCCTGTTAACTGTAAGTCAACATCAGGATATTGTTCCTATGTACGGAGAAACTTAGTAACTTGGCGTAACAAAAAGCAACGAGTTGTAGCCTGAAACAGTGCTGAGGTTGAATTTCGATCATTAGCAAATGGGATATGTGAAGGAATTTGGCTAAACGCCTTCTTACTGAACTCAAGATCAAGAATAAGGCACTATAGAGGTATTATGTGATAATCAATCTGCCGTAGCCATTGCAAGAAACCCGATACATCATGATTGAATGAAACACGTCGAGATAGATCGTCACTTCATCAGTGAGAAGATTGAGACAAATACAATCGATTTGAGATATGTGCCTTCCCAACAGCAAGCTGATGACATATTAACTAAGGCCTTACACCAAATGGGACTTGGGAGGCTTATTTCCAAACTTGGAATTACTAGCATATACCATCCAGATTGAGGAGTACAGAAAATCAAGCTGAAGTTGAACCAATTCAGCTAAAAATTAGGAAGTTAGCTAAGATTTTTGTAAACTAATATACTTTTTTTTTGTAAAAATATGGGTGTTACTCACCACTTAGAAAATAAGAAAAATCTTTGTCCTGTATAAAGCTTCCGTTGGTATTTTTTATTGAACAAGAAACAACTTTTCATTGATAGATGAAAAGGAGAAAAAATGTTCAAAGATACAAACTCCGGAAGGAGTGAGAGAAAAAGAGGACCGAACAAAGCAAATGAAAAAGAGGACCGAACAAAGCAAATGAGAAAGAGGCTCACAAGGAGCAATACAATCAAAATAAGAACAAAAAACAAGAAATCAAGACAACAGAGACCAAAAATCTTCCAACATGAGTCTTGAGACAACACAAAACTTCAGAACTTAAATTGATGGTGAAGAGTTCGAATAAGTATAGTTCTCAATAGTATCCTGCAAATCCTTGGGCGTTGGATATGGAGGTCCCGAATATTGTTACTCAAGGCGATTCTTATCTCCTAAAGCGAGTCTTCTTTGGGTAAACGGGGTTAAAGCCATCATTTCAGAACTTTGGTTTGAAAGGAACCAAAGGATTTTTGAGGAAAAAAGAAGACCTTCGGTGGAGTGCTTCAATTTGGCTAAGTTTAAAGCTTCTCAATGGAGTGCTCTTTCCAAGCTTTTTGCTCTCTATTCTCCTAATATGATTTGTACTACTTGGGTGGCTTTCATCTTTCCTATATAGTTTTGTAAAGGATGTTGATTAGATCTTATTTTCCTGATTTTATGGGTTGTTCTTTTTAATTACTGCTATATTTTTTCACTCCTTCGGGAGTTTGTATCTTTGAACAGTTCATGTGCCTTTTCATTAATCAATGAAAAGTTCGTTTCTTGTTAAAAAAAGCTTTAAGTAACTGAATTCGCTCCTAATGTGAGAAGGATAAAAGTTGAATTTTTCTTGTTGAATTATGGCTGATGCTTTGTTTAGAGGAGATGTAGACATCCAACTTGGATGGAGATTAGCTAGAGATGAACTTTAAAGAAGTAACAATCTTATCCTTTAAGAAAACCAGAGGAGAAGACATAGAAACAAGCGGATATGTTGACAAAGATGAGAGAACCTGAAAGCAAACTTTGAGGGAGGGCGACCATAATCGGATTGAAGAATAAATAGACAAAGGAAGACCTTTGGGAAACTAAAGACCTTTCACTTCTCAAATGCTCTAAAGCAAAAGTTCTTCAAAAAATCTAACAACCAACCAAGCAAAATTAAAGCTTTTGCCCATTCACTTCCCAATAAGAATTGAAAGCTACAAAGAGAATAAAGTCTGATGAATTTCTAGAATGACTCCTTAAATTATTTTGTATTTGATGAAATGCTTTTCATTTTATCTTCATCATCTTCTAATGGTACTGCGACTCCAATGTTTTTATATTTCATGGTGGTATTGTTACTTTCCACAGTGTTTATCCCAGAAGAGCGAACTAGAGAAGAAATTAGCATCTTTGACAGTCAACGAAGGTACAAGCAAGGAGAGCAATATTTTGATTAAGCATCTGCAAGAAGAGCTAAGGAACTGTGTAGGGGTTTCTTCTTATTCTATAGTATAAATCTTAACGTTTACTAGAAGCTAGTTTCTCTGTTTCCTATAAAATAGTAAAACTTATATGAGAAGCTATTATTTATGTAGACCATTGTAGGATCAATGCAAGTACTACTGTATTTACCAAACCTTCATTGCATGATTTTAACTTAAGTGTCTATTGGGACAGATGAATTTGACTCTTTCGGGATATTTGCTTGTAAATCCTTAAGTTTTCTCCTTGTTATTAATTTGGCATGCCATAGTACAAAACTAAATTGAAACTCTCCAGAGATATTCTCTAATTTAAACATTATGGATTAGTTTAAATTGGAGATTCTGAAACTATGTTTCGAATTTGTTAGACTTGTTGGAGTTGTTAGTAGGGGTGAGCAAAACACCCCGAAAAACCGATCCGAACGATAAAAACCAACCGAACCGACGATGAGTTGGTTTGGTGGATAATTCGGTCGGAGTCGGTTTTTCATTTAAAAAACCGACTTGTTAGTCGATCGGTTTGGTCGGAAGAGTGATTTCCGACCGAACCGACCGATATCCAACCAAACCGACCGATATTTATTAAAAAAAAAGAAGAGGGCAGACTGCATTAAATGCAGTCTGCCATGCATGCTGCTGCAGTAATTACTGCAGCAGCTGAACCAGTGGCTCAACCGTTGGCCGGCTGGTTTCCAATGTTCCATTAAAATTTTTTTTTTCTTTATTCTATTTTCCCTCTCCACTCGATCAACTTCAACCTTCGTTCTCTCTCTCTTTCTTTTTTTTTTTTTTACTTTTCTCAGTGCTTTCATCACTCATCTTCTTCCTCTTCTTCTTCATTCTTCTTTCATTTTTCTTCTTTCCGACTTTCGAATCACGCAAAAGCTCGCCTATCGCCCATATCTCTTTCAGTTCTTTTTATTTTTTTTCGCTGAGAAGGTCGACTATGGCTCCGATGCCGGCATCTTCACATAAAAAAAATTGTTACAAAAACCGACGAACCGACTAGTTGGTCGATCGGTGCAAGTAACCATAACAGAGGTAGTTGGTTTCCTAAGGAAACCGACTAGGTCGGTTTTCGACGTCGGGGTCAGCCAAAAACTGACTCCGACTGACTGATGCTCACCCTTAGTTGTTAGGTTGTTTTGAGTTTGTTCCTTAATTGTAGCTAAACCTTTAGGTAGTTTCTAACCTATAATAAGCCATTTTGGCTCATCAATTCATCATCGAATTCTATCATATTCTTATTATCTTGAACCTTTATGGTATCATAGCTAAAATTCAGGTGTTTCATAGTGATAATGGTAAATAATACTTTAAATCAAACATTAGGGAAGTTTCTTATGGAGAAAGGGATAGTCCAACAGGGCTCTTACGATGACACACCCCAACAAAATGGTAGAGCTGAAAGGAAAAATAGGCACCTCTTAGAGGTAATTCGAGACCTCATGTTCTCGATGAATATTCCTACCTACTTATGGGGCGAGGCTATTCTACACTCTACATACCTTATCAAGAGAATGGCATCTAACTTTGTAACACCTATTCAAACTCTACAAAATGAATTTCCAAAATCTAGGATAATTAACCTATGCCTTCAAAAAAATTTGGATGCGAGCAATGTTTATTAGAAATCTTGATAGAAGTGCTAGCAAGTTAGATCGAAGAGCAAGAAAATGTGTCTATGTAGGTATTGCCTCAAATCAAAATGGATACAAAATGTTATGATCCACAGACTAGGAAGCTATTCATCTCTATAGATACACAATTCTTTGAAACACAACCATTCTTATATTCAGGGGGAGAATCAAATAGGACCGAATTTGAAAACACTAAGTTCATCAAACAAACAAAGTGACGAGGAATCCATAGAAAGTCTTTGTCTGTTGCAAAACCTAGAGTACATTGCCAGAAATCTTGACAAATAATTACAAACTTCAACACTAGAATTTCTAGGATCCGAAGAGAATGAGACAACTCAGGAGAAAATAGGTACTAGTGAAATTGAGGAAAATGAGGAAATAGGCACTATCTTAGAAAATAAAAATCAGGGTTTAGAAGTATCTAACACTCAAGAAAACAACATCATCATTCTAAAAATAGGTCTCGGTTGGAGTCAACAAGACTCTTTCCATATGAGAGAAGGGTGCCTCATCAGGAACTTGACACTATTGCTCCTCTGATAAGTCAAGAGTCTAAACCAAGAATGGAAGAGTCAACCGGTAATAATTCTATCTCTGATCTTGAAATTCCTATAGTCTTAAGGAAAGGGAGACGTTCGTGTGCCAATGTTAAACCATGTGTCTCACTCTAAACTGTCAAAATCTATTTCTGCCTTTACATCTAATGTCATGAACATTAAAATCCCTAATTGCATTCAGGAAGCTCTAAATGTTCTAAAGTGGAGGAAAGCTAAATACGATGAGATGAGTGCCCTGGAGAAGAATCAAACATGGAGGATTGAAGAGTTACCAAAGGGGAAACCAACTGTTGGGTGCAAATGGATTTTCACTCCAAAGTTTAGAGCAGATATAACCCTTAAAAGACACAAAGCTCGTCTGGTAGCCAAAGGATACACACAGACTTATGGGATTGACTACATAGAGATGTTTGCTTCTGTTGCAAAACTTAACACTAAGAATACTGTAATCCATTGCAGTGAACCTTGATTGGTCGTTGAATAGTTCGATGTAAAAAATGCCTTCTTAAATGGTCATCTTGAAGAAGAAGTTTTCATGTTACCTTACACTAGGGTTTGAAGAGAAATTTGAACCAAGAGTGTCAATTGATAAAGAAAACTAATTCTTTTTTTATTGATTCTAAAGAGTTGATACAAGGGTATAAATAGCAATTACAAAGAAGAAAATAAAGACAAAACTTTGCCTATTAGGATAAGGAAATACTTACCTATTATAACAAGGAAATCCTAATTTATTAAAACCTAAATACGATAGGAAATTAAATATAATTTAACAAAGAGTATGCAAATTGGAAAAAAGACATTGTATGGCCTCAAGCAAGTCTCCAAGGGCTTGGTTCGAATGATTCACCCAAGTTGTGAAACAACAAGGGTATTCTTAGGCTCATGCAGACCACACATTGTTCACAAGATTCTTGAAGAATGGAAAGATAGCAGTATTAATTGTCAATGTAGACGACATACTTATCACAAGTGATGATCAAGAAAAAATGAATAGATTGAAGAACAAACTCTCCCAAGAATTCGAGATTAAAGACTTGGGAGAAATGAAATATTTCCTTGCCATGGAAGTAGCAAGATCAAAACAAGGAATTTCGGTATCTCAACAAAAATATGTCCAAGACCTCCTCAAGGATGCAGGCATGAGTGATTGTCGACCAGTAGAAACTTAGGTTGATGCTAATAAGAAATTAGGAGACGTGACTCAAGGCACTCGAGTGGATGTTCAAAGATAGCAAAGGTTAGTTGGCCGACTAATCTACTTATCACATACTCGCTCGGATAATATTCTTTGCAGTCATGCATAGACCCTTTCAGGAATAGCTTGAGGAGCCTATCGAATGCTAAGATACTTGAAGGTCCCCGTCTTCTTTTCAGAAAGGGAGAAACCACGAATGTTGACTGGGGAGGGCTATAACAGACACAAAATCACATCAGGATATTGTACGTATAAGTGGGGAAATTTGGTAACATGGTGCATCAAGAAGCAAAGTGTAGTGGCACGAAGTAGAGTTTAGAGCAATGGCCAATGGTATTTGCGAAATCTTATGGATTCGCTGCATACTCAAAGAATTGAAACTTGAAGTGAAATCACCATTGGAACTATTTTGTGATAACAAAGCTGTAACCAAAATCCAGTACAACATGATCGCGCGAAGCACATAGAAGTTGATCGACACTTTATCAAAGAAAATCTAGAAGCTGGAGTAATCTGTTTTCTATTTGTTCCTTCAAAAGACCAAATTGCAGGATTCTTCAAACCAACCTTGGATGCACTTATAAGCAAGCTATGAATGCATGATATCTATGCACGAACTTGAAGGGGAGTATGAAACTATGCTTCGAATTTGTCAGAGTTGTTAGGTTGTTTTGAATTTGTTAGAGTTGTTAGGTTGTTTTGAGTTTGTTCTTTAATTGTAGCTAAACCTTAATTTAACTTAGTTTGACTTGATTTTGATGGAATAAAAATATTTGTATTCCAATATATTGATAATAAGAAATACATAGCCTTCTTATATAGAAGATAGGCTCAAACATAAATGGAAATAAAGATAGAATAATAATTAATATTGACAACTAATTTACAGCTAATATTTACAAATAATAAACCAACAGTTTGTAACCTACAAGTAAGCCATTTTGGCTCATCAATTCATCATCAAATTCTATCATATTCCTATTATCTTGAACCTTTAGAACAAACATTGAAGAATTTGATGAAGTGGAATAATTAGAATAGATAATTCCTCAATTGTACAACATGAAATAACCAACTGTAATTATTTATTTCCAATGACATTCTAATTTTTTCTTAAAATGTTTTTTTGGGACATCCATGCTATTGCCATGTTATTGTCTGGCTACAATATATATATATATATGTGTGTGTTATTTTGTTCTTGGATGGTTTCCTAGGAATCTGAAGTGAGAGAAGCTAGGAAGTTGAAATCATCTCTTAGTGATATTGGATTATTGAAGGAGAAACTATTGGAAGAAAAAGCCCGAAGGGGGAGAGCAGAAGCAGAGTTGTCTAAATTACAAGACCTTCAATTAAGTGTAAAGAAATTGGAGGATGAATTGGCACGCAATGAATTGTTGATTAAGGACATCCCTGGCATTAAAACTTATGAAGATTTACCGAATAAGATTTCTTCTCTCCAAAAGTATGTGAGTTGGTTTAGTTTTAATTATTGTCAACCGTCTCCTTCTTGTGATGCTTCCCCTACTGCTTTGGTTCCTGTTGTGCTCAATATATTACTTAATTTGTGAGGAAAAAGAAGCTGTATTCTATATATTTTGTAAACAGTATATGGTTGTCTTATATAGAAGAAAGACCAATAGCAAATAAGGAAAAAAAAAACATCACTTAATTACTGTTTTTTTTTTTTAACAAGAAACAAACTTTTCATTGATTTATGGAAAGAGTACAACACATTTATTAGTTGTTCATATTTATGTGTTATTTTTTCTTTCTTCTATATAAGAAGACCTCGTATTTGATTCAATAGATAGAACAAATATAACACTTTTATTTCTTCAAAATTTGGGGTACAAATTGGTCTCACATTGATCGGTGACATTCTCTCTCTTAGGACTAATGGCTAATGAGTCCTAATGCTTGGGGAAGGAGGACGTTTGGCATATAAAACCTACTTCTTAATTTTCTTCTTCTAAAGGGATATTGACAGGGTCTCACATTGATTGATAGGGGCATGTTCCTCCCTCTAGGACTATGGCATATGTAATATTTTATCAATAATGGTCCCCTATAGGCCTATATGTCTTAAAATTTTGTTGGAATTTCTTAATTGTTCTTTTGCAGACACGCTCGTCCCTTCAAGCATCTTGCTTGAAAAGACCGTTGTTGAAGAAACTTTTTGTTTACCATTGTCATCGACTCATACATTGCCTCATTCATTGTTCTTCTATATAGCTTATAGCAGGTCTCACATCACATCAAACGAAGTTTTACAACTTATATTAAAAAACAATATATTTTACACAATACTTTGTTGGGGACTAAAAGTTTGAACGAGTGAAAATATTTTTTATTATGATATTAGGACCTAGAATTTGAATGACCTAGAATTATTTGATAGACCCCTATTAAGAATGTTTGCGTTAGGAAGAACAGGGGCGTGAGGCTTGAGGCTTGAATATTCTATAATTAGATATGTGGGCCCAAGTTATTTACTTTGCAGGTTATTTCGGGGATTATGTGTTGATGTATATATTGGATGAGAGAGAGAAGGAGGGGTATATTTTTGGCTGGTCTGTTACGAAGGAGTGTAGAGAGGTAGGCAGCTCTCAAATTCTTTCTTGGCCCCGGTGGTTCCTCTCTGAATATCAACAATTGAAGTGGTTTCTATCATAATTTTTATTTTAGTTGCCCTGTAAAACTTTTTTGAGAAGTTACTTCTTTGCAACCTTTTTGCTAGTTTTTCCTTTGCCACCTTTTTGCTAGTTTTCATATCTAAAGGTTGCTCTCGAACCTATTTTATATTTTGCCAAACTTCCGAAGGTTAGATAAGAAGTTGCAAAATGTGTCATTACCGGCCTTTATTTACTTATTTATTTCTTTTAGGTTGTACTAGCCTTTATTAATCCCTCACCCTTTAAATATACTTTTCCACGAGGTTTAGAACCCAAGAGTGTCGATGAATATAAATGGTAACTTTACTTGCTTTAACCAGATCATCGAGCATGTCTCTATTACCAGCTAAAATCAAGTCTAGGCAATGTGAAACTCAAAGAGATCAAAATATCTATGTACGCTTGTCTATTAACATTTCTCAAACTTTTACATTGGCAGAAGAACTATTTGTCGCCACCTAGAACTTACATTTCCTTCATCAATTTCATCTATCATTGAATTAACGAATTATTTGCTTTGTAGATTTCTGATATATTGACAGATTTTAGAAGTATGGTGCCTCATGGACTATTGGCTTAATTGTTTGTAATAGATGATAGATTCTTCCCATAATGTTCGACCATTAGACATCATTGTGCATCTTGATTTTTTTTCCATCAAGTTATATACTTTACTATATTGATTGTTTCCACCTCATTTAGATAAGTACATAATTTTGAAATAGTTTAGGACCAAAGCCACTAAGTCTAACATTTTTTTGAATTAGGGGTCTTTGACTAAGTTAAAAGAAAGGGCATTTGACTGGCTGTTTCTAGGTATTCTTATCCTTGAAGCTTCCAGCTATTTAAGAAATTTCTGAAATTGTTTATCAAGTTTTAAGAGTCAAACTAGCCCTTTAGATGCTTTGTGCTTCCTTGTACGGTTGTACCATAACAGAAGAAAGATATCAGGATTAATATGAAGGCATCTGAGACTTATTTCCTTCATAAATGATACGAGTAACTTGTTATTGCTTTAGCAGGCTTAAATTGTCGGGCTTATTTGATAGGAACTGGGGTTTAATTATGAGATAATTAGTTAATATATGACTGGTTATATGGGTATTAAGAGTTTGTTGAAGTTGTAAGAAAGGTTTTTTTACTAGCAAGTGGTTGCAAATTAAGGAAGGGGGCAAGTGAGTAATCCAAATAAGTTGGAATCAGAAGAGGACGGGGAGCACTCTCAAATTATTTTTCCCTTGTAATCTTTTCCTTGTCTCAGTATTTATATTAGATTTGTTCTTACCATTATCCCATCCAGGGAGGTAATTGATAGCACAATAAAGGTGGGTGAGGTGAGTGCTCGTTTGAAACAATTGGAAGTAGCACTGGATACAGCTCAAATTGATAAACAAAAGGCAGAAACTGAGGCTACACTTGCAAAAGAAAAGATTGAAGCATTAAAGTTAGAAGCTAAGCAGAATGAATTGCTTGTAAGATTTTGTTCACTTACTTTTCAGCCTTCTACTTGGTATATTCACAAATGTGGAAGTAGATAAGGCAAAATGTTTTTATGGTCTTTTTTTCTTTTTGTTTTTGATTGTTTTTTTTTTTTAAGGAAATGCAAATCTTCATTGATGGAATGATACAAGAAACTTCAAATGTTTTATGGGTTTTTTTTTGCTACTTAATACCAATATTAAATTCTACAAGAGTCTGATACATCCTGCAATTACTATTACGAGTTTTGGCTGTTTGTGTTTTTGATCTTGTTTTCAGTATGCTATTTCATGGTAGTATTAATTATGAGAGGTTCTATTCGTTTTATTTTCCATGAATAAAAGTAAATTTCTATCTTTATAGATATTTTAATAAGAAATACGAACCAAAGAAAAAGAAAATACAACAAAAGCTGGTTTAGAAGTCCAACGTTGAAGGATCAACCTACACAGTTGCTTAAAAGCAGAGTAATCCCATAAACTGTGTGCACAATATGAAAATAAAGGAAAGGAATGTAACAATTACTAGTATGCCTCCCACTTGTTAACAGCTGTAACAAAAGACAATTTTTTCAACAACTCTTTTGTTATTAAAGGTTATAAAGACAGATTTAAAATGAATTATATTCCAAAGATTGAATATCACTTTCTTTTTCTTAACAGTTGCATGTATTTCTTTCTATATGCTTGATATTCAATTCTAGAATATTTTATTTGTATTTAATTTCCAGGAAAGGAAAGCTTTCGTAGTTTGACCAGATGAGTTCACCTATTAATTTTTTTAGTTGGCAGGAACTCTAGTTCAGCAGGATTCCCTGTAATTTGAAAGTATTTTATGAAAATTAGACATGGAAACATGACATAAAACCTCATTTGAATTAGTTGAACATTCTGTTATATATTTCTATGTAATACAAAGTTTATTATTGATGTGTATATGTTTGATGTAGATTGACAGTATATTTCGAATCAATTTTATTGGCATGTGAATATCAGTTTTAATATCTATGCAAGGTTTTTCACCTCCGAATCTTGTTGTATCATTCTATCTGCTTTCTCAAAAAATTCAGACCATTTTGGAAATCTCTGTTCCTTATATTTTTTATTTTATTTTTAAAAGATTTGGTAACCTACTGTTAGTTTACTGTAATCCTGCATCGCGTCTTTCATTTGGACACTTATGGGTGCTACTTGCTAGTATGCACAGTTAGTACCAGTATTATTTACCATACACTAGTACTACTGTTTTTGGTTCACCTAAGGGTTGAAAATAAGTATTTGTCAATTTCAGCTTCCCATGGTTACTGAAGAGAGAGATAAATTGAAAAGTCTGGCAAGTGAGTTGAAGGGTCTGAAAAATGATGATACCAGGTCTCAAGTGGCAAGTGAAAATCTTTCTCAGGTTTGCACATTATCATTTGTTTGACAAACTAATTTCATGTCAGTGTTCTGAAGGTCTTGATTTGTGGCTTGCTTTGATCTTGCAGGATCTAGACTCGGCCCTTGCAAAGAAAGATTGGTATATTAAAGAATTAGAAAGTAATTTACGTGAGCAAACGGAAGTTAATAACCAACAGCATGAGGAGATAAGGTTGTTGAATGAGAGATTGAATAATGAAGCGAAAAGAATAAGGTCGTTAGAGAGGGATTGTGATCGGCTTCGTTCTGAAATTTCTCTATTAGAGTCAAAG

