Cla97C11G222520 (gene) Watermelon (97103) v2.5
Overview
Sequences
The following sequences are available for this feature:
Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.AGAACCCCTCCATTCTCTCTCTCTGAGTTGGTTTCCTCCACGCAAAGCCAAACCCACTGTGTTTTCTTTTCTTTTTTTTTCCCCTTTTCTTCCCCCTTCTCCATCATCTCTTTTACTCTTCTTTAACCCATCATTTCATCATCCCCACCAAACCCTCAATTTCCAAATCCGATTCCCAATTTTTCCGATTCTTTTTCTCTCTGGCTATCTCTTCTTCAATCGCCGCTTTCGGCTTCTACTTTTTCCCTCGACGTGAAGAAAACTTTGTCTTTCTTCTTTTACTCTTTTTGAAATTTTTGGGGTTGCTTCTTGTGTGAGAATCTCGTCTTAGACCATCGGTATGTCGCCCATTCCTTCTGTTGAGTTTCTTTGTTTTTATGGTACGATGTGTCGTTATCTTGTTTCTCTGTCGGTAATGTATTTGCGTTGGATTTTTTTTTGTTTTTTTTTGATAACTATTTGATTGATTGCAAAATGATATTCTAATGGGATTAGTGTTCTTTTGGTTCATGATTCATCAGGTTTGAGATTACGCTGATTCGTGTTCTTTAAAGTCCGATTATGTTTGCTTTAGTAATACGACATCGTTTCCTCTCTTTTTAGCCATATAGTTTACTGCTGATTGCCTTTTGTTTCTACTTATCAAGTCCCATTTTTCTTTTTAGAAGTGGTGAAAGTTGATCTAGCTGGACGATTGAAATGTGTTTAGATTCAGATACGGTGATTTAGGTTGGGATTTTTGGGAATATATGTATATATTTTTGTCGAAATACATATTTCGGTTCAATATTCTTTACTATGTTCTTGCTTCTTTTGGTGAATTTTGAATTATTTAGCTGTCAGTGTGGCCGTCTGTCTTCCAAATAGGTATCGTGTAGTTTTATGATTATTACTTTAGCTACATTGTGAAGTATTGAGTTTGAAATTTATTGGGGGCATTTTTTGTTTTTGAAATTATCTGTTTATCCGTTCATCATAGTTATATATGGGCTGAGGCGCACATTTCATGGGAGGTTTAGAGGATGAAGAACCAGCCTCCAAACGCATGAAGGTATCGTCGGAGAAATTGAAGGGACTGTCGAACGGTTTATCTGTAGTAGAGCCTTTAGGGGGCTCTTCAAGAGACTTGATGGCTCGCCCCCTACAATCCGAAGGGGACAGTGGTGATGTTATTGGTTCAAAGGGAGTGATCAAAAGAGTAGAGTTTGTGAGAATTATAGCCAATGCATTGTATTCTCTTGGTTATAAGAAAACTGGTGCTTATTTAGAAGAGGAGTCTGGGATACCCCTACATTCCCCGGCTGTAAATGTGCTTATGCAGCAAATTCATGATGGTAAATGGGATGAAAGTGTCGAAACTTTGCAAAAAATTGGTCTATCAGATGAAAGCATTGTCAAAGCAGCTTCTGTTTTGGTATTAGAACAGAAATTCTTTGAGCTTCTGGAAAGGGACAAAGTCACTGAAGCTTTACGGACGCTGAGGACTGAGATTGCTCCGCATCACATTAATGAAAAAAGAATTCGTGAGCTCTCTTCCTGCTTGGTTTCTCCGTCAATGAGAGCTCAAGCCAATTCATCTTGTCAACGAAGTGCAAGGGCCAAGTCTCGGACACAATTGCTGGAGGAATTGCAGAAACTTCTTCCTGCATCCCTTATGATACCAGAAAAAAGATTGGAACATTTAGTTGAACGCGCCCTTTTGTTGCAACGAGATGCTTGCACTTTCCATAACTCCTTAAATCAGGAGATGTCATTGTATACAGATCATGATTGTGGGAAAAATCAGATTCCGTCTCAAACCTTACAGGTAAGAAATGTTTTTTTTTAGGAACATTTTGGGTGACGTTGTATCCATTTCCATTTAGTCTCTATCATGGTGCTTCTTGCATAGAGTTGATGTTTTTTAAACTCTTTCTTAATTATATGTGTGTATATATATAATCTGATTGTTGATTTTCCTCACATATTATATGAATATATATGGTATAACTATTTCAAAGTTTGGTTTCTCATAGGAAAAAATGTTGGTACACTTCTTTTATGTTAGTTACCATGCACAATCCATAGATAGAAACACTCCAATGGGGGTACAAATTACTAAAAGGGATAGTTTTTGGAGGTTCTATTGCTACATATCCTTTGAAATAATCTGTGATTAAGATTTGGAAAAATAAGCTACGACCTCAGCATGTGATAGTTGAAATGGCCATCACTTTTTTCCAGCTCCTTGCATTCTAATGTCTTCAATGGGATTATTTAGATGCTTTCAGAAGAAAAGAAAATAGAACTGGTAAAATACATTTAGGTGAACATTCAAGCAACAATGATGGTATTATAAAAATTATCCACTAGTATAGCATAATAATCAGTGGAGCCAGAACTTTTTAGTGCTTAATTGGCCACTCACTGAATGAATGACATACAAAAGTCAACTCTCACGAAGAAAGAATGAAAATATGGAACTGCAGACCAAGGACAAAGAAGGGACCCTCTGAAAAGACACAACAAACACTGCGAAAATTGACTCCAATTGTTCCTATTAAGGAAAATCTGAAAGCAGTGTTTGGTCAAAATAGCTTGAACTGAAGCTTAGCATTTAAGTGAGCAAAACGCTGAACTTCTTCGTAAGACTTTTCACACCCAAAAAGCCATGAAGTTCCTCTATGCGACTCTATTTAGTTTTTACTTTCCTGCTGAGAATTGAGTTATAGTTTGTTCTCGGTAGGTTCATTCATAGAACTCTTTTGATATGAAATCATGGTTGATGCAAGTAAGCCATTTCAAGCTTGGCATCTTATAGGAGTTTTGCTTCAGCAGTTACATTTGTGCAACCGTTTTGTATTGCTGTTAGCTGAACATTTTAGTTTTCTCGTTCTGAGCAGGTGTTACAAGATCACAGCGATGAGGTTTGGTTTTTGCAATTTTCTCATAATGGAAAATACTTAGCTTCTTCGTCCAGTGACCGATCTGCAATTATATGGGAGGTAATTATGATGATCAATTTTAATTTCTCTCAAGAATGACTACATAGAGTTAGTTTATAGATTATGTGTGTAAAAGAAACTAGCTAGCTATATTAAATGGTTTGTAAAAAGAATCTAACTAGCTATGTATGAAGATAAAAGGGCATACAGACTAACAAAAAGAGTCGCAAAGGAATTAACTAGCTATATATAAAAATGAGCTCCAATCCAAAAGAACAAGGCCTAAATGATAGTTACAGAAAGCCTTAGGTACAGTACAGACTCCCAAAGGGAAGCATTCTTGAGGAAAGAATTAGTTTATAGATTGTCTTTCAATGTACTTATCTTGTTTCTTTCTATATATAATTGTTGAGGAGGCTTCTTATAAGGCCCCAGCCACAATTTATTTATCAAAAGCAGAGGGAGAATTCGAGAGCTCCCTTTCCTCTCCAAGATCTCTTCAGGAGAATGTTTACAAGCCAAAAAAGATACCCCTTCCTCACAACCCAACCGTTTACATATCCTCTCCCTCAGGACCCCTAACTAACAAATATTCCTAGGGTCCCCGCATTACCTATTTTCTTTACCTGATATTACCCCTTTTCTATTTATCACGTCTATGAATATACACCTTAGTTATTTTAGGCCTATCAGCTTCATTGAAGTGAAGGTTTGGGCCCAGGACCTTGAAAGATATCTTCAAACATCCATTCTTTTGAAAATCTATTTCACACCAACTTCCGTTCTTTTGTTGATGATTTCCATGTCTAAGTGTTTTTTTTGTTTCTTTTTGCTTCATTTTTGTTTTTAGGTAGACTTAAATGGAAGAATTTCTTTGAAGCACAGACTGTTAGGTCACGAGCAACCAATCTCTCTGGTCTCATGGAGTCCTGATGATAAGCAGCTACTCACGTGTGGGGTGGAGGAAGCTGTCAGGCGTTGGGATGTCGCTTCGGGTGAATGCCTCCATGTTTATGAAAAAGCTGGTCTTGGACTGGTCTCTTGTGGCTGGTGTCCCGATGGAAAGCATATACTTGCAGGTGTTAACGATAAAAGTATCTGCATGTGGGAATTAGATGGGAACGAGTTGGAAGGTTGGAAGGGCCAAAGGACTCTTAAGATTTCTGATCTAGAAATAACCAATGATGGGAGGAAGATTATCAGTATTTGTAGGGATACTGCGATATTGCTACTTGACAGGGAGTTAAACTTGGAGAAATTGATCGAAGAGGATCAAATAATAACATCTTTTCAATTGTCGAGGGATAATAAGTTCTTACTAGTAAATCTTTTGAACCAAGAAATCCATCTGTGGAATTTAGAAGGCGAGGCCGAGATTGTCACAACATACACAGGTCACAAGCGCACCCGGTTTGTTATTCGGTCCTGTTTTGGAGGGCTCAACCAGGCTTTTATTGCAAGTGGTAGTGAAGACTCACTGGTACGGTTCTTAGCTCGTCCTTTTAACTTATATGCTATATACTGTGTAGACCTTCAGAAATTTTCGCTTTTACTAGTTACATCTCCAAATTTTCATTCACTCATGTTACTTGGTTATCATTGTTATTTTAGGTTAAAGTATAATTCTAGTCTTTTTGACTTTTTGATGGTATTAGTTAAAATAGTAACAAGAAGTTGATGTAGTACCTTTGTGAAAACTTACTAAATTTCACATTAGCTTTTCCACATACATAAAACACAACCATACAACATATCAAGATATCGGTTTTGGAAACTTATGAGAAACCTTTTTTCTCCTTGCTTGATTTCAAGTTGAAGCAAGCTTCTTTCTAGAGGTTCTCTTAAGTTTTCCAACTGACACAGCACCATAATTAGACTGGCTTGACATTTGGAACAAAATATTGGGAGGATTTTTTTGAGCGCTGTGAGTTCACTTATTCCCTTTGGAGTTGTGCTTTCGCTTGGTTGCGATCGTTGTGATTGTAACAAGGGACTGTCGCTCATGATCCTTATGATACGGTAGCTTGTTGTGGTAGGATTGTTCTTTTGCTATTTTGTGCTAAGTTTGGCTCGAGAGAAATAGTAGAATTTGTAGAGAGGGTGAAAGATATCTGGAGGAGGTTTGGGAGGGTCAACGATGTGAGGTTTTATGCTTCTGTATGGGGAAGATTGGGATTTGCTTCTCTAGGCAGATTGTGGTCGTTGTTGTGCGGTTTTTTTTCATGCCTTTGTACATTCTTTCATTTTTCTTGATCAGAGCTCGAGCTCAGTTTCGGTTTTGATGATGGTTGTTGTGGCAGGTATACATATGGCACAGAGGGACAGGGGAGGTTATAGAAGCATTGGAGGGACACTCAGGGTCTGTAAACTGTGTGAGTTGGAATCCTACAAATCCTCACATGTTGGCATCGGCGAGCGACGACCGTACGATTAGAATATGGGGCTTAAGAGAGCTGGATGTTGATGTTGTCAAGTTCAAAAATACTGAACAACACAGTAGTAGTAATGGTAATGGTGTCCATTATAGCAATGGGGGAACATCTTGAACAAAACAAAGTTTCCTTCTTTCTTTTCACACCCATTTGTAACTTTTTCTTTTCTTCTTTCTTTTTTATAGTTGGCTCTGTTATTCTGTAAATACTTCCTTCAGTTGCTTCTTCCCAAGTTGACATTCAAAGTTGTTCAATGTGCATCATGAAGTCATTCTCTATTAATAAAAATGCTCAGTCCATTCAATTCTCTCTCTCTCTGTTTTTTTTTTTTTGGATATATTTTACTAGTAATTTTGAAATCAATTTTTTGGTTATGTTTGTATTTCATAATCTCAAGTAATTGAATTCAATATTGAAGTTTTGAATGTGATATATTTTTGCGGCAGCACAGTTGATTCGTTAATCCACAACAAATGTTATATATATATGATGAGATCCAATCCAAGAGAGACATTTATTTCAAATTATGTTTGGTTCATATTTTTTCAGTACAACAATTACGGGTGCTAGGACGAAGTCAAACGTGGGCAAATCAAGTAAATTAAATAACATTATTAATTTACTTTAGTATTATTATTATGAATTTACTTGAATCTCATGATATTATTAACAATGGAGTACGTATAAAAATATCGTTTACTTTATTCTCAATGAATGTCTACATTGTCATGTTTATTAAAGTAAAATTTAGGATAATTGTGTTGGTAGTACTTTTAGGGATAATAATTAAGTATATAACATTTTCAAAAAATTGCAAATATAACTGTTGGAGATTTAAACATGTCTATTTCCTACGTAACATATTTTCTTTCCTAATCTGAAATTTATATGTAGGATATATTCGTTTTCCCAATCTGGAAAATCTCATATTGAACAATATTTTTCTTTTTATGGTGGATCTTACTTTGACAAAAAAAAACAAAAATATTTTTTTAGGAAATTATTTCCTTATTTATTTATTTAAGGCAGCGTGTTATGGGTCTGACCATTTGCATGATGTCACAGAAGTTGTATAAGTTATTGTTGTAACAAGCGTTATTACTACTGTCTAGACTTTCCTTATTTGGAAAATTCAGCAACTTTTATTTTTTGGATCCTTTTTTTCTTTTTGGGATGTTTTCCTTTTCCAAAAAAAATATTTATGGAAGATTTTGTGCCCTTGCTAGGGGTTGGTCGTCATTATTGAATATTTTGAAGAATTGTTGTTCTGGGGTCCAAGTGCCTTTTGTTATTGGTGAGAACGAGTTTTTGTTTTGGGAAGTCGATTTGTGCAACATAGTTTGAAGCGTTCAATAACGTGAAGATTACTTCTATCTTAGAGAGAGCCTAAGACATTGTTGAAGAGAAGAGATTCTTGATCTTAGGGGGAGTCTAAGACTTCATTCATCGAGAATGATTTCTCAAGCCTTAGGGGGAGCCTAAGACTTCATTCATTGAGAATAAGAGGAGCCTAAGGTATCATTCATCGAGAAGGATTTCTCAAGCCTTAGGGAGAGCCTGAGGTGTCATTCATCAAGGAGCTTAAGGTGTTACAATTTGAGAAGGGAGTTCTCTAGACTTAGGGGGACCTAAGTTCTCATATGAAGGGAGTTCACTGAGTCACAAGGAAGATAATCAAGCTGAGAGAAGTCTCACACACTGTAGGAGCTGAAGTGTTTATCACTAATATTATCAAACTTAGGGGGAACCTAAGTACAATTGAGAGGGAGTCTCACATTTAGGGGGAATCTAGGTGTTTAGCAAGTAATAGTCATTGTAGAAGTTGATACTTTACAGATAAGTACTTTGTTGTAAATGCTTAACTATTCAATATTAATGGATTATCTTTCCTGGGCACATTCCCCCCAGATATAGGTGGTTTTATTGTCGAACTGAGTTACTAACTCCTATGTGCAAATTCTCTTTTGCTTACTGTTGTTTTTGTTGGTTGTTACTGTGTTTGTCTGTGTTTTATGTTTAACATTCATATTTGAGTGACCAGTAATCTTATAGCTTTTTCAACAACAAAATCTATCAATGATAGATTCTATCACTAATAAGCTCTAATTAGCGATGTGGTCTATCACTAACAGACCCCTATATTTATATGATATATAGCTTAGAAAGCCGAATATAAATTTTGCTATATATTCAAATTCTTTTGCATTGTGCTATATATCTGTAAATACTTTGGACGTGATTGCTATATTTACAACTATTCCTAAAATTTATGAGAATAAAGTAATAAGATGATTTAGTCATCGATGAGAACAATTATTATGTATTTATTTTTGACAATTCAATGAGAATAAAGTAAATGAGAATTTTTAAATTAATCTTTAAATTAAAAATCTATGATAAGTCAAGTAAATTAGATTTTTTTTTTCATTTTTCATTTTATTATTGATAGGTAAAAATAAAGTTATTGGCTACAAAAAAAAAAAAAATTTGTAACTCATGATTTTCAAAATAAATGAGGATGATTATAATTAATCAATAAATCAAGCCATTATAAAGATAAAGTAAAAAAAAAAAAAATCAAAATTCTTGCCCAGCTTTAGGAAAAAAAAAAAAAGTCTCTACCCGATCTTTGTTTCTCTAAATACAAAAATGATTGTCAATCTTAAATTGAAAATAAATTTTTAACAAAAAAAAAAAATAATAAATAAAATAAAGGTATTTTTAAAAATAAAAAACAATTAAAAATAATTACAAATACAACAAATTTTTATTTTATATCCATGATAGACTGCGATAGACTCAAATAGACATCATCTGAGTCTATCGCAGTCTATTATAGATACAAAGTGAAAATTTTTAATATTTGTAAATAATTTGATATTTTTTCTATTTATAATAATTTTCTAAAAAATTAACCAAAAAAAAGGAGAAAAAAATTGAAATATAAATTTAGTTTTTCAATTTTTAAATTATAGTCTAATAAGTCAATAAACTCTAAAAATTGGCCAATATATATCTAAAGTTATATTCAGTAACCTTTTCGTTTTTTATTATTTTTCTCTCTTTTAATAAATAAAGACAAAAATGTGTTTAGTAATTGTTTTTTATTTTTATTTTTTTATTTTTATATTTTATTCTTAAAAAAAGAAACATGTTTAGCAACAATTTATTGATTTTTGATATCTAAAATTTTAAATAAAAAATGTAACAAATTTACATGACAATAAGTCTTTAAAATTAAATATAAAAAAATAATGTTATATTATTTATAGATATTTATTAAGATATGATAAAATAATACTTCTATTATGTTTACCAAAAAACTGGACAGAAAAGACAAGAAACAATAAACAATAAACTTGATTTCGTTGTTTCTAAAATTTCTACACGATTTTGTATACATTTATGAAAAAACGAGAAACACGAAACATATAAAATTATCAAACGTTTTTATTTTTAAACAAACAAAAAAACCAAAAGCAGAAATATTAGCAAATAGGTCATAAACTTCCAATTTGGTATTTAATATGTCATTCAGCTCAAATGATTCCAAAATTAGTGTAATGTTTGCTATTTTAATTTTTTTTAAAAAAACAAATATATTATACATATAATAGAATTCTGTCTAATAAGATCCTATATTTCCATATTTATATCTACTAGGATCACGAAGATTACAAAATATCAAGTAGGTTAATGATTTACTTGACACATAATTGATGATTTGCGGGCTTATTAGACTCAAAATCAAAAGTTTAGAGAACCATTCAACACTCTTGAAAGTAAAAAATACTTTACTTATTTATTTATTTATTTATATGACATATAAGGGCAATGATTCAAACCTTTGACATTTTGGTCGAAAATATATGATTTAACCAATTGAGCTATAATTATATTGCCAAAAGTCCAATAAATTTATTATATGCAAAATTAAAGTTCAAGGACATTAATTAATTGATTACTTTTTAAAGTTGAAAAACTAAAATCCCGTTTAATAACAATTCCATTTGTTGTTTTTGAAATTTATGTTAATTTCCTAACAATTTTTCAACTATAGTTTTAGGTTTTCAATTATAGTTTTCAGTTTTGTAAAGAAACACTCAAATTCCTAGTAAAATTCAAAAACAAAAACTACTTTTTGAAAACTACTTTTTTTTTTCTTTAAAAAATATGGGTTGGTTTTTTAAAACATTATGGTAGAGAATATATAATAAATCGTAAAAACTTATGACTGAGAGTAGTATTTTATAAGCTTACTTTCCAAAAACTAAAGATCACAAACGGACTTAGAATTTTGATGGAAAAAAAAAATAGGGTATGTTTGATAGACAATTTGAAAACAAAATATTCAATGAAAACAAAGTTGTCTTTCATATTTTAAACATATATTTGATAGTAGATTCATAAATTAAATTTCAATTTAAATAAAATTTTAAAATGTGTTTGATAGTATATCTACGAACCATGACACTAATTATAATTATCCACTAAATATTAAGTTGAATATAAATTATTATTAATTAATTTATGAACTTGTTTTATTTTAAAATTTATTTTTTTCTTCGAGGAGTTATATAATTATTGTTTCAGAACATTACATCATTTATAATATATTTTCTTCAATGGATTTTATAATATGAAAATATTTCTATTTTTTTAAAATATAATTATGCATTTTAAAATGTAATACTCAACATATGGATATATTGAAAATATAAAATTGTGTCCAGAGTTTGTGCTGTTTGGATCACATAACCACTTTTTAAAATATAATTTAGACGGTCTACCAAATGCATATATTTCTAGACTCAATAAATCAAAAAATGTAAAACAAAATTCAAATTGACAAATAAGAGTTTACAAAATAAATAAAAATGAGAATAGCTCAATTGATAAAGTGTTTGTATTGTCAACCTCAAAGTCAACGGTTTTATTCTCCAATCGACCACATAAATTAAAAAAAAGAAAAGAATAAAAAAAGCAAGCTTACAAAATAGAATTGGAAGACACTTAAATTGAGCATTATTATTGGAAATGAGAGAGCACCAAAACAGCGACCAATGTCAATGTAAAGGTACGAAGAGAACAGTTACTAGTTTTCGTTTCGGCCATTTATGTAAAGGCCCAAACCAAGAACGAAGCAGGCCTCCCATGGCGGCCATGTTTCAATTTCTCTCTGCGTTTTCAACTCTCTCTCTCGCTCTACACCAAAACCTTTTGATGCGGTTTCCTCTAACCAAAGACAAATCCAGTGAGCTCTTCTTCCAAGTTCCAACCCACAAAAATGCTACCGACTCTTCCTTTTTCCTTCCTCATTCTATAACCCAATTCATCAATTCCCATAAATATTTTATCATTTTTGACCCTTCACACTTCATCTTCTTCTTAACTCTTCCTTCTTTTATCTTCCTCCATTATTGCTCTTCAAATTTTCCTCCCTTAATCTTCCTTTTCTTATTTATTTATTATTATTATTATTATTATTATTTTTTTTGTGGGGTTGCTTTATCTTTCAGAATCTTGCCTTCGATCATCGGTTAGTTGACACTCTCTTTGCTGGGTTGTGTAATTCTTAGGCAAGGATTTCCCCATTGTTGTTTCTTTGATTGATTTGGAAGGACGCTCTAATTCCTTGTTGTTGTTGTTTGGATCTTTGATTTGTTGGGATTGGTTGATTCACTGATGATTGCACTGCCAACTGGAAATGCAGGAAATCTATTTGATGAACTTCAAATAATGTTTGTTTTTAAGTCAAAGTAATGGCAGTTTTAGGCTTTTTGCCGCATGTTAGACTTGCTGCTTGCTTGCATAAGATAGTGTTTTCATATGAGTCTCTTATGTTCTGTATTTTTGTGTAGATATGGATTGCTTGGATTGTTTGAGCAAGTGTATTGGGATAGTTTAAGATCTTTGTAGCTTATTTGAAGTGAAGTTGTTAAGGGGAAATGATGAAGATTTTTTGTTAAGGGTGGATCCTTTTATAGCGATTGTTTGTGGACATGGTAACTTCATTTGTTTGAAATCATTGCATTGCAGTCGCAGCAAATAGTTGCTGTTTAGTGAAAAGGGCTTGATGCAGCTGTATTATTTAGTTCAGTGGACCAACAACCATTTTAAAAGGGTTTGATAGGACATGATCTTTTGGACCATTATAGCAATTACATCTGAAAACCATTAACTTGAAATTTGATAATAGCATAGTTAGAAAATTGATGTTCTTCTCTCTCTTTAGTTTGAGGAGGGTGTTTGTTTGCGTATATTCATGTTCGTACGTTTCTTTGTTCTTACAGTCTTTTTTCTTTATTATGGAAAACGTGCTATGTCCGAATCTTTTAGGAGTTTGCTCTTTTAGAATTGTTTAGTGCATGTTTAGGAGTGATTTTAAAATAGTTAAAATCACTTTTATCATATTTAAAATCACTATAAAAACATATCTTTATTCACTCAAAATCAGTTTGGATTTGATTTTATACTTTTAAATGCGATTTTCATCAATCAAAACTGATTTTGAATTATTAAAACCATGTTTCGAAGTAATTTTGAACATGACAAAAGTGATTTTAACCAACTCAAAATCACTCCCAAATATGCCTTTAGTTAACTTGTTTGTTTGAAACTAAAACGGAAATTGATTTGACATTTGTGCTATTATATAGATATATATGGACTGAGCTAAACCTTTCATGGGAGGTGTGGAGGATGAAGAACCAGCCTTGAAACGCATGAAAGTAGCCTCTACAGAGTTAAGGCATCTTTCCAACGGTTCATCCATTGTAGAGCGTGTAGGGGGTTCTTCTAGGGACTTGATGGCTAGACCCCTACTGTCTGAAGGAAATAATGACGAGGTTATTGGTTCGAGAGGTGTTATTAGGAAAGATGAGTTTGTGAGAATAATTGCTAATGCATTGCATTCTCTTGGTTACAAGAAGAGCAGTGCTCGTCTTGAGGAAGAGTCTGGAATACCCTTGCATTCTTCTGCTGTTAATATATTTATGCAGCACATTCTTGATGGAAATTGGGATGAAAGCATTAATACCTTACATAAAATTGGTCTATCAAATGAAAGCATGGTTAAGTCTGCCTCGTTTTTGATACTAGAGCAGAAATATTTGGAGCTTTTGCAAGTTGATAAGGTCATGGAAGCTTTGAAGACACTGAGAACTGAGATTGTTCCTCTTTCTATTAACAACAATAGAATACACGAACTTTCATCCTTCATCATGTCTCCTTCACTGAGTGGTTTAATTGGTTCACCCCGTGAAGAGCATTCGAGAGCTAGGTCTCGGACAAAATTGCTGGAGGAATTGCAGAAGCTTCTTCCACCGGCAATTATGATTCCTGAAAATAGGTTGGAACATTTAGTTGAACAGGCTCTTTTGTTGCAACGAGACTCTTGTGTCTATCACAACCCTACAGATCAAGAAATGTCATTGTATACAGATCATAATTGTGGGAAAAATAAGATACCTTCTCAAACTCTTCAGGTGAGAAATATTTGTTCTTACTTCAACCTAAGAAGAGAAATAAGTTGTGACACGGGAAGTTCTCCGTTGAATTTGATATCTAAATAATTATGTACTTCAGAAGTATAATTCTTTAACAACTTGGATTCTATCATATCATGATACTACAAATATAATTGAGTCTGTTTGGCTGAATCTAGTTTTTTTTCCCCATGCAGGCATTACAAGCACATCGTGATGAAATTTGGTTTTTGCAATTTTCTCATAATGGGAAGTACTTAGCTTCATCATCTAGTGATCTTTCTGCAATCATATGGGAGGTATAATCACTATCAGTAACACTTTATCAATATTCTGGTTTTTGATTTACATGTCCATTTGGAATGTAGTAATAACTATTTATGTGGTCAACAGGTCTTACCCATAAAGCAAAAGCTTGTTTGATTTTACCTCTGCAGACATCTTTAAGATCCTATCATCCCAATCGCGATATATACAAATGATGATTATGATTATGATTTTTTTTTTAAAAAATATCTATGAGTGTTGGGTCAATTGATGGACACCTTAGCTAAACTAAGGTGACAACAGGTTGACCCTACGATACTTGATTTCTGGAAAATTTGTGAGATTTTTATATACTAATCAGGTGGCCAACATAAGATCTGAACTTATTTCCACGGGGTTCTTTAAATTTTTTTCTCTTGCTTCAGTGACCACTCAGTCCATGGTGACTAGATGAATGAAAATTGAAACCAAATGGGCTAAAGTAGAAGAGTACAGTTTCCAAGAGAGTGAGCTTCATTAATACATTAATGAAGGCTACAGGAAGAGGCAAGAAGCCATCCTTTCATCGAAATTGATAGTTTTATGAGCATTTCTTGATTAGGTGTTTCAGCAAACCTGTATCCCTCTTCTTTAGAACTACTATGCACATCGAGCTTATGAAGTTTGGTAAAAATCACTCACCTCTTGAAAATTTAGTTTTGAGAACCAATTTTACTTGAGAGATATATATGTGTTCTGATTGGGTATACATCCCCATATCAATACCCTTATAAAGAATCATCTGCATGGCTTGCAACTTAGACATAAGTCATTAACATCAGAAATAATCAATTTCCTTCATTTGAACAAGTATCTTTGATGTTTCAGTTCTTTCTACTATGCCATTATTCACCATTGGATGGTGTGTGGCTTAAAGTTATGCAGTGGTTTTGTTGTGGTCTCTGGACTTTCCTTTTGGTGTTGAGCCAATTTTGGAACTAACTTTTGTGTTTCTTGTATTTGAGTTATGTAGTCTTTGAAGCCTGCATCTAATTATTCATATGATTGTGGCATAGTGCAATTTAAGTTTAGTTTGTGACTTGTGTATGTCTAGTTTTTGTACAATTCACATGGATGCAAAAGGTCTTTATCAATAAAATAGCTTATTTTTCAAATATTGCCGAACTAAATAGACAATACACATCTTTTGGAGTAAAATAAAAACATCTAATAGAAATAGTAACTTCTCATTTGCTTTGCAACAAAGAAAATACCAGTTTGGAGAGACTCGAGAGGGATCCGAAGGAGCTTTCTTTTCTGCTACTAATCAAAAACATTTCTCTTCCAAAACTAAACATCATTTCAATTCCGTATCTAATTTCTAAAGAAGGCTTTTTTTTTTTTGTCCTGTCTCTTTCATCTTGCTTTTGATATATTAATTAATCGCGAGGTGGTTTAACCATGCGACTCAGGCCTGTATCCCGTGTGTTCAAATATCACCAAGTATCCTGTGAATCATTGCCACATTTTTTATCTGCTGTGTCTATCTAATCTCTGTGCGTACCTCTGTGTTCTGTAGGTAAACTCCAATGGTACGGTCTCTCTAAAGCATAAACTATCCGGCCACCAGAAACCTGTCTCCTTGGTTTCATGGAGCCCCGACGATAGTCAGCTGCTAACCTGTGGGGTGGAGGAGGCCATTAGGCGGTGGGATGTTTCTTCTGGCAAGTGCCTCCATGTTTATGAAAAGGCTGGCTTTGGGTTGGTTTCTTGTGGATGGTTTCCTGACGGAAAGTCTATACTAGCTGGTATTAATGATAAGAGTATCTGCATGTGGGATTTGGATGGCAAAGAGTTGGATTCTTGGAAAGGGCAACGGATTTTGAAGATATCGGATTTAGAAATAACAGATGATGGGAAGAAAATTATTACTATATGCAGAGAAACTGCTATTTTGCTTCTTGATAGGGAGGCAAAAATTGATAGATGGATTGAAGAAGATCAAGTAATAACTTCTTTTCGGTTGTCCAAAGATAATAAATTCTTGCTGGTTAATCTTCTGAATCAAGAAATTCATCTATGGAGTTTAGTAGGTGAACCTAATCTTGTGTCAAAGTATAAAGGTCATAAGCGCACTCGGTTTGTTATTCGGTCCTGTTTTGGAGGACTTGAGGATGCTTTTATTGCAAGTGGTAGTGAGGATTCACAGGTATGGAATCCTTGTCCTTTTAACATCTTGAGAACTTCCTTTCTATATTTAGCTTAGAGTGTTCTTTTTGTTATCTACAGTGTTATGTGTAGATATGAGTATGCCAGCAGCATGTCAATGTCGGGCACCGACACCTTGGGCATGCGGAAGCATGAATGCTTTATGTTAATGAGCAGCATTCTGTGTTAATTATTAAGGATTTATTTTTGGTTGTAAAAGAAATTTCTTTGAGATGTATAAATCTGGGCAGCTTCCTTACAAGGGAGAAGTTGGCATTTGTGTTTGAATAGAGCGATGCTAGTTGAACGAAGGATAACTTTGGTGGCGTAGTTAAATTGAGGACACTAATCTCCTCAGGATCTTGAGTTTCTTCTTTCTATAAACTGTATAAATATCCTTTTGTATGCCCTAATTGATGGTTCTACCCTGCTTGTCTGTAGGTATATATATGGCACAGAAGATCTGGGGAGCTTATAGAAGCGTTGCCGGGTCATTCTGGTTCAGTTAATTGTGTGAGCTGGAACCCTACAAACCCGCACATGCTGGCATCGGCCAGCGATGACCATACGATCAGAATATGGGGCTTAAAGGGACTGAATGTAAAACGGAAGAATGCATACAGCAATGGCTTCCACTATTGCAACGGTGGAACTTAACGAGAAGGCTTACTGCTGTCCCCGGTTATTATTCTTCCCTCTCTGACAGTTGCTCCTGTAAATACTTACTACAATCACTCTTCTAAGTTAAGATTCATGTTAAATGTGAATTAAGAAGTTTATTCTTAAATGAATAAGTTATTTCAATGGTAC AGAACCCCTCCATTCTCTCTCTCTGAGTTGGTTTCCTCCACGCAAAGCCAAACCCACTGTGTTTTCTTTTCTTTTTTTTTCCCCTTTTCTTCCCCCTTCTCCATCATCTCTTTTACTCTTCTTTAACCCATCATTTCATCATCCCCACCAAACCCTCAATTTCCAAATCCGATTCCCAATTTTTCCGATTCTTTTTCTCTCTGGCTATCTCTTCTTCAATCGCCGCTTTCGGCTTCTACTTTTTCCCTCGACGTGAAGAAAACTTTGTCTTTCTTCTTTTACTCTTTTTGAAATTTTTGGGGTTGCTTCTTGTGTGAGAATCTCGTCTTAGACCATCGTTATATATGGGCTGAGGCGCACATTTCATGGGAGGTTTAGAGGATGAAGAACCAGCCTCCAAACGCATGAAGGTATCGTCGGAGAAATTGAAGGGACTGTCGAACGGTTTATCTGTAGTAGAGCCTTTAGGGGGCTCTTCAAGAGACTTGATGGCTCGCCCCCTACAATCCGAAGGGGACAGTGGTGATGTTATTGGTTCAAAGGGAGTGATCAAAAGAGTAGAGTTTGTGAGAATTATAGCCAATGCATTGTATTCTCTTGGTTATAAGAAAACTGGTGCTTATTTAGAAGAGGAGTCTGGGATACCCCTACATTCCCCGGCTGTAAATGTGCTTATGCAGCAAATTCATGATGGTAAATGGGATGAAAGTGTCGAAACTTTGCAAAAAATTGGTCTATCAGATGAAAGCATTGTCAAAGCAGCTTCTGTTTTGGTATTAGAACAGAAATTCTTTGAGCTTCTGGAAAGGGACAAAGTCACTGAAGCTTTACGGACGCTGAGGACTGAGATTGCTCCGCATCACATTAATGAAAAAAGAATTCGTGAGCTCTCTTCCTGCTTGGTTTCTCCGTCAATGAGAGCTCAAGCCAATTCATCTTGTCAACGAAGTGCAAGGGCCAAGTCTCGGACACAATTGCTGGAGGAATTGCAGAAACTTCTTCCTGCATCCCTTATGATACCAGAAAAAAGATTGGAACATTTAGTTGAACGCGCCCTTTTGTTGCAACGAGATGCTTGCACTTTCCATAACTCCTTAAATCAGGAGATGTCATTGTATACAGATCATGATTGTGGGAAAAATCAGATTCCGTCTCAAACCTTACAGGTGTTACAAGATCACAGCGATGAGGTTTGGTTTTTGCAATTTTCTCATAATGGAAAATACTTAGCTTCTTCGTCCAGTGACCGATCTGCAATTATATGGGAGGTAGACTTAAATGGAAGAATTTCTTTGAAGCACAGACTGTTAGGTCACGAGCAACCAATCTCTCTGGTCTCATGGAGTCCTGATGATAAGCAGCTACTCACGTGTGGGGTGGAGGAAGCTGTCAGGCGTTGGGATGTCGCTTCGGGTGAATGCCTCCATGTTTATGAAAAAGCTGGTCTTGGACTGGTCTCTTGTGGCTGGTGTCCCGATGGAAAGCATATACTTGCAGGTGTTAACGATAAAAGTATCTGCATGTGGGAATTAGATGGGAACGAGTTGGAAGGTTGGAAGGGCCAAAGGACTCTTAAGATTTCTGATCTAGAAATAACCAATGATGGGAGGAAGATTATCAGTATTTGTAGGGATACTGCGATATTGCTACTTGACAGGGAGTTAAACTTGGAGAAATTGATCGAAGAGGATCAAATAATAACATCTTTTCAATTGTCGAGGGATAATAAGTTCTTACTAGTAAATCTTTTGAACCAAGAAATCCATCTGTGGAATTTAGAAGGCGAGGCCGAGATTGTCACAACATACACAGGTCACAAGCGCACCCGGTTTGTTATTCGGTCCTGTTTTGGAGGGCTCAACCAGGCTTTTATTGCAAGTGGTAGTGAAGACTCACTGGGACACTCAGGGTCTGTAAACTGTGTGAGTTGGAATCCTACAAATCCTCACATGTTGGCATCGGCGAGCGACGACCGTACGATTAGAATATGGGGCTTAAGAGAGCTGGATGTTGATGTTGTCAAGTTCAAAAATACTGAACAACACAGTAGTAGTAATGCTAAACCTTTCATGGGAGGTGTGGAGGATGAAGAACCAGCCTTGAAACGCATGAAAGTAGCCTCTACAGAGTTAAGGCATCTTTCCAACGGTTCATCCATTGTAGAGCGTGTAGGGGGTTCTTCTAGGGACTTGATGGCTAGACCCCTACTGTCTGAAGGAAATAATGACGAGGTTATTGGTTCGAGAGGTGTTATTAGGAAAGATGAGTTTGTGAGAATAATTGCTAATGCATTGCATTCTCTTGGTTACAAGAAGAGCAGTGCTCGTCTTGAGGAAGAGTCTGGAATACCCTTGCATTCTTCTGCTGTTAATATATTTATGCAGCACATTCTTGATGGAAATTGGGATGAAAGCATTAATACCTTACATAAAATTGGTCTATCAAATGAAAGCATGGTTAAGTCTGCCTCGTTTTTGATACTAGAGCAGAAATATTTGGAGCTTTTGCAAGTTGATAAGGTCATGGAAGCTTTGAAGACACTGAGAACTGAGATTGTTCCTCTTTCTATTAACAACAATAGAATACACGAACTTTCATCCTTCATCATGTCTCCTTCACTGAGTGGTTTAATTGGTTCACCCCGTGAAGAGCATTCGAGAGCTAGGTCTCGGACAAAATTGCTGGAGGAATTGCAGAAGCTTCTTCCACCGGCAATTATGATTCCTGAAAATAGGTTGGAACATTTAGTTGAACAGGCTCTTTTGTTGCAACGAGACTCTTGTGTCTATCACAACCCTACAGATCAAGAAATGTCATTGTATACAGATCATAATTGTGGGAAAAATAAGATACCTTCTCAAACTCTTCAGGCATTACAAGCACATCGTGATGAAATTTGGTTTTTGCAATTTTCTCATAATGGGAAGTACTTAGCTTCATCATCTAGTGATCTTTCTGCAATCATATGGGAGGTAAACTCCAATGGTACGGTCTCTCTAAAGCATAAACTATCCGGCCACCAGAAACCTGTCTCCTTGGTTTCATGGAGCCCCGACGATAGTCAGCTGCTAACCTGTGGGGTGGAGGAGGCCATTAGGCGGTGGGATGTTTCTTCTGGCAAGTGCCTCCATGTTTATGAAAAGGCTGGCTTTGGGTTGGTTTCTTGTGGATGGTTTCCTGACGGAAAGTCTATACTAGCTGGTATTAATGATAAGAGTATCTGCATGTGGGATTTGGATGGCAAAGAGTTGGATTCTTGGAAAGGGCAACGGATTTTGAAGATATCGGATTTAGAAATAACAGATGATGGGAAGAAAATTATTACTATATGCAGAGAAACTGCTATTTTGCTTCTTGATAGGGAGGCAAAAATTGATAGATGGATTGAAGAAGATCAAGTAATAACTTCTTTTCGGTTGTCCAAAGATAATAAATTCTTGCTGGTTAATCTTCTGAATCAAGAAATTCATCTATGGAGTTTAGTAGGTGAACCTAATCTTGTGTCAAAGTATAAAGGTCATAAGCGCACTCGGTTTGTTATTCGGTCCTGTTTTGGAGGACTTGAGGATGCTTTTATTGCAAGTGGTAGTGAGGATTCACAGGTATATATATGGCACAGAAGATCTGGGGAGCTTATAGAAGCGTTGCCGGGTCATTCTGGTTCAGTTAATTGTGTGAGCTGGAACCCTACAAACCCGCACATGCTGGCATCGGCCAGCGATGACCATACGATCAGAATATGGGGCTTAAAGGGACTGAATGTAAAACGGAAGAATGCATACAGCAATGGCTTCCACTATTGCAACGGTGGAACTTAACGAGAAGGCTTACTGCTGTCCCCGGTTATTATTCTTCCCTCTCTGACAGTTGCTCCTGTAAATACTTACTACAATCACTCTTCTAAGTTAAGATTCATGTTAAATGTGAATTAAGAAGTTTATTCTTAAATGAATAAGTTATTTCAATGGTAC ATGGGAGGTTTAGAGGATGAAGAACCAGCCTCCAAACGCATGAAGGTATCGTCGGAGAAATTGAAGGGACTGTCGAACGGTTTATCTGTAGTAGAGCCTTTAGGGGGCTCTTCAAGAGACTTGATGGCTCGCCCCCTACAATCCGAAGGGGACAGTGGTGATGTTATTGGTTCAAAGGGAGTGATCAAAAGAGTAGAGTTTGTGAGAATTATAGCCAATGCATTGTATTCTCTTGGTTATAAGAAAACTGGTGCTTATTTAGAAGAGGAGTCTGGGATACCCCTACATTCCCCGGCTGTAAATGTGCTTATGCAGCAAATTCATGATGGTAAATGGGATGAAAGTGTCGAAACTTTGCAAAAAATTGGTCTATCAGATGAAAGCATTGTCAAAGCAGCTTCTGTTTTGGTATTAGAACAGAAATTCTTTGAGCTTCTGGAAAGGGACAAAGTCACTGAAGCTTTACGGACGCTGAGGACTGAGATTGCTCCGCATCACATTAATGAAAAAAGAATTCGTGAGCTCTCTTCCTGCTTGGTTTCTCCGTCAATGAGAGCTCAAGCCAATTCATCTTGTCAACGAAGTGCAAGGGCCAAGTCTCGGACACAATTGCTGGAGGAATTGCAGAAACTTCTTCCTGCATCCCTTATGATACCAGAAAAAAGATTGGAACATTTAGTTGAACGCGCCCTTTTGTTGCAACGAGATGCTTGCACTTTCCATAACTCCTTAAATCAGGAGATGTCATTGTATACAGATCATGATTGTGGGAAAAATCAGATTCCGTCTCAAACCTTACAGGTGTTACAAGATCACAGCGATGAGGTTTGGTTTTTGCAATTTTCTCATAATGGAAAATACTTAGCTTCTTCGTCCAGTGACCGATCTGCAATTATATGGGAGGTAGACTTAAATGGAAGAATTTCTTTGAAGCACAGACTGTTAGGