Cucsat.G18709.T11 (mRNA) Cucumber (B10) v3

Overview
NameCucsat.G18709.T11
TypemRNA
OrganismCucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
DescriptionProtein CHROMATIN REMODELING
Locationctg3408: 303079 .. 334678 (+)
RNA-Seq ExpressionCucsat.G18709.T11
SyntenyCucsat.G18709.T11
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

Coding sequence (CDS)

ATGGGTCTGGGGAAGACAATACAAGCTATAACATACCTTGTGATGTTGAAATATTTGAACAATGATTCGGGGCCTCACCTAATTGTATGCCCTGCATCTGTTCTGGAGAATTGGGAAAGAGAACTCAAAAAGTGGTGCCCATCCTTTTCTGTACTCCACTATCATGGGGCCGCCCGGTCGGCATATGCTAAGGAATTGAATTCTCTGGCTAAGTCAGGGTTGCCTCCTCCGTTTAATGTTCTTCTTGTTTGTTATTCTCTCTTTGAAAGACACAGTTCCCAGCAAAAAGATGAACGTAAAATCCTGAAACGCTGGCAATGGAGTTGTGTTCTTATGGATGAGGCTCATGCCTTGAAAGATAGAAACAGCTATCGGTGGAAAAATTTAATGTCTCTTGCACGTAATGCAAAGCAACGATTAATGTTGACAGGGACACCGCTTCAAAATGATTTGCATGAGCTGTGGTCACTGTTGGAGTTTATGATGCCCAATCTCTTCGCTACTGAGGATGTGGACTTGAAAAAACTATTAACAGCTGAGAATAATTCATTGATTAATCATATGAAATTCATTTTGGGTCCATTTATTTTGAGACGGTTAAAATCTGATGTTATGCAGCAACTTGTTCCAAAGATACAGCAGGTTCGGTATGTTGCAATGGAAAAACAACAAGAAGATGCCTACAAGGATGCTATTGATGATTATCGAAATGCTTCTCGCGGCCGCGTTGGTAGAAATGGCAATACTAATTCAGATAACATATACAATATTCTTCCCCGTCGTCAGATATCTAATTATTTTGTTCAGTTCCGCAAGATTGCTAATCATCCTTTACTAGTACGGCGCATTTACAAAGACGAGGATGTTACCCGTTTTGCTAAAAAGTTACACCCTTTAGGTGCATTTGGATTCGAGTGTACCGTGGAAAGGGTAGCTGAGGAACTTAAAAGTTATAATGATTTTTCCATTCACCGGTTATTACTTTCTTATGGCATTACTGACAGAAAGGGAGTTCTATCAGATAACGAAGTGCTACTTTCGGCGAAGTGTCGGGAATTAGCACAACTACTTCCTTCACTGAAGCGAGATGGACATCGAGTTCTTATTTTCAGTCAATGGACTTCAATGCTTGACATCCTAGAATGGACATTGGATGTGATTGGGTTTACTTATAGACGACTAGATGGAAGTACGCAGGTAGCAGAAAGACAGACGATAGTTGACACTTTCAATAATGACACGTCTATATTTGCATGCTTGCTTTCTACTAGAGCAGGGGGACAGGGGTTGAACTTAACTGGGGCCGACACTGTTGTCATTCACGACATGGATTTCAATCCACAGATTGACCGCCAAGCAGAAGATCGTTGTCATCGAATTGGCCAAACCAAACCTGTCACTATATACAGGTTGGTGACGAAGGGAACGGTGGATGAAAATGTCTATGAGATAGCAAAACGGAAGTTAGTCCTTGATGCTGCAGTTCTGGAGTCGGGTATAGAGATGGATAACGAGAGGGAGTCATCTGAGAAGACCATGGGGGAGATATTATCAGCAATTCTTCTTGGTTAG

Protein sequence

MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARSAYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKDRNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAENNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASRGRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLGAFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSLKRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACLLSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDENVYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG
Homology
[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy Swiss-Prot
Match: Q9ZUL5 (Protein CHROMATIN REMODELING 19 OS=Arabidopsis thaliana OX=3702 GN=ETL1 PE=1 SV=1)

HSP 1 Score: 862.8 bits (2228), Expect = 1.9e-249
Identity = 411/523 (78.59%), Postives = 472/523 (90.25%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYL +L  LNND GPHL+VCPASVLENWEREL+KWCPSF+VL YHGAAR+
Sbjct: 241 MGLGKTIQAITYLTLLSRLNNDPGPHLVVCPASVLENWERELRKWCPSFTVLQYHGAARA 300

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AY++ELNSL+K+G PPPFNVLLVCYSLFERHS QQKD+RK+LKRW+WSCVLMDEAHALKD
Sbjct: 301 AYSRELNSLSKAGKPPPFNVLLVCYSLFERHSEQQKDDRKVLKRWRWSCVLMDEAHALKD 360

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           +NSYRWKNLMS+ARNA QRLMLTGTPLQNDLHELWSLLEFM+P++F TE+VDLKKLL AE
Sbjct: 361 KNSYRWKNLMSVARNANQRLMLTGTPLQNDLHELWSLLEFMLPDIFTTENVDLKKLLNAE 420

