MELO3C012686.jh1 (gene) Melon (Harukei-3) v1.41

Overview
NameMELO3C012686.jh1
Typegene
OrganismCucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Descriptionprotein TPX2-like isoform X3
Locationchr01: 21673681 .. 21711312 (-)
RNA-Seq ExpressionMELO3C012686.jh1
SyntenyMELO3C012686.jh1
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

GCAAAATCAACCTCGGGGAATACATTCCAACACGGTTCTTCGAAGATTTCAGTTCAGCTTGGGCGATAGTATAGAGATCAGCTCTCAGCGGTCTTCATTGAATATTAGTCATGCTACCAAAAGGCAGAAGTTGGAGGCTGGTTATTTTTCCAATGTCCGACATTCAAAGCGTCAAACAAGTTTGCTTCACAAAATACCTAAAAAGGTTGTTTCAGAAGTTTTTCCACCTCTTACAAAAATTAAAGCTACCATACCTAGAGAGCCCAATCTTGAGACAGCAAATAGAGCACAAAGAGACAGGTCTAAAATCGACATGACAACAACTGAACATAATAAATTGGATGCTTCTAACTTTAAAGCACGGCCGCTGAACCGAAAAATCCTTGAGGCTCCTACTTTGCTCCCACCAAAGAAGAGTATACCGCAGATGCCTGAATTTCAAGTGTTTCATCTTAAGACATCAGAGAGGGCCGCACAACACACATATGTTGTAAGTAAATCCTTACGTAATTCACAAAGTGAAAGCAAGTGCACAAGAAGGCCAAGTCCTCTTCACGATATGAAACAAGAGAAATGTGTAAAAGCCGAAAAATGTAAAGCACGACCACTTGATAAGATGCTCTCAAATAATGAAGAATGTGATGTCTTTGTGAGTCGTAAAGATGGAACATCTGTCTACAAGGAATTCAACTGTCTAGATCAAAAGAGATGTTCGGACGAGCTACCAACCAAATTACTTAGCAAGCTCACCCTTTCGTCGGATTGTAATCAATGCGTGCTCAAAAGAGAATGTCACGGGCTTCCGTAATCAAGAGCATGAGGTCATTGATACTTTTGCCAAACTCACGATGGCTTGTTGCGAAGCGAGACCTAACATTGAGATCACACTAACAGGTTTGCCCTTGAGTAATGTGGATGATTATTCACTTCTTTTCTTCTTCTTCTTAGCAATTTAATTCATCTCCTGTTCATATTATTAATTTTTTCATATTTACT

Coding sequence (CDS)

ATGACAACAACTGAACATAATAAATTGGATGCTTCTAACTTTAAAGCACGGCCGCTGAACCGAAAAATCCTTGAGGCTCCTACTTTGCTCCCACCAAAGAAGAGTATACCGCAGATGCCTGAATTTCAAGTGTTTCATCTTAAGACATCAGAGAGGGCCGCACAACACACATATGTTGTAAGTAAATCCTTACGTAATTCACAAAGTGAAAGCAAGTGCACAAGAAGGCCAAGTCCTCTTCACGATATGAAACAAGAGAAATGTGTAAAAGCCGAAAAATGTAAAGCACGACCACTTGATAAGATGCTCTCAAATAATGAAGAATGTGATGTCTTTGTGAGTCGTAAAGATGGAACATCTGTCTACAAGGAATTCAACTGTCTAGATCAAAAGAGATGTTCGGACGAGCTACCAACCAAATTACTTAGCAAGCTCACCCTTTCGTCGGATTGTAATCAATGCGTGCTCAAAAGAGAATGTCACGGGCTTCCGTAA

Protein sequence

MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSVYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP
Homology
[Close]
BLAST of MELO3C012686.jh1 vs. NCBI nr
Match: XP_011659005.1 (protein TPX2 isoform X2 [Cucumis sativus])

HSP 1 Score: 724 bits (1868), Expect = 1.29e-260
Identity = 366/404 (90.59%), Postives = 377/404 (93.32%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           MEKEMETDEEMKEV DKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY
Sbjct: 1   MEKEMETDEEMKEVTDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFVLKL  EEEV+AECNS EL NVQNHWDDHKNSEI+END GIN KSTIKVNPPRCS
Sbjct: 61  PPSPFVLKLN-EEEVRAECNSTELMNVQNHWDDHKNSEISENDSGINSKSTIKVNPPRCS 120

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
            FMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY
Sbjct: 121 NFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           FSNV  S RQTSLLHK+PKK++SEV PPLTK KATIP+EPNLETANRAQRDRSKIDMTTT
Sbjct: 181 FSNVPRSMRQTSLLHKVPKKIISEVCPPLTKFKATIPKEPNLETANRAQRDRSKIDMTTT 240

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV-SKS 300
           EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV S  
Sbjct: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVNSPY 300

Query: 301 LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSVYK 360
           + NS  E+KCTRRPSP HDMKQEKCVKAEKCKARPLDK LSNNEECDVFV+ KDGT + K
Sbjct: 301 VSNSLGENKCTRRPSPPHDMKQEKCVKAEKCKARPLDKTLSNNEECDVFVNCKDGTPIAK 360

Query: 361 EFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDN 403
           EFNCLDQKRC DELPTKLLSKLTLSSDCNQC TKFHCKMHF +N
Sbjct: 361 EFNCLDQKRCLDELPTKLLSKLTLSSDCNQCSTKFHCKMHFSEN 403