mRNA sequence

ATGATCTTGAGGACTCCTCCGCTGAAGAAGCAACGATCCGATGTGAGGGCTCTGCCCGATGCCTCGTCCGGAGCTGCGTCAGATCTGCCGCTCGTTATCTATGAAGACCCTCTTCCCTCGCTGCCACCAACGTCTCAACCAGAGTTGTCGCACAACCACTCTGAGCCCATGCTCTGCACTTACCAATGCCGCCAAATGGTGAAATCAGACTTCCTAGATGCATTAAGCAATGCAGAGAAGCAAGTTCATGATTATGAATTGAAGTTGGGCACGGTAAATGAGAATCTTTCCAAATCTGAAGTGGAGAGAAAAAAATATCTGGATCAGTTGTTATATACAGAGCAAGAACTTGCTGCTTCAAGAGGACGTGAAAAAGTTTTGCAAGAGCAATTAATAAAAGAAGTTAATGATTCTGGGGAACAATTGAAAAAGCAAATTCAAATAAACAGTGAACTAGAGATAAAGTTGCAAAATGAATCAAACCTTCGGACGAAAGCTGAGTCTTCAATTGCATCATCAGAAGAGAAAGCAAGTCTCTTGGAAGATAAATTAAATCATCTTTCTCAAAGCATAGAAAGAGAAAAGAAGCGTCTTCATAATGAGCTTGCACAGTTAAAAGGAGAATCAAAGCTTTCTGTTTCTAGAATAAGTGCAGATCTGGAAAAGATGGTTTGTAGAGCTAGTAATGCTGAGAAGGAATCCGAGCTACTAAAAGAGCAGTTGGAAGACTTGAAGAAGCAACTCAATGAGTGTTTATCCCAGAAGAGCGAACTAGAGAAGAAATTAGCATCTTTGACAGTCAACGAAGGTACAAGCAAGGAGAGCAATATTTTGATTAAGCATCTGCAAGAAGAGCTAAGGAACTGTGAATCTGAAGTGAGAGAAGCTAGGAAGTTGAAATCATCTCTTAGTGATATTGGATTATTGAAGGAGAAACTATTGGAAGAAAAAGCCCGAAGGGGGAGAGCAGAAGCAGAGTTGTCTAAATTACAAGACCTTCAATTAAGTGTAAAGAAATTGGAGGATGAATTGGCACGCAATGAATTGTTGATTAAGGACATCCCTGGCATTAAAACTTATGAAGATTTACCGAATAAGATTTCTTCTCTCCAAAAGGAGGTAATTGATAGCACAATAAAGGTGGGTGAGGTGAGTGCTCGTTTGAAACAATTGGAAGTAGCACTGGATACAGCTCAAATTGATAAACAAAAGGCAGAAACTGAGGCTACACTTGCAAAAGAAAAGATTGAAGCATTAAAGTTAGAAGCTAAGCAGAATGAATTGCTTCTTCCCATGGTTACTGAAGAGAGAGATAAATTGAAAAGTCTGGCAAGTGAGTTGAAGGGTCTGAAAAATGATGATACCAGGTCTCAAGTGGCAAGTGAAAATCTTTCTCAGGATCTAGACTCGGCCCTTGCAAAGAAAGATTGGTATATTAAAGAATTAGAAAGTAATTTACGTGAGCAAACGGAAGTTAATAACCAACAGCATGAGGAGATAAGGTTGTTGAATGAGAGATTGAATAATGAAGCGAAAAGAATAAGGTCGTTAGAGAGGGATTGTGATCGGCTTCGTTCTGAAATTTCTCTATTAGAGTCAAAG

