Cmc02g0059661 (gene) Melon (Charmono) v1.1

Overview
NameCmc02g0059661
Typegene
OrganismCucumis melo L. var. cantalupensis cv. Charmono (Melon (Charmono) v1.1)
Descriptiondual specificity protein phosphatase PHS1
LocationCMiso1.1chr02: 24592821 .. 24618331 (+)
RNA-Seq ExpressionCmc02g0059661
SyntenyCmc02g0059661
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

GCCTTGTAAAAAAACCACAGATGCAGTGCACATTGCCACTCTCTTATTTAGGGAGATTGTTAGACTACATGGCATCCCAAAAACAATAATTTTTGACCGAGATACTAAATTTCTTAGCCATTTTTGGAAGACATTGTGAAAGAAATTTGACACCACCTTGAAGTTTAGTACCACTGCTCACCCTCAAACGGATGGACAAACTGAGGTAACTAATCGGTCCTTGGGAAATCTAATTCGATGCCTCAGTGGAAACCACCCTAGACAATGGGACATGATTCTCCCACAAGCAGAATTTGCATTTAACAATATGTTGAATAGAACCACGGGCAAATGCCCCTTTGAGATCGTGTACACCAAGGCACCAAGGTTAACATTCGCCTAACTAGCCTACCTAAAGAAGTAGAAATCCAAGAGGAAGCTGAACAGTTAGCTGAAAGAATACAGAAACTTCACACAGAAGTTATTGACCATATCACTAAGACTACTGAGTCCTACAAAGAAGAAAAGAATAAGAAAAGAAGGGAAGTCCATTTCCAAGTTGGAGATCTTGTAATGGCACATTTAAAGAAGAAGAGGTTCCCCGTTAGAACCTATGGAAAGATGAAAGACAAACAGGTTGGCCCATGTAGAATACTTGCTAAATATGAGCCCAATGTTTACAAAATTGACCTACTACACAAATTTAACATCAGTCCAATCTTCAATGTAGCAAACCTTAGAAGCTACAATGCACCGGATGAATTTCAGCTTTCATAGCAAACTCGGGGCAAGTTTGATGTTCGGGGGGTGGAATGATGTCACTGTAAATTCTGGTGGAGTCGTTTTCTTTGCACTCTTCAATCAGCTTGGATATGATGACAATCTTCCAAAGGAAGCAGCTGCTGTGATAAAGATATCCTCTTCAAGAATGGCCACACAATCTGAACGCCTTGGCTATGAATTTGCCAAGTGGCTTGGGGTTCAAACTCCACAGGCTAGAGTTATTCATAATTCCAGCACGGAATGGCTCCAGATAAAAGAAGCTGCTGAGAAAGCACGAGATATCGCCTGTTTGGAGGGTGATGAGGTTGGTGAAATGACATGTTCTGAACTACTGGAAGCACTTGAATTTAGCAGATGTCTTTTTCTAATGAGCTATGTGCATGGATCTCCATTGTTAGAAAGCTCGAGTGCATTTGAATCACGAGAAATTGCTGAAAAATTAGCTGCTGCAATTGGAAGGATCTTATTGTTGGACCTTGTCATTAGAAATGAAGATAGGCTCCCTTGTCGTCTTCTTCGTTGGCGTGGAAATTCGGCCAATTTGCTCTTGGCTGATCGAATGACGTGTGCAAATATGAACACATTTGAGGAAGCCTTTGATTCTGCTATTAAGCGATACAAACCAAAAGTCATTACAACGCTTCAAAAGGAAAGAAGGGCAACTTTAGTGGACAATAGATCAAGTTCTAATTCAGGGTTGGTTTCAGAGATCCCTGAACTTTGTGATGTTGTTGAATCCCCAAAATCTAGTAACCTAAGTGTAAAAAGTCAAATATCAGATGACACAATGCCTTGTGATTTTAATATTGTGGCTATTGACTCTGGTGTTCCCCGTCGTCCTCCTGCTGGAAAACGTGCTAATGACCAATCAATTTACCCAAAATTAGTTGAGTTGTTACTTAATAGTTCTGAGTTCTCCTCTAATCTATTACAGGACATTACAGGAGGGAAATTAGGGTTCCCTTCATCAACCAATGCCAACTCCACTTGTGGCATGCAACCCTCAGAAATGAGTTATATTGTCCATGAATTTCGATGTGGGTTTCGTGCTGCTCTTAGGGATTTACAAGGATTTCACATATTTTTGCTTACACTCCACCAAAAGTTAGACAACTCATTACGAGCGTTCATGAACATAATAAATAAATTTCCCCTTGGGGAATCTGACAAAGAGGATACAGGAATTCCTGAGTCCCATTTGCAGGGTTCTACCACCCTTCATTGTTTATCTCCTCGTGGTAAAGAACGAGCATCGAGTGATGGTAATATGGATGTTACAGAGTCAGCTCCAAGATCATCATCGTCAGGAAATAAAGAAAGCTCAGACACATGTTCTCCCTTATCACGAGATAGCTCACAAGGAAAGTTATACAAGGGAAGTGGAGAGCCCATCCATAGCCTTCGTTTGACTGCAAAGCTCCGGGACTTCCATAAATTTGCCAAGGTTGATGCTGAATCAAATAAAGAATTGGATATGTGGAATGAAGTGCTTAAGAATGAAGCTGTTAAACTCTGCCAGGAGAACAAATTTAATACTGGGTTTTTTGAGGGCAGCGACAGTCATGGAGTTGTTGATGCTTATGAATTGAAGGTGAGACTTGAGCACATTCTTGAAAGGATTGCATTGATATCCGAGGCTGCAAATACAGAACGGCCTTCTTCAGTTACACCTGCCTTGTTTATAGGCGGTGCCTTGGCTGCAAGATCTGTTTACACTCTTCAGCATTTAGGAGTTACTCATATTTTATGTCTCTGCTCAAATGAAATTGGCCAGTCAGATTCGCAGTTTCCTGATCTATTTGAATACAAAAATTTTTCTATAAGTGATGATGAAGACTCAAACATCAGCAGTATCTTTGAAGAAGCTTCTGATTTTGTTGACGGCGTTGAGGGAAAGGGTGGGAAGGTCCTAGTTCATTGTTTTGAAGGGAAAAGCAGGAGTGCCACATTGGTTCTTGCTTACTTGATGCTCAGAAAGAAATACACACTGTTAAAAGCATGGAATGCTTTGAAACGGGTTCACCGTCGAGCTCAGCCTAATGATGGGTTTGCTAAAACATTATTAGAATTAGATCGAAGGATACACGGAAAGGTTTCCATGGAGTGGCAATCACGAAAACCAACCATGAAAGTTTGCCCAATTTGTGGGAAAAATGCTGGACTGAGCAGTAGCTCACTGAAGCTACATCTGCAGAAATCACACAAGAAGTTATCATCTGGGAGCGTAGACAGCGCAATGACCATGGAAATACAGAAAGCATTGACAGCTCTAAGAATCAGTCGTGGAGGAAGTGTTAGCCCAACCCAGAGGCAATCTCTTCTCATCTTGGATGAATAGGCAATATGCTATTAATGCACTTATTTTACTCTTCACTACAGCACCAACTGTTACAATGTTTGGCCAATTCTACTCACTTGGTGGTTGACTTGTTTTTGTTTACTTCCAACTTACACACTTGGTAGATGACTTGTTTTTTTTTTTTTTTTTACTTCCAACTTATACTCCATTCTGTCTCTAAATTTAAGTGATTTACAGGATAATACTCAGATTTTTATGGTGTCAAATATTACTGACCGAAATAATATTTAAACCAGTTCAAACAAAATTTTCATTGTAGATTCTTTTGTTTTCTTCTGAATATTCCAGCTAGAGTGAACAGGAGCAATAAACATAAATCAGCTATACAACCAAATCGACAATTGGCAAGGATCCACCGACAAAGCAAATTACAATACATTAATTCTCGAGTGTACAGCCTACTAATTTAAATAAGATGAAGTTGGAAATACATTTTATGAGCTAGTAAGAATGTTATCTCTACGTAATAAAATGGAGTAGTTTACACGGGGATGGCATCTGGCAAGGATTCGGGAGCACCACTGCTGCCGTTGAGTACTGTAACGTTTCCATCCGAATCAACATCCACGATGACCGAGTCACCCTCCTTGATCTCCCTTGCCAGCATCTTTTCTGCCATGCTGTCCTCCAAAAGTCTCATTATTGCCCTTCTCAAAGGTCTCGCACCGTAGCTTGGGTTATATCCTTCCTCCACTACCCTATCTCTAAATCTCTCTGTCACTTGAAGGTCAATTTCTTTCGCTTTTAACCTATCAAACACCTCCTTTAGCATTATATCCGCAATCTCCTTCACTTCCAATTTTGTGAGCTGACGGAAGACAATCATCTCATCCAACCTATTCAAGAACTCCGGCCTGAAGTATTGTTTCAGTTCCTCTGTCACCAAGCTCTTGATTCGGTTATAACTACTATCCTTCTCGTCATAATCAAGGTCGAACCCTATTCTCCG