[Close]
BLAST of MELO3C012686.jh1 vs. NCBI nr
Match: XP_011659002.1 (protein TPX2 isoform X1 [Cucumis sativus] >XP_011659003.1 protein TPX2 isoform X1 [Cucumis sativus] >XP_031744915.1 protein TPX2 isoform X1 [Cucumis sativus] >XP_031744916.1 protein TPX2 isoform X1 [Cucumis sativus])

HSP 1 Score: 718 bits (1854), Expect = 1.95e-258
Identity = 366/407 (89.93%), Postives = 377/407 (92.63%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           MEKEMETDEEMKEV DKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY
Sbjct: 1   MEKEMETDEEMKEVTDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDP---GINLKSTIKVNPP 120
           PPSPFVLKL  EEEV+AECNS EL NVQNHWDDHKNSEI+END    GIN KSTIKVNPP
Sbjct: 61  PPSPFVLKLN-EEEVRAECNSTELMNVQNHWDDHKNSEISENDSDILGINSKSTIKVNPP 120

Query: 121 RCSTFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLE 180
           RCS FMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLE
Sbjct: 121 RCSNFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLE 180

Query: 181 AGYFSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDM 240
           AGYFSNV  S RQTSLLHK+PKK++SEV PPLTK KATIP+EPNLETANRAQRDRSKIDM
Sbjct: 181 AGYFSNVPRSMRQTSLLHKVPKKIISEVCPPLTKFKATIPKEPNLETANRAQRDRSKIDM 240

Query: 241 TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV- 300
           TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 
Sbjct: 241 TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVN 300

Query: 301 SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 360
           S  + NS  E+KCTRRPSP HDMKQEKCVKAEKCKARPLDK LSNNEECDVFV+ KDGT 
Sbjct: 301 SPYVSNSLGENKCTRRPSPPHDMKQEKCVKAEKCKARPLDKTLSNNEECDVFVNCKDGTP 360

Query: 361 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDN 403
           + KEFNCLDQKRC DELPTKLLSKLTLSSDCNQC TKFHCKMHF +N
Sbjct: 361 IAKEFNCLDQKRCLDELPTKLLSKLTLSSDCNQCSTKFHCKMHFSEN 406

[Close]
BLAST of MELO3C012686.jh1 vs. NCBI nr
Match: XP_038887479.1 (uncharacterized protein LOC120077612 [Benincasa hispida])

HSP 1 Score: 664 bits (1712), Expect = 8.07e-237
Identity = 336/410 (81.95%), Postives = 371/410 (90.49%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           MEKEMETDEEM+EV DKPFVWEEIDLDYEFDVAMYYDFTRPETEKEI+EAEDWFKFAGTY
Sbjct: 1   MEKEMETDEEMEEVTDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIREAEDWFKFAGTY 60

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GEEEV AEC SMELK+VQN+WDDH+NSEINENDPG+NLKST+KVN PRCS
Sbjct: 61  PPSPFVVKLNGEEEVGAECTSMELKDVQNNWDDHENSEINENDPGVNLKSTVKVNLPRCS 120

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           TFMKPTASYLAKQNQPRG+HSNTVLRRFQFSL +SIE SSQRSSLN+SHATKRQKLEAGY
Sbjct: 121 TFMKPTASYLAKQNQPRGVHSNTVLRRFQFSLSNSIETSSQRSSLNVSHATKRQKLEAGY 180

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           FSN+    RQTSLL K+ KKV SEV  P+T+I+ TIP+EPNLETA+RAQR RSKI+ T  
Sbjct: 181 FSNIPCLIRQTSLLRKVSKKVASEVNLPVTRIRPTIPKEPNLETASRAQRCRSKINATAI 240

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKS- 300
           E++KL+ASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTY VS   
Sbjct: 241 ENDKLNASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYDVSNPY 300

Query: 301 LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKM--LSNNEECDVFVSRKDGTSV 360
           + NS+SE+ CTRRP+PLHDMKQEKCVKAEK KARPLDK+  LSNNEECDVFV  K+GT+ 
Sbjct: 301 VSNSRSENNCTRRPNPLHDMKQEKCVKAEKFKARPLDKIQILSNNEECDVFVDCKNGTTD 360

Query: 361 YKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNIQNV 407
            +EFN LDQKRCSDELPTK LS+LTLSSDCNQC TKFHCKMH P+N+ ++
Sbjct: 361 SREFNSLDQKRCSDELPTKFLSQLTLSSDCNQCSTKFHCKMHLPNNVIDI 410

[Close]
BLAST of MELO3C012686.jh1 vs. NCBI nr
Match: XP_022995791.1 (uncharacterized protein LOC111491222 isoform X1 [Cucurbita maxima])

HSP 1 Score: 582 bits (1500), Expect = 2.72e-204
Identity = 304/422 (72.04%), Postives = 345/422 (81.75%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           ME  ME DEEM+EV D+PF  +EIDLDYEFD AMYYDFTRPETE E++ AEDWFKFAGTY
Sbjct: 13  MEMGMEMDEEMEEVTDQPFYSDEIDLDYEFDAAMYYDFTRPETETEMRGAEDWFKFAGTY 72

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GE+E +AEC S+ELK VQN+ +D +NS       GIN++ST+KVN PRCS
Sbjct: 73  PPSPFVVKLTGEKEARAECTSIELKGVQNNREDPENS-------GINMESTVKVNLPRCS 132

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           +FMKPTASYLAKQNQPRGIHS TVLRRFQFSLGD +E SSQRSSLNISHATKRQKLEAGY
Sbjct: 133 SFMKPTASYLAKQNQPRGIHSTTVLRRFQFSLGDIVEPSSQRSSLNISHATKRQKLEAGY 192