Coding sequence (CDS)

ATGATCTTGAGGACTCCTCCGCTGAAGAAGCAACGATCCGATGTGAGGGCTCTGCCCGATGCCTCGTCCGGAGCTGCGTCAGATCTGCCGCTCGTTATCTATGAAGACCCTCTTCCCTCGCTGCCACCAACGTCTCAACCAGAGTTGTCGCACAACCACTCTGAGCCCATGCTCTGCACTTACCAATGCCGCCAAATGGTGAAATCAGACTTCCTAGATGCATTAAGCAATGCAGAGAAGCAAGTTCATGATTATGAATTGAAGTTGGGCACGGTAAATGAGAATCTTTCCAAATCTGAAGTGGAGAGAAAAAAATATCTGGATCAGTTGTTATATACAGAGCAAGAACTTGCTGCTTCAAGAGGACGTGAAAAAGTTTTGCAAGAGCAATTAATAAAAGAAGTTAATGATTCTGGGGAACAATTGAAAAAGCAAATTCAAATAAACAGTGAACTAGAGATAAAGTTGCAAAATGAATCAAACCTTCGGACGAAAGCTGAGTCTTCAATTGCATCATCAGAAGAGAAAGCAAGTCTCTTGGAAGATAAATTAAATCATCTTTCTCAAAGCATAGAAAGAGAAAAGAAGCGTCTTCATAATGAGCTTGCACAGTTAAAAGGAGAATCAAAGCTTTCTGTTTCTAGAATAAGTGCAGATCTGGAAAAGATGGTTTGTAGAGCTAGTAATGCTGAGAAGGAATCCGAGCTACTAAAAGAGCAGTTGGAAGACTTGAAGAAGCAACTCAATGAGTGTTTATCCCAGAAGAGCGAACTAGAGAAGAAATTAGCATCTTTGACAGTCAACGAAGGTACAAGCAAGGAGAGCAATATTTTGATTAAGCATCTGCAAGAAGAGCTAAGGAACTGTGAATCTGAAGTGAGAGAAGCTAGGAAGTTGAAATCATCTCTTAGTGATATTGGATTATTGAAGGAGAAACTATTGGAAGAAAAAGCCCGAAGGGGGAGAGCAGAAGCAGAGTTGTCTAAATTACAAGACCTTCAATTAAGTGTAAAGAAATTGGAGGATGAATTGGCACGCAATGAATTGTTGATTAAGGACATCCCTGGCATTAAAACTTATGAAGATTTACCGAATAAGATTTCTTCTCTCCAAAAGGAGGTAATTGATAGCACAATAAAGGTGGGTGAGGTGAGTGCTCGTTTGAAACAATTGGAAGTAGCACTGGATACAGCTCAAATTGATAAACAAAAGGCAGAAACTGAGGCTACACTTGCAAAAGAAAAGATTGAAGCATTAAAGTTAGAAGCTAAGCAGAATGAATTGCTTCTTCCCATGGTTACTGAAGAGAGAGATAAATTGAAAAGTCTGGCAAGTGAGTTGAAGGGTCTGAAAAATGATGATACCAGGTCTCAAGTGGCAAGTGAAAATCTTTCTCAGGATCTAGACTCGGCCCTTGCAAAGAAAGATTGGTATATTAAAGAATTAGAAAGTAATTTACGTGAGCAAACGGAAGTTAATAACCAACAGCATGAGGAGATAAGGTTGTTGAATGAGAGATTGAATAATGAAGCGAAAAGAATAAGGTCGTTAGAGAGGGATTGTGATCGGCTTCGTTCTGAAATTTCTCTATTAGAGTCAAAG

Protein sequence

MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCTYQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAASRGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLLEDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQLEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLKSSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTYEDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALKLEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIKELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK

Homology

[Close]

BLAST of MC00g0394 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: 494.2 bits (1271), Expect = 1.9e-138
Identity = 296/536 (55.22%), Postives = 397/536 (74.07%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYED-PLPSLPPTSQPELSHNHS-EPML 60
           MILRTP  K+ RSD    P  +    S   L+IYED PLP+  P    + SH+HS +  L
Sbjct: 1   MILRTPQPKRLRSDAGESPFPTGATGSGNQLIIYEDSPLPAPAPL---QTSHDHSADQHL 60

Query: 61  CTYQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELA 120
           CTYQCRQMVK+D LDALS AEKQV + + KL T+N N ++++ ERK + D+ LY+EQELA
Sbjct: 61  CTYQCRQMVKADVLDALSTAEKQVEESKTKLQTLNANFTEADAERKHFRDKFLYSEQELA 120

Query: 121 ASRGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKAS 180
           A++ REK+LQEQL+ E+N+S E+  K++Q   ELE+KLQNE NLR KAESS A++EEKA 
Sbjct: 121 AAKAREKMLQEQLLMEINNSQERYTKELQSCHELEVKLQNEMNLRKKAESSAATAEEKAK 180

Query: 181 LLEDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLK 240
           LLEDKL  LS S++REKKRL+N++AQL  E+KLSV+RI ADLE+M CRA NAE ES LL+
Sbjct: 181 LLEDKLTQLSGSVDREKKRLNNDIAQLGKEAKLSVARIGADLERMQCRAQNAETESNLLR 240

Query: 241 EQLEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARK 300
            QLE LK   +ECL +K+E++KKL+S T    +S ++++L+KHLQEEL+  E+EVREARK
Sbjct: 241 SQLEHLKLIFDECLQEKTEVDKKLSSFTSEAASSSDNSVLVKHLQEELKRYEAEVREARK 300

Query: 301 LKSSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIK 360
           LKS   D  LL   LLEE++RR RAE+ELSK  DLQLS++KLE+EL+  + L+ DIPG+ 
Sbjct: 301 LKSRHLDAELLNVNLLEEQSRRERAESELSKFHDLQLSMEKLENELSSWKSLLNDIPGVS 360

Query: 361 TYEDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEA 420
             +D+  + S LQ EV+ ST+K+GE S R+KQLE  L+  Q+ +Q A +EA LAKEK EA
Sbjct: 361 CPDDIVMRFSVLQNEVVQSTMKIGEASTRIKQLEETLEAIQLGRQNAVSEAALAKEKSEA 420

Query: 421 LKLEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWY 480
           LK + K+ E++L +VTEE+++LK++ +EL+   ++ + S  A   L Q  +S+LAKK+ Y
Sbjct: 421 LKTDVKRIEVMLTLVTEEKEQLKAVVNELRKSNSEGSVSGAADGALIQGFESSLAKKENY 480

Query: 481 IKELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 535
           IK+LE +L +  +VNN+Q  EI LLNE+L +EA+R +SLERD DRLRSEISLLESK
Sbjct: 481 IKDLEQDLNQLKDVNNRQRTEIELLNEKLVDEARRNKSLERDSDRLRSEISLLESK 533

[Close]

BLAST of MC00g0394 vs. ExPASy Swiss-Prot
Match: Q9WVQ0 (Polyamine-modulated factor 1-binding protein 1 OS=Mus musculus OX=10090 GN=Pmfbp1 PE=2 SV=1)

HSP 1 Score: 53.9 bits (128), Expect = 6.4e-06
Identity = 111/473 (23.47%), Postives = 227/473 (47.99%), Query Frame = 0