Coding sequence (CDS)

ATGCACCGGATGAATTTCAGCTTTCATAGCAAACTCGGGGCAAGTTTGATGTTCGGGGGGTGGAATGATGTCACTGTAAATTCTGGTGGAGTCGTTTTCTTTGCACTCTTCAATCAGCTTGGATATGATGACAATCTTCCAAAGGAAGCAGCTGCTGTGATAAAGATATCCTCTTCAAGAATGGCCACACAATCTGAACGCCTTGGCTATGAATTTGCCAAGTGGCTTGGGGTTCAAACTCCACAGGCTAGAGTTATTCATAATTCCAGCACGGAATGGCTCCAGATAAAAGAAGCTGCTGAGAAAGCACGAGATATCGCCTGTTTGGAGGGTGATGAGGTTGGTGAAATGACATGTTCTGAACTACTGGAAGCACTTGAATTTAGCAGATGTCTTTTTCTAATGAGCTATGTGCATGGATCTCCATTGTTAGAAAGCTCGAGTGCATTTGAATCACGAGAAATTGCTGAAAAATTAGCTGCTGCAATTGGAAGGATCTTATTGTTGGACCTTGTCATTAGAAATGAAGATAGGCTCCCTTGTCGTCTTCTTCGTTGGCGTGGAAATTCGGCCAATTTGCTCTTGGCTGATCGAATGACGTGTGCAAATATGAACACATTTGAGGAAGCCTTTGATTCTGCTATTAAGCGATACAAACCAAAAGTCATTACAACGCTTCAAAAGGAAAGAAGGGCAACTTTAGTGGACAATAGATCAAGTTCTAATTCAGGGTTGGTTTCAGAGATCCCTGAACTTTGTGATGTTGTTGAATCCCCAAAATCTAGTAACCTAAGTGTAAAAAGTCAAATATCAGATGACACAATGCCTTGTGATTTTAATATTGTGGCTATTGACTCTGGTGTTCCCCGTCGTCCTCCTGCTGGAAAACGTGCTAATGACCAATCAATTTACCCAAAATTAGTTGAGTTGTTACTTAATAGTTCTGAGTTCTCCTCTAATCTATTACAGGACATTACAGGAGGGAAATTAGGGTTCCCTTCATCAACCAATGCCAACTCCACTTGTGGCATGCAACCCTCAGAAATGAGTTATATTGTCCATGAATTTCGATGTGGGTTTCGTGCTGCTCTTAGGGATTTACAAGGATTTCACATATTTTTGCTTACACTCCACCAAAAGTTAGACAACTCATTACGAGCGTTCATGAACATAATAAATAAATTTCCCCTTGGGGAATCTGACAAAGAGGATACAGGAATTCCTGAGTCCCATTTGCAGGGTTCTACCACCCTTCATTGTTTATCTCCTCGTGGTAAAGAACGAGCATCGAGTGATGGTAATATGGATGTTACAGAGTCAGCTCCAAGATCATCATCGTCAGGAAATAAAGAAAGCTCAGACACATGTTCTCCCTTATCACGAGATAGCTCACAAGGAAAGTTATACAAGGGAAGTGGAGAGCCCATCCATAGCCTTCGTTTGACTGCAAAGCTCCGGGACTTCCATAAATTTGCCAAGGTTGATGCTGAATCAAATAAAGAATTGGATATGTGGAATGAAGTGCTTAAGAATGAAGCTGTTAAACTCTGCCAGGAGAACAAATTTAATACTGGGTTTTTTGAGGGCAGCGACAGTCATGGAGTTGTTGATGCTTATGAATTGAAGGTGAGACTTGAGCACATTCTTGAAAGGATTGCATTGATATCCGAGGCTGCAAATACAGAACGGCCTTCTTCAGTTACACCTGCCTTGTTTATAGGCGGTGCCTTGGCTGCAAGATCTGTTTACACTCTTCAGCATTTAGGAGTTACTCATATTTTATGTCTCTGCTCAAATGAAATTGGCCAGTCAGATTCGCAGTTTCCTGATCTATTTGAATACAAAAATTTTTCTATAAGTGATGATGAAGACTCAAACATCAGCAGTATCTTTGAAGAAGCTTCTGATTTTGTTGACGGCGTTGAGGGAAAGGGTGGGAAGGTCCTAGTTCATTGTTTTGAAGGGAAAAGCAGGAGTGCCACATTGGTTCTTGCTTACTTGATGCTCAGAAAGAAATACACACTGTTAAAAGCATGGAATGCTTTGAAACGGGTTCACCGTCGAGCTCAGCCTAATGATGGGTTTGCTAAAACATTATTAGAATTAGATCGAAGGATACACGGAAAGGTTTCCATGGAGTGGCAATCACGAAAACCAACCATGAAAGTTTGCCCAATTTGTGGGAAAAATGCTGGACTGAGCAGTAGCTCACTGAAGCTACATCTGCAGAAATCACACAAGAAGTTATCATCTGGGAGCGTAGACAGCGCAATGACCATGGAAATACAGAAAGCATTGACAGCTCTAAGAATCAGTCGTGGAGGAAGTGTTAGCCCAACCCAGAGGCAATCTCTTCTCATCTTGGATGAATAG

Protein sequence

MHRMNFSFHSKLGASLMFGGWNDVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSPLLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCANMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLLQDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLDNSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAPRSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Homology
BLAST of Cmc02g0059661 vs. NCBI nr
Match: XP_008464368.1 (PREDICTED: dual specificity protein phosphatase PHS1 isoform X1 [Cucumis melo] >XP_008464369.1 PREDICTED: dual specificity protein phosphatase PHS1 isoform X1 [Cucumis melo])

HSP 1 Score: 1495.3 bits (3870), Expect = 0.0e+00
Identity = 766/768 (99.74%), Postives = 768/768 (100.00%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ
Sbjct: 151 EVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 210

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP
Sbjct: 211 ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 270

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA
Sbjct: 271 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 330

Query: 203 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 262
           NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS
Sbjct: 331 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 390

Query: 263 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 322
           NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL
Sbjct: 391 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 450

Query: 323 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 382
           QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD
Sbjct: 451 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 510

Query: 383 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 442
           NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP
Sbjct: 511 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 570

Query: 443 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 502
           RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL
Sbjct: 571 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 630

Query: 503 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 562
           DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE
Sbjct: 631 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 690

Query: 563 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 622
           RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD
Sbjct: 691 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 750

Query: 623 EDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 682
           EDSNISSIFEEASDF+DGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL
Sbjct: 751 EDSNISSIFEEASDFIDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 810

Query: 683 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 742
           KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL
Sbjct: 811 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 870

Query: 743 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 871 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 918

BLAST of Cmc02g0059661 vs. NCBI nr
Match: XP_016903196.1 (PREDICTED: dual specificity protein phosphatase PHS1 isoform X2 [Cucumis melo])

HSP 1 Score: 1494.6 bits (3868), Expect = 0.0e+00
Identity = 766/767 (99.87%), Postives = 767/767 (100.00%), Query Frame = 0

Query: 24  VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQA 83
           VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQA
Sbjct: 2   VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQA 61

Query: 84  RVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSPL 143
           RVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSPL
Sbjct: 62  RVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSPL 121

Query: 144 LESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCAN 203
           LESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCAN
Sbjct: 122 LESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCAN 181

Query: 204 MNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSSN 263
           MNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSSN
Sbjct: 182 MNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSSN 241

Query: 264 LSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLLQ 323
           LSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLLQ
Sbjct: 242 LSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLLQ 301

Query: 324 DITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLDN 383
           DITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLDN
Sbjct: 302 DITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLDN 361

Query: 384 SLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAPR 443
           SLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAPR
Sbjct: 362 SLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAPR 421

Query: 444 SSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKELD 503
           SSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKELD
Sbjct: 422 SSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKELD 481

Query: 504 MWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTER 563
           MWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTER
Sbjct: 482 MWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTER 541

Query: 564 PSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDE 623
           PSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDE
Sbjct: 542 PSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDE 601

Query: 624 DSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALK 683
           DSNISSIFEEASDF+DGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALK
Sbjct: 602 DSNISSIFEEASDFIDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALK 661

Query: 684 RVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHLQ 743
           RVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHLQ
Sbjct: 662 RVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHLQ 721

Query: 744 KSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           KSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 722 KSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 768

BLAST of Cmc02g0059661 vs. NCBI nr
Match: XP_031736294.1 (dual specificity protein phosphatase PHS1 isoform X2 [Cucumis sativus])

HSP 1 Score: 1453.7 bits (3762), Expect = 0.0e+00
Identity = 750/778 (96.40%), Postives = 757/778 (97.30%), Query Frame = 0