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           +  LI  MK ILGPFILRRLKSDVMQQLVPKIQ+V YV ME++QEDAYK+AI++YR AS+
Sbjct: 421 DTELITRMKSILGPFILRRLKSDVMQQLVPKIQRVEYVLMERKQEDAYKEAIEEYRAASQ 480

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
            R+ +  + + +++   LP+RQISNYF QFRKIANHPLL+RRIY DEDV R A+KLHP+G
Sbjct: 481 ARLVKLSSKSLNSLAKALPKRQISNYFTQFRKIANHPLLIRRIYSDEDVIRIARKLHPIG 540

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFEC+++RV EE+K +NDF IH+LL  YG+ D KG LSD  V+LSAKCR LA+LLPS+
Sbjct: 541 AFGFECSLDRVIEEVKGFNDFRIHQLLFQYGVNDTKGTLSDKHVMLSAKCRTLAELLPSM 600

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           K+ GHRVLIFSQWTSMLDILEWTLDVIG TYRRLDGSTQV +RQTIVDTFNND SIFACL
Sbjct: 601 KKSGHRVLIFSQWTSMLDILEWTLDVIGVTYRRLDGSTQVTDRQTIVDTFNNDKSIFACL 660

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTV+IHDMDFNPQIDRQAEDRCHRIGQTKPVTI+RLVTK TVDEN
Sbjct: 661 LSTRAGGQGLNLTGADTVIIHDMDFNPQIDRQAEDRCHRIGQTKPVTIFRLVTKSTVDEN 720

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 524
           +YEIAKRKLVLDAAVLESG+ +D+  ++ EKTMGEIL+++L+G
Sbjct: 721 IYEIAKRKLVLDAAVLESGVHVDDNGDTPEKTMGEILASLLMG 763

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy Swiss-Prot
Match: Q9VL72 (SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily A containing DEAD/H box 1 homolog OS=Drosophila melanogaster OX=7227 GN=Etl1 PE=1 SV=1)

HSP 1 Score: 355.9 bits (912), Expect = 7.7e-97
Identity = 213/506 (42.09%), Postives = 296/506 (58.50%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQ I +L  LK        HLIV P+S L+NWE E+ +WCP   V  YHG ++ 
Sbjct: 316 MGLGKTIQVIAFLAYLKENGLSQAAHLIVVPSSTLDNWEAEISRWCPELVVEKYHG-SQD 375

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
              +     AK G    F+VLL  Y +         +ERK+ +  +   V+ DEAH LK+
Sbjct: 376 ERRRMRGRFAKDGF-TGFDVLLTTYHIV----GSTPEERKMFRVCKLDYVIFDEAHMLKN 435

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
             + R+ NL+++  NA+ R++LTGTPLQN+L EL SLL F+MP  FA    D+K L   +
Sbjct: 436 MTTQRYANLITI--NARMRILLTGTPLQNNLLELISLLCFVMPKFFAKSIEDIKSLFAKK 495

Query: 181 NNS-------------LINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDA 240
             S              I   K I+ PF+LRRLK DV++ L  K+  V  V M  QQ+  
Sbjct: 496 GKSDGDQDEVSQFQETQIQRAKRIMKPFVLRRLKKDVLKNLPKKLSLVEKVPMSSQQKIY 555

Query: 241 YKDAIDDYRNASRGRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDE 300
           Y + +D Y N            N   + +   R  I+   ++ R+IANHPLL+R  + D 
Sbjct: 556 YHELVDYYSN------------NKGEVCSSSERAGIA-IMMEMRRIANHPLLMRHYFTDA 615

Query: 301 DVTRFAKKLHPLGAFGFECTVER-VAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLL 360
           ++  F+K+L    A  F+ T E+ + EEL   +DF +++++  +   D K  + DN +  
Sbjct: 616 NLRGFSKRL--ANASSFKKTNEQYIFEELAVMSDFQVYQMMNKHEFYDVK--IPDNLICD 675

Query: 361 SAKCRELAQLLPSLKRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTI 420
           S K   L  LLP LK +GHRVL+FSQ+T MLDI+E  L +  F + RLDG+T V  RQ +
Sbjct: 676 SGKFLYLDTLLPKLKAEGHRVLLFSQFTMMLDIVEEYLRIRKFGFCRLDGATAVNVRQDL 735

Query: 421 VDTFNNDTSIFACLLSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPV 480
           +  FN D SIF  LLST+AGG G+NLT ADT VIHD+DFNP  D+QAEDRCHR+GQ +PV
Sbjct: 736 ITDFNGDDSIFVFLLSTKAGGVGINLTAADTCVIHDIDFNPYNDKQAEDRCHRMGQQRPV 795

Query: 481 TIYRLVTKGTVDENVYEIAKRKLVLD 493
           TIYRL+++ T++E +   A+ KL L+
Sbjct: 796 TIYRLISESTIEEGILMAAEEKLKLE 796

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy Swiss-Prot
Match: E7F1C4 (SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily A containing DEAD/H box 1B OS=Danio rerio OX=7955 GN=smarcad1b PE=3 SV=1)