Query: 75  LSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQEL-----AASRGREKVLQE 134
           L + ++++H+ E  L  V  +L + E E    L++L  T +EL      A +   K+  E
Sbjct: 417 LQDKDERLHELEKNLMQVQNSLREKEAE----LEKLQCTTKELDTSLQEARQSTSKIDCE 476

Query: 135 QL---IKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLLEDKLNH 194
            L   I+++ DS E+ ++Q++++ +   + + E++L   +        E   L + +   
Sbjct: 477 ALRAEIQKLKDSLEEAREQLKVSDQNLTQSKEEAHLSASSLEDAHRKIENCLLQDKQKEE 536

Query: 195 LSQSIEREKKRLHNELAQLKGESKLSVSR---ISADLEKMVCRASNAEKESELLKEQLED 254
           + + ++ +  +L  E ++++ E K +  R   +S++L +   R SNAEKE  LL++ L++
Sbjct: 537 VIKDLQSQLHKLQKESSKIEEERKHNRQRLQELSSELSEGQRRLSNAEKEKSLLQKTLDE 596

Query: 255 LKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREAR-KLKSS 314
            +K+++E        E+K   LT +          I+ L+EEL   +  + E R +LK S
Sbjct: 597 DEKKIDELFHSTQVSEQKQRELTNS----------IRKLEEELLEIKGLLEEKREQLKKS 656

Query: 315 LSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTYED 374
                  +EK LEE+    R EA+  K +  +  ++KL++E    E L  ++    ++ D
Sbjct: 657 KE-----QEKALEEEIEALRQEAK-RKEKMAKEHLRKLDEE---KENLQAELTSRSSHLD 716

Query: 375 LP-NKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALKL 434
              NK +S QK + +   ++      +  L+  LD+A I K+K   +  ++KE  E L  
Sbjct: 717 SSLNKYNSSQKVIQELNAEIARQKDSIMILQTQLDSA-IQKEKNCFQNMVSKEAYEEL-- 776

Query: 435 EAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIKE 494
             +++      +T+  +KL    SE K L     RS   ++     L+  +A  +  +K+
Sbjct: 777 -VRKSGNCQDDLTQALEKLTQATSETKSL----NRSLQQTQERKAQLEDEIAAYEERMKK 836

Query: 495 LESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 535
           L   L++      Q  +E+   +++L   + ++   +R   + +S++ +L +K
Sbjct: 837 LNMELKKLQGFQQQSEQEVHNFDKKLEEMSNQVLQWQR---QHQSDLKMLAAK 855

[Close]

BLAST of MC00g0394 vs. ExPASy Swiss-Prot
Match: P39922 (Myosin heavy chain, clone 203 (Fragment) OS=Hydra vulgaris OX=6087 PE=2 SV=1)

HSP 1 Score: 48.1 bits (113), Expect = 3.5e-04
Identity = 111/493 (22.52%), Postives = 221/493 (44.83%), Query Frame = 0


Query: 111 LYTEQELAASRGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSI 170
           LYT+ +   S  R +       +E+  + EQLKK  +   ++E +L      + K  +S+
Sbjct: 35  LYTKVQPLLSVARAEDEMRAKEEELEAAKEQLKKDAEAKKKMEEELTEAMAQKEKLYASL 94

Query: 171 ASSEEKASLLEDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNA 230
            +  ++   +EDKL +L    ++ +  L+  L +L GE   SV  +   +++       A
Sbjct: 95  QAETDRLITIEDKLLNLQTVKDKLESSLNEALEKLDGEEH-SVLVLEEKIQE-------A 154

Query: 231 EKESELLKEQLEDLKKQLNECLSQKSELEKKLASLTVN----EGTSKESNILIKHLQEEL 290
           E++ + L E+ E+L+  ++   ++K   +K++ +L  +    + T  + N   KH+ EEL
Sbjct: 155 EEKIDELTEKTEELQSNISRLETEKQNRDKQIDTLNEDIRKQDETISKMNAEKKHVDEEL 214

Query: 291 RN-----------CESEVREARKLKSSLSDI--GLLKEKLLEEKARRGRAEAE------L 350
           ++           C +  +   KL+SS+ +I   L KEK  + K  + + + E       
Sbjct: 215 KDRTEQLQAAEDKCNNLNKTKNKLESSIREIEQDLKKEKDSKMKLEKEKKKVESDLKDNR 274

Query: 351 SKLQDLQLSVKKLEDELARNELLIKDIPGIKTYEDLPNKISSLQKEVIDSTIKV------ 410
            KL + +  +K+ +D + + E  I D+   K  E L ++IS LQ+++ +   K+      
Sbjct: 275 DKLSETETRLKETQDLVTKREKSISDLENAK--EGLESQISQLQRKIQELLAKIEELEEE 334

Query: 411 ---------------GEVSARLKQLEVALDT------AQID-KQKAETEATLAKEKIEAL 470
                           E+ +R+++L+  L+T      AQ++  +K E E    +++IEAL
Sbjct: 335 LENERKLRQKSELQRKELESRIEELQDQLETAGGATSAQVEVGKKREAECNRLRKEIEAL 394

Query: 471 K---------LEAKQNELLLPMVTEERDKLK----SLASELKGLKND-----DTRSQVAS 530
                     ++AK N  +   + EE + +K     L  E   L N+     ++  Q+  
Sbjct: 395 NIANDAAISAIKAKTNATIAE-IQEENEAMKKAKAKLEKEKSALNNELNETKNSLDQIKK 454

Query: 531 ENLSQDLDSALAKKDWYIKELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDC 535
           +  + D +S + ++   I EL S L +  E+++Q   +   +N  L     ++   E + 
Sbjct: 455 QKTNSDKNSRMLEEQ--INELNSKLAQVDELHSQSESKNSKVNSELLALNSQLSESEHNL 514

[Close]

BLAST of MC00g0394 vs. ExPASy Swiss-Prot
Match: Q86RN8 (Paramyosin OS=Rhipicephalus microplus OX=6941 GN=PRM PE=1 SV=1)

HSP 1 Score: 47.0 bits (110), Expect = 7.8e-04
Identity = 113/519 (21.77%), Postives = 228/519 (43.93%), Query Frame = 0


Query: 72  LDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS-RGREKVLQEQ 131
           ++ L+    +V     +L   N    K   E K  LD + + + +LA       + L+++
Sbjct: 185 IEELNRTVTEVTAQRTRLSAENAEYLKEVHELKVSLDNVNHLKSQLATQLEDTRRRLEDE 244

Query: 132 LIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLLEDKLNHLSQS 191
             K  +        +++I S L+++L+ ES  R + E  +  +   A+  + K     Q+
Sbjct: 245 ERKRASLESSMHTLEVEIES-LKVQLEEESEARLEVERQLVKANADAAAYKTKYETEVQA 304

Query: 192 IEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQLEDLKKQLNE 251
              E + L  ++AQ        +S     LE ++ R SN EK+   L+ ++E L   L +
Sbjct: 305 HADEVEELRRKMAQ-------KISEYEEQLEALLTRCSNLEKQKSRLQSEVEVLIMDLEK 364

Query: 252 CLSQKSELEKKLASL-TVN---EGTSKESNILIKHLQEELRNCESEVR----EARKLKSS 311
             +    LEK++A L  +N   +   +E  IL++  Q ELR   +E++    E  K++  
Sbjct: 365 ATAHAQNLEKRVAQLEKLNIDLKSKVEELTILLEQSQRELRQKVAEIQKLQHEYEKMREQ 424

Query: 312 LSDIGLLKEKLLEE--KARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 371
              +    +KL+++  +A+   A+A + +L + +L +K+LE+E        K+   ++  
Sbjct: 425 RDALQRENKKLVDDLSEAKSQLADA-IRRLHEYELEIKRLENERDELAAAYKEAETLRKQ 484

Query: 372 EDL-----------------------PNKISSLQK----EVIDSTIKVGEVSARLK---- 431
           E+                          +I +L+K    EV    +++ E  A+LK    
Sbjct: 485 EEAKCQRLTAELAQVRHEYERRLQIKEEEIEALRKQYQLEVEQLNMRLAEAEAKLKTEIA 544

Query: 432 -----------QLEVALDTAQIDKQKAETEATLAKEKIEALKLEAKQNELLLPMVTEERD 491
                      +LE++LD A  +KQ  + +  + K+ I+  +L+A  +E +   + +  D
Sbjct: 545 RIKKKYQAQITELEMSLDAA--NKQNMDLQKIIKKQAIQITELQAHYDE-VHRQLQQCAD 604

Query: 492 KLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKK---DWYIKELESNLREQTEVNNQ 535
           +L       +GL+ +    +VA       L+SAL  K   +  ++E ++ + E T +N  
Sbjct: 605 QLAISQRRCQGLQAELDEQRVA-------LESALRSKRAAEQSLEESQARVNELTTIN-- 664