Query: 13  GASLMFGGWNDVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEF 72
           GAS M      VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEF
Sbjct: 15  GASSMLCRVLTVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEF 74

Query: 73  AKWLGVQTPQARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCL 132
           AKWLGVQTPQARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCL
Sbjct: 75  AKWLGVQTPQARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCL 134

Query: 133 FLMSYVHGSPLLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSAN 192
           FLMSYVHGSPLLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSAN
Sbjct: 135 FLMSYVHGSPLLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSAN 194

Query: 193 LLLADRMTCANMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPEL 252
           LLLADRM CANMN FEEA DSAIKRYKPKVITTLQKERR TLVDNRSSSNSGL+SEIPEL
Sbjct: 195 LLLADRMACANMNAFEEALDSAIKRYKPKVITTLQKERRGTLVDNRSSSNSGLISEIPEL 254

Query: 253 CDVVESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLL 312
           CD+VESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLL
Sbjct: 255 CDIVESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLL 314

Query: 313 NSSEFSSNLLQDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHI 372
           NSSEFSSNLL DITGGKLGFPSST+ANSTCGMQPSEMSYIVHEFR GFRAAL DLQGFHI
Sbjct: 315 NSSEFSSNLLHDITGGKLGFPSSTDANSTCGMQPSEMSYIVHEFRYGFRAALSDLQGFHI 374

Query: 373 FLLTLHQKLDNSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSD 432
           FLLTLHQKLDNSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPR KERASSD
Sbjct: 375 FLLTLHQKLDNSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRCKERASSD 434

Query: 433 GNMDVTESAPRSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFA 492
           GNMD TES PRSSSSGNKESSD  SPLSRDSSQGKLYKGS EPIHSLRLTAKLRDFHKFA
Sbjct: 435 GNMDGTESVPRSSSSGNKESSDLSSPLSRDSSQGKLYKGSAEPIHSLRLTAKLRDFHKFA 494

Query: 493 KVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERI 552
           KVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERI
Sbjct: 495 KVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERI 554

Query: 553 ALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLF 612
           ALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLF
Sbjct: 555 ALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLF 614

Query: 613 EYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKK 672
           EYKNFSISDDEDSNISSIFEEASDF+DGVE +GGKVLVHCFEGKSRSATLVLAYLMLRKK
Sbjct: 615 EYKNFSISDDEDSNISSIFEEASDFIDGVEREGGKVLVHCFEGKSRSATLVLAYLMLRKK 674

Query: 673 YTLLKAWNALKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAG 732
           YTL+KAWN+LKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAG
Sbjct: 675 YTLVKAWNSLKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAG 734

Query: 733 LSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           LSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 735 LSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 792

BLAST of Cmc02g0059661 vs. NCBI nr
Match: XP_011648972.1 (dual specificity protein phosphatase PHS1 isoform X1 [Cucumis sativus] >XP_011649007.1 dual specificity protein phosphatase PHS1 isoform X1 [Cucumis sativus] >KGN63437.1 hypothetical protein Csa_013236 [Cucumis sativus])

HSP 1 Score: 1453.3 bits (3761), Expect = 0.0e+00
Identity = 746/768 (97.14%), Postives = 754/768 (98.18%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ
Sbjct: 152 EVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 211

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP
Sbjct: 212 ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 271

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRM CA
Sbjct: 272 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMACA 331

Query: 203 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 262
           NMN FEEA DSAIKRYKPKVITTLQKERR TLVDNRSSSNSGL+SEIPELCD+VESPKSS
Sbjct: 332 NMNAFEEALDSAIKRYKPKVITTLQKERRGTLVDNRSSSNSGLISEIPELCDIVESPKSS 391

Query: 263 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 322
           NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL
Sbjct: 392 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 451

Query: 323 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 382
            DITGGKLGFPSST+ANSTCGMQPSEMSYIVHEFR GFRAAL DLQGFHIFLLTLHQKLD
Sbjct: 452 HDITGGKLGFPSSTDANSTCGMQPSEMSYIVHEFRYGFRAALSDLQGFHIFLLTLHQKLD 511

Query: 383 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 442
           NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPR KERASSDGNMD TES P
Sbjct: 512 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRCKERASSDGNMDGTESVP 571

Query: 443 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 502
           RSSSSGNKESSD  SPLSRDSSQGKLYKGS EPIHSLRLTAKLRDFHKFAKVDAESNKEL
Sbjct: 572 RSSSSGNKESSDLSSPLSRDSSQGKLYKGSAEPIHSLRLTAKLRDFHKFAKVDAESNKEL 631

Query: 503 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 562
           DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE
Sbjct: 632 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 691

Query: 563 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 622
           RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD
Sbjct: 692 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 751

Query: 623 EDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 682
           EDSNISSIFEEASDF+DGVE +GGKVLVHCFEGKSRSATLVLAYLMLRKKYTL+KAWN+L
Sbjct: 752 EDSNISSIFEEASDFIDGVEREGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLVKAWNSL 811

Query: 683 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 742
           KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL
Sbjct: 812 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 871

Query: 743 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 872 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 919

BLAST of Cmc02g0059661 vs. NCBI nr
Match: XP_038879097.1 (dual specificity protein phosphatase PHS1 [Benincasa hispida])

HSP 1 Score: 1424.1 bits (3685), Expect = 0.0e+00
Identity = 729/768 (94.92%), Postives = 747/768 (97.27%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFA+WLGVQTPQ
Sbjct: 152 EVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFARWLGVQTPQ 211

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIHNSSTEW+QIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP
Sbjct: 212 ARVIHNSSTEWIQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 271

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           LLESSSAFESRE+AEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMT A
Sbjct: 272 LLESSSAFESREMAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTSA 331

Query: 203 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 262
           NMN  EEAFDSAIKRYKPKVITTLQKERR T VDNRSSSNSGLVSE+ ELCD+VESPKSS
Sbjct: 332 NMNALEEAFDSAIKRYKPKVITTLQKERRTTSVDNRSSSNSGLVSEVSELCDIVESPKSS 391

Query: 263 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 322
           NLS+KSQISD+ M CDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL
Sbjct: 392 NLSIKSQISDEAMACDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 451

Query: 323 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 382
            DITGGKLGFPSS +ANSTCG+Q  +MS IVHEFR GFRAALRDLQGFHIFLLTLHQKLD
Sbjct: 452 HDITGGKLGFPSSPDANSTCGIQLMDMSSIVHEFRYGFRAALRDLQGFHIFLLTLHQKLD 511

Query: 383 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 442
           NSLRAFMNIINKFP+GESDKED G+PESHLQGST +HC+SPRGKERASSDGNMDVTESAP
Sbjct: 512 NSLRAFMNIINKFPMGESDKEDAGVPESHLQGSTNIHCISPRGKERASSDGNMDVTESAP 571

Query: 443 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 502
           RSSSSGNKESSD  SPLSRDSSQGKLYKGS EPIHSLRLTAKLRDFHKFAKVDAESNKEL
Sbjct: 572 RSSSSGNKESSDLSSPLSRDSSQGKLYKGSAEPIHSLRLTAKLRDFHKFAKVDAESNKEL 631

Query: 503 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 562
           DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE
Sbjct: 632 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 691

Query: 563 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 622
           RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD
Sbjct: 692 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 751

Query: 623 EDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 682
           EDSNISSIFEEASDFVD VE KGGK+LVHCFEGKSRSATLVLAYLMLRK+YTLLKAWNAL
Sbjct: 752 EDSNISSIFEEASDFVDDVERKGGKILVHCFEGKSRSATLVLAYLMLRKRYTLLKAWNAL 811

Query: 683 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 742
           KRVHRRAQPNDGFAKTLLELDR+IHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL
Sbjct: 812 KRVHRRAQPNDGFAKTLLELDRKIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 871

Query: 743 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 872 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 919

BLAST of Cmc02g0059661 vs. ExPASy Swiss-Prot
Match: Q75QN6 (Dual specificity protein phosphatase PHS1 OS=Arabidopsis thaliana OX=3702 GN=PHS1 PE=1 SV=1)

HSP 1 Score: 969.5 bits (2505), Expect = 2.2e-281
Identity = 516/777 (66.41%), Postives = 615/777 (79.15%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFN    +D   KE AAVIK +SSRMATQSERLGYEF+KWLGVQ PQ
Sbjct: 155 EVTVNSGGVVFFALFNSSSSEDASRKEEAAVIKFASSRMATQSERLGYEFSKWLGVQIPQ 214

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIH+ + EW  IKEA EKA+  A  EGDEVGEMTCSELLEALE SRCL LMSYVHG P
Sbjct: 215 ARVIHSCNPEWTLIKEATEKAQAKATSEGDEVGEMTCSELLEALELSRCLLLMSYVHGCP 274

