HG10018862 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview
NameHG10018862
Typegene
OrganismLagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
DescriptionDNA helicase
LocationChr04: 9834178 .. 9869487 (-)
RNA-Seq ExpressionHG10018862
SyntenyHG10018862
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGTTGGATGAAGGGTACTCGGTGGACATGCTTGAAGAGAGAGATAATGTTGTGAGAGGTATTCCAAAGGACATAGCATCGGGGAAAGGAAAATTCTGTTCGGTTGATGTGGAGATTAATGAAAAGACAAATGTGCTCGTTAATAGCCAATTAAATATGACCATTAATTTGGAGAGAGAAAATAACATTCAGGGTTTTGAGGTGTCTAATGATTGTTTACAGCTGGACACATTTATTGAAGAACCTTCACATCGGTTAGAAGAGCCTAAAGGCAATCACTACAACACTTTCCAAGGAGACAGCTCTAAGGATGAGTTCTTGAAGAATGGTGTGTTATATCATGACTTCCAGATTGTTAATGAAGAAGCATTGAGTCCCAGAAATCCTCCAAGTCCATTCTCACAGAGTCGTTTTAAACATTTCACTCATACAGCTGATTCCTTGGTGCACCATTCTTCTAATCCTGATGATCTTGAAGATAAATTTGTTCGAGTTCTTGTTCAAGAAGGATCAAAACCTTCGAGAAAACGTCATTCTTCTCCAATAATCACTCAGCCCAATTTCAAAGTCACAGGGTCTAAAGTTTCCTTTGTTCAAGGAATCTTTTCTCAGAATTATCAGAAGCTTTCTTCTCAAGAATCAGAAGATGAATCCGATGTTAGTGTTAGTAGTGAAGAATCTGATTTTGAAAATCATGAAGATCATGAAAAAATAGAAGACTCCTCTCCGGATCACTTAGGGGAAGCATACAAAGCGCTTTTCCTTCATCAACAACAAGATTTTGTAAGTGCTCCACACCTATCTCCATCTCAAGTTCCTTCCAAATTTTCCTCTTTAGTGGCGGCTTGTGGTTTTCAATTGCAGGAAATTACACCTCCTAAGAAGATGAAGTTATTGGTTCCTTACTGTTTCCTTCTCAATGGGGATGGGGGTTTGATTATTGGGGCAGATGATGTTATTGTTACAGGAGTATTGAGTGCAAAGTGGTCCCCAGACCTCAAAGATGTTCGGTGTGACCTTGATCCAATGCTAATTGCGAATCATGTGAGAAGAACCAATGAACTAAAGGCCGAGGTTGACATCCCTGATGATATAATTATGAAATTTAGGCAGTTCTGGTCAGATTTCAAAGACACTCCTTTAAAAGGAAGAAATGCTATTCTGAGAGGTATATGCCCTCAAGTGTTTGGACTTTTTACTGTAAAGCTTGCAGTGGCTTTAACACTCATTGGAGGTGTACAACATGTGGATATTTCTGGTACTAAAGTTCGAGGAGAATCCCATCTACTGTTGGTTGGCGATCCTGGTACTGGAAAGTCACAGTTCTTGAAATTTGCTGCCAAATTGAGCAACCGAGCTGTTATTACCACTGGATTAGGAAGCACTAGTGCAGGATTGACTGTCGCTGCTGTTAAGGATGGAGGGGAATGGATGCTGGAAGCTGGGGCACTTGTACTGGCTGATGGAGGACTTTGTTGCATAGATGAAGTGGACAGCATGAGAGAACATGACAGAGCCACAATCCATGAAGCAATGGAGCAACAGACTATAAGTGTCGCAAAGGCTGGTCTTGTAACAACTCTCAGTACTAGAACGATAGTATTTGGAGCAACAAATCCTAAAGGACATTACGACCCTGAACAACCTCTCTCTGTCAATACAACACTCTCTGGTCCCCTATTGAGCAGATTTGATATCGTTCTTGTGCTTTTGGATACAAAAAACCCTGAATGGGATGCAGTTGTTTCATCTCATATTCTCTCCGAGTGCAAACAAGAAAAAGGAAAACGTGACAATGATCTTTCAAGTAACTGGCCTCTTACTATGCTTCGACGATACATCCAATTTGTAAAAGGATACTTCAGACCGGTCCTGACTATGGAAGCTGAGCAAATTATTTCAAACTATTATCAGCTTCAAAGAAGATCAGCCATGGATAATGCAGCCAGGACAACGGTACGCATGCTTGAAAGCTTGATACGCTTAGCACAAGCACATGCACGCCTCATGTTTAGAAATGAGGTTACCCGTCTCGATGCCATTACGGCTATTTTGTGCGTTGAATCATCCATGACAACCTCAGCTTTAGTGGATAGTGTTGGGAATGCCTTGCACTCTAATTTTACCGAGAACCCAGACGAGGAATGTATCCTTAATTGCTATGTTTAA

Coding sequence (CDS)