[Close]

BLAST of MC00g0394 vs. NCBI nr
Match: XP_022155150.1 (mitotic spindle checkpoint protein MAD1 isoform X1 [Momordica charantia])

HSP 1 Score: 949 bits (2454), Expect = 0.0
Identity = 533/534 (99.81%), Postives = 533/534 (99.81%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT
Sbjct: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL
Sbjct: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK
Sbjct: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY
Sbjct: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK
Sbjct: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LEAKQNELLLPMVTEERDKLKSL SELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK
Sbjct: 421 LEAKQNELLLPMVTEERDKLKSLVSELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK
Sbjct: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. NCBI nr
Match: XP_022155151.1 (mitotic spindle checkpoint protein MAD1 isoform X2 [Momordica charantia])

HSP 1 Score: 949 bits (2454), Expect = 0.0
Identity = 533/534 (99.81%), Postives = 533/534 (99.81%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT
Sbjct: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL
Sbjct: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK
Sbjct: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY
Sbjct: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK
Sbjct: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LEAKQNELLLPMVTEERDKLKSL SELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK
Sbjct: 421 LEAKQNELLLPMVTEERDKLKSLVSELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK
Sbjct: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 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: 815 bits (2105), Expect = 1.64e-290
Identity = 457/534 (85.58%), Postives = 491/534 (91.95%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MI+RTPP KKQRSDVRALPD+SS  ASDLPLVIYEDPLP +P T+QPE SH  SE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKLG +NENLSK E ERKK+LDQLLYTEQELAA+
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKE+NDSGEQLKKQ+QI+SELE+KLQNESNLR KAESSIA SEEKA LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQNESNLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH S+SIERE+KRLH ELAQLKGESKLSVSRI+ADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECL QKSELEKKLAS TVNEGTSKESNILIKHLQEELRN ESEVREARKLK
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNYESEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSL DIGLLKEKLLEEKARR RAE+ELSKLQD+QLSVK LEDEL R ELLIKDIPGI TY
Sbjct: 301 SSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRRELLIKDIPGITTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           ED+PNKISSLQKEVID+TIK+GEV+ARLKQLEVALD AQ DKQKAE+EATLAKEKIEALK
Sbjct: 361 EDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAESEATLAKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LE +QNELLL + TEERDKLKSL +ELK LKN D  ++  SE +SQ+LDSALAKKDWYIK
Sbjct: 421 LETQQNELLLSVATEERDKLKSLVNELKSLKNGDAEAKATSETISQELDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNL EQ +VN +QH+E+RLLNERLNNEAKRI+SLERD DRLRSEISLLESK
Sbjct: 481 ELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. NCBI nr
Match: XP_022997454.1 (mitotic spindle checkpoint protein MAD1 [Cucurbita maxima])

HSP 1 Score: 809 bits (2089), Expect = 4.41e-288
Identity = 454/534 (85.02%), Postives = 489/534 (91.57%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MI+RTPP KKQRSDVRALPD+SS  ASDLPLVIYEDPLP +P T+QPE SH  SE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKLG +NENLSK E ERKK+LDQLLYTEQELAA+
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGELNENLSKVESERKKFLDQLLYTEQELAAT 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKE+NDSGEQLKKQ+QI+SELE+KLQ E+NLR KAESSIA SEEKA LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQKEANLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH S+SIERE+KRLH ELAQLKGESKLSVSRI+ADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECL QKSELEKKLAS TVNEGTSKESNILIKHLQEELRN E EVREARKLK
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNYEFEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSL DIGLLKEKLLEEKARR RAE+ELSKLQD+QLSVK LEDEL R ELLIKDIPGI TY
Sbjct: 301 SSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRRELLIKDIPGITTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           ED+PNKISSLQKEVID+TIK+GEV+ARLKQLEVALD AQ DKQKAE+EATLAKEKIEALK
Sbjct: 361 EDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAESEATLAKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LE +QNELLL + TEERDKLKSL +ELK LKN D  ++  SE +SQ+LDSALAKKDWYIK
Sbjct: 421 LETQQNELLLSVATEERDKLKSLVNELKSLKNGDAEAKTTSETISQELDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNL EQ +VN +QH+E+RLLNERLNNEAKRI+SLERD DRLRSEISLLESK
Sbjct: 481 ELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. NCBI nr
Match: XP_022933081.1 (mitotic spindle checkpoint protein MAD1 [Cucurbita moschata])

HSP 1 Score: 808 bits (2087), Expect = 8.88e-288
Identity = 451/534 (84.46%), Postives = 491/534 (91.95%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MI+RTPP KKQRSDVRALPD+SS  ASDLPLVIYEDPLP +P T+QPE SH  SE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKLG +NENLSK E ERKK+L+QLLYTEQELAA+
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLEQLLYTEQELAAA 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKE+NDSGEQLKKQ+QI+SELE+KLQNE+NLR KAESSIA SEEKA LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQNEANLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH S+SIERE+KRLH ELAQLKGESKLSVSRI+ADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECL QKSELEKKLAS TVNEGTSKESNILIKHLQEELRN ESEVREARKLK
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNYESEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSL DIGLLKEKLLEEKARR RAE+EL+KLQD+QLSVK LEDEL R ELLIKDIPGI TY
Sbjct: 301 SSLGDIGLLKEKLLEEKARRERAESELTKLQDIQLSVKNLEDELTRRELLIKDIPGITTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           ED+PNKISSLQKEVID+TIK+GEV+ARLKQLEVALD AQ DKQKAE+EATLA+EKIEAL+
Sbjct: 361 EDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAESEATLAREKIEALR 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LE +QNELLL + TEERDKLK+L +ELK LKN D  ++  SE +SQ+LDSALAKKDWYIK
Sbjct: 421 LETQQNELLLSLATEERDKLKNLVNELKSLKNGDAEAKATSETISQELDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNL EQ +VN +QH+E+RLLNERLNNEAKRI+SLERD DRLRSEISLLESK
Sbjct: 481 ELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. ExPASy TrEMBL
Match: A0A6J1DQU7 (mitotic spindle checkpoint protein MAD1 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111022291 PE=3 SV=1)

HSP 1 Score: 949 bits (2454), Expect = 0.0
Identity = 533/534 (99.81%), Postives = 533/534 (99.81%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT
Sbjct: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL
Sbjct: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK
Sbjct: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY
Sbjct: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK
Sbjct: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LEAKQNELLLPMVTEERDKLKSL SELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK
Sbjct: 421 LEAKQNELLLPMVTEERDKLKSLVSELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK
Sbjct: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 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: 949 bits (2454), Expect = 0.0
Identity = 533/534 (99.81%), Postives = 533/534 (99.81%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT
Sbjct: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL
Sbjct: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK
Sbjct: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY
Sbjct: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK
Sbjct: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LEAKQNELLLPMVTEERDKLKSL SELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK
Sbjct: 421 LEAKQNELLLPMVTEERDKLKSLVSELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK
Sbjct: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. ExPASy TrEMBL
Match: A0A6J1KBD3 (mitotic spindle checkpoint protein MAD1 OS=Cucurbita maxima OX=3661 GN=LOC111492363 PE=3 SV=1)

HSP 1 Score: 809 bits (2089), Expect = 2.14e-288
Identity = 454/534 (85.02%), Postives = 489/534 (91.57%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MI+RTPP KKQRSDVRALPD+SS  ASDLPLVIYEDPLP +P T+QPE SH  SE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKLG +NENLSK E ERKK+LDQLLYTEQELAA+
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGELNENLSKVESERKKFLDQLLYTEQELAAT 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKE+NDSGEQLKKQ+QI+SELE+KLQ E+NLR KAESSIA SEEKA LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQKEANLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH S+SIERE+KRLH ELAQLKGESKLSVSRI+ADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECL QKSELEKKLAS TVNEGTSKESNILIKHLQEELRN E EVREARKLK
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNYEFEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSL DIGLLKEKLLEEKARR RAE+ELSKLQD+QLSVK LEDEL R ELLIKDIPGI TY
Sbjct: 301 SSLGDIGLLKEKLLEEKARRERAESELSKLQDIQLSVKNLEDELTRRELLIKDIPGITTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           ED+PNKISSLQKEVID+TIK+GEV+ARLKQLEVALD AQ DKQKAE+EATLAKEKIEALK
Sbjct: 361 EDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAESEATLAKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LE +QNELLL + TEERDKLKSL +ELK LKN D  ++  SE +SQ+LDSALAKKDWYIK
Sbjct: 421 LETQQNELLLSVATEERDKLKSLVNELKSLKNGDAEAKTTSETISQELDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNL EQ +VN +QH+E+RLLNERLNNEAKRI+SLERD DRLRSEISLLESK
Sbjct: 481 ELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. ExPASy TrEMBL
Match: A0A6J1EY58 (mitotic spindle checkpoint protein MAD1 OS=Cucurbita moschata OX=3662 GN=LOC111439783 PE=3 SV=1)