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           +LES S+FE+ E AE+ AAA+GRIL+LDLVIRNEDRLPCR LRWRGN ANLLL DR+  +
Sbjct: 275 MLESMSSFETEEKAERAAAALGRILVLDLVIRNEDRLPCRQLRWRGNPANLLLTDRIVSS 334

Query: 203 NMN---TFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSS---SNSGLVSEIPELCDVV 262
             +   +F+EAFDSAIKRY PK   ++Q+ERRA+ VD+RS    S+  LVS+  +  D+ 
Sbjct: 335 AKHHECSFDEAFDSAIKRYHPKDYRSIQRERRASSVDSRSRLSISDQMLVSQASDFSDIT 394

Query: 263 ESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSE 322
           ESP+S +  + S +SD ++  DF++VAIDSGVPRRPPAGKRA+DQ IYP+LVELLLNSS+
Sbjct: 395 ESPRSYDTGLMSPMSDRSVAADFHLVAIDSGVPRRPPAGKRASDQEIYPRLVELLLNSSQ 454

Query: 323 FSSNLLQDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLT 382
           +SSNLL +IT G LG+P + +   T  ++ S ++ +V EFR GFRA LRDLQ FHIFL+T
Sbjct: 455 YSSNLLHEITEGSLGYPQAEDGEETSNVR-SVVTPVVREFRNGFRAGLRDLQEFHIFLVT 514

Query: 383 LHQKLDNSLRAFMNIINKFPLGESDKEDTGIPE--SHLQGSTTLHCLSPRGKERASSDGN 442
           LHQKLD  LRAF ++++K    + D+ED  +PE  SH  G    H  SP  K+R  SD +
Sbjct: 515 LHQKLDVLLRAFFSMMDKTMCADFDREDFAVPESPSHTHGHEVNHYPSP-SKDRVPSDNS 574

Query: 443 MDVTE-----SAPRSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFH 502
            D +E     S PR+ +S NKE  D  SP SR+S  G+  KG GE + S RL AKLRDFH
Sbjct: 575 SDHSESDMQKSVPRTPNSENKE--DGSSPKSRESWHGRSGKG-GESLSSQRLAAKLRDFH 634

Query: 503 KFAKVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHIL 562
           KFAKVDAESNKELD WNE L+NE +KLCQEN FNTGFFEGSD++   DAYELKVRLEHIL
Sbjct: 635 KFAKVDAESNKELDQWNETLRNEVMKLCQENGFNTGFFEGSDNNSCTDAYELKVRLEHIL 694

Query: 563 ERIALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFP 622
           ERI+LIS+AANTE+PS +   LFIGG LAARS+YTLQHLG+TH+LCLC+NEIGQSD+Q+P
Sbjct: 695 ERISLISKAANTEKPSMIQENLFIGGGLAARSIYTLQHLGITHVLCLCANEIGQSDTQYP 754

Query: 623 DLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLML 682
           DLFEY+NFSI+DDEDSNI SIF+EA DF+   E  GGK+LVHCFEG+SRSAT+VLAYLML
Sbjct: 755 DLFEYQNFSITDDEDSNIESIFQEALDFIKHGEETGGKILVHCFEGRSRSATVVLAYLML 814

Query: 683 RKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGK 742
           +KK TLL+AW+ L++VHRRAQPNDGFA+ L+ LD++ HGKVSMEW+ RKPTMKVCP+CGK
Sbjct: 815 QKKLTLLEAWSKLRKVHRRAQPNDGFARILINLDKKCHGKVSMEWRQRKPTMKVCPVCGK 874

Query: 743 NAGLSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRIS--RGGSVSPTQRQS 785
           NAGLSSSSLKLHLQKSH+KLSSGSVDSAM MEIQKAL AL++S  RG S S    QS
Sbjct: 875 NAGLSSSSLKLHLQKSHRKLSSGSVDSAMNMEIQKALEALKLSTGRGSSASSNSFQS 926

BLAST of Cmc02g0059661 vs. ExPASy Swiss-Prot
Match: Q9ZR37 (Dual specificity protein phosphatase 1 OS=Arabidopsis thaliana OX=3702 GN=DSPTP1 PE=1 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 6.8e-20
Identity = 63/173 (36.42%), Postives = 95/173 (54.91%), Query Frame = 0

Query: 536 VDAYELKVRLEHILERIALISEAANTER----PSSVTPALFIGGALAARSVYTLQHLGVT 595
           ++ Y  KV+ +  ++ +  + + A T R    PS +   L++G   AA +   L+   VT
Sbjct: 21  IEKYNEKVKNQ--IQALVRVIKVARTYRDDNVPSLIEQGLYLGSVAAASNKNVLKSYNVT 80

Query: 596 HILCLCSNEIGQSDSQFPDLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVH 655
           HIL + S+         PD F YK   + D ED+N+   F+E  DF+D  + +GG VLVH
Sbjct: 81  HILTVASS----LRPAHPDDFVYKVVRVVDKEDTNLEMYFDECVDFIDEAKRQGGSVLVH 140

Query: 656 CFEGKSRSATLVLAYLMLRKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDR 705
           CF GKSRS T+V+AYLM +   TL +A   +K     A PN GF + L +L++
Sbjct: 141 CFVGKSRSVTIVVAYLMKKHGMTLAQALQHVKSKRPVASPNAGFIRQLQDLEK 187

BLAST of Cmc02g0059661 vs. ExPASy Swiss-Prot
Match: Q54Y32 (MAP kinase phosphatase with leucine-rich repeats protein 3 OS=Dictyostelium discoideum OX=44689 GN=mpl3 PE=3 SV=1)

HSP 1 Score: 89.0 bits (219), Expect = 2.7e-16
Identity = 57/149 (38.26%), Postives = 86/149 (57.72%), Query Frame = 0

Query: 561 TERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSIS 620
           T  PS + P +F+GG  +A +   LQ LG+THIL      IG  +  FP  F+Y  +SI 
Sbjct: 630 TSIPSEIIPGIFLGGLDSANNAPILQTLGITHILL----AIGDCEPFFPKTFKY--YSID 689

Query: 621 DDEDS---NISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLK 680
           D  D+   +IS  FE+ + F++     GG VLVHC  G SRS+TLV++YLM  ++ T  +
Sbjct: 690 DARDAPQYDISQHFEQTNCFIESGRKSGG-VLVHCRAGISRSSTLVISYLMKYQRMTFKQ 749

Query: 681 AWNALKRVHRRAQPNDGFAKTLLELDRRI 707
           A + ++    + QPN GF   LL+ + ++
Sbjct: 750 AMDLVQSKRPQIQPNPGFKDQLLKYEAKL 771

BLAST of Cmc02g0059661 vs. ExPASy Swiss-Prot
Match: Q91790 (Dual specificity protein phosphatase 1-A OS=Xenopus laevis OX=8355 GN=dusp1-a PE=1 SV=1)

HSP 1 Score: 87.8 bits (216), Expect = 5.9e-16
Identity = 55/160 (34.38%), Postives = 85/160 (53.12%), Query Frame = 0

Query: 564 PSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDE 623
           P  + P L++G A  A     L  LG+T ++ + +N      + F   F+YK+  + D  
Sbjct: 176 PVEILPFLYLGSAYHASRKDMLDTLGITALINVSAN----CPNHFEGHFQYKSIPVEDSH 235

Query: 624 DSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALK 683
            ++ISS F EA DF+D V+  GG+V VHC  G SRSAT+ LAYLM   +  L +A+  +K
Sbjct: 236 KADISSWFNEAIDFIDSVKNSGGRVFVHCQAGISRSATICLAYLMRTNRVKLDEAFEFVK 295

Query: 684 RVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKV 724
           +      PN  F   LL+ + ++    S   ++  PT+ V
Sbjct: 296 QRRSIISPNFSFMGQLLQFESQVLAP-SCSAEAGSPTISV 330

BLAST of Cmc02g0059661 vs. ExPASy Swiss-Prot
Match: Q6IVY4 (Protein phosphatase Slingshot homolog OS=Xenopus laevis OX=8355 GN=ssh PE=1 SV=2)

HSP 1 Score: 87.0 bits (214), Expect = 1.0e-15
Identity = 52/141 (36.88%), Postives = 78/141 (55.32%), Query Frame = 0

Query: 559 ANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFS 618
           A  +RPS + P L++G    A ++  LQ   V+HIL    N   + D+ FP+LF Y N  
Sbjct: 291 AQMDRPSEIFPYLYLGSEWNASNLEELQKNKVSHIL----NVTREIDNFFPELFMYLNIR 350

Query: 619 ISDDEDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKA 678
           + D+E++N+   ++E   F+     +G +VLVHC  G SRSA+ V+AY M   ++TL  A
Sbjct: 351 VLDEENTNLMQYWKETHAFITTARHQGSRVLVHCKMGVSRSASTVIAYAMKEYEWTLETA 410