ATGTTGGATGAAGGGTACTCGGTGGACATGCTTGAAGAGAGAGATAATGTTGTGAGAGGTATTCCAAAGGACATAGCATCGGGGAAAGGAAAATTCTGTTCGGTTGATGTGGAGATTAATGAAAAGACAAATGTGCTCGTTAATAGCCAATTAAATATGACCATTAATTTGGAGAGAGAAAATAACATTCAGGGTTTTGAGGTGTCTAATGATTGTTTACAGCTGGACACATTTATTGAAGAACCTTCACATCGGTTAGAAGAGCCTAAAGGCAATCACTACAACACTTTCCAAGGAGACAGCTCTAAGGATGAGTTCTTGAAGAATGGTGTGTTATATCATGACTTCCAGATTGTTAATGAAGAAGCATTGAGTCCCAGAAATCCTCCAAGTCCATTCTCACAGAGTCGTTTTAAACATTTCACTCATACAGCTGATTCCTTGGTGCACCATTCTTCTAATCCTGATGATCTTGAAGATAAATTTGTTCGAGTTCTTGTTCAAGAAGGATCAAAACCTTCGAGAAAACGTCATTCTTCTCCAATAATCACTCAGCCCAATTTCAAAGTCACAGGGTCTAAAGTTTCCTTTGTTCAAGGAATCTTTTCTCAGAATTATCAGAAGCTTTCTTCTCAAGAATCAGAAGATGAATCCGATGTTAGTGTTAGTAGTGAAGAATCTGATTTTGAAAATCATGAAGATCATGAAAAAATAGAAGACTCCTCTCCGGATCACTTAGGGGAAGCATACAAAGCGCTTTTCCTTCATCAACAACAAGATTTTGTAAGTGCTCCACACCTATCTCCATCTCAAGTTCCTTCCAAATTTTCCTCTTTAGTGGCGGCTTGTGGTTTTCAATTGCAGGAAATTACACCTCCTAAGAAGATGAAGTTATTGGTTCCTTACTGTTTCCTTCTCAATGGGGATGGGGGTTTGATTATTGGGGCAGATGATGTTATTGTTACAGGAGTATTGAGTGCAAAGTGGTCCCCAGACCTCAAAGATGTTCGGTGTGACCTTGATCCAATGCTAATTGCGAATCATGTGAGAAGAACCAATGAACTAAAGGCCGAGGTTGACATCCCTGATGATATAATTATGAAATTTAGGCAGTTCTGGTCAGATTTCAAAGACACTCCTTTAAAAGGAAGAAATGCTATTCTGAGAGGTATATGCCCTCAAGTGTTTGGACTTTTTACTGTAAAGCTTGCAGTGGCTTTAACACTCATTGGAGGTGTACAACATGTGGATATTTCTGGTACTAAAGTTCGAGGAGAATCCCATCTACTGTTGGTTGGCGATCCTGGTACTGGAAAGTCACAGTTCTTGAAATTTGCTGCCAAATTGAGCAACCGAGCTGTTATTACCACTGGATTAGGAAGCACTAGTGCAGGATTGACTGTCGCTGCTGTTAAGGATGGAGGGGAATGGATGCTGGAAGCTGGGGCACTTGTACTGGCTGATGGAGGACTTTGTTGCATAGATGAAGTGGACAGCATGAGAGAACATGACAGAGCCACAATCCATGAAGCAATGGAGCAACAGACTATAAGTGTCGCAAAGGCTGGTCTTGTAACAACTCTCAGTACTAGAACGATAGTATTTGGAGCAACAAATCCTAAAGGACATTACGACCCTGAACAACCTCTCTCTGTCAATACAACACTCTCTGGTCCCCTATTGAGCAGATTTGATATCGTTCTTGTGCTTTTGGATACAAAAAACCCTGAATGGGATGCAGTTGTTTCATCTCATATTCTCTCCGAGTGCAAACAAGAAAAAGGAAAACGTGACAATGATCTTTCAAGTAACTGGCCTCTTACTATGCTTCGACGATACATCCAATTTGTAAAAGGATACTTCAGACCGGTCCTGACTATGGAAGCTGAGCAAATTATTTCAAACTATTATCAGCTTCAAAGAAGATCAGCCATGGATAATGCAGCCAGGACAACGGTACGCATGCTTGAAAGCTTGATACGCTTAGCACAAGCACATGCACGCCTCATGTTTAGAAATGAGGTTACCCGTCTCGATGCCATTACGGCTATTTTGTGCGTTGAATCATCCATGACAACCTCAGCTTTAGTGGATAGTGTTGGGAATGCCTTGCACTCTAATTTTACCGAGAACCCAGACGAGGAATGTATCCTTAATTGCTATGTTTAA

Protein sequence

MLDEGYSVDMLEERDNVVRGIPKDIASGKGKFCSVDVEINEKTNVLVNSQLNMTINLERENNIQGFEVSNDCLQLDTFIEEPSHRLEEPKGNHYNTFQGDSSKDEFLKNGVLYHDFQIVNEEALSPRNPPSPFSQSRFKHFTHTADSLVHHSSNPDDLEDKFVRVLVQEGSKPSRKRHSSPIITQPNFKVTGSKVSFVQGIFSQNYQKLSSQESEDESDVSVSSEESDFENHEDHEKIEDSSPDHLGEAYKALFLHQQQDFVSAPHLSPSQVPSKFSSLVAACGFQLQEITPPKKMKLLVPYCFLLNGDGGLIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQFWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLRRYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECILNCYV
Homology
[Close]
BLAST of HG10018862 vs. NCBI nr
Match: KAG7011539.1 (putative DNA helicase MCM9, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 784.3 bits (2024), Expect = 9.3e-223
Identity = 395/407 (97.05%), Postives = 401/407 (98.53%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPD+KDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIM FRQ
Sbjct: 239 LVKAGDDVIVTGVLSAKWSPDIKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMNFRQ 298

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD+SGTKVRGESHLLL
Sbjct: 299 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDVSGTKVRGESHLLL 358

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 359 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 418

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 419 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 478

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSEC+QEKGKRDNDLSSNWPLTMLR
Sbjct: 479 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECQQEKGKRDNDLSSNWPLTMLR 538

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RY+QFVKGYFRPVLT EAEQIIS YYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 539 RYLQFVKGYFRPVLTKEAEQIISRYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 598

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECIL 719
           RNEVTRLDAITAILC+ESSMTTSALVDSVGNALHSNFTENPDEECIL
Sbjct: 599 RNEVTRLDAITAILCIESSMTTSALVDSVGNALHSNFTENPDEECIL 645

[Close]
BLAST of HG10018862 vs. NCBI nr
Match: XP_038886880.1 (probable DNA helicase MCM9 isoform X1 [Benincasa hispida])

HSP 1 Score: 779.2 bits (2011), Expect = 3.0e-221
Identity = 396/404 (98.02%), Postives = 399/404 (98.76%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ
Sbjct: 251 LVKAGDDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 310

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL
Sbjct: 311 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 370

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 371 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 430

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 431 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 490

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHIL+EC+QEKGK DNDLSSNWPLTMLR
Sbjct: 491 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILTECEQEKGKCDNDLSSNWPLTMLR 550

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RYIQFVKGYFRPVLT EAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 551 RYIQFVKGYFRPVLTEEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 610

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 716
           RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE
Sbjct: 611 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 654

[Close]
BLAST of HG10018862 vs. NCBI nr
Match: XP_038886882.1 (probable DNA helicase MCM9 isoform X3 [Benincasa hispida])

HSP 1 Score: 779.2 bits (2011), Expect = 3.0e-221
Identity = 396/404 (98.02%), Postives = 399/404 (98.76%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ
Sbjct: 236 LVKAGDDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 295

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL
Sbjct: 296 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 355

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 356 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 415

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 416 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 475

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHIL+EC+QEKGK DNDLSSNWPLTMLR
Sbjct: 476 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILTECEQEKGKCDNDLSSNWPLTMLR 535

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RYIQFVKGYFRPVLT EAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 536 RYIQFVKGYFRPVLTEEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 595

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 716
           RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE
Sbjct: 596 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 639

[Close]
BLAST of HG10018862 vs. NCBI nr
Match: XP_023554772.1 (probable DNA helicase MCM9 [Cucurbita pepo subsp. pepo] >XP_023554774.1 probable DNA helicase MCM9 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 777.7 bits (2007), Expect = 8.7e-221
Identity = 392/404 (97.03%), Postives = 399/404 (98.76%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPD+KDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIM FRQ
Sbjct: 239 LVKAGDDVIVTGVLSAKWSPDIKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMNFRQ 298