HSP 1 Score: 808 bits (2087), Expect = 4.30e-288
Identity = 451/534 (84.46%), Postives = 491/534 (91.95%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MI+RTPP KKQRSDVRALPD+SS  ASDLPLVIYEDPLP +P T+QPE SH  SE MLCT
Sbjct: 1   MIVRTPPPKKQRSDVRALPDSSSAGASDLPLVIYEDPLPVVPATTQPECSHEPSEQMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVK+DFLDALSNAEKQVHDYELKLG +NENLSK E ERKK+L+QLLYTEQELAA+
Sbjct: 61  YQCRQMVKADFLDALSNAEKQVHDYELKLGVLNENLSKVESERKKFLEQLLYTEQELAAA 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKE+NDSGEQLKKQ+QI+SELE+KLQNE+NLR KAESSIA SEEKA LL
Sbjct: 121 RGREKVLQEQLIKEINDSGEQLKKQMQISSELEVKLQNEANLRMKAESSIALSEEKAKLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNH S+SIERE+KRLH ELAQLKGESKLSVSRI+ADLEKMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHFSESIERERKRLHGELAQLKGESKLSVSRINADLEKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECL QKSELEKKLAS TVNEGTSKESNILIKHLQEELRN ESEVREARKLK
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTSKESNILIKHLQEELRNYESEVREARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSL DIGLLKEKLLEEKARR RAE+EL+KLQD+QLSVK LEDEL R ELLIKDIPGI TY
Sbjct: 301 SSLGDIGLLKEKLLEEKARRERAESELTKLQDIQLSVKNLEDELTRRELLIKDIPGITTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           ED+PNKISSLQKEVID+TIK+GEV+ARLKQLEVALD AQ DKQKAE+EATLA+EKIEAL+
Sbjct: 361 EDIPNKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQTDKQKAESEATLAREKIEALR 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LE +QNELLL + TEERDKLK+L +ELK LKN D  ++  SE +SQ+LDSALAKKDWYIK
Sbjct: 421 LETQQNELLLSLATEERDKLKNLVNELKSLKNGDAEAKATSETISQELDSALAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNL EQ +VN +QH+E+RLLNERLNNEAKRI+SLERD DRLRSEISLLESK
Sbjct: 481 ELESNLHEQKQVNGRQHDELRLLNERLNNEAKRIKSLERDSDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. ExPASy TrEMBL
Match: A0A1S3CCD1 (mitotic spindle checkpoint protein MAD1 OS=Cucumis melo OX=3656 GN=LOC103499375 PE=3 SV=1)

HSP 1 Score: 791 bits (2042), Expect = 2.94e-281
Identity = 443/534 (82.96%), Postives = 486/534 (91.01%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYEDPLPSLPPTSQPELSHNHSEPMLCT 60
           MI+RTPP KKQRSDV +LPD+S  AASDLPLVIYEDPLP +P T+QP  SH  S+ MLCT
Sbjct: 1   MIVRTPPPKKQRSDVTSLPDSSPAAASDLPLVIYEDPLPLVPATTQPASSHLPSDHMLCT 60

Query: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAAS 120
           YQCRQMVKSDFLDALSNAEKQVHDYELKLG +NENLSK E ERKK+LDQLLYTEQELAA+
Sbjct: 61  YQCRQMVKSDFLDALSNAEKQVHDYELKLGMLNENLSKVESERKKFLDQLLYTEQELAAA 120

Query: 121 RGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLL 180
           RGREKVLQEQLIKE++DSGE+LKKQ+Q +SELE+KLQNESNLR KAESSIASSEEKA LL
Sbjct: 121 RGREKVLQEQLIKEISDSGERLKKQLQTSSELEVKLQNESNLRIKAESSIASSEEKARLL 180

Query: 181 EDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLKEQ 240
           EDKLNHLS+SIERE+K L  ELAQL+GESKLSVSRI+ADL KMVCRASNAEKESELLKEQ
Sbjct: 181 EDKLNHLSESIERERKHLDTELAQLRGESKLSVSRINADLAKMVCRASNAEKESELLKEQ 240

Query: 241 LEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARKLK 300
           LEDLKKQLNECL QKSELEKKLAS TVNEGT KESNILIKHLQEELRN ESEV+EARKLK
Sbjct: 241 LEDLKKQLNECLCQKSELEKKLASFTVNEGTGKESNILIKHLQEELRNYESEVKEARKLK 300

Query: 301 SSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIKTY 360
           SSL DIGLLKEKLLEEKARR RA++ELSKLQD+QLSVK LEDEL R +LLIKDIPGI TY
Sbjct: 301 SSLGDIGLLKEKLLEEKARRERADSELSKLQDIQLSVKNLEDELTRRDLLIKDIPGISTY 360

Query: 361 EDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEALK 420
           ED+P KISSLQKEVID+TIK+GEV+ARLKQLEVALD AQIDKQKAE+EATL KEKIEALK
Sbjct: 361 EDIPTKISSLQKEVIDNTIKMGEVNARLKQLEVALDAAQIDKQKAESEATLVKEKIEALK 420

Query: 421 LEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWYIK 480
           LE +QNELLL + TEERDKLKSL +ELK LKNDD  ++  +E LSQ+LDS  AKKDWYIK
Sbjct: 421 LEVQQNELLLSVATEERDKLKSLVNELKTLKNDDAEAKATNETLSQELDSIFAKKDWYIK 480

Query: 481 ELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 534
           ELESNL EQ EVN++QH+E++LLNERLNN+AKRI+SLERDCDRLRSEISLLESK
Sbjct: 481 ELESNLHEQKEVNSRQHDELKLLNERLNNDAKRIKSLERDCDRLRSEISLLESK 534

[Close]

BLAST of MC00g0394 vs. TAIR 10
Match: AT5G49880.1 (mitotic checkpoint family protein )

HSP 1 Score: 494.2 bits (1271), Expect = 1.3e-139
Identity = 296/536 (55.22%), Postives = 397/536 (74.07%), Query Frame = 0


Query: 1   MILRTPPLKKQRSDVRALPDASSGAASDLPLVIYED-PLPSLPPTSQPELSHNHS-EPML 60
           MILRTP  K+ RSD    P  +    S   L+IYED PLP+  P    + SH+HS +  L
Sbjct: 1   MILRTPQPKRLRSDAGESPFPTGATGSGNQLIIYEDSPLPAPAPL---QTSHDHSADQHL 60

Query: 61  CTYQCRQMVKSDFLDALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELA 120
           CTYQCRQMVK+D LDALS AEKQV + + KL T+N N ++++ ERK + D+ LY+EQELA
Sbjct: 61  CTYQCRQMVKADVLDALSTAEKQVEESKTKLQTLNANFTEADAERKHFRDKFLYSEQELA 120

Query: 121 ASRGREKVLQEQLIKEVNDSGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKAS 180
           A++ REK+LQEQL+ E+N+S E+  K++Q   ELE+KLQNE NLR KAESS A++EEKA 
Sbjct: 121 AAKAREKMLQEQLLMEINNSQERYTKELQSCHELEVKLQNEMNLRKKAESSAATAEEKAK 180

Query: 181 LLEDKLNHLSQSIEREKKRLHNELAQLKGESKLSVSRISADLEKMVCRASNAEKESELLK 240
           LLEDKL  LS S++REKKRL+N++AQL  E+KLSV+RI ADLE+M CRA NAE ES LL+
Sbjct: 181 LLEDKLTQLSGSVDREKKRLNNDIAQLGKEAKLSVARIGADLERMQCRAQNAETESNLLR 240

Query: 241 EQLEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREARK 300
            QLE LK   +ECL +K+E++KKL+S T    +S ++++L+KHLQEEL+  E+EVREARK
Sbjct: 241 SQLEHLKLIFDECLQEKTEVDKKLSSFTSEAASSSDNSVLVKHLQEELKRYEAEVREARK 300

Query: 301 LKSSLSDIGLLKEKLLEEKARRGRAEAELSKLQDLQLSVKKLEDELARNELLIKDIPGIK 360
           LKS   D  LL   LLEE++RR RAE+ELSK  DLQLS++KLE+EL+  + L+ DIPG+ 
Sbjct: 301 LKSRHLDAELLNVNLLEEQSRRERAESELSKFHDLQLSMEKLENELSSWKSLLNDIPGVS 360