Query: 679 WNALKRVHRRAQPNDGFAKTL 700
              +K      QPN GF + L
Sbjct: 411 IRHVKERRSIVQPNAGFMRQL 427

BLAST of Cmc02g0059661 vs. ExPASy TrEMBL
Match: A0A1S3CLB0 (dual specificity protein phosphatase PHS1 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103502276 PE=4 SV=1)

HSP 1 Score: 1495.3 bits (3870), Expect = 0.0e+00
Identity = 766/768 (99.74%), Postives = 768/768 (100.00%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ
Sbjct: 151 EVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 210

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP
Sbjct: 211 ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 270

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA
Sbjct: 271 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 330

Query: 203 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 262
           NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS
Sbjct: 331 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 390

Query: 263 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 322
           NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL
Sbjct: 391 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 450

Query: 323 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 382
           QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD
Sbjct: 451 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 510

Query: 383 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 442
           NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP
Sbjct: 511 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 570

Query: 443 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 502
           RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL
Sbjct: 571 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 630

Query: 503 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 562
           DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE
Sbjct: 631 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 690

Query: 563 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 622
           RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD
Sbjct: 691 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 750

Query: 623 EDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 682
           EDSNISSIFEEASDF+DGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL
Sbjct: 751 EDSNISSIFEEASDFIDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 810

Query: 683 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 742
           KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL
Sbjct: 811 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 870

Query: 743 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 871 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 918

BLAST of Cmc02g0059661 vs. ExPASy TrEMBL
Match: A0A1S4E4N6 (dual specificity protein phosphatase PHS1 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103502276 PE=4 SV=1)

HSP 1 Score: 1494.6 bits (3868), Expect = 0.0e+00
Identity = 766/767 (99.87%), Postives = 767/767 (100.00%), Query Frame = 0

Query: 24  VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQA 83
           VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQA
Sbjct: 2   VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQA 61

Query: 84  RVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSPL 143
           RVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSPL
Sbjct: 62  RVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSPL 121

Query: 144 LESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCAN 203
           LESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCAN
Sbjct: 122 LESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCAN 181

Query: 204 MNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSSN 263
           MNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSSN
Sbjct: 182 MNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSSN 241

Query: 264 LSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLLQ 323
           LSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLLQ
Sbjct: 242 LSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLLQ 301

Query: 324 DITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLDN 383
           DITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLDN
Sbjct: 302 DITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLDN 361

Query: 384 SLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAPR 443
           SLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAPR
Sbjct: 362 SLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAPR 421

Query: 444 SSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKELD 503
           SSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKELD
Sbjct: 422 SSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKELD 481

Query: 504 MWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTER 563
           MWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTER
Sbjct: 482 MWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTER 541

Query: 564 PSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDE 623
           PSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDE
Sbjct: 542 PSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDDE 601

Query: 624 DSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALK 683
           DSNISSIFEEASDF+DGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALK
Sbjct: 602 DSNISSIFEEASDFIDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNALK 661

Query: 684 RVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHLQ 743
           RVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHLQ
Sbjct: 662 RVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHLQ 721

Query: 744 KSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           KSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 722 KSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 768

BLAST of Cmc02g0059661 vs. ExPASy TrEMBL
Match: A0A0A0LRL2 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G000610 PE=4 SV=1)

HSP 1 Score: 1453.3 bits (3761), Expect = 0.0e+00
Identity = 746/768 (97.14%), Postives = 754/768 (98.18%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ
Sbjct: 152 EVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 211

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP
Sbjct: 212 ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 271

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRM CA
Sbjct: 272 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMACA 331

Query: 203 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 262
           NMN FEEA DSAIKRYKPKVITTLQKERR TLVDNRSSSNSGL+SEIPELCD+VESPKSS
Sbjct: 332 NMNAFEEALDSAIKRYKPKVITTLQKERRGTLVDNRSSSNSGLISEIPELCDIVESPKSS 391

Query: 263 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 322
           NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL
Sbjct: 392 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 451

Query: 323 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 382
            DITGGKLGFPSST+ANSTCGMQPSEMSYIVHEFR GFRAAL DLQGFHIFLLTLHQKLD
Sbjct: 452 HDITGGKLGFPSSTDANSTCGMQPSEMSYIVHEFRYGFRAALSDLQGFHIFLLTLHQKLD 511

Query: 383 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 442
           NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPR KERASSDGNMD TES P
Sbjct: 512 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRCKERASSDGNMDGTESVP 571

Query: 443 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 502
           RSSSSGNKESSD  SPLSRDSSQGKLYKGS EPIHSLRLTAKLRDFHKFAKVDAESNKEL
Sbjct: 572 RSSSSGNKESSDLSSPLSRDSSQGKLYKGSAEPIHSLRLTAKLRDFHKFAKVDAESNKEL 631

Query: 503 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 562
           DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE
Sbjct: 632 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 691

Query: 563 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 622
           RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD
Sbjct: 692 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 751

Query: 623 EDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 682
           EDSNISSIFEEASDF+DGVE +GGKVLVHCFEGKSRSATLVLAYLMLRKKYTL+KAWN+L
Sbjct: 752 EDSNISSIFEEASDFIDGVEREGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLVKAWNSL 811

Query: 683 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 742
           KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL
Sbjct: 812 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 871

Query: 743 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE
Sbjct: 872 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 919

BLAST of Cmc02g0059661 vs. ExPASy TrEMBL
Match: A0A6J1E0Y9 (dual specificity protein phosphatase PHS1 OS=Cucurbita moschata OX=3662 GN=LOC111429819 PE=4 SV=1)

HSP 1 Score: 1393.3 bits (3605), Expect = 0.0e+00
Identity = 719/768 (93.62%), Postives = 739/768 (96.22%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFNQL YDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ
Sbjct: 156 EVTVNSGGVVFFALFNQLVYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 215

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP
Sbjct: 216 ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 275

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           LLE SSAFESRE AEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRM CA
Sbjct: 276 LLEISSAFESRERAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMACA 335

Query: 203 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 262
           N+N FEEAFDSAIKRY+PKVI+TLQKERR T +DNR SS+SGLVSE  EL D VESPKSS
Sbjct: 336 NLNAFEEAFDSAIKRYRPKVISTLQKERRGTSMDNRPSSSSGLVSETSELSDNVESPKSS 395

Query: 263 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 322
           NLSVKSQISD+ M CDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL
Sbjct: 396 NLSVKSQISDEVMLCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 455

Query: 323 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 382
            DITGGKLGFPS  +ANST G+Q ++MS IVHEFR GFRAALRDLQGFHIFLLTLHQKLD
Sbjct: 456 HDITGGKLGFPSLADANSTSGIQLTDMSSIVHEFRYGFRAALRDLQGFHIFLLTLHQKLD 515

Query: 383 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 442
           NSLRAFMNIINKFPLGESDKED+G+PESHLQ STT+HCLSPRGKER SSDGN+DVTESAP
Sbjct: 516 NSLRAFMNIINKFPLGESDKEDSGVPESHLQASTTIHCLSPRGKERVSSDGNIDVTESAP 575

Query: 443 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 502
           RSSSSGN+ESSD  SPLSRDSSQGKL++G  EPIHSLRLTAKLRDFHKFAKVDAESNKEL
Sbjct: 576 RSSSSGNRESSDLSSPLSRDSSQGKLHRGGAEPIHSLRLTAKLRDFHKFAKVDAESNKEL 635

Query: 503 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 562
           DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE
Sbjct: 636 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 695

Query: 563 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 622
           RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISD+
Sbjct: 696 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDN 755

Query: 623 EDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 682
           EDSNISSIFEEASDFVD VE KGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL
Sbjct: 756 EDSNISSIFEEASDFVDDVERKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 815

Query: 683 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 742
           KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL
Sbjct: 816 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 875

Query: 743 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           QKSHKKLSSGSVDSAMTMEIQKALTAL+ISRGGSVSPTQRQSLLILDE
Sbjct: 876 QKSHKKLSSGSVDSAMTMEIQKALTALKISRGGSVSPTQRQSLLILDE 923

BLAST of Cmc02g0059661 vs. ExPASy TrEMBL
Match: A0A6J1JI25 (dual specificity protein phosphatase PHS1 OS=Cucurbita maxima OX=3661 GN=LOC111484787 PE=4 SV=1)

HSP 1 Score: 1392.1 bits (3602), Expect = 0.0e+00
Identity = 718/768 (93.49%), Postives = 739/768 (96.22%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFNQL YDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ
Sbjct: 156 EVTVNSGGVVFFALFNQLVYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 215

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIHNSSTEWLQIKEAAEK+RDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP
Sbjct: 216 ARVIHNSSTEWLQIKEAAEKSRDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 275

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           LLE SSAFESRE AEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRM CA
Sbjct: 276 LLEISSAFESRERAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMACA 335

Query: 203 NMNTFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSSSNSGLVSEIPELCDVVESPKSS 262
           N+N FEEAFDSAIKRY+PKVI+TLQKERR T +DNR SS+SGLVSE  EL D VESPKSS
Sbjct: 336 NLNAFEEAFDSAIKRYRPKVISTLQKERRGTSMDNRPSSSSGLVSETSELSDNVESPKSS 395

Query: 263 NLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 322
           NLSVKSQISD+ M CDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL
Sbjct: 396 NLSVKSQISDEVMLCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSEFSSNLL 455

Query: 323 QDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLTLHQKLD 382
            DITGGKLGFPS  +ANST G+Q ++MS IVHEFR GFRAALRDLQGFHIFLLTLHQKLD
Sbjct: 456 HDITGGKLGFPSLADANSTSGIQLTDMSSIVHEFRYGFRAALRDLQGFHIFLLTLHQKLD 515

Query: 383 NSLRAFMNIINKFPLGESDKEDTGIPESHLQGSTTLHCLSPRGKERASSDGNMDVTESAP 442
           NSLRAFMNIINKFPLGESDKED+G+PESHLQ STT+HCLSPRGKER SSDGN+DVTESAP
Sbjct: 516 NSLRAFMNIINKFPLGESDKEDSGVPESHLQASTTIHCLSPRGKERTSSDGNIDVTESAP 575

Query: 443 RSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFHKFAKVDAESNKEL 502
           RSSSSGN+ESSD  SPLSRDSSQGKL++G  EPIHSLRLTAKLRDFHKFAKVDAESNKEL
Sbjct: 576 RSSSSGNRESSDLSSPLSRDSSQGKLHRGGAEPIHSLRLTAKLRDFHKFAKVDAESNKEL 635

Query: 503 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 562
           DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE
Sbjct: 636 DMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHILERIALISEAANTE 695

Query: 563 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDD 622
           RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISD+
Sbjct: 696 RPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFPDLFEYKNFSISDN 755

Query: 623 EDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 682
           EDSNISSIFEEASDFVD VE KGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL
Sbjct: 756 EDSNISSIFEEASDFVDDVERKGGKVLVHCFEGKSRSATLVLAYLMLRKKYTLLKAWNAL 815

Query: 683 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 742
           KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL
Sbjct: 816 KRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGKNAGLSSSSLKLHL 875

Query: 743 QKSHKKLSSGSVDSAMTMEIQKALTALRISRGGSVSPTQRQSLLILDE 791
           QKSHKKLSSGSVDSAMTMEIQKALTAL+ISRGGSVSPTQRQSLLILDE
Sbjct: 876 QKSHKKLSSGSVDSAMTMEIQKALTALKISRGGSVSPTQRQSLLILDE 923

BLAST of Cmc02g0059661 vs. TAIR 10
Match: AT5G23720.1 (dual specificity protein phosphatase family protein )

HSP 1 Score: 969.5 bits (2505), Expect = 1.6e-282
Identity = 516/777 (66.41%), Postives = 615/777 (79.15%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFN    +D   KE AAVIK +SSRMATQSERLGYEF+KWLGVQ PQ
Sbjct: 155 EVTVNSGGVVFFALFNSSSSEDASRKEEAAVIKFASSRMATQSERLGYEFSKWLGVQIPQ 214

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIH+ + EW  IKEA EKA+  A  EGDEVGEMTCSELLEALE SRCL LMSYVHG P
Sbjct: 215 ARVIHSCNPEWTLIKEATEKAQAKATSEGDEVGEMTCSELLEALELSRCLLLMSYVHGCP 274

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           +LES S+FE+ E AE+ AAA+GRIL+LDLVIRNEDRLPCR LRWRGN ANLLL DR+  +
Sbjct: 275 MLESMSSFETEEKAERAAAALGRILVLDLVIRNEDRLPCRQLRWRGNPANLLLTDRIVSS 334

Query: 203 NMN---TFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSS---SNSGLVSEIPELCDVV 262
             +   +F+EAFDSAIKRY PK   ++Q+ERRA+ VD+RS    S+  LVS+  +  D+ 
Sbjct: 335 AKHHECSFDEAFDSAIKRYHPKDYRSIQRERRASSVDSRSRLSISDQMLVSQASDFSDIT 394

Query: 263 ESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSE 322
           ESP+S +  + S +SD ++  DF++VAIDSGVPRRPPAGKRA+DQ IYP+LVELLLNSS+
Sbjct: 395 ESPRSYDTGLMSPMSDRSVAADFHLVAIDSGVPRRPPAGKRASDQEIYPRLVELLLNSSQ 454

Query: 323 FSSNLLQDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLT 382
           +SSNLL +IT G LG+P + +   T  ++ S ++ +V EFR GFRA LRDLQ FHIFL+T
Sbjct: 455 YSSNLLHEITEGSLGYPQAEDGEETSNVR-SVVTPVVREFRNGFRAGLRDLQEFHIFLVT 514

Query: 383 LHQKLDNSLRAFMNIINKFPLGESDKEDTGIPE--SHLQGSTTLHCLSPRGKERASSDGN 442
           LHQKLD  LRAF ++++K    + D+ED  +PE  SH  G    H  SP  K+R  SD +
Sbjct: 515 LHQKLDVLLRAFFSMMDKTMCADFDREDFAVPESPSHTHGHEVNHYPSP-SKDRVPSDNS 574

Query: 443 MDVTE-----SAPRSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFH 502
            D +E     S PR+ +S NKE  D  SP SR+S  G+  KG GE + S RL AKLRDFH
Sbjct: 575 SDHSESDMQKSVPRTPNSENKE--DGSSPKSRESWHGRSGKG-GESLSSQRLAAKLRDFH 634

Query: 503 KFAKVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHIL 562
           KFAKVDAESNKELD WNE L+NE +KLCQEN FNTGFFEGSD++   DAYELKVRLEHIL
Sbjct: 635 KFAKVDAESNKELDQWNETLRNEVMKLCQENGFNTGFFEGSDNNSCTDAYELKVRLEHIL 694

Query: 563 ERIALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFP 622
           ERI+LIS+AANTE+PS +   LFIGG LAARS+YTLQHLG+TH+LCLC+NEIGQSD+Q+P
Sbjct: 695 ERISLISKAANTEKPSMIQENLFIGGGLAARSIYTLQHLGITHVLCLCANEIGQSDTQYP 754

Query: 623 DLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLML 682
           DLFEY+NFSI+DDEDSNI SIF+EA DF+   E  GGK+LVHCFEG+SRSAT+VLAYLML
Sbjct: 755 DLFEYQNFSITDDEDSNIESIFQEALDFIKHGEETGGKILVHCFEGRSRSATVVLAYLML 814

Query: 683 RKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGK 742
           +KK TLL+AW+ L++VHRRAQPNDGFA+ L+ LD++ HGKVSMEW+ RKPTMKVCP+CGK
Sbjct: 815 QKKLTLLEAWSKLRKVHRRAQPNDGFARILINLDKKCHGKVSMEWRQRKPTMKVCPVCGK 874

Query: 743 NAGLSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRIS--RGGSVSPTQRQS 785
           NAGLSSSSLKLHLQKSH+KLSSGSVDSAM MEIQKAL AL++S  RG S S    QS
Sbjct: 875 NAGLSSSSLKLHLQKSHRKLSSGSVDSAMNMEIQKALEALKLSTGRGSSASSNSFQS 926

BLAST of Cmc02g0059661 vs. TAIR 10
Match: AT5G23720.2 (dual specificity protein phosphatase family protein )

HSP 1 Score: 969.5 bits (2505), Expect = 1.6e-282
Identity = 516/777 (66.41%), Postives = 615/777 (79.15%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFN    +D   KE AAVIK +SSRMATQSERLGYEF+KWLGVQ PQ
Sbjct: 71  EVTVNSGGVVFFALFNSSSSEDASRKEEAAVIKFASSRMATQSERLGYEFSKWLGVQIPQ 130

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIH+ + EW  IKEA EKA+  A  EGDEVGEMTCSELLEALE SRCL LMSYVHG P
Sbjct: 131 ARVIHSCNPEWTLIKEATEKAQAKATSEGDEVGEMTCSELLEALELSRCLLLMSYVHGCP 190

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           +LES S+FE+ E AE+ AAA+GRIL+LDLVIRNEDRLPCR LRWRGN ANLLL DR+  +
Sbjct: 191 MLESMSSFETEEKAERAAAALGRILVLDLVIRNEDRLPCRQLRWRGNPANLLLTDRIVSS 250

Query: 203 NMN---TFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSS---SNSGLVSEIPELCDVV 262
             +   +F+EAFDSAIKRY PK   ++Q+ERRA+ VD+RS    S+  LVS+  +  D+ 
Sbjct: 251 AKHHECSFDEAFDSAIKRYHPKDYRSIQRERRASSVDSRSRLSISDQMLVSQASDFSDIT 310