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD+SGTKVRGESHLLL
Sbjct: 299 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDVSGTKVRGESHLLL 358

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 359 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 418

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 419 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 478

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSEC+QEKGKRDNDLSSNWPLTMLR
Sbjct: 479 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECQQEKGKRDNDLSSNWPLTMLR 538

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RY+QFVKGYFRPVLT EAEQIIS+YYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 539 RYLQFVKGYFRPVLTKEAEQIISSYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 598

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 716
           RNEVTRLDAITAILC+ESSMTTSALVDSVGNALHSNFTENPDEE
Sbjct: 599 RNEVTRLDAITAILCIESSMTTSALVDSVGNALHSNFTENPDEE 642

[Close]
BLAST of HG10018862 vs. NCBI nr
Match: XP_022952900.1 (probable DNA helicase MCM9 isoform X1 [Cucurbita moschata] >XP_022952901.1 probable DNA helicase MCM9 isoform X1 [Cucurbita moschata])

HSP 1 Score: 777.3 bits (2006), Expect = 1.1e-220
Identity = 392/404 (97.03%), Postives = 398/404 (98.51%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPD+KDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIM FRQ
Sbjct: 239 LVKAGDDVIVTGVLSAKWSPDIKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMNFRQ 298

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD+SGTKVRGESHLLL
Sbjct: 299 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDVSGTKVRGESHLLL 358

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 359 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 418

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 419 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 478

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSEC+QEKGKRDNDLSSNWPLTMLR
Sbjct: 479 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECQQEKGKRDNDLSSNWPLTMLR 538

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RY+QFVKGYFRPVLT EAEQIIS YYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 539 RYLQFVKGYFRPVLTKEAEQIISRYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 598

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 716
           RNEVTRLDAITAILC+ESSMTTSALVDSVGNALHSNFTENPDEE
Sbjct: 599 RNEVTRLDAITAILCIESSMTTSALVDSVGNALHSNFTENPDEE 642

[Close]
BLAST of HG10018862 vs. ExPASy Swiss-Prot
Match: F4IFF3 (Probable DNA helicase MCM9 OS=Arabidopsis thaliana OX=3702 GN=MCM9 PE=3 SV=1)

HSP 1 Score: 688.0 bits (1774), Expect = 1.2e-196
Identity = 344/402 (85.57%), Postives = 377/402 (93.78%), Query Frame = 0 

Query: 317 DDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQFWSDF 376
           DDV+V+G+L++KWS DLKDVRCDL+PMLIANHVRRTNELK+E+DI DD+I KF+ FWS F
Sbjct: 242 DDVVVSGILTSKWSHDLKDVRCDLEPMLIANHVRRTNELKSEIDISDDLIEKFKNFWSHF 301

Query: 377 KDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPG 436
           +DTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD SGTKVRGESHLLL+GDPG
Sbjct: 302 RDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDASGTKVRGESHLLLIGDPG 361

Query: 437 TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDE 496
           TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTV AVKDGGEWMLEAGALVLADGGLCCIDE
Sbjct: 362 TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVTAVKDGGEWMLEAGALVLADGGLCCIDE 421

Query: 497 VDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTL 556
            DSMREHDRATIHEAMEQQ+ISVAKAGLVTTLST+TIVFGATNPKG YDP+Q LSVNT L
Sbjct: 422 FDSMREHDRATIHEAMEQQSISVAKAGLVTTLSTKTIVFGATNPKGQYDPDQSLSVNTAL 481

Query: 557 SGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLRRYIQF 616
           SGPLLSRFDIVLVLLDTKNPEWDAVVSSHIL+E + E+ +  +DL++ WPL ML+RYIQF
Sbjct: 482 SGPLLSRFDIVLVLLDTKNPEWDAVVSSHILAEVQIEQDREVDDLTTIWPLPMLQRYIQF 541

Query: 617 VKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNEVT 676
           VK  FRPVL+ EAE+IIS+YY+LQRRS+  NAARTTVRMLESLIRLAQAHARLMFRNEVT
Sbjct: 542 VKKNFRPVLSKEAEEIISSYYRLQRRSSTHNAARTTVRMLESLIRLAQAHARLMFRNEVT 601

Query: 677 RLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECIL 719
           RLDAITAILC+ESSMT SA+VDS+GNALHSNF+E PD+ECIL
Sbjct: 602 RLDAITAILCIESSMTISAIVDSMGNALHSNFSEEPDQECIL 643

[Close]
BLAST of HG10018862 vs. ExPASy Swiss-Prot
Match: B8B406 (Probable DNA helicase MCM9 OS=Oryza sativa subsp. indica OX=39946 GN=MCM9 PE=3 SV=1)

HSP 1 Score: 653.3 bits (1684), Expect = 3.2e-186
Identity = 325/409 (79.46%), Postives = 366/409 (89.49%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           ++   DDV+VTG LSAKWSPD+KDVR +LDPMLIAN VRRTNELK+++DIP +II KF +
Sbjct: 247 IVKAGDDVVVTGRLSAKWSPDIKDVRSNLDPMLIANFVRRTNELKSDLDIPVEIINKFEE 306

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FW+  + TPLKGRN+IL+GICPQ++GLFTVKLAVALTLIGGVQHVD SGTKVRGE H+LL
Sbjct: 307 FWAASRATPLKGRNSILKGICPQIYGLFTVKLAVALTLIGGVQHVDASGTKVRGEPHMLL 366

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNR+VITTGLGSTSAGLTV AVKDGGEWMLEAGALVLADGGL
Sbjct: 367 VGDPGTGKSQFLKFAAKLSNRSVITTGLGSTSAGLTVTAVKDGGEWMLEAGALVLADGGL 426

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDE DSMREHDR TIHEAMEQQTIS+AKAGLVTTL+TRT VFGATNPKG YDP + LS
Sbjct: 427 CCIDEFDSMREHDRTTIHEAMEQQTISIAKAGLVTTLNTRTTVFGATNPKGQYDPNESLS 486

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKN +WD +VSSHIL+E  +EK  + +D    W L+MLR
Sbjct: 487 VNTTLSGPLLSRFDIVLVLLDTKNKKWDKIVSSHILAENTEEKKGKTSDPEVMWTLSMLR 546

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RYI +VK +F+PVLT EAE++IS+YYQ QR+S   NAARTTVRMLESLIRLAQAHARLMF
Sbjct: 547 RYIHYVKQHFKPVLTKEAERVISSYYQRQRQSGTRNAARTTVRMLESLIRLAQAHARLMF 606

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECILNC 721
           RN+VT+LDAI AILC+ESSMTTSA+VD+ GNALHSNFTENPD+ECIL C
Sbjct: 607 RNDVTKLDAIAAILCIESSMTTSAIVDTAGNALHSNFTENPDQECILKC 655

[Close]
BLAST of HG10018862 vs. ExPASy Swiss-Prot
Match: Q69QA6 (Probable DNA helicase MCM9 OS=Oryza sativa subsp. japonica OX=39947 GN=MCM9 PE=2 SV=1)

HSP 1 Score: 653.3 bits (1684), Expect = 3.2e-186
Identity = 325/409 (79.46%), Postives = 366/409 (89.49%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           ++   DDV+VTG LSAKWSPD+KDVR +LDPMLIAN VRRTNELK+++DIP +II KF +
Sbjct: 247 IVKAGDDVVVTGRLSAKWSPDIKDVRSNLDPMLIANFVRRTNELKSDLDIPVEIINKFEE 306

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FW+  + TPLKGRN+IL+GICPQ++GLFTVKLAVALTLIGGVQHVD SGTKVRGE H+LL
Sbjct: 307 FWAASRATPLKGRNSILKGICPQIYGLFTVKLAVALTLIGGVQHVDASGTKVRGEPHMLL 366

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNR+VITTGLGSTSAGLTV AVKDGGEWMLEAGALVLADGGL
Sbjct: 367 VGDPGTGKSQFLKFAAKLSNRSVITTGLGSTSAGLTVTAVKDGGEWMLEAGALVLADGGL 426

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDE DSMREHDR TIHEAMEQQTIS+AKAGLVTTL+TRT VFGATNPKG YDP + LS
Sbjct: 427 CCIDEFDSMREHDRTTIHEAMEQQTISIAKAGLVTTLNTRTTVFGATNPKGQYDPNESLS 486

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKN +WD +VSSHIL+E  +EK  + +D    W L+MLR
Sbjct: 487 VNTTLSGPLLSRFDIVLVLLDTKNKKWDKIVSSHILAENTEEKKGKTSDPEVMWTLSMLR 546

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RYI +VK +F+PVLT EAE++IS+YYQ QR+S   NAARTTVRMLESLIRLAQAHARLMF
Sbjct: 547 RYIHYVKQHFKPVLTKEAERVISSYYQRQRQSGTRNAARTTVRMLESLIRLAQAHARLMF 606

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECILNC 721
           RN+VT+LDAI AILC+ESSMTTSA+VD+ GNALHSNFTENPD+ECIL C
Sbjct: 607 RNDVTKLDAIAAILCIESSMTTSAIVDTAGNALHSNFTENPDQECILKC 655

[Close]
BLAST of HG10018862 vs. ExPASy Swiss-Prot
Match: Q6NRM6 (DNA helicase MCM9 OS=Xenopus laevis OX=8355 GN=mcm9 PE=1 SV=1)

HSP 1 Score: 459.9 bits (1182), Expect = 5.2e-128
Identity = 234/406 (57.64%), Postives = 302/406 (74.38%), Query Frame = 0 

Query: 317 DDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQFWSDF 376
           DD+ V GV+  +W P   D+RCDL+ +L AN++   NE    V I +++  ++  FW  +
Sbjct: 237 DDITVYGVVMQRWKPLYIDMRCDLEIVLKANYISVNNEQPCGVVINEEVRKEYEDFWVKY 296

Query: 377 KDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPG 436
           ++ PL+GRN IL  +CPQVFG+F VKLAVA+ L GGVQ +D +GT+VRGESHLLLVGDPG
Sbjct: 297 RNNPLEGRNEILASLCPQVFGMFVVKLAVAMVLAGGVQRIDSAGTRVRGESHLLLVGDPG 356

Query: 437 TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDE 496
           TGKSQFLK+AAK++ R+V+T G+GSTSAGLTV AVKD GEW LEAGALVLADGGLCCIDE
Sbjct: 357 TGKSQFLKYAAKITPRSVLTAGIGSTSAGLTVTAVKDSGEWNLEAGALVLADGGLCCIDE 416

Query: 497 VDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTL 556
            +S++EHDR +IHEAMEQQTISVAKAGLV  L+TRT +  ATNPKG YDP++ +SVN  L
Sbjct: 417 FNSIKEHDRTSIHEAMEQQTISVAKAGLVCKLNTRTTILAATNPKGQYDPDESISVNVAL 476

Query: 557 SGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSE--CKQEKGKRDNDLSSNWPLTMLRRYI 616
           + PLLSRFD+VLVLLDTKN +WD ++SS IL    C ++  K        W +  ++ Y 
Sbjct: 477 ASPLLSRFDLVLVLLDTKNEDWDRIISSFILESKGCPRKSDKL-------WSMEKMKTYF 536

Query: 617 QFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNE 676
             +K   +P ++ +A  I+  YYQLQR+S+  NAARTT+R+LESLIRLA+AHAR+M+R+ 
Sbjct: 537 CLIKN-LQPKMSQDANVILVRYYQLQRQSSCRNAARTTIRLLESLIRLAEAHARIMYRDV 596

Query: 677 VTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECILNC 721
           VT  DAIT +  +ESSM   AL+  V NALH++F ENP E+  L C
Sbjct: 597 VTTEDAITVVSIMESSMQGGALLGGV-NALHTSFPENPREQYRLQC 633

[Close]
BLAST of HG10018862 vs. ExPASy Swiss-Prot
Match: F6RIX4 (DNA helicase MCM9 OS=Xenopus tropicalis OX=8364 GN=mcm9 PE=3 SV=1)

HSP 1 Score: 459.9 bits (1182), Expect = 5.2e-128
Identity = 235/406 (57.88%), Postives = 301/406 (74.14%), Query Frame = 0 

Query: 317 DDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQFWSDF 376
           DDV V GV+  +W P   D RCDL+ +L AN++   NE    V I +++  ++  FW  +
Sbjct: 237 DDVTVYGVVMQRWKPLYIDTRCDLEIVLKANYIAVNNEQPCGVVINEEVRKEYEGFWEKY 296

Query: 377 KDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPG 436
           +++PL+GRN IL  +CPQVFG+F VKLAVA+ L GGVQ +D +GT+VRGESHLLLVGDPG
Sbjct: 297 RNSPLEGRNEILASLCPQVFGMFVVKLAVAMVLAGGVQRIDSAGTRVRGESHLLLVGDPG 356

Query: 437 TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDE 496
           TGKSQFLK+A K++ R+V+T G+GSTSAGLTV AVKD GEW LEAGALVLADGGLCCIDE
Sbjct: 357 TGKSQFLKYAVKITPRSVLTAGIGSTSAGLTVTAVKDSGEWNLEAGALVLADGGLCCIDE 416