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           F NV    RQ SL HK+PK+VVSE      + K+TIP+EPNLETA RAQR RSKI+ T +
Sbjct: 193 FPNVPRLMRQASLQHKVPKEVVSEANIAFARFKSTIPKEPNLETAIRAQRCRSKINSTAS 252

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV-SKS 300
           EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V S  
Sbjct: 253 EHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVNSPC 312

Query: 301 LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSVYK 360
           + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+NEECDV  + KDGT+V  
Sbjct: 313 VSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNEECDVVANCKDGTTVST 372

Query: 361 EFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNI--QNVTGFRNQEHEV 419
           EF+C+DQK  SDE PTKLLSKL+LSS+C +C TK HCKMHF DN   +NV GF +QEHEV
Sbjct: 373 EFSCVDQKNVSDEPPTKLLSKLSLSSECRRCNTKSHCKMHFSDNCSKENVPGFLDQEHEV 427

[Close]
BLAST of MELO3C012686.jh1 vs. NCBI nr
Match: XP_022995793.1 (uncharacterized protein LOC111491222 isoform X2 [Cucurbita maxima])

HSP 1 Score: 577 bits (1488), Expect = 1.09e-202
Identity = 302/420 (71.90%), Postives = 343/420 (81.67%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           ME  ME DEEM+EV D+PF  +EIDLDYEFD AMYYDFTRPETE E++ AEDWFKFAGTY
Sbjct: 13  MEMGMEMDEEMEEVTDQPFYSDEIDLDYEFDAAMYYDFTRPETETEMRGAEDWFKFAGTY 72

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GE+E +AEC S+ELK VQN+ +D +NS       GIN++ST+KVN PRCS
Sbjct: 73  PPSPFVVKLTGEKEARAECTSIELKGVQNNREDPENS-------GINMESTVKVNLPRCS 132

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           +FMKPTASYLAKQNQPRGIHS TVLRRFQFSLGD +E SSQRSSLNISHATKRQKLEAGY
Sbjct: 133 SFMKPTASYLAKQNQPRGIHSTTVLRRFQFSLGDIVEPSSQRSSLNISHATKRQKLEAGY 192

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           F NV    RQ SL HK+PK+VVSE      + K+TIP+EPNLETA RAQR RSKI+ T +
Sbjct: 193 FPNVPRLMRQASLQHKVPKEVVSEANIAFARFKSTIPKEPNLETAIRAQRCRSKINSTAS 252

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV-SKS 300
           EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V S  
Sbjct: 253 EHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVNSPC 312

Query: 301 LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSVYK 360
           + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+NEECDV  + KDGT+V  
Sbjct: 313 VSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNEECDVVANCKDGTTVST 372

Query: 361 EFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNI--QNVTGFRNQEHEV 417
           EF+C+DQK  SDE PTKLLSKL+LSS+C +C TK HCKMHF DN   +NV GF +QEHE+
Sbjct: 373 EFSCVDQKNVSDEPPTKLLSKLSLSSECRRCNTKSHCKMHFSDNCSKENVPGFLDQEHEL 425

[Close]
BLAST of MELO3C012686.jh1 vs. ExPASy Swiss-Prot
Match: F4I2H7 (Protein TPX2 OS=Arabidopsis thaliana OX=3702 GN=TPX2 PE=1 SV=1)

HSP 1 Score: 98.2 bits (243), Expect = 2.6e-19
Identity = 126/501 (25.15%), Postives = 195/501 (38.92%), Query Frame = 0 

Query: 24  IDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTYPPSPFVLKLKGEE--EVQAECNS 83
           +D  YEF    ++DF   ETE E + AE WF+ A +  PSP V ++K     +V+A CN 
Sbjct: 17  VDETYEFLAPRWFDFVNGETEDESRRAELWFQSALSCAPSPSVPRIKARRSFKVEAMCNF 76

Query: 84  ME-----------------LKNVQNHWDDHKNSE-------------INENDPGINLKST 143
            E                 + ++Q+     K +E             I+  D  +N K+ 
Sbjct: 77  NEAEEETLKDKEPLEPVVPIVSLQSQPSQAKKAEVAPSKASTVKPSRISSKDAEVNNKTV 136

Query: 144 IKVNP------------PRC---------------------------STFMKPTASYLAK 203
              +P            P C                           S    P+      
Sbjct: 137 DASDPTTEPIEDKENIAPACTPKPPMQFSLGAKSVDLKKQQTARKIASLLKNPSTLRPKN 196

Query: 204 QNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGYFSNVRHSKRQTS 263
           Q+Q +G H  +V      +      I+S  + +  + A KRQKL+ G    + + K  T 
Sbjct: 197 QSQAKGSHQKSVKGETNLN-----NIASTTNLIQENQAIKRQKLDDGKSRQILNPKPAT- 256

Query: 264 LLHKIPKKVVSEVF---PPLT--------------------------------------- 323
           LLHK    +V+  F   P +T                                       
Sbjct: 257 LLHKTRNGLVNTGFNLCPSVTKHTPKENRKVYVREQIAPFVSTAELMKKFQTSTRDLFVQ 316

Query: 324 ---KIKATIPREPNLETANRAQRDRSKIDMTTTEHNKLDASNFKARPLNRKILEAPTLLP 383
              K+  T P+EP   T+ RA+  R K      E        FKARP+N+KIL AP L  
Sbjct: 317 NRPKLTLTRPKEPEFVTSQRARPLRVKSSAELEEEMLAKIPKFKARPVNKKILAAPALPA 376