Query: 263 ESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSE 322
           ESP+S +  + S +SD ++  DF++VAIDSGVPRRPPAGKRA+DQ IYP+LVELLLNSS+
Sbjct: 311 ESPRSYDTGLMSPMSDRSVAADFHLVAIDSGVPRRPPAGKRASDQEIYPRLVELLLNSSQ 370

Query: 323 FSSNLLQDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLT 382
           +SSNLL +IT G LG+P + +   T  ++ S ++ +V EFR GFRA LRDLQ FHIFL+T
Sbjct: 371 YSSNLLHEITEGSLGYPQAEDGEETSNVR-SVVTPVVREFRNGFRAGLRDLQEFHIFLVT 430

Query: 383 LHQKLDNSLRAFMNIINKFPLGESDKEDTGIPE--SHLQGSTTLHCLSPRGKERASSDGN 442
           LHQKLD  LRAF ++++K    + D+ED  +PE  SH  G    H  SP  K+R  SD +
Sbjct: 431 LHQKLDVLLRAFFSMMDKTMCADFDREDFAVPESPSHTHGHEVNHYPSP-SKDRVPSDNS 490

Query: 443 MDVTE-----SAPRSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFH 502
            D +E     S PR+ +S NKE  D  SP SR+S  G+  KG GE + S RL AKLRDFH
Sbjct: 491 SDHSESDMQKSVPRTPNSENKE--DGSSPKSRESWHGRSGKG-GESLSSQRLAAKLRDFH 550

Query: 503 KFAKVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHIL 562
           KFAKVDAESNKELD WNE L+NE +KLCQEN FNTGFFEGSD++   DAYELKVRLEHIL
Sbjct: 551 KFAKVDAESNKELDQWNETLRNEVMKLCQENGFNTGFFEGSDNNSCTDAYELKVRLEHIL 610

Query: 563 ERIALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFP 622
           ERI+LIS+AANTE+PS +   LFIGG LAARS+YTLQHLG+TH+LCLC+NEIGQSD+Q+P
Sbjct: 611 ERISLISKAANTEKPSMIQENLFIGGGLAARSIYTLQHLGITHVLCLCANEIGQSDTQYP 670

Query: 623 DLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLML 682
           DLFEY+NFSI+DDEDSNI SIF+EA DF+   E  GGK+LVHCFEG+SRSAT+VLAYLML
Sbjct: 671 DLFEYQNFSITDDEDSNIESIFQEALDFIKHGEETGGKILVHCFEGRSRSATVVLAYLML 730

Query: 683 RKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGK 742
           +KK TLL+AW+ L++VHRRAQPNDGFA+ L+ LD++ HGKVSMEW+ RKPTMKVCP+CGK
Sbjct: 731 QKKLTLLEAWSKLRKVHRRAQPNDGFARILINLDKKCHGKVSMEWRQRKPTMKVCPVCGK 790

Query: 743 NAGLSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRIS--RGGSVSPTQRQS 785
           NAGLSSSSLKLHLQKSH+KLSSGSVDSAM MEIQKAL AL++S  RG S S    QS
Sbjct: 791 NAGLSSSSLKLHLQKSHRKLSSGSVDSAMNMEIQKALEALKLSTGRGSSASSNSFQS 842

BLAST of Cmc02g0059661 vs. TAIR 10
Match: AT5G23720.3 (dual specificity protein phosphatase family protein )

HSP 1 Score: 969.5 bits (2505), Expect = 1.6e-282
Identity = 516/777 (66.41%), Postives = 615/777 (79.15%), Query Frame = 0

Query: 23  DVTVNSGGVVFFALFNQLGYDDNLPKEAAAVIKISSSRMATQSERLGYEFAKWLGVQTPQ 82
           +VTVNSGGVVFFALFN    +D   KE AAVIK +SSRMATQSERLGYEF+KWLGVQ PQ
Sbjct: 146 EVTVNSGGVVFFALFNSSSSEDASRKEEAAVIKFASSRMATQSERLGYEFSKWLGVQIPQ 205

Query: 83  ARVIHNSSTEWLQIKEAAEKARDIACLEGDEVGEMTCSELLEALEFSRCLFLMSYVHGSP 142
           ARVIH+ + EW  IKEA EKA+  A  EGDEVGEMTCSELLEALE SRCL LMSYVHG P
Sbjct: 206 ARVIHSCNPEWTLIKEATEKAQAKATSEGDEVGEMTCSELLEALELSRCLLLMSYVHGCP 265

Query: 143 LLESSSAFESREIAEKLAAAIGRILLLDLVIRNEDRLPCRLLRWRGNSANLLLADRMTCA 202
           +LES S+FE+ E AE+ AAA+GRIL+LDLVIRNEDRLPCR LRWRGN ANLLL DR+  +
Sbjct: 266 MLESMSSFETEEKAERAAAALGRILVLDLVIRNEDRLPCRQLRWRGNPANLLLTDRIVSS 325

Query: 203 NMN---TFEEAFDSAIKRYKPKVITTLQKERRATLVDNRSS---SNSGLVSEIPELCDVV 262
             +   +F+EAFDSAIKRY PK   ++Q+ERRA+ VD+RS    S+  LVS+  +  D+ 
Sbjct: 326 AKHHECSFDEAFDSAIKRYHPKDYRSIQRERRASSVDSRSRLSISDQMLVSQASDFSDIT 385

Query: 263 ESPKSSNLSVKSQISDDTMPCDFNIVAIDSGVPRRPPAGKRANDQSIYPKLVELLLNSSE 322
           ESP+S +  + S +SD ++  DF++VAIDSGVPRRPPAGKRA+DQ IYP+LVELLLNSS+
Sbjct: 386 ESPRSYDTGLMSPMSDRSVAADFHLVAIDSGVPRRPPAGKRASDQEIYPRLVELLLNSSQ 445

Query: 323 FSSNLLQDITGGKLGFPSSTNANSTCGMQPSEMSYIVHEFRCGFRAALRDLQGFHIFLLT 382
           +SSNLL +IT G LG+P + +   T  ++ S ++ +V EFR GFRA LRDLQ FHIFL+T
Sbjct: 446 YSSNLLHEITEGSLGYPQAEDGEETSNVR-SVVTPVVREFRNGFRAGLRDLQEFHIFLVT 505

Query: 383 LHQKLDNSLRAFMNIINKFPLGESDKEDTGIPE--SHLQGSTTLHCLSPRGKERASSDGN 442
           LHQKLD  LRAF ++++K    + D+ED  +PE  SH  G    H  SP  K+R  SD +
Sbjct: 506 LHQKLDVLLRAFFSMMDKTMCADFDREDFAVPESPSHTHGHEVNHYPSP-SKDRVPSDNS 565

Query: 443 MDVTE-----SAPRSSSSGNKESSDTCSPLSRDSSQGKLYKGSGEPIHSLRLTAKLRDFH 502
            D +E     S PR+ +S NKE  D  SP SR+S  G+  KG GE + S RL AKLRDFH
Sbjct: 566 SDHSESDMQKSVPRTPNSENKE--DGSSPKSRESWHGRSGKG-GESLSSQRLAAKLRDFH 625

Query: 503 KFAKVDAESNKELDMWNEVLKNEAVKLCQENKFNTGFFEGSDSHGVVDAYELKVRLEHIL 562
           KFAKVDAESNKELD WNE L+NE +KLCQEN FNTGFFEGSD++   DAYELKVRLEHIL
Sbjct: 626 KFAKVDAESNKELDQWNETLRNEVMKLCQENGFNTGFFEGSDNNSCTDAYELKVRLEHIL 685

Query: 563 ERIALISEAANTERPSSVTPALFIGGALAARSVYTLQHLGVTHILCLCSNEIGQSDSQFP 622
           ERI+LIS+AANTE+PS +   LFIGG LAARS+YTLQHLG+TH+LCLC+NEIGQSD+Q+P
Sbjct: 686 ERISLISKAANTEKPSMIQENLFIGGGLAARSIYTLQHLGITHVLCLCANEIGQSDTQYP 745

Query: 623 DLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVHCFEGKSRSATLVLAYLML 682
           DLFEY+NFSI+DDEDSNI SIF+EA DF+   E  GGK+LVHCFEG+SRSAT+VLAYLML
Sbjct: 746 DLFEYQNFSITDDEDSNIESIFQEALDFIKHGEETGGKILVHCFEGRSRSATVVLAYLML 805

Query: 683 RKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDRRIHGKVSMEWQSRKPTMKVCPICGK 742
           +KK TLL+AW+ L++VHRRAQPNDGFA+ L+ LD++ HGKVSMEW+ RKPTMKVCP+CGK
Sbjct: 806 QKKLTLLEAWSKLRKVHRRAQPNDGFARILINLDKKCHGKVSMEWRQRKPTMKVCPVCGK 865

Query: 743 NAGLSSSSLKLHLQKSHKKLSSGSVDSAMTMEIQKALTALRIS--RGGSVSPTQRQS 785
           NAGLSSSSLKLHLQKSH+KLSSGSVDSAM MEIQKAL AL++S  RG S S    QS
Sbjct: 866 NAGLSSSSLKLHLQKSHRKLSSGSVDSAMNMEIQKALEALKLSTGRGSSASSNSFQS 917

BLAST of Cmc02g0059661 vs. TAIR 10
Match: AT3G23610.2 (dual specificity protein phosphatase 1 )

HSP 1 Score: 105.1 bits (261), Expect = 2.6e-22
Identity = 65/178 (36.52%), Postives = 98/178 (55.06%), Query Frame = 0

Query: 536 VDAYELKVRLEHILERIALISEAANTER----PSSVTPALFIGGALAARSVYTLQHLGVT 595
           ++ Y  KV+ +  ++ +  + + A T R    PS +   L++G   AA +   L+   VT
Sbjct: 21  IEKYNEKVKNQ--IQALVRVIKVARTYRDDNVPSLIEQGLYLGSVAAASNKNVLKSYNVT 80

Query: 596 HILCLCSNEIGQSDSQFPDLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVH 655
           HIL + S+         PD F YK   + D ED+N+   F+E  DF+D  + +GG VLVH
Sbjct: 81  HILTVASS----LRPAHPDDFVYKVVRVVDKEDTNLEMYFDECVDFIDEAKRQGGSVLVH 140

Query: 656 CFEGKSRSATLVLAYLMLRKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDRRIHGK 710
           CF GKSRS T+V+AYLM +   TL +A   +K     A PN GF + L +L++ + GK
Sbjct: 141 CFVGKSRSVTIVVAYLMKKHGMTLAQALQHVKSKRPVASPNAGFIRQLQDLEKSMQGK 192

BLAST of Cmc02g0059661 vs. TAIR 10
Match: AT3G23610.1 (dual specificity protein phosphatase 1 )

HSP 1 Score: 100.9 bits (250), Expect = 4.8e-21
Identity = 63/173 (36.42%), Postives = 95/173 (54.91%), Query Frame = 0

Query: 536 VDAYELKVRLEHILERIALISEAANTER----PSSVTPALFIGGALAARSVYTLQHLGVT 595
           ++ Y  KV+ +  ++ +  + + A T R    PS +   L++G   AA +   L+   VT
Sbjct: 21  IEKYNEKVKNQ--IQALVRVIKVARTYRDDNVPSLIEQGLYLGSVAAASNKNVLKSYNVT 80

Query: 596 HILCLCSNEIGQSDSQFPDLFEYKNFSISDDEDSNISSIFEEASDFVDGVEGKGGKVLVH 655
           HIL + S+         PD F YK   + D ED+N+   F+E  DF+D  + +GG VLVH
Sbjct: 81  HILTVASS----LRPAHPDDFVYKVVRVVDKEDTNLEMYFDECVDFIDEAKRQGGSVLVH 140

Query: 656 CFEGKSRSATLVLAYLMLRKKYTLLKAWNALKRVHRRAQPNDGFAKTLLELDR 705
           CF GKSRS T+V+AYLM +   TL +A   +K     A PN GF + L +L++
Sbjct: 141 CFVGKSRSVTIVVAYLMKKHGMTLAQALQHVKSKRPVASPNAGFIRQLQDLEK 187

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_008464368.10.0e+0099.74PREDICTED: dual specificity protein phosphatase PHS1 isoform X1 [Cucumis melo] >... [more]
XP_016903196.10.0e+0099.87PREDICTED: dual specificity protein phosphatase PHS1 isoform X2 [Cucumis melo][more]
XP_031736294.10.0e+0096.40dual specificity protein phosphatase PHS1 isoform X2 [Cucumis sativus][more]
XP_011648972.10.0e+0097.14dual specificity protein phosphatase PHS1 isoform X1 [Cucumis sativus] >XP_01164... [more]
XP_038879097.10.0e+0094.92dual specificity protein phosphatase PHS1 [Benincasa hispida][more]
Match NameE-valueIdentityDescription
Q75QN62.2e-28166.41Dual specificity protein phosphatase PHS1 OS=Arabidopsis thaliana OX=3702 GN=PHS... [more]
Q9ZR376.8e-2036.42Dual specificity protein phosphatase 1 OS=Arabidopsis thaliana OX=3702 GN=DSPTP1... [more]
Q54Y322.7e-1638.26MAP kinase phosphatase with leucine-rich repeats protein 3 OS=Dictyostelium disc... [more]
Q917905.9e-1634.38Dual specificity protein phosphatase 1-A OS=Xenopus laevis OX=8355 GN=dusp1-a PE... [more]
Q6IVY41.0e-1536.88Protein phosphatase Slingshot homolog OS=Xenopus laevis OX=8355 GN=ssh PE=1 SV=2[more]
Match NameE-valueIdentityDescription
A0A1S3CLB00.0e+0099.74dual specificity protein phosphatase PHS1 isoform X1 OS=Cucumis melo OX=3656 GN=... [more]
A0A1S4E4N60.0e+0099.87dual specificity protein phosphatase PHS1 isoform X2 OS=Cucumis melo OX=3656 GN=... [more]
A0A0A0LRL20.0e+0097.14Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G000610 PE=4 SV=1[more]
A0A6J1E0Y90.0e+0093.62dual specificity protein phosphatase PHS1 OS=Cucurbita moschata OX=3662 GN=LOC11... [more]
A0A6J1JI250.0e+0093.49dual specificity protein phosphatase PHS1 OS=Cucurbita maxima OX=3661 GN=LOC1114... [more]
Match NameE-valueIdentityDescription
AT5G23720.11.6e-28266.41dual specificity protein phosphatase family protein [more]
AT5G23720.21.6e-28266.41dual specificity protein phosphatase family protein [more]
AT5G23720.31.6e-28266.41dual specificity protein phosphatase family protein [more]
AT3G23610.22.6e-2236.52dual specificity protein phosphatase 1 [more]
AT3G23610.14.8e-2136.42dual specificity protein phosphatase 1 [more]
InterPro
Analysis Name: InterPro Annotations of Melon (Charmono) v1.1
Date Performed: 2022-10-13
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR020422Dual specificity protein phosphatase domainSMARTSM00195dsp_5coord: 563..705
e-value: 5.3E-31
score: 119.0
IPR020422Dual specificity protein phosphatase domainPROSITEPS50054TYR_PHOSPHATASE_DUALcoord: 563..708
score: 37.488815
IPR029021Protein-tyrosine phosphatase-likeGENE3D3.90.190.10Protein tyrosine phosphatase superfamilycoord: 540..709
e-value: 1.6E-42
score: 147.1
IPR029021Protein-tyrosine phosphatase-likeSUPERFAMILY52799(Phosphotyrosine protein) phosphatases IIcoord: 563..707
IPR015275Actin-fragmin kinase, catalytic domainPFAMPF09192Act-Frag_catalycoord: 27..235
e-value: 9.5E-41
score: 140.0
IPR000340Dual specificity phosphatase, catalytic domainPFAMPF00782DSPccoord: 579..704
e-value: 1.9E-24
score: 86.0
IPR036940Phosphatidylinositol 3-/4-kinase, catalytic domain superfamilyGENE3D1.10.1070.11coord: 142..272
e-value: 5.2E-15
score: 57.4
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 402..471
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 434..467
NoneNo IPR availablePANTHERPTHR47100:SF4DUAL SPECIFICITY PHOSPHATASE FAMILY PROTEINcoord: 23..789
NoneNo IPR availableCDDcd14498DSPcoord: 564..701
e-value: 3.02673E-49
score: 167.723
IPR035010Dual specificity protein phosphatase PHS1PANTHERPTHR47100DUAL SPECIFICITY PROTEIN PHOSPHATASE PHS1coord: 23..789
IPR016130Protein-tyrosine phosphatase, active sitePROSITEPS00383TYR_PHOSPHATASE_1coord: 650..660
IPR000387Tyrosine specific protein phosphatases domainPROSITEPS50056TYR_PHOSPHATASE_2coord: 628..684
score: 11.41827
IPR011009Protein kinase-like domain superfamilySUPERFAMILY56112Protein kinase-like (PK-like)coord: 24..301

Relationships

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

Feature NameUnique NameType
Cmc02g0059661.1Cmc02g0059661.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0043622 cortical microtubule organization
biological_process GO:0015074 DNA integration
biological_process GO:0006470 protein dephosphorylation
biological_process GO:0009737 response to abscisic acid
biological_process GO:0016311 dephosphorylation
molecular_function GO:0016301 kinase activity
molecular_function GO:0003676 nucleic acid binding
molecular_function GO:0004725 protein tyrosine phosphatase activity
molecular_function GO:0008138 protein tyrosine/serine/threonine phosphatase activity
molecular_function GO:0016791 phosphatase activity
molecular_function GO:0004721 phosphoprotein phosphatase activity