Query: 361 TYEDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAETEATLAKEKIEA 420
             +D+  + S LQ EV+ ST+K+GE S R+KQLE  L+  Q+ +Q A +EA LAKEK EA
Sbjct: 361 CPDDIVMRFSVLQNEVVQSTMKIGEASTRIKQLEETLEAIQLGRQNAVSEAALAKEKSEA 420

Query: 421 LKLEAKQNELLLPMVTEERDKLKSLASELKGLKNDDTRSQVASENLSQDLDSALAKKDWY 480
           LK + K+ E++L +VTEE+++LK++ +EL+   ++ + S  A   L Q  +S+LAKK+ Y
Sbjct: 421 LKTDVKRIEVMLTLVTEEKEQLKAVVNELRKSNSEGSVSGAADGALIQGFESSLAKKENY 480

Query: 481 IKELESNLREQTEVNNQQHEEIRLLNERLNNEAKRIRSLERDCDRLRSEISLLESK 535
           IK+LE +L +  +VNN+Q  EI LLNE+L +EA+R +SLERD DRLRSEISLLESK
Sbjct: 481 IKDLEQDLNQLKDVNNRQRTEIELLNEKLVDEARRNKSLERDSDRLRSEISLLESK 533

[Close]

BLAST of MC00g0394 vs. TAIR 10
Match: AT2G32240.1 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: response to cadmium ion; LOCATED IN: plasma membrane; EXPRESSED IN: 25 plant structures; EXPRESSED DURING: 13 growth stages; CONTAINS InterPro DOMAIN/s: Prefoldin (InterPro:IPR009053); BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G05320.3); Has 470429 Blast hits to 168274 proteins in 4282 species: Archae - 6896; Bacteria - 131956; Metazoa - 175525; Fungi - 33166; Plants - 25441; Viruses - 2243; Other Eukaryotes - 95202 (source: NCBI BLink). )

HSP 1 Score: 43.9 bits (102), Expect = 4.7e-04
Identity = 113/466 (24.25%), Postives = 217/466 (46.57%), Query Frame = 0


Query: 73  DALSNAEKQVHDYELKLGTVNENLSKSEVERKKYLDQLLYTEQELAASRGREKVLQEQLI 132
           + L  + ++   +E +L   + + + SE ++     +LL + +E A     +    +Q I
Sbjct: 205 EGLKRSAEEAQKFE-ELHKQSASHADSESQKALEFSELLKSTKESAKEMEEKMASLQQEI 264

Query: 133 KEVND---SGEQLKKQIQINSELEIKLQNESNLRTKAESSIASSEEKASLLEDKLNHLSQ 192
           KE+N+     E+++  ++ ++     +Q E  L   ++S +  +E+K S  E  ++ L+Q
Sbjct: 265 KELNEKMSENEKVEAALKSSAGELAAVQEELAL---SKSRLLETEQKVSSTEALIDELTQ 324

Query: 193 SIEREK---KRLHNEL-------AQLKG-ESKLSVSR-ISADLEKMVCRASNAEKESELL 252
            +E++K    R   EL       AQ KG ++KLS    I++ L + +      E  S+  
Sbjct: 325 ELEQKKASESRFKEELSVLQDLDAQTKGLQAKLSEQEGINSKLAEELKEKELLESLSKDQ 384

Query: 253 KEQLEDLKKQLNECLSQKSELEKKLASLTVNEGTSKESNILIKHLQEELRNCESEVREAR 312
           +E+L    ++L E L +K  LE  +A +T N  T  E   +   L+E+L+  +    +  
Sbjct: 385 EEKLRTANEKLAEVLKEKEALEANVAEVTSNVATVTE---VCNELEEKLKTSDENFSKTD 444

Query: 313 KLKS-SLSDIGLLKEKL--LEE-KARRGRAEAELS----KLQDLQLSVKKLEDELAR--N 372
            L S +LS+   L++KL  LEE  +  G A A  +    +L+D+  S  +  +E      
Sbjct: 445 ALLSQALSNNSELEQKLKSLEELHSEAGSAAAAATQKNLELEDVVRSSSQAAEEAKSQIK 504

Query: 373 ELLIKDIPGIKTYEDLPNKISSLQKEVIDSTIKVGEVSARLKQLEVALDTAQIDKQKAET 432
           EL  K     +   +L  +++ LQ +  D+  ++ E+S +  +L+ A++ A+ +K++A T
Sbjct: 505 ELETKFTAAEQKNAELEQQLNLLQLKSSDAERELKELSEKSSELQTAIEVAEEEKKQATT 564

Query: 433 EATLAKEKIEALKLEAKQN-----------ELLLPMVTEERDKLKSL---ASELKGLKND 492
           +    K+K   L+L   Q+            + L    E  D+  +    + EL+GL   
Sbjct: 565 QMQEYKQKASELELSLTQSSARNSELEEDLRIALQKGAEHEDRANTTHQRSIELEGLCQS 624

Query: 493 DTRSQVASENLSQDLDSALAKKDWYIKELESNLREQTEVNNQQHEE 500
                  +E   +DL+  L  + + I+ELE    EQ     ++H E
Sbjct: 625 SQSKHEDAEGRLKDLELLLQTEKYRIQELE----EQVSSLEKKHGE 659

The following BLAST results are available for this feature:

BLAST of MC00g0394 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9LTY1	1.9e-138	55.22	Mitotic spindle checkpoint protein MAD1 OS=Arabidopsis thaliana OX=3702 GN=MAD1 ...	[more]
Q9WVQ0	6.4e-06	23.47	Polyamine-modulated factor 1-binding protein 1 OS=Mus musculus OX=10090 GN=Pmfbp...	[more]
P39922	3.5e-04	22.52	Myosin heavy chain, clone 203 (Fragment) OS=Hydra vulgaris OX=6087 PE=2 SV=1	[more]
Q86RN8	7.8e-04	21.77	Paramyosin OS=Rhipicephalus microplus OX=6941 GN=PRM PE=1 SV=1	[more]

BLAST of MC00g0394 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022155150.1	0.0	99.81	mitotic spindle checkpoint protein MAD1 isoform X1 [Momordica charantia]	[more]
XP_022155151.1	0.0	99.81	mitotic spindle checkpoint protein MAD1 isoform X2 [Momordica charantia]	[more]
KAG6601670.1	1.64e-290	85.58	Mitotic spindle checkpoint protein MAD1, partial [Cucurbita argyrosperma subsp. ...	[more]
XP_022997454.1	4.41e-288	85.02	mitotic spindle checkpoint protein MAD1 [Cucurbita maxima]	[more]
XP_022933081.1	8.88e-288	84.46	mitotic spindle checkpoint protein MAD1 [Cucurbita moschata]	[more]

BLAST of MC00g0394 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DQU7	0.0	99.81	mitotic spindle checkpoint protein MAD1 isoform X2 OS=Momordica charantia OX=367...	[more]
A0A6J1DLL9	0.0	99.81	mitotic spindle checkpoint protein MAD1 isoform X1 OS=Momordica charantia OX=367...	[more]
A0A6J1KBD3	2.14e-288	85.02	mitotic spindle checkpoint protein MAD1 OS=Cucurbita maxima OX=3661 GN=LOC111492...	[more]
A0A6J1EY58	4.30e-288	84.46	mitotic spindle checkpoint protein MAD1 OS=Cucurbita moschata OX=3662 GN=LOC1114...	[more]
A0A1S3CCD1	2.94e-281	82.96	mitotic spindle checkpoint protein MAD1 OS=Cucumis melo OX=3656 GN=LOC103499375 ...	[more]

BLAST of MC00g0394 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G49880.1	1.3e-139	55.22	mitotic checkpoint family protein	[more]
AT2G32240.1	4.7e-04	24.25	FUNCTIONS IN: molecular_function unknown; INVOLVED IN: response to cadmium ion; ...	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 479..534
None	No IPR available	COILS	Coil	Coil	coord: 163..208
None	No IPR available	COILS	Coil	Coil	coord: 313..350
None	No IPR available	COILS	Coil	Coil	coord: 433..453
None	No IPR available	COILS	Coil	Coil	coord: 75..95
None	No IPR available	COILS	Coil	Coil	coord: 220..268
None	No IPR available	COILS	Coil	Coil	coord: 272..299
None	No IPR available	COILS	Coil	Coil	coord: 388..424
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..23
IPR008672	Spindle assembly checkpoint component Mad1	PANTHER	PTHR23168	MITOTIC SPINDLE ASSEMBLY CHECKPOINT PROTEIN MAD1 MITOTIC ARREST DEFICIENT-LIKE PROTEIN 1	coord: 1..534

Relationships

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


Feature Name	Unique Name	Type
MC00g0394.1	MC00g0394.1	mRNA

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