Query: 497 VDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTL 556
            +S++EHDR +IHEAMEQQTISVAKAGLV  L+TRT +  ATNPKG YDPE+ +SVN  L
Sbjct: 417 FNSIKEHDRTSIHEAMEQQTISVAKAGLVCKLNTRTTILAATNPKGQYDPEESISVNVAL 476

Query: 557 SGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSE--CKQEKGKRDNDLSSNWPLTMLRRYI 616
           + PLLSRFD+VLVLLDTKN +WD ++SS IL    C ++  K        W +  ++ Y 
Sbjct: 477 ASPLLSRFDLVLVLLDTKNEDWDRIISSFILESKGCPRKSDKL-------WSMEKMKTYF 536

Query: 617 QFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNE 676
             +K   +P ++ +A  I+  YYQLQR+S+  NAARTT+R+LESLIRLA+AHARLM+R+ 
Sbjct: 537 CLIKN-LQPKMSQDANVILVRYYQLQRQSSCRNAARTTIRLLESLIRLAEAHARLMYRDV 596

Query: 677 VTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECILNC 721
           VT  DAIT +  +ESSM   AL+  V NALH++F ENP E+  + C
Sbjct: 597 VTTEDAITVVSIMESSMQGGALLGGV-NALHTSFPENPREQYRMQC 633

[Close]
BLAST of HG10018862 vs. ExPASy TrEMBL
Match: A0A6J1GLI2 (DNA helicase OS=Cucurbita moschata OX=3662 GN=LOC111455445 PE=3 SV=1)

HSP 1 Score: 777.3 bits (2006), Expect = 5.5e-221
Identity = 392/404 (97.03%), Postives = 398/404 (98.51%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPD+KDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIM FRQ
Sbjct: 239 LVKAGDDVIVTGVLSAKWSPDIKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMNFRQ 298

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD+SGTKVRGESHLLL
Sbjct: 299 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDVSGTKVRGESHLLL 358

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 359 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 418

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 419 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 478

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSEC+QEKGKRDNDLSSNWPLTMLR
Sbjct: 479 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECQQEKGKRDNDLSSNWPLTMLR 538

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RY+QFVKGYFRPVLT EAEQIIS YYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 539 RYLQFVKGYFRPVLTKEAEQIISRYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 598

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 716
           RNEVTRLDAITAILC+ESSMTTSALVDSVGNALHSNFTENPDEE
Sbjct: 599 RNEVTRLDAITAILCIESSMTTSALVDSVGNALHSNFTENPDEE 642

[Close]
BLAST of HG10018862 vs. ExPASy TrEMBL
Match: A0A5A7SLG2 (DNA helicase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold139G002160 PE=3 SV=1)

HSP 1 Score: 775.0 bits (2000), Expect = 2.7e-220
Identity = 393/407 (96.56%), Postives = 399/407 (98.03%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKF Q
Sbjct: 186 LVKAGDDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFTQ 245

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWS+FKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL
Sbjct: 246 FWSNFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 305

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 306 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 365

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 366 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 425

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHIL E +QEKGKRD+DLS+NWPLTMLR
Sbjct: 426 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILYESEQEKGKRDDDLSNNWPLTMLR 485

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RYIQFVKGYFRPVLT EAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 486 RYIQFVKGYFRPVLTQEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 545

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECIL 719
           RNEVTRLDAITAILC+ESSM TSALVDSVGNALHSNFTENPDEECIL
Sbjct: 546 RNEVTRLDAITAILCIESSMMTSALVDSVGNALHSNFTENPDEECIL 592

[Close]
BLAST of HG10018862 vs. ExPASy TrEMBL
Match: A0A5D3C4S8 (DNA helicase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold13G002190 PE=3 SV=1)

HSP 1 Score: 771.2 bits (1990), Expect = 3.9e-219
Identity = 391/401 (97.51%), Postives = 396/401 (98.75%), Query Frame = 0 

Query: 318 DVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQFWSDFK 377
           DVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKF QFWS+FK
Sbjct: 51  DVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFTQFWSNFK 110

Query: 378 DTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPGT 437
           DTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPGT
Sbjct: 111 DTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPGT 170

Query: 438 GKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDEV 497
           GKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDEV
Sbjct: 171 GKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDEV 230

Query: 498 DSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTLS 557
           DSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTLS
Sbjct: 231 DSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTLS 290

Query: 558 GPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLRRYIQFV 617
           GPLLSRFDIVLVLLDTKNPEWDAVVSSHIL E +QEKGKRD+DLS+NWPLTMLRRYIQFV
Sbjct: 291 GPLLSRFDIVLVLLDTKNPEWDAVVSSHILYESEQEKGKRDDDLSNNWPLTMLRRYIQFV 350

Query: 618 KGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNEVTR 677
           KGYFRPVLT EAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNEVTR
Sbjct: 351 KGYFRPVLTQEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNEVTR 410

Query: 678 LDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECIL 719
           LDAITAILC+ESSM TSALVDSVGNALHSNFTENPDEECIL
Sbjct: 411 LDAITAILCIESSMMTSALVDSVGNALHSNFTENPDEECIL 451

[Close]
BLAST of HG10018862 vs. ExPASy TrEMBL
Match: A0A6J1I4M2 (DNA helicase OS=Cucurbita maxima OX=3661 GN=LOC111470623 PE=3 SV=1)

HSP 1 Score: 770.8 bits (1989), Expect = 5.1e-219
Identity = 388/404 (96.04%), Postives = 397/404 (98.27%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVI+TGVLSAKWSPD+KDVRCDLDPMLIAN VRRTNELKAEVDIPDDIIM FRQ
Sbjct: 239 LVKAGDDVIITGVLSAKWSPDIKDVRCDLDPMLIANRVRRTNELKAEVDIPDDIIMNFRQ 298

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD+SGTKVRGESHLLL
Sbjct: 299 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDVSGTKVRGESHLLL 358

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 359 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 418

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDP+QPLS
Sbjct: 419 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPDQPLS 478

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSEC+QEKGKRDNDLSSNWPLTMLR
Sbjct: 479 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECQQEKGKRDNDLSSNWPLTMLR 538

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RY+QFVKGYFRPVLT EAEQIIS+YYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 539 RYLQFVKGYFRPVLTKEAEQIISSYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 598

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 716
           RNEVTRLDAITAILC+ESSM TSALVDSVGNALHSNFTENPDEE
Sbjct: 599 RNEVTRLDAITAILCIESSMMTSALVDSVGNALHSNFTENPDEE 642

[Close]
BLAST of HG10018862 vs. ExPASy TrEMBL
Match: A0A6J1GLN8 (DNA helicase OS=Cucurbita moschata OX=3662 GN=LOC111455445 PE=3 SV=1)

HSP 1 Score: 770.8 bits (1989), Expect = 5.1e-219
Identity = 391/404 (96.78%), Postives = 397/404 (98.27%), Query Frame = 0 

Query: 312 LIIGADDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQ 371
           L+   DDVIVTGVLSAKWSPD+KDVRCDLDPMLIANHV RTNELKAEVDIPDDIIM FRQ
Sbjct: 239 LVKAGDDVIVTGVLSAKWSPDIKDVRCDLDPMLIANHV-RTNELKAEVDIPDDIIMNFRQ 298

Query: 372 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLL 431
           FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD+SGTKVRGESHLLL
Sbjct: 299 FWSDFKDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDVSGTKVRGESHLLL 358

Query: 432 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 491
           VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL
Sbjct: 359 VGDPGTGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGL 418

Query: 492 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 551
           CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS
Sbjct: 419 CCIDEVDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLS 478

Query: 552 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLR 611
           VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSEC+QEKGKRDNDLSSNWPLTMLR
Sbjct: 479 VNTTLSGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECQQEKGKRDNDLSSNWPLTMLR 538

Query: 612 RYIQFVKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 671
           RY+QFVKGYFRPVLT EAEQIIS YYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF
Sbjct: 539 RYLQFVKGYFRPVLTKEAEQIISRYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMF 598

Query: 672 RNEVTRLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEE 716
           RNEVTRLDAITAILC+ESSMTTSALVDSVGNALHSNFTENPDEE
Sbjct: 599 RNEVTRLDAITAILCIESSMTTSALVDSVGNALHSNFTENPDEE 641

[Close]
BLAST of HG10018862 vs. TAIR 10
Match: AT2G14050.1 (minichromosome maintenance 9 )

HSP 1 Score: 688.0 bits (1774), Expect = 8.4e-198
Identity = 344/402 (85.57%), Postives = 377/402 (93.78%), Query Frame = 0 

Query: 317 DDVIVTGVLSAKWSPDLKDVRCDLDPMLIANHVRRTNELKAEVDIPDDIIMKFRQFWSDF 376
           DDV+V+G+L++KWS DLKDVRCDL+PMLIANHVRRTNELK+E+DI DD+I KF+ FWS F
Sbjct: 242 DDVVVSGILTSKWSHDLKDVRCDLEPMLIANHVRRTNELKSEIDISDDLIEKFKNFWSHF 301

Query: 377 KDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPG 436
           +DTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVD SGTKVRGESHLLL+GDPG
Sbjct: 302 RDTPLKGRNAILRGICPQVFGLFTVKLAVALTLIGGVQHVDASGTKVRGESHLLLIGDPG 361

Query: 437 TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVAAVKDGGEWMLEAGALVLADGGLCCIDE 496
           TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTV AVKDGGEWMLEAGALVLADGGLCCIDE
Sbjct: 362 TGKSQFLKFAAKLSNRAVITTGLGSTSAGLTVTAVKDGGEWMLEAGALVLADGGLCCIDE 421

Query: 497 VDSMREHDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNPKGHYDPEQPLSVNTTL 556
            DSMREHDRATIHEAMEQQ+ISVAKAGLVTTLST+TIVFGATNPKG YDP+Q LSVNT L
Sbjct: 422 FDSMREHDRATIHEAMEQQSISVAKAGLVTTLSTKTIVFGATNPKGQYDPDQSLSVNTAL 481

Query: 557 SGPLLSRFDIVLVLLDTKNPEWDAVVSSHILSECKQEKGKRDNDLSSNWPLTMLRRYIQF 616
           SGPLLSRFDIVLVLLDTKNPEWDAVVSSHIL+E + E+ +  +DL++ WPL ML+RYIQF
Sbjct: 482 SGPLLSRFDIVLVLLDTKNPEWDAVVSSHILAEVQIEQDREVDDLTTIWPLPMLQRYIQF 541

Query: 617 VKGYFRPVLTMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQAHARLMFRNEVT 676
           VK  FRPVL+ EAE+IIS+YY+LQRRS+  NAARTTVRMLESLIRLAQAHARLMFRNEVT
Sbjct: 542 VKKNFRPVLSKEAEEIISSYYRLQRRSSTHNAARTTVRMLESLIRLAQAHARLMFRNEVT 601

Query: 677 RLDAITAILCVESSMTTSALVDSVGNALHSNFTENPDEECIL 719
           RLDAITAILC+ESSMT SA+VDS+GNALHSNF+E PD+ECIL
Sbjct: 602 RLDAITAILCIESSMTISAIVDSMGNALHSNFSEEPDQECIL 643

[Close]
BLAST of HG10018862 vs. TAIR 10
Match: AT1G44900.1 (minichromosome maintenance (MCM2/3/5) family protein )

HSP 1 Score: 217.6 bits (553), Expect = 3.2e-56
Identity = 136/319 (42.63%), Postives = 192/319 (60.19%), Query Frame = 0 

Query: 387 ILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGT-KVRGESHLLLVGDPGTGKSQFLKF 446
           I++ I P ++G   +K A+AL + GG Q  +I G  ++RG+ ++LL+GDPGT KSQFLK+
Sbjct: 503 IIKSIAPSIYGHEDIKTALALAMFGG-QEKNIKGKHRLRGDINVLLLGDPGTAKSQFLKY 562

Query: 447 AAKLSNRAVITTGLGSTSAGLTVAAVKD--GGEWMLEAGALVLADGGLCCIDEVDSMREH 506
             K   RAV TTG G+++ GLT A  KD    EW LE GALVLAD G+C IDE D M + 
Sbjct: 563 VEKTGQRAVYTTGKGASAVGLTAAVHKDPVTREWTLEGGALVLADRGICLIDEFDKMNDQ 622

Query: 507 DRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNP-KGHYDPEQPLSVNTTLSGPLLS 566
           DR +IHEAMEQQ+IS++KAG+VT+L  R  V  A NP  G YD  +  + N  L+ P+LS
Sbjct: 623 DRVSIHEAMEQQSISISKAGIVTSLQARCSVIAAANPVGGRYDSSKSFAQNVELTDPILS 682

Query: 567 RFDIVLVLLDTKNPEWDA-----VVSSHILSECK--------QEKGKRDNDLSSN---WP 626
           RFDI+ V+ D  +P  D      VV+SH  S+ K         E G + +  S++    P
Sbjct: 683 RFDILCVVKDVVDPVTDEMLAEFVVNSHFKSQPKGGKMEDSDPEDGIQGSSGSTDPEVLP 742

Query: 627 LTMLRRYIQFVKGYFRPVL-TMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQA 685
             +L++Y+ + K Y  P L  ++A+++ + Y  L+R S          R LES+IR+++A
Sbjct: 743 QNLLKKYLTYSKLYVFPKLGELDAKKLETVYANLRRESMNGQGVSIATRHLESMIRMSEA 802

[Close]
BLAST of HG10018862 vs. TAIR 10
Match: AT1G44900.2 (minichromosome maintenance (MCM2/3/5) family protein )

HSP 1 Score: 217.6 bits (553), Expect = 3.2e-56
Identity = 136/319 (42.63%), Postives = 192/319 (60.19%), Query Frame = 0 

Query: 387 ILRGICPQVFGLFTVKLAVALTLIGGVQHVDISGT-KVRGESHLLLVGDPGTGKSQFLKF 446
           I++ I P ++G   +K A+AL + GG Q  +I G  ++RG+ ++LL+GDPGT KSQFLK+
Sbjct: 501 IIKSIAPSIYGHEDIKTALALAMFGG-QEKNIKGKHRLRGDINVLLLGDPGTAKSQFLKY 560

Query: 447 AAKLSNRAVITTGLGSTSAGLTVAAVKD--GGEWMLEAGALVLADGGLCCIDEVDSMREH 506
             K   RAV TTG G+++ GLT A  KD    EW LE GALVLAD G+C IDE D M + 
Sbjct: 561 VEKTGQRAVYTTGKGASAVGLTAAVHKDPVTREWTLEGGALVLADRGICLIDEFDKMNDQ 620

Query: 507 DRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNP-KGHYDPEQPLSVNTTLSGPLLS 566
           DR +IHEAMEQQ+IS++KAG+VT+L  R  V  A NP  G YD  +  + N  L+ P+LS
Sbjct: 621 DRVSIHEAMEQQSISISKAGIVTSLQARCSVIAAANPVGGRYDSSKSFAQNVELTDPILS 680

Query: 567 RFDIVLVLLDTKNPEWDA-----VVSSHILSECK--------QEKGKRDNDLSSN---WP 626
           RFDI+ V+ D  +P  D      VV+SH  S+ K         E G + +  S++    P
Sbjct: 681 RFDILCVVKDVVDPVTDEMLAEFVVNSHFKSQPKGGKMEDSDPEDGIQGSSGSTDPEVLP 740

Query: 627 LTMLRRYIQFVKGYFRPVL-TMEAEQIISNYYQLQRRSAMDNAARTTVRMLESLIRLAQA 685
             +L++Y+ + K Y  P L  ++A+++ + Y  L+R S          R LES+IR+++A
Sbjct: 741 QNLLKKYLTYSKLYVFPKLGELDAKKLETVYANLRRESMNGQGVSIATRHLESMIRMSEA 800

[Close]
BLAST of HG10018862 vs. TAIR 10
Match: AT3G09660.1 (minichromosome maintenance 8 )

HSP 1 Score: 213.0 bits (541), Expect = 7.9e-55
Identity = 138/336 (41.07%), Postives = 194/336 (57.74%), Query Frame = 0 

Query: 387 ILRGICPQVFGLFTVKLAVALTLIGGVQ--HVDISGTKVRGESHLLLVGDPGTGKSQFLK 446
           IL  +CP ++G   VK  + L+L GGV+   +D +   VRG+ H+++VGDPG GKSQ L+
Sbjct: 355 ILHSVCPSIYGHEIVKAGITLSLFGGVRKHSMDRNKVPVRGDIHVIIVGDPGLGKSQLLQ 414

Query: 447 FAAKLSNRAVITTGLGSTSAGLTVAAVKDG--GEWMLEAGALVLADGGLCCIDEVDSMRE 506
            AA +S R +   G  +T AGLTVA VKD    ++  EAGA+VLADGGLCCIDE D M  
Sbjct: 415 AAAAISPRGIYVCGNATTRAGLTVAVVKDSMTNDYAFEAGAMVLADGGLCCIDEFDKMTT 474

Query: 507 HDRATIHEAMEQQTISVAKAGLVTTLSTRTIVFGATNP-KGHYDPEQPLSVNTTLSGPLL 566
             +A + EAMEQQ +SVAKAGLV +LS RT V  A NP  GHY+  + ++ N  +S  LL
Sbjct: 475 EHQALL-EAMEQQCVSVAKAGLVASLSARTSVIAAANPVGGHYNRAKTVNENLKMSAALL 534

Query: 567 SRFDIVLVLLDTKNPEWDAVVSSHILSE--------CKQEKGKRDNDLSSNWPLTMLRRY 626
           SRFD+V +LLD  +   D  VS HI+S         C Q+      D    W L  +  +
Sbjct: 535 SRFDLVFILLDKPDELLDKQVSEHIMSHHRMLGMQTCMQKGILYFQD--CGWTLRKMTTF 594

Query: 627 IQFVKGYFRPVLTM-------EAEQIISNYY-QLQRRSAMDNAARTTVRMLESLIRLAQA 686
           ++F+      +  M       +A +II  +Y +L+  +   ++   T R LESL+RLAQA
Sbjct: 595 LRFLANCLGNIFPMHGILMSKDAGEIIQKFYLKLRDHNTSADSTPITARQLESLVRLAQA 654

Query: 687 HARLMFRNEVTRLDAITAILCVESSMTTSALVDSVG 702
            AR+  R E+T  DA+  +  ++ S+    L+D  G
Sbjct: 655 RARVDLREEITVQDAMDVVEIMKESL-YDKLIDEHG 686

[Close]
BLAST of HG10018862 vs. TAIR 10
Match: AT2G07690.1 (Minichromosome maintenance (MCM2/3/5) family protein )

HSP 1 Score: 205.3 bits (521), Expect = 1.7e-52
Identity = 126/319 (39.50%), Postives = 180/319 (56.43%), Query Frame = 0 

Query: 391 ICPQVFGLFTVKLAVALTLIGGVQHVDISGTKVRGESHLLLVGDPGTGKSQFLKFAAKLS 450
           I P +FG   VK A A  L GG +     G K+RG+ ++LL+GDP T KSQFLKF  K +
Sbjct: 333 IAPSIFGHEDVKRAAACLLFGGSRKSLPDGVKLRGDINVLLLGDPSTAKSQFLKFVEKTA 392

Query: 451 NRAVITTGLGSTSAGLTVAAVKDGG--EWMLEAGALVLADGGLCCIDEVDSMREHDRATI 510
             AV T+G GS++AGLT + ++D    E+ LE GA+VLADGG+ CIDE D MR  DR  I
Sbjct: 393 PIAVYTSGKGSSAAGLTASVIRDSSTREFYLEGGAMVLADGGVVCIDEFDKMRPEDRVAI 452

Query: 511 HEAMEQQTISVAKAGLVTTLSTRTIVFGATN-PKGHYDPEQPLSVNTTLSGPLLSRFDIV 570
           HEAMEQQTIS+AKAG+ T L++RT V  A N P G YD  +    N  L   +LSRFD++
Sbjct: 453 HEAMEQQTISIAKAGITTVLNSRTSVLAAANPPSGRYDDLKTAQDNIDLQTTILSRFDLI 512

Query: 571 LVLLDTKNPEWDAVVSSHIL---SECKQEKGKRDNDLSSNWPLTMLRRYIQFVKGYFRPV 630
            ++ D +    D  ++SHI+   +   +   +  +    NW    L+RYIQ+ +    P 
Sbjct: 513 FIVKDIRKYSQDKEIASHIIRVHASANKFSDENTDSKEDNW----LKRYIQYCRARCHPR 572

Query: 631 LTMEAEQIISNYYQLQRRSAMDNAART--------TVRMLESLIRLAQAHARLMFRNEVT 690
           L+ +A + +   Y   R      A  T        TVR LE+++RL+++ A++   +E T
Sbjct: 573 LSKDAAENLQRKYVTIRMDMKRRAHETGEAAPIPITVRQLEAIVRLSESLAKMRLSHEAT 632

Query: 691 RLDAITAILCVESSMTTSA 696
             D   A    ++S   +A
Sbjct: 633 PDDVDKAFKLFDTSTMDAA 647

The following BLAST results are available for this feature:
BLAST of HG10018862 vs. NCBI nr
Match NameE-valueIdentityDescription
KAG7011539.19.3e-22397.05putative DNA helicase MCM9, partial [Cucurbita argyrosperma subsp. argyrosperma][more]
XP_038886880.13.0e-22198.02probable DNA helicase MCM9 isoform X1 [Benincasa hispida][more]
XP_038886882.13.0e-22198.02probable DNA helicase MCM9 isoform X3 [Benincasa hispida][more]
XP_023554772.18.7e-22197.03probable DNA helicase MCM9 [Cucurbita pepo subsp. pepo] >XP_023554774.1 probable... [more]
XP_022952900.11.1e-22097.03probable DNA helicase MCM9 isoform X1 [Cucurbita moschata] >XP_022952901.1 proba... [more]
BLAST of HG10018862 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
F4IFF31.2e-19685.57Probable DNA helicase MCM9 OS=Arabidopsis thaliana OX=3702 GN=MCM9 PE=3 SV=1[more]
B8B4063.2e-18679.46Probable DNA helicase MCM9 OS=Oryza sativa subsp. indica OX=39946 GN=MCM9 PE=3 S... [more]
Q69QA63.2e-18679.46Probable DNA helicase MCM9 OS=Oryza sativa subsp. japonica OX=39947 GN=MCM9 PE=2... [more]
Q6NRM65.2e-12857.64DNA helicase MCM9 OS=Xenopus laevis OX=8355 GN=mcm9 PE=1 SV=1[more]
F6RIX45.2e-12857.88DNA helicase MCM9 OS=Xenopus tropicalis OX=8364 GN=mcm9 PE=3 SV=1[more]
BLAST of HG10018862 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1GLI25.5e-22197.03DNA helicase OS=Cucurbita moschata OX=3662 GN=LOC111455445 PE=3 SV=1[more]
A0A5A7SLG22.7e-22096.56DNA helicase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold139G002160 ... [more]
A0A5D3C4S83.9e-21997.51DNA helicase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold13G002190 P... [more]
A0A6J1I4M25.1e-21996.04DNA helicase OS=Cucurbita maxima OX=3661 GN=LOC111470623 PE=3 SV=1[more]
A0A6J1GLN85.1e-21996.78DNA helicase OS=Cucurbita moschata OX=3662 GN=LOC111455445 PE=3 SV=1[more]
BLAST of HG10018862 vs. TAIR 10
Match NameE-valueIdentityDescription
AT2G14050.18.4e-19885.57minichromosome maintenance 9 [more]
AT1G44900.13.2e-5642.63minichromosome maintenance (MCM2/3/5) family protein [more]
AT1G44900.23.2e-5642.63minichromosome maintenance (MCM2/3/5) family protein [more]
AT3G09660.17.9e-5541.07minichromosome maintenance 8 [more]
AT2G07690.11.7e-5239.50Minichromosome maintenance (MCM2/3/5) family protein [more]
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001208MCM domainPRINTSPR01657MCMFAMILYcoord: 482..496
score: 78.42
coord: 533..545
score: 26.8
coord: 424..439
score: 57.86
coord: 560..568
score: 61.53
coord: 510..523
score: 79.19
IPR001208MCM domainPFAMPF00493MCMcoord: 385..588
e-value: 1.7E-72
score: 243.2
IPR001208MCM domainPROSITEPS50051MCM_2coord: 383..586
score: 63.649864
IPR031327Mini-chromosome maintenance proteinSMARTSM00350mcmcoord: 234..692
e-value: 7.0E-55
score: 198.3
IPR031327Mini-chromosome maintenance proteinPANTHERPTHR11630DNA REPLICATION LICENSING FACTOR MCM FAMILY MEMBERcoord: 316..720
IPR003593AAA+ ATPase domainSMARTSM00382AAA_5coord: 425..574
e-value: 4.1E-8
score: 43.0
IPR027417P-loop containing nucleoside triphosphate hydrolaseGENE3D3.40.50.300coord: 366..696
e-value: 5.7E-121
score: 405.9
IPR027417P-loop containing nucleoside triphosphate hydrolaseSUPERFAMILY52540P-loop containing nucleoside triphosphate hydrolasescoord: 393..695
IPR041562MCM, AAA-lid domainPFAMPF17855MCM_lidcoord: 609..690
e-value: 1.2E-18
score: 67.3
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 208..242
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 225..242
NoneNo IPR availablePANTHERPTHR11630:SF48DNA HELICASE MCM9coord: 316..720
NoneNo IPR availableCDDcd17760MCM9coord: 386..690
e-value: 6.11036E-179
score: 510.55

Relationships

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

Feature NameUnique NameType
HG10018862.1HG10018862.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0032508 DNA duplex unwinding
biological_process GO:0000724 double-strand break repair via homologous recombination
cellular_component GO:0042555 MCM complex
cellular_component GO:0005634 nucleus
molecular_function GO:0005524 ATP binding
molecular_function GO:0003697 single-stranded DNA binding
molecular_function GO:0017116 single-stranded DNA helicase activity
molecular_function GO:0003677 DNA binding