HSP 1 Score: 355.1 bits (910), Expect = 1.3e-96
Identity = 210/532 (39.47%), Postives = 316/532 (59.40%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAA-- 60
           MGLGKTIQAI++L  L Y   + GPHLI  PAS L+NW REL  WCPSF VL Y+G+A  
Sbjct: 456 MGLGKTIQAISFLAHL-YQEGNHGPHLITVPASTLDNWVRELNLWCPSFKVLVYYGSADD 515

Query: 61  -RSAYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHA 120
            +    + LN + +      +N+++  Y+L   +SS    +R +  + +    + DE H 
Sbjct: 516 RKYMRYEILNQIVE------YNIIVSTYNLAIGNSS----DRSLFCKLKLEYAVFDEGHL 575

Query: 121 LKDRNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLL 180
           LK+ NS R+++LM++  NAK RL+LTGTPLQN+L EL SLL F+MPN+F++    + K+ 
Sbjct: 576 LKNMNSLRYRHLMAI--NAKYRLLLTGTPLQNNLLELMSLLNFIMPNMFSSSTSQIAKMF 635

Query: 181 TAENN--------SLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYK 240
           + +++          I H K I+ PFILRR+KS+V++QL  K +QV + AM ++Q++ Y 
Sbjct: 636 SMKSSEEQSSFERDRITHAKLIMKPFILRRVKSEVLKQLPAKEEQVEFCAMSERQQELYS 695

Query: 241 DAIDDYRNASRGRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDV 300
             +   +++S G                  +R+++N  +Q RK++NHPLL R+ Y  E +
Sbjct: 696 ALLHKLKHSSNGE-----------------KRELTNVMMQLRKMSNHPLLHRQFYTTEKL 755

Query: 301 TRFAKKLHPLGAFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAK 360
              +K +    +   +     + E+++  +DF +HRL   Y     +  L+ + +L S K
Sbjct: 756 KAMSKLMLKEPSHR-DADPALIKEDMEVLSDFELHRLCQQYSAL-HEYQLNTDVLLDSGK 815

Query: 361 CRELAQLLPSLKRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDT 420
              L QLL SLK  G RV++FSQ+T MLDILE  L      Y RLDGST +++R  ++D 
Sbjct: 816 LSLLTQLLNSLKEKGDRVVLFSQFTMMLDILEVFLRHHKHRYNRLDGSTPMSDRIGLIDQ 875

Query: 421 FNNDTSIFACLLSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIY 480
           FN D  IF  LLSTRAGG G+NLT A+ V++HD+D NP  D+QAE RCHR+GQTK V + 
Sbjct: 876 FNTDQDIFVFLLSTRAGGLGINLTSANVVILHDIDCNPYNDKQAEGRCHRVGQTKTVKVI 935

Query: 481 RLVTKGTVDENVYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAIL 522
           +L++K ++++ +  I +RKL L+    E     D E ++    M  +L A L
Sbjct: 936 KLISKDSIEDTMLRIGERKLKLEQ---EMTATQDGEEDTLPDDMTTLLKASL 952

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy Swiss-Prot
Match: Q5FWR0 (SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily A containing DEAD/H box 1 OS=Xenopus tropicalis OX=8364 GN=smarcad1 PE=2 SV=1)

HSP 1 Score: 346.7 bits (888), Expect = 4.7e-94
Identity = 198/502 (39.44%), Postives = 301/502 (59.96%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKT+QAI +L  L Y+  DSGPHL+V PAS ++NW RE  +WCPS ++L Y+G+   
Sbjct: 501 MGLGKTVQAIAFLAHL-YVTGDSGPHLVVVPASTMDNWIREFNQWCPSMNILLYYGSQEE 560

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
                 + L K      FNV++  Y+     +    ++R + +R + +  + DE H LK+
Sbjct: 561 RKHLRYDILNK---VVEFNVIVTTYNC----AISSAEDRSLFRRLKLNFAVFDEGHMLKN 620

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
            ++ R+++LM+L  NA+ RL+LTGTP+QN+L EL SLL F+MP++F++   ++K+L +++
Sbjct: 621 MSAIRYQHLMTL--NARSRLLLTGTPVQNNLLELMSLLNFVMPHMFSSSTSEIKRLFSSK 680

Query: 181 NNSL----------INHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKD 240
             S           I H K I+ PFILRR+KS+V++QL PK  ++++  M K+QE  Y D
Sbjct: 681 AKSTDEQTIFEKERIAHAKQIMKPFILRRVKSEVLKQLPPKQDKIKFCQMSKKQEQLYSD 740

Query: 241 AIDDYRNASRGRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVT 300
            +               N    +I       ++ N  +  RK+ANHPLL R+ Y   D  
Sbjct: 741 LL---------------NKLKKSIDATEKNSELCNVMMHLRKMANHPLLHRQYY-TADRL 800

Query: 301 RFAKKLHPLGAFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKC 360
           R   KL        +   + + E+++   DF +HRL   +  T  +  L    +L S K 
Sbjct: 801 RTMSKLMLKEPTHCDANPDLIFEDMEVMTDFELHRLCNEF-TTLSQYKLEKELILDSGKF 860

Query: 361 RELAQLLPSLKRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTF 420
             L +LL  +K+ G RV++FSQ+T MLDI+E  L      Y RLDG TQ++ER  ++D F
Sbjct: 861 NILEKLLSDIKKKGDRVVLFSQFTMMLDIIEVFLRHHQHRYVRLDGKTQISERIHLIDEF 920

Query: 421 NNDTSIFACLLSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYR 480
           N D  IF  LLST+AGG G+NLT A+ V++HD+D NP  D+QAEDRCHR+GQTK V + +
Sbjct: 921 NTDMDIFIFLLSTKAGGLGINLTSANIVILHDIDCNPYNDKQAEDRCHRVGQTKEVKVIK 975

Query: 481 LVTKGTVDENVYEIAKRKLVLD 493
           L+ KGT++E++ +I+++KL L+
Sbjct: 981 LIGKGTIEESMLKISQQKLRLE 975

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy Swiss-Prot
Match: Q9H4L7 (SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily A containing DEAD/H box 1 OS=Homo sapiens OX=9606 GN=SMARCAD1 PE=1 SV=2)

HSP 1 Score: 338.2 bits (866), Expect = 1.7e-91
Identity = 197/515 (38.25%), Postives = 301/515 (58.45%), Query Frame = 0 

Query: 1    MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
            MGLGKTIQAI +L  L Y   ++GPHLIV PAS ++NW RE+  WCP+  VL Y+G+   
Sbjct: 524  MGLGKTIQAIAFLAYL-YQEGNNGPHLIVVPASTIDNWLREVNLWCPTLKVLCYYGSQEE 583

Query: 61   AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
                  N  ++      +NV++  Y+     +    D+R + +R + +  + DE H LK+
Sbjct: 584  RKQIRFNIHSRY---EDYNVIVTTYNC----AISSSDDRSLFRRLKLNYAIFDEGHMLKN 643

Query: 121  RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
              S R+++LM++  NA  RL+LTGTP+QN+L EL SLL F+MP++F++   +++++ +++
Sbjct: 644  MGSIRYQHLMTI--NANNRLLLTGTPVQNNLLELMSLLNFVMPHMFSSSTSEIRRMFSSK 703

Query: 181  NNSL----------INHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKD 240
              S           I H K I+ PFILRR+K +V++QL PK  ++   AM ++QE  Y  
Sbjct: 704  TKSADEQSIYEKERIAHAKQIIKPFILRRVKEEVLKQLPPKKDRIELCAMSEKQEQLYLG 763

Query: 241  AIDDYRNASRGRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVT 300
                             N    +I N+    ++ N  +Q RK+ANHPLL R+ Y  E + 
Sbjct: 764  LF---------------NRLKKSINNLEKNTEMCNVMMQLRKMANHPLLHRQYYTAEKLK 823

Query: 301  RFAKKL--HPLGAFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSA 360
              ++ +   P      E   + + E+++   DF +H L   Y   +    L  + +L S 
Sbjct: 824  EMSQLMLKEPTHC---EANPDLIFEDMEVMTDFELHVLCKQYRHIN-NFQLDMDLILDSG 883

Query: 361  KCRELAQLLPSLKRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVD 420
            K R L  +L  LK+ G RV++FSQ+T MLDILE  L      Y RLDG TQ++ER  ++D
Sbjct: 884  KFRVLGCILSELKQKGDRVVLFSQFTMMLDILEVLLKHHQHRYLRLDGKTQISERIHLID 943

Query: 421  TFNNDTSIFACLLSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTI 480
             FN D  IF  LLST+AGG G+NLT A+ V++HD+D NP  D+QAEDRCHR+GQTK V +
Sbjct: 944  EFNTDMDIFVFLLSTKAGGLGINLTSANVVILHDIDCNPYNDKQAEDRCHRVGQTKEVLV 1003

Query: 481  YRLVTKGTVDENVYEIAKRKLVL--DAAVLESGIE 502
             +L+++GT++E++ +I ++KL L  D   ++ G E
Sbjct: 1004 IKLISQGTIEESMLKINQQKLKLEQDMTTVDEGDE 1009

[Close]
BLAST of Cucsat.G18709.T11 vs. NCBI nr
Match: XP_004140399.1 (protein CHROMATIN REMODELING 19 [Cucumis sativus] >XP_031741288.1 protein CHROMATIN REMODELING 19-like [Cucumis sativus] >KAE8648070.1 hypothetical protein Csa_018841 [Cucumis sativus])

HSP 1 Score: 1043 bits (2698), Expect = 0.0
Identity = 523/523 (100.00%), Postives = 523/523 (100.00%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS
Sbjct: 219 MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 278

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 279 AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 338

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 339 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 398

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR
Sbjct: 399 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 458

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG
Sbjct: 459 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 518

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL
Sbjct: 519 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 578

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 579 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 638

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 639 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 698

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG
Sbjct: 699 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 741

[Close]
BLAST of Cucsat.G18709.T11 vs. NCBI nr
Match: KAA0067170.1 (protein CHROMATIN REMODELING 19 isoform X1 [Cucumis melo var. makuwa] >TYK26018.1 protein CHROMATIN REMODELING 19 isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 1023 bits (2645), Expect = 0.0
Identity = 512/523 (97.90%), Postives = 518/523 (99.04%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENW RELKKWCPSFSVLHYHGAARS
Sbjct: 35  MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWGRELKKWCPSFSVLHYHGAARS 94

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 95  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 154

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 155 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 214

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAI+DYRNAS 
Sbjct: 215 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIEDYRNASL 274

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GR+GRN NTNS+NIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDV RFAKKLHPLG
Sbjct: 275 GRIGRNANTNSENIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVVRFAKKLHPLG 334

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEEL+SYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL
Sbjct: 335 AFGFECTVERVAEELRSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 394

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 395 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 454

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 455 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 514

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMD++ ESSEKTMGEILSAILLG
Sbjct: 515 VYEIAKRKLVLDAAVLESGIEMDDKGESSEKTMGEILSAILLG 557

[Close]
BLAST of Cucsat.G18709.T11 vs. NCBI nr
Match: XP_008460215.1 (PREDICTED: protein CHROMATIN REMODELING 19 isoform X1 [Cucumis melo])

HSP 1 Score: 1023 bits (2645), Expect = 0.0
Identity = 512/523 (97.90%), Postives = 518/523 (99.04%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENW RELKKWCPSFSVLHYHGAARS
Sbjct: 219 MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWGRELKKWCPSFSVLHYHGAARS 278

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 279 AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 338

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 339 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 398

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAI+DYRNAS 
Sbjct: 399 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIEDYRNASL 458

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GR+GRN NTNS+NIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDV RFAKKLHPLG
Sbjct: 459 GRIGRNANTNSENIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVVRFAKKLHPLG 518

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEEL+SYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL
Sbjct: 519 AFGFECTVERVAEELRSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 578

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 579 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 638

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 639 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 698

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMD++ ESSEKTMGEILSAILLG
Sbjct: 699 VYEIAKRKLVLDAAVLESGIEMDDKGESSEKTMGEILSAILLG 741

[Close]
BLAST of Cucsat.G18709.T11 vs. NCBI nr
Match: XP_038877194.1 (protein CHROMATIN REMODELING 19 isoform X1 [Benincasa hispida])

HSP 1 Score: 1010 bits (2611), Expect = 0.0
Identity = 504/523 (96.37%), Postives = 515/523 (98.47%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFS+L YHGAARS
Sbjct: 228 MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSILLYHGAARS 287

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSG PPPFNVLLVCYS+FERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 288 AYAKELNSLAKSGFPPPFNVLLVCYSVFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 347

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 348 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 407

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAI+DYRNASR
Sbjct: 408 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIEDYRNASR 467

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GR+G N NTNSDNI ++LPRRQISNYFVQFRKIANHPLLVRRIYKDEDV RFAKKLHPLG
Sbjct: 468 GRIGGNANTNSDNICSVLPRRQISNYFVQFRKIANHPLLVRRIYKDEDVVRFAKKLHPLG 527

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEELKSY+DFSIHRLLLSYGITDRKGVLSDNEVLLSAKC+ELAQLLPSL
Sbjct: 528 AFGFECTVERVAEELKSYSDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCQELAQLLPSL 587

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           K+DGHRVLIFSQWTSMLDILEWTLDVIG TYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 588 KQDGHRVLIFSQWTSMLDILEWTLDVIGLTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 647

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 648 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 707

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           +YEIAKRKLVLDAAVLESGIEMDNE ESSEKTMG+ILSAILLG
Sbjct: 708 IYEIAKRKLVLDAAVLESGIEMDNEDESSEKTMGQILSAILLG 750

[Close]
BLAST of Cucsat.G18709.T11 vs. NCBI nr
Match: XP_038877196.1 (protein CHROMATIN REMODELING 19 isoform X2 [Benincasa hispida])

HSP 1 Score: 1010 bits (2611), Expect = 0.0
Identity = 504/523 (96.37%), Postives = 515/523 (98.47%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFS+L YHGAARS
Sbjct: 219 MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSILLYHGAARS 278

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSG PPPFNVLLVCYS+FERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 279 AYAKELNSLAKSGFPPPFNVLLVCYSVFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 338

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 339 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 398

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAI+DYRNASR
Sbjct: 399 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIEDYRNASR 458

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GR+G N NTNSDNI ++LPRRQISNYFVQFRKIANHPLLVRRIYKDEDV RFAKKLHPLG
Sbjct: 459 GRIGGNANTNSDNICSVLPRRQISNYFVQFRKIANHPLLVRRIYKDEDVVRFAKKLHPLG 518

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEELKSY+DFSIHRLLLSYGITDRKGVLSDNEVLLSAKC+ELAQLLPSL
Sbjct: 519 AFGFECTVERVAEELKSYSDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCQELAQLLPSL 578

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           K+DGHRVLIFSQWTSMLDILEWTLDVIG TYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 579 KQDGHRVLIFSQWTSMLDILEWTLDVIGLTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 638

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 639 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 698

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           +YEIAKRKLVLDAAVLESGIEMDNE ESSEKTMG+ILSAILLG
Sbjct: 699 IYEIAKRKLVLDAAVLESGIEMDNEDESSEKTMGQILSAILLG 741

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy TrEMBL
Match: A0A0A0KSU2 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G272400 PE=4 SV=1)

HSP 1 Score: 1043 bits (2698), Expect = 0.0
Identity = 523/523 (100.00%), Postives = 523/523 (100.00%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS
Sbjct: 43  MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 102

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 103 AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 162

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 163 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 222

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR
Sbjct: 223 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 282

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG
Sbjct: 283 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 342

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL
Sbjct: 343 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 402

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 403 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 462

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 463 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 522

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG
Sbjct: 523 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 565

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy TrEMBL
Match: A0A5D3DR37 (Protein CHROMATIN REMODELING 19 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold1567G00230 PE=4 SV=1)

HSP 1 Score: 1023 bits (2645), Expect = 0.0
Identity = 512/523 (97.90%), Postives = 518/523 (99.04%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENW RELKKWCPSFSVLHYHGAARS
Sbjct: 35  MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWGRELKKWCPSFSVLHYHGAARS 94

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 95  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 154

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 155 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 214

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAI+DYRNAS 
Sbjct: 215 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIEDYRNASL 274

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GR+GRN NTNS+NIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDV RFAKKLHPLG
Sbjct: 275 GRIGRNANTNSENIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVVRFAKKLHPLG 334

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEEL+SYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL
Sbjct: 335 AFGFECTVERVAEELRSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 394

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 395 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 454

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 455 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 514

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMD++ ESSEKTMGEILSAILLG
Sbjct: 515 VYEIAKRKLVLDAAVLESGIEMDDKGESSEKTMGEILSAILLG 557

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy TrEMBL
Match: A0A1S3CC04 (protein CHROMATIN REMODELING 19 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103499098 PE=4 SV=1)

HSP 1 Score: 1023 bits (2645), Expect = 0.0
Identity = 512/523 (97.90%), Postives = 518/523 (99.04%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENW RELKKWCPSFSVLHYHGAARS
Sbjct: 219 MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWGRELKKWCPSFSVLHYHGAARS 278

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
           AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD
Sbjct: 279 AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 338

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE
Sbjct: 339 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 398

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAI+DYRNAS 
Sbjct: 399 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIEDYRNASL 458

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
           GR+GRN NTNS+NIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDV RFAKKLHPLG
Sbjct: 459 GRIGRNANTNSENIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVVRFAKKLHPLG 518

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFECTVERVAEEL+SYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL
Sbjct: 519 AFGFECTVERVAEELRSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 578

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 579 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 638

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 639 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 698

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMD++ ESSEKTMGEILSAILLG
Sbjct: 699 VYEIAKRKLVLDAAVLESGIEMDDKGESSEKTMGEILSAILLG 741

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy TrEMBL
Match: A0A6J1FXC0 (protein CHROMATIN REMODELING 19 OS=Cucurbita moschata OX=3662 GN=LOC111447914 PE=4 SV=1)

HSP 1 Score: 991 bits (2563), Expect = 0.0
Identity = 494/523 (94.46%), Postives = 507/523 (96.94%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYL+NDSGPHLIVCPASVLENWERELKKWCPSFSVL YHGAARS
Sbjct: 222 MGLGKTIQAITYLVMLKYLSNDSGPHLIVCPASVLENWERELKKWCPSFSVLQYHGAARS 281

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
            YAK+L+SLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILK WQWSCVLMDEAHALKD
Sbjct: 282 TYAKKLSSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKHWQWSCVLMDEAHALKD 341

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFA EDVDLKKLLTAE
Sbjct: 342 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFAAEDVDLKKLLTAE 401

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSL+NHMKFILGPFILRRLKSDVMQQLVPKIQQ+++VAMEKQQEDAYKDAI+ YRNASR
Sbjct: 402 NNSLVNHMKFILGPFILRRLKSDVMQQLVPKIQQIQFVAMEKQQEDAYKDAIEAYRNASR 461

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
            R+ R  NTNSDNIY +LPRRQISNYFVQFRKIANHPLLVR IY DEDV RFAKKLHPLG
Sbjct: 462 ARIDRKANTNSDNIYGVLPRRQISNYFVQFRKIANHPLLVRHIYNDEDVVRFAKKLHPLG 521

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFEC+VERV EELKSYNDFSIHRLLLSYGITDRKGVLSDN+VLLSAKCRELAQLLPSL
Sbjct: 522 AFGFECSVERVVEELKSYNDFSIHRLLLSYGITDRKGVLSDNKVLLSAKCRELAQLLPSL 581

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           K+ GHRVLIFSQWTSMLDILEWTLDVIG TYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 582 KQGGHRVLIFSQWTSMLDILEWTLDVIGLTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 641

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 642 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 701

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG
Sbjct: 702 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 744

[Close]
BLAST of Cucsat.G18709.T11 vs. ExPASy TrEMBL
Match: A0A6J1JU99 (protein CHROMATIN REMODELING 19 OS=Cucurbita maxima OX=3661 GN=LOC111487952 PE=4 SV=1)

HSP 1 Score: 989 bits (2556), Expect = 0.0
Identity = 493/523 (94.26%), Postives = 506/523 (96.75%), Query Frame = 0 

Query: 1   MGLGKTIQAITYLVMLKYLNNDSGPHLIVCPASVLENWERELKKWCPSFSVLHYHGAARS 60
           MGLGKTIQAITYLVMLKYL+NDSGPHLIVCPASVLENWERELKKWCPSFSVL YHGAARS
Sbjct: 223 MGLGKTIQAITYLVMLKYLSNDSGPHLIVCPASVLENWERELKKWCPSFSVLQYHGAARS 282

Query: 61  AYAKELNSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKRWQWSCVLMDEAHALKD 120
            YAK+L+SLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILK WQWSCVLMDEAHALKD
Sbjct: 283 TYAKKLSSLAKSGLPPPFNVLLVCYSLFERHSSQQKDERKILKHWQWSCVLMDEAHALKD 342

Query: 121 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFATEDVDLKKLLTAE 180
           RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFA  DVDLKKLLTAE
Sbjct: 343 RNSYRWKNLMSLARNAKQRLMLTGTPLQNDLHELWSLLEFMMPNLFAAGDVDLKKLLTAE 402

Query: 181 NNSLINHMKFILGPFILRRLKSDVMQQLVPKIQQVRYVAMEKQQEDAYKDAIDDYRNASR 240
           NNSL+NHMKFILGPFILRRLKSDVMQQLVPKIQQ+++VAMEKQQEDAYKDAI+ YRNASR
Sbjct: 403 NNSLVNHMKFILGPFILRRLKSDVMQQLVPKIQQIQFVAMEKQQEDAYKDAIEAYRNASR 462

Query: 241 GRVGRNGNTNSDNIYNILPRRQISNYFVQFRKIANHPLLVRRIYKDEDVTRFAKKLHPLG 300
            R+ R  NTNSDNIY +LPRRQISNYFVQFRKIANHPLLVR IY DEDV RFAKKLHPLG
Sbjct: 463 ARIDRKANTNSDNIYGVLPRRQISNYFVQFRKIANHPLLVRHIYNDEDVVRFAKKLHPLG 522

Query: 301 AFGFECTVERVAEELKSYNDFSIHRLLLSYGITDRKGVLSDNEVLLSAKCRELAQLLPSL 360
           AFGFEC+VERV EELKSYNDFSIHRLLLSYGITDRKGVLSDN+VLLSAKCRELAQLLPSL
Sbjct: 523 AFGFECSVERVVEELKSYNDFSIHRLLLSYGITDRKGVLSDNKVLLSAKCRELAQLLPSL 582

Query: 361 KRDGHRVLIFSQWTSMLDILEWTLDVIGFTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 420
           K+ GHRVLIFSQWTSMLDILEWTLDVIG TYRRLDGSTQVAERQTIVDTFNNDTSIFACL
Sbjct: 583 KQGGHRVLIFSQWTSMLDILEWTLDVIGLTYRRLDGSTQVAERQTIVDTFNNDTSIFACL 642

Query: 421 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 480
           LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN
Sbjct: 643 LSTRAGGQGLNLTGADTVVIHDMDFNPQIDRQAEDRCHRIGQTKPVTIYRLVTKGTVDEN 702

Query: 481 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 523
           VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG
Sbjct: 703 VYEIAKRKLVLDAAVLESGIEMDNERESSEKTMGEILSAILLG 745

The following BLAST results are available for this feature:
BLAST of Cucsat.G18709.T11 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q9ZUL51.9e-24978.59Protein CHROMATIN REMODELING 19 OS=Arabidopsis thaliana OX=3702 GN=ETL1 PE=1 SV=... [more]
Q9VL727.7e-9742.09SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfami... [more]
E7F1C41.3e-9639.47SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfami... [more]
Q5FWR04.7e-9439.44SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfami... [more]
Q9H4L71.7e-9138.25SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfami... [more]
BLAST of Cucsat.G18709.T11 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_004140399.10.0100.00protein CHROMATIN REMODELING 19 [Cucumis sativus] >XP_031741288.1 protein CHROMA... [more]
KAA0067170.10.097.90protein CHROMATIN REMODELING 19 isoform X1 [Cucumis melo var. makuwa] >TYK26018.... [more]
XP_008460215.10.097.90PREDICTED: protein CHROMATIN REMODELING 19 isoform X1 [Cucumis melo][more]
XP_038877194.10.096.37protein CHROMATIN REMODELING 19 isoform X1 [Benincasa hispida][more]
XP_038877196.10.096.37protein CHROMATIN REMODELING 19 isoform X2 [Benincasa hispida][more]
BLAST of Cucsat.G18709.T11 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A0A0KSU20.0100.00Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G272400 PE=4 SV=1[more]
A0A5D3DR370.097.90Protein CHROMATIN REMODELING 19 isoform X1 OS=Cucumis melo var. makuwa OX=119469... [more]
A0A1S3CC040.097.90protein CHROMATIN REMODELING 19 isoform X1 OS=Cucumis melo OX=3656 GN=LOC1034990... [more]
A0A6J1FXC00.094.46protein CHROMATIN REMODELING 19 OS=Cucurbita moschata OX=3662 GN=LOC111447914 PE... [more]
A0A6J1JU990.094.26protein CHROMATIN REMODELING 19 OS=Cucurbita maxima OX=3661 GN=LOC111487952 PE=4... [more]
InterPro
Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR014001Helicase superfamily 1/2, ATP-binding domainSMARTSM00487ultradead3coord: 1..174
e-value: 1.3E-17
score: 74.5
IPR014001Helicase superfamily 1/2, ATP-binding domainPROSITEPS51192HELICASE_ATP_BIND_1coord: 1..164
score: 20.386589
IPR001650Helicase, C-terminalSMARTSM00490helicmild6coord: 378..461
e-value: 1.6E-20
score: 84.2
IPR001650Helicase, C-terminalPFAMPF00271Helicase_Ccoord: 349..461
e-value: 3.0E-19
score: 69.4
IPR001650Helicase, C-terminalPROSITEPS51194HELICASE_CTERcoord: 352..514
score: 16.992107
IPR000330SNF2, N-terminalPFAMPF00176SNF2_Ncoord: 1..279
e-value: 1.0E-48
score: 165.9
IPR027417P-loop containing nucleoside triphosphate hydrolaseGENE3D3.40.50.300coord: 210..522
e-value: 9.5E-80
score: 269.9
IPR027417P-loop containing nucleoside triphosphate hydrolaseSUPERFAMILY52540P-loop containing nucleoside triphosphate hydrolasescoord: 1..199
IPR027417P-loop containing nucleoside triphosphate hydrolaseSUPERFAMILY52540P-loop containing nucleoside triphosphate hydrolasescoord: 105..501
IPR038718SNF2-like, N-terminal domain superfamilyGENE3D3.40.50.10810coord: 1..186
e-value: 7.1E-51
score: 174.5
NoneNo IPR availablePANTHERPTHR10799SNF2/RAD54 HELICASE FAMILYcoord: 1..521
NoneNo IPR availablePANTHERPTHR10799:SF964SWI/SNF-RELATED MATRIX-ASSOCIATED ACTIN-DEPENDENT REGULATOR OF CHROMATIN SUBFAMILY A CONTAINING DEAD/H BOX 1coord: 1..521
NoneNo IPR availableCDDcd17919DEXHc_Snfcoord: 1..163
e-value: 3.85057E-61
score: 197.018
NoneNo IPR availableCDDcd18793SF2_C_SNFcoord: 342..472
e-value: 1.11244E-64
score: 204.633

Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameType
Cucsat.G18709Cucsat.G18709gene


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

Feature NameUnique NameType
Cucsat.G18709.T11.E1Cucsat.G18709.T11.E1exon
Cucsat.G18709.T11.E2Cucsat.G18709.T11.E2exon
Cucsat.G18709.T11.E3Cucsat.G18709.T11.E3exon
Cucsat.G18709.T11.E4Cucsat.G18709.T11.E4exon
Cucsat.G18709.T11.E5Cucsat.G18709.T11.E5exon
Cucsat.G18709.T11.E6Cucsat.G18709.T11.E6exon
Cucsat.G18709.T11.E7Cucsat.G18709.T11.E7exon
Cucsat.G18709.T11.E8Cucsat.G18709.T11.E8exon
Cucsat.G18709.T11.E9Cucsat.G18709.T11.E9exon
Cucsat.G18709.T11.E10Cucsat.G18709.T11.E10exon
Cucsat.G18709.T11.E11Cucsat.G18709.T11.E11exon
Cucsat.G18709.T11.E12Cucsat.G18709.T11.E12exon
Cucsat.G18709.T11.E13Cucsat.G18709.T11.E13exon


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

Feature NameUnique NameType
Cucsat.G18709.T11.C1Cucsat.G18709.T11.C1CDS
Cucsat.G18709.T11.C2Cucsat.G18709.T11.C2CDS
Cucsat.G18709.T11.C3Cucsat.G18709.T11.C3CDS
Cucsat.G18709.T11.C4Cucsat.G18709.T11.C4CDS
Cucsat.G18709.T11.C5Cucsat.G18709.T11.C5CDS
Cucsat.G18709.T11.C6Cucsat.G18709.T11.C6CDS
Cucsat.G18709.T11.C7Cucsat.G18709.T11.C7CDS
Cucsat.G18709.T11.C8Cucsat.G18709.T11.C8CDS
Cucsat.G18709.T11.C9Cucsat.G18709.T11.C9CDS
Cucsat.G18709.T11.C10Cucsat.G18709.T11.C10CDS


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameType
Cucsat.G18709.T11Cucsat.G18709.T11-proteinpolypeptide


GO Annotation
GO Assignments
This mRNA is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006974 cellular response to DNA damage stimulus
biological_process GO:0071494 cellular response to UV-C
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0005634 nucleus
molecular_function GO:0005524 ATP binding
molecular_function GO:0008094 ATP-dependent activity, acting on DNA
molecular_function GO:0140658 ATP-dependent chromatin remodeler activity
molecular_function GO:0003682 chromatin binding
molecular_function GO:0003677 DNA binding
molecular_function GO:0004386 helicase activity