Query: 384 PKKSIPQMPEFQVFHLKTSERAAQHTYVVS-----KSLRNSQSESKCTRRPSPL------ 387
           P++S P +PEFQ FHL+T  RA QH    S      S +++  +   T   SP+      
Sbjct: 377 PQRSTPHLPEFQEFHLQTMARANQHAETSSIASTEVSKQHNDQKHHLTEPKSPVLQTMLR 436

[Close]
BLAST of MELO3C012686.jh1 vs. ExPASy TrEMBL
Match: A0A6J1K2W6 (uncharacterized protein LOC111491222 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111491222 PE=4 SV=1)

HSP 1 Score: 582 bits (1500), Expect = 1.31e-204
Identity = 304/422 (72.04%), Postives = 345/422 (81.75%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           ME  ME DEEM+EV D+PF  +EIDLDYEFD AMYYDFTRPETE E++ AEDWFKFAGTY
Sbjct: 13  MEMGMEMDEEMEEVTDQPFYSDEIDLDYEFDAAMYYDFTRPETETEMRGAEDWFKFAGTY 72

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GE+E +AEC S+ELK VQN+ +D +NS       GIN++ST+KVN PRCS
Sbjct: 73  PPSPFVVKLTGEKEARAECTSIELKGVQNNREDPENS-------GINMESTVKVNLPRCS 132

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           +FMKPTASYLAKQNQPRGIHS TVLRRFQFSLGD +E SSQRSSLNISHATKRQKLEAGY
Sbjct: 133 SFMKPTASYLAKQNQPRGIHSTTVLRRFQFSLGDIVEPSSQRSSLNISHATKRQKLEAGY 192

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           F NV    RQ SL HK+PK+VVSE      + K+TIP+EPNLETA RAQR RSKI+ T +
Sbjct: 193 FPNVPRLMRQASLQHKVPKEVVSEANIAFARFKSTIPKEPNLETAIRAQRCRSKINSTAS 252

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV-SKS 300
           EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V S  
Sbjct: 253 EHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVNSPC 312

Query: 301 LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSVYK 360
           + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+NEECDV  + KDGT+V  
Sbjct: 313 VSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNEECDVVANCKDGTTVST 372

Query: 361 EFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNI--QNVTGFRNQEHEV 419
           EF+C+DQK  SDE PTKLLSKL+LSS+C +C TK HCKMHF DN   +NV GF +QEHEV
Sbjct: 373 EFSCVDQKNVSDEPPTKLLSKLSLSSECRRCNTKSHCKMHFSDNCSKENVPGFLDQEHEV 427

[Close]
BLAST of MELO3C012686.jh1 vs. ExPASy TrEMBL
Match: A0A6J1K915 (uncharacterized protein LOC111491222 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111491222 PE=4 SV=1)

HSP 1 Score: 577 bits (1488), Expect = 5.29e-203
Identity = 302/420 (71.90%), Postives = 343/420 (81.67%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           ME  ME DEEM+EV D+PF  +EIDLDYEFD AMYYDFTRPETE E++ AEDWFKFAGTY
Sbjct: 13  MEMGMEMDEEMEEVTDQPFYSDEIDLDYEFDAAMYYDFTRPETETEMRGAEDWFKFAGTY 72

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GE+E +AEC S+ELK VQN+ +D +NS       GIN++ST+KVN PRCS
Sbjct: 73  PPSPFVVKLTGEKEARAECTSIELKGVQNNREDPENS-------GINMESTVKVNLPRCS 132

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           +FMKPTASYLAKQNQPRGIHS TVLRRFQFSLGD +E SSQRSSLNISHATKRQKLEAGY
Sbjct: 133 SFMKPTASYLAKQNQPRGIHSTTVLRRFQFSLGDIVEPSSQRSSLNISHATKRQKLEAGY 192

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           F NV    RQ SL HK+PK+VVSE      + K+TIP+EPNLETA RAQR RSKI+ T +
Sbjct: 193 FPNVPRLMRQASLQHKVPKEVVSEANIAFARFKSTIPKEPNLETAIRAQRCRSKINSTAS 252

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV-SKS 300
           EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V S  
Sbjct: 253 EHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVNSPC 312

Query: 301 LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSVYK 360
           + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+NEECDV  + KDGT+V  
Sbjct: 313 VSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNEECDVVANCKDGTTVST 372

Query: 361 EFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNI--QNVTGFRNQEHEV 417
           EF+C+DQK  SDE PTKLLSKL+LSS+C +C TK HCKMHF DN   +NV GF +QEHE+
Sbjct: 373 EFSCVDQKNVSDEPPTKLLSKLSLSSECRRCNTKSHCKMHFSDNCSKENVPGFLDQEHEL 425

[Close]
BLAST of MELO3C012686.jh1 vs. ExPASy TrEMBL
Match: A0A6J1H1Y0 (uncharacterized protein LOC111459624 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111459624 PE=4 SV=1)

HSP 1 Score: 577 bits (1487), Expect = 1.29e-202
Identity = 303/423 (71.63%), Postives = 346/423 (81.80%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           ME EME DEEM+EV D+PF  +EIDLDYEFD AMYYDFTRPETE E++ AEDWFKFAGTY
Sbjct: 13  MEMEMEMDEEMEEVTDQPFDSDEIDLDYEFDAAMYYDFTRPETEMEMRGAEDWFKFAGTY 72

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GE+E +AEC S+ELK VQN+ +D +NS       GIN++ST+KVN PRCS
Sbjct: 73  PPSPFVVKLTGEKEARAECTSIELKGVQNNREDPENS-------GINMESTVKVNLPRCS 132

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           +FMKPTASYLAKQNQPRGIHS TVLRRFQFSLGD +E SSQRSSLNISHATKRQKLEAGY
Sbjct: 133 SFMKPTASYLAKQNQPRGIHSTTVLRRFQFSLGDIVEASSQRSSLNISHATKRQKLEAGY 192

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           F NV    RQ SL HK+PK+VVSE      + K+TIP+EPNLETA RAQR RSKI+ T +
Sbjct: 193 FPNVPRLMRQASLQHKVPKEVVSEANIAFARFKSTIPKEPNLETAIRAQRCRSKINSTAS 252

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKS- 300
           EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V+   
Sbjct: 253 EHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVNNPC 312

Query: 301 LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNN-EECDVFVSRKDGTSVY 360
           + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+N EECDV  + KDGT+V 
Sbjct: 313 VSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNDEECDVVANCKDGTTVS 372

Query: 361 KEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNI--QNVTGFRNQEHE 419
            EF+C+DQK+ SDE PTKLLSKL+LSS+C +C TK HCKMHF DN   +NV GF +QE E
Sbjct: 373 TEFSCVDQKKVSDEPPTKLLSKLSLSSECRRCNTKSHCKMHFSDNCSKENVPGFLDQERE 428

[Close]
BLAST of MELO3C012686.jh1 vs. ExPASy TrEMBL
Match: A0A6J1H3B2 (uncharacterized protein LOC111459624 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111459624 PE=4 SV=1)

HSP 1 Score: 572 bits (1475), Expect = 8.89e-201
Identity = 303/424 (71.46%), Postives = 346/424 (81.60%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           ME EME DEEM+EV D+PF  +EIDLDYEFD AMYYDFTRPETE E++ AEDWFKFAGTY
Sbjct: 13  MEMEMEMDEEMEEVTDQPFDSDEIDLDYEFDAAMYYDFTRPETEMEMRGAEDWFKFAGTY 72

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GE+E +AEC S+ELK VQN+ +D +NS       GIN++ST+KVN PRCS
Sbjct: 73  PPSPFVVKLTGEKEARAECTSIELKGVQNNREDPENS-------GINMESTVKVNLPRCS 132

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           +FMKPTASYLAKQNQPRGIHS TVLRRFQFSLGD +E SSQRSSLNISHATKRQKLEAGY
Sbjct: 133 SFMKPTASYLAKQNQPRGIHSTTVLRRFQFSLGDIVEASSQRSSLNISHATKRQKLEAGY 192

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           F NV    RQ SL HK+PK+VVSE      + K+TIP+EPNLETA RAQR RSKI+ T +
Sbjct: 193 FPNVPRLMRQASLQHKVPKEVVSEANIAFARFKSTIPKEPNLETAIRAQRCRSKINSTAS 252

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKS- 300
           EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V+   
Sbjct: 253 EHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVNNPC 312

Query: 301 LRNSQSESKCTR-RPSPLHDMKQEKCVKAEKCKARPLDKMLSNN-EECDVFVSRKDGTSV 360
           + N Q  +KCTR RPS L D KQEKCVKAE+CKARPLDK LS+N EECDV  + KDGT+V
Sbjct: 313 VSNPQIRNKCTRSRPSSLQDTKQEKCVKAERCKARPLDKRLSHNDEECDVVANCKDGTTV 372

Query: 361 YKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNI--QNVTGFRNQEH 419
             EF+C+DQK+ SDE PTKLLSKL+LSS+C +C TK HCKMHF DN   +NV GF +QE 
Sbjct: 373 STEFSCVDQKKVSDEPPTKLLSKLSLSSECRRCNTKSHCKMHFSDNCSKENVPGFLDQER 429

[Close]
BLAST of MELO3C012686.jh1 vs. ExPASy TrEMBL
Match: A0A6J1H2Y7 (uncharacterized protein LOC111459624 isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111459624 PE=4 SV=1)

HSP 1 Score: 568 bits (1463), Expect = 3.58e-199
Identity = 301/422 (71.33%), Postives = 344/422 (81.52%), Query Frame = 0 

Query: 1   MEKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTY 60
           ME EME DEEM+EV D+PF  +EIDLDYEFD AMYYDFTRPETE E++ AEDWFKFAGTY
Sbjct: 13  MEMEMEMDEEMEEVTDQPFDSDEIDLDYEFDAAMYYDFTRPETEMEMRGAEDWFKFAGTY 72

Query: 61  PPSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINENDPGINLKSTIKVNPPRCS 120
           PPSPFV+KL GE+E +AEC S+ELK VQN+ +D +NS       GIN++ST+KVN PRCS
Sbjct: 73  PPSPFVVKLTGEKEARAECTSIELKGVQNNREDPENS-------GINMESTVKVNLPRCS 132

Query: 121 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGY 180
           +FMKPTASYLAKQNQPRGIHS TVLRRFQFSLGD +E SSQRSSLNISHATKRQKLEAGY
Sbjct: 133 SFMKPTASYLAKQNQPRGIHSTTVLRRFQFSLGDIVEASSQRSSLNISHATKRQKLEAGY 192

Query: 181 FSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTT 240
           F NV    RQ SL HK+PK+VVSE      + K+TIP+EPNLETA RAQR RSKI+ T +
Sbjct: 193 FPNVPRLMRQASLQHKVPKEVVSEANIAFARFKSTIPKEPNLETAIRAQRCRSKINSTAS 252

Query: 241 EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKS- 300
           EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V+   
Sbjct: 253 EHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVNNPC 312

Query: 301 LRNSQSESKCTR-RPSPLHDMKQEKCVKAEKCKARPLDKMLSNN-EECDVFVSRKDGTSV 360
           + N Q  +KCTR RPS L D KQEKCVKAE+CKARPLDK LS+N EECDV  + KDGT+V
Sbjct: 313 VSNPQIRNKCTRSRPSSLQDTKQEKCVKAERCKARPLDKRLSHNDEECDVVANCKDGTTV 372

Query: 361 YKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCGTKFHCKMHFPDNI--QNVTGFRNQEH 417
             EF+C+DQK+ SDE PTKLLSKL+LSS+C +C TK HCKMHF DN   +NV GF +QE 
Sbjct: 373 STEFSCVDQKKVSDEPPTKLLSKLSLSSECRRCNTKSHCKMHFSDNCSKENVPGFLDQER 427

[Close]
BLAST of MELO3C012686.jh1 vs. TAIR 10
Match: AT4G22860.1 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 191.8 bits (486), Expect = 1.2e-48
Identity = 162/451 (35.92%), Postives = 218/451 (48.34%), Query Frame = 0 

Query: 5   METDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTYPPSP 64
           ME DE+M E+    F  +EIDL+YEFD A +YDFTR E  +E + AE WF  A +Y PSP
Sbjct: 1   MEMDEDM-EIEPMVFEVKEIDLEYEFDAARWYDFTREELPEESQAAEFWFHSAPSYAPSP 60

Query: 65  FVLKLKGEEEV------------------------------------------------- 124
           FV KL   EEV                                                 
Sbjct: 61  FVTKLLLREEVYDDKTEASTRSEDEEVVADVCDKYKGTFQQPNHLATDFNKTGSRMRSGI 120

Query: 125 -----QAECNSMELKNVQNHWDDHKNSEINEND-PGINLKSTIKVNPPRCSTFMKPTASY 184
                Q  CN  ++ N Q  W     S     D P    KS+I+   PR ST M+PTAS 
Sbjct: 121 FSSQQQQGCNLKKVPN-QPIWKGPTVSNHKHTDKPKFRAKSSIRPT-PRSSTLMRPTASQ 180

Query: 185 LAKQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGYFSNVRHSKR 244
           LAKQN            +F   +  S +  S  +S     A+KRQKL+ G    V  +K+
Sbjct: 181 LAKQNN---------ASKFHMQVDQSHDKGSCGTSGTEVQASKRQKLDGGLLRKVADTKQ 240

Query: 245 QTSLLHKIPKK-VVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTTEHNKLDAS 304
           + S +HKIPKK    +      + K TIP+EP+  T+ RA R R K D    E  +    
Sbjct: 241 EMSFVHKIPKKDTTLDKNAQHARTKITIPQEPDFATSQRAHRIRHKND-AKLEQEQPAVY 300

Query: 305 NFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS----------K 364
            FKARP NRKI +AP+L   KKS P++PEFQ FHLKTSERA QH+  V+          K
Sbjct: 301 RFKARPFNRKIFDAPSLPIRKKSTPKLPEFQEFHLKTSERAMQHSSAVTTRSHAYKESDK 360

Query: 365 SLRNS--QSESKCTRRPSPLHDMKQEKCVKAEKCKARPLD-KMLSNNEECDVFVSRKDGT 387
           S+       +++ +RRPS +   K +    +   KARPL+ K+LS+  +  +F + K  T
Sbjct: 361 SIITDMLDGDNRESRRPSGMDISKHDVSEGSHVFKARPLNKKILSSRGDMGIFKNSKRET 420

[Close]
BLAST of MELO3C012686.jh1 vs. TAIR 10
Match: AT4G11990.1 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 172.9 bits (437), Expect = 5.8e-43
Identity = 154/449 (34.30%), Postives = 219/449 (48.78%), Query Frame = 0 

Query: 2   EKEMETDEEMKEVYDKPFVWEEIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTYP 61
           + E E+DE+M E+    F   EIDL+YEFD + ++DFTR E   E + AE WF+ A +YP
Sbjct: 6   DTETESDEDM-EMETMVFEVTEIDLEYEFDASRWFDFTREELPLESRAAELWFETAQSYP 65

Query: 62  PSPFVLKLKGEEEVQAECNSMELKNVQNHWDDHKNSEINEND------PGIN-----LKS 121
           PSPF +KL   EEV  E    + +++    D     E+ E+D      P +N     +KS
Sbjct: 66  PSPFAMKLLMIEEVYDE----KTESLSKSEDGEVTVEVQESDREIPQQPDVNETGNGMKS 125

Query: 122 --------------------------------TIKVNP-------PRCSTFMKPTASYLA 181
                                            +K  P        R ST MKPTAS LA
Sbjct: 126 GVFRFIQGGTLSKVPNDSLHKGPTFSNRIHSDKLKYRPKSSIRPITRSSTLMKPTASVLA 185

Query: 182 KQNQPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGYFSNVRHSKRQT 241
           KQ+  R +H             D I+  S         + KRQKL+ G    V  + ++T
Sbjct: 186 KQDNAR-LHMQV----------DEIKCLSSE-----IQSAKRQKLDGGLLRKVAEAAQET 245

Query: 242 SLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTTEHNKLDASNFK 301
           +L+HK  KK + +     T++K TIP+EP+  T++RA R R K D    E +      FK
Sbjct: 246 NLVHKALKKDLDK-NSLHTRMKITIPQEPDFATSHRANRIRHKND-AKLEQDSTSVYRFK 305

Query: 302 ARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKSLRNSQSESKCTR 361
           ARPLNRKI EAP+L   K S P++PEFQ F LKTSERA QH+  VS S     +  K   
Sbjct: 306 ARPLNRKIFEAPSLPIRKNSTPKLPEFQEFRLKTSERAMQHSSAVSTSSYQGNNNHKEAD 365

Query: 362 RPSPL------HDMKQEKC-------VKAEKCKARPLD-KMLSNNEECDVFVSRKDGTSV 387
           +P+         + ++++        V+ +  KARPL+ K+LS+  E  +F   K  T+ 
Sbjct: 366 KPNRTFPDGVNREPRRQRAIDIPKDDVRKDLFKARPLNKKILSSGREIGMFTKSKRETTA 425

[Close]
BLAST of MELO3C012686.jh1 vs. TAIR 10
Match: AT4G22860.2 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 152.9 bits (385), Expect = 6.2e-37
Identity = 123/326 (37.73%), Postives = 171/326 (52.45%), Query Frame = 0 

Query: 76  QAECNSMELKNVQNHWDDHKNSEINEND-PGINLKSTIKVNPPRCSTFMKPTASYLAKQN 135
           Q  CN  ++ N Q  W     S     D P    KS+I+   PR ST M+PTAS LAKQN
Sbjct: 117 QQGCNLKKVPN-QPIWKGPTVSNHKHTDKPKFRAKSSIRPT-PRSSTLMRPTASQLAKQN 176

Query: 136 QPRGIHSNTVLRRFQFSLGDSIEISSQRSSLNISHATKRQKLEAGYFSNVRHSKRQTSLL 195
                       +F   +  S +  S  +S     A+KRQKL+ G    V  +K++ S +
Sbjct: 177 N---------ASKFHMQVDQSHDKGSCGTSGTEVQASKRQKLDGGLLRKVADTKQEMSFV 236

Query: 196 HKIPKK-VVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTTTEHNKLDASNFKAR 255
           HKIPKK    +      + K TIP+EP+  T+ RA R R K D    E  +     FKAR
Sbjct: 237 HKIPKKDTTLDKNAQHARTKITIPQEPDFATSQRAHRIRHKND-AKLEQEQPAVYRFKAR 296

Query: 256 PLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS----------KSLRNS 315
           P NRKI +AP+L   KKS P++PEFQ FHLKTSERA QH+  V+          KS+   
Sbjct: 297 PFNRKIFDAPSLPIRKKSTPKLPEFQEFHLKTSERAMQHSSAVTTRSHAYKESDKSIITD 356

Query: 316 --QSESKCTRRPSPLHDMKQEKCVKAEKCKARPLD-KMLSNNEECDVFVSRKDGTSVYKE 375
               +++ +RRPS +   K +    +   KARPL+ K+LS+  +  +F + K  T+V  E
Sbjct: 357 MLDGDNRESRRPSGMDISKHDVSEGSHVFKARPLNKKILSSRGDMGIFKNSKRETTVPLE 416

Query: 376 FNCLDQKRCSDELPTKLLSKLTLSSD 387
           F+   +KR   +LPT L SKL++ S+
Sbjct: 417 FSFHSEKRVQPDLPTDLFSKLSIKSE 430

[Close]
BLAST of MELO3C012686.jh1 vs. TAIR 10
Match: AT5G07170.1 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 151.4 bits (381), Expect = 1.8e-36
Identity = 131/405 (32.35%), Postives = 199/405 (49.14%), Query Frame = 0 

Query: 8   DEEMKEVYDKPFVWE------EIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTYP 67
           D E  +++ + F  E      E D+D+EFD   +YDF++PE + E +E E WF+ AG YP
Sbjct: 13  DPETMDIFAEDFSLEKFDIDFEFDIDFEFDAPRFYDFSKPELDSETEETELWFQSAGNYP 72

Query: 68  PSPFVLKLKGEEEVQAECNSMEL-KNVQNHWDDH-KNSEINENDPGINLKSTIKVNPPRC 127
           PSPF + L+ EE+       +E+ K V + ++    N++  ++ P    KS  K    + 
Sbjct: 73  PSPFSIHLRYEEK------HLEIPKPVSDQYNGFIYNNQAPKDVPKATHKSKTKTYLRKN 132

Query: 128 STFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGD-SIEISSQRSSLNISHATKRQKLEA 187
           ST  +PTAS LA+QN+P  I+S  +L R Q SLG    + SS   S+  +   KRQKLE 
Sbjct: 133 STLTRPTASLLARQNKPLDIYSVRLLTRCQRSLGKCDDKFSSHLYSMPQTQDNKRQKLET 192

Query: 188 GYFSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMT 247
           G+   V     QT  LHK+PKK            K T+PREPNL+TA RA R+R K +  
Sbjct: 193 GFLRKVSRLD-QTPFLHKVPKK----------GSKVTVPREPNLKTAQRAARNRFKANSA 252

Query: 248 TTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMP-EFQVFHLKTSERAAQHTYVVS 307
             +  K  ++      +N+ +    +   PKK+ P  P + Q FHL+TS RA + +    
Sbjct: 253 PEQIAKFISN------MNKTVQGTTSPSLPKKNTPHHPQDLQAFHLRTSLRARERSSSAK 312

Query: 308 KSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKC----------KARPLD-KMLSNNEECD 367
            +  +    S  ++    +  MK    VKA +           K  PLD K++  + +C 
Sbjct: 313 IAPTDDSKHSLTSKSVGSMKGMK----VKASRSSNSNCQVYGPKICPLDSKVMQTSSKCG 372

Query: 368 VFVSRKDGTSVYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCG 392
             +  K   ++ +EF         DE   + L KL L+SD +  G
Sbjct: 373 EAIDIKHENNLLREFEAPMNTNFRDEPFIESLRKLCLTSDTDPVG 390

[Close]
BLAST of MELO3C012686.jh1 vs. TAIR 10
Match: AT5G62240.1 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 110.5 bits (275), Expect = 3.5e-24
Identity = 109/355 (30.70%), Postives = 161/355 (45.35%), Query Frame = 0 

Query: 23  EIDLDYEFDVAMYYDFTRPETEKEIKEAEDWFKFAGTYPPSPFVLKLKGEEEVQAECNSM 82
           E D+D+EFD   +YDF+RPE   E +E E WF+ +G YPPSPF  K   + E        
Sbjct: 18  EFDIDFEFDAPRFYDFSRPELYSETEEIEIWFQSSGNYPPSPFSPKFNWKFE-------- 77

Query: 83  ELKNVQNHWDDHKNSEI---NENDPGINLK----------STIK-VNPPRC--------S 142
             K + N   + K  EI   +E + G+N K           T+K V+  +         S
Sbjct: 78  PFKQITNTISESKPVEIIESSEAETGLNCKDKFNGFIYYNQTVKDVSKKKSKSKTKTSNS 137

Query: 143 TFMKPTASYLAKQNQPRGIHSNTVLRRFQFSLGDSIE-ISSQRSSLNISHATKRQKLEAG 202
           T  +PTAS LA+QN+P  I+S  +L R Q SL    E ++    S   +  T RQK EA 
Sbjct: 138 TLTRPTASLLARQNKPLDIYSVQLLTRCQRSLAKFGENVAPVLVSKLQNQDTNRQKQEA- 197

Query: 203 YFSNVRHSKRQTSLLHKIPKKVVSEVFPPLTKIKATIPREPNLETANRAQRDRSKIDMTT 262
               V H                       ++ K T+P+EPNL TA R++R RSK++   
Sbjct: 198 ---KVAHVS---------------------SRAKLTVPKEPNLRTAERSERHRSKVN--- 257

Query: 263 TEHNKLDASNFKARPLNRKI-LEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSK 322
           T+  ++  SN K    N+ I LE  +    K + P+   FQ F L+TS RA + +     
Sbjct: 258 TQREQIATSNSKRHIRNKNINLEPVSTSLAKTNTPRSQHFQAFRLRTSLRAKERSSNAKT 317

Query: 323 SLRNSQSESKCTRRPSPLHDMK----QEKCVKAEKC-----KARPLDKMLSNNEE 345
            +      +K      P+  +K    +E   +   C     K+ PLD  +S+ E+
Sbjct: 318 DVVQENDATKSRTLKKPIDSLKTRIVKENHSRKINCQVYESKSSPLDPKISSKED 336

The following BLAST results are available for this feature:
BLAST of MELO3C012686.jh1 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_011659005.11.29e-26090.59protein TPX2 isoform X2 [Cucumis sativus][more]
XP_011659002.11.95e-25889.93protein TPX2 isoform X1 [Cucumis sativus] >XP_011659003.1 protein TPX2 isoform X... [more]
XP_038887479.18.07e-23781.95uncharacterized protein LOC120077612 [Benincasa hispida][more]
XP_022995791.12.72e-20472.04uncharacterized protein LOC111491222 isoform X1 [Cucurbita maxima][more]
XP_022995793.11.09e-20271.90uncharacterized protein LOC111491222 isoform X2 [Cucurbita maxima][more]
BLAST of MELO3C012686.jh1 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
F4I2H72.6e-1925.15Protein TPX2 OS=Arabidopsis thaliana OX=3702 GN=TPX2 PE=1 SV=1[more]
BLAST of MELO3C012686.jh1 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1K2W61.31e-20472.04uncharacterized protein LOC111491222 isoform X1 OS=Cucurbita maxima OX=3661 GN=L... [more]
A0A6J1K9155.29e-20371.90uncharacterized protein LOC111491222 isoform X2 OS=Cucurbita maxima OX=3661 GN=L... [more]
A0A6J1H1Y01.29e-20271.63uncharacterized protein LOC111459624 isoform X2 OS=Cucurbita moschata OX=3662 GN... [more]
A0A6J1H3B28.89e-20171.46uncharacterized protein LOC111459624 isoform X1 OS=Cucurbita moschata OX=3662 GN... [more]
A0A6J1H2Y73.58e-19971.33uncharacterized protein LOC111459624 isoform X3 OS=Cucurbita moschata OX=3662 GN... [more]
BLAST of MELO3C012686.jh1 vs. TAIR 10
Match NameE-valueIdentityDescription
AT4G22860.11.2e-4835.92Cell cycle regulated microtubule associated protein [more]
AT4G11990.15.8e-4334.30Cell cycle regulated microtubule associated protein [more]
AT4G22860.26.2e-3737.73Cell cycle regulated microtubule associated protein [more]
AT5G07170.11.8e-3632.35Cell cycle regulated microtubule associated protein [more]
AT5G62240.13.5e-2430.70Cell cycle regulated microtubule associated protein [more]
InterPro
Analysis Name: InterPro Annotations of Melon (Harukei-3) v1.41
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR027330TPX2 central domainPFAMPF12214TPX2_importincoord: 9..126
e-value: 5.0E-26
score: 91.9
NoneNo IPR availablePANTHERPTHR14326:SF15OS06G0130200 PROTEINcoord: 4..152
IPR009675TPX2PANTHERPTHR14326TARGETING PROTEIN FOR XKLP2coord: 4..152

Relationships

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

Feature NameUnique NameType
MELO3C012686.jh1.t2MELO3C012686.jh1.t2mRNA
MELO3C012686.jh1.t1MELO3C012686.jh1.t1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0032147 activation of protein kinase activity
biological_process GO:0060236 regulation of mitotic spindle organization
cellular_component GO:0005874 microtubule
cellular_component GO:0005819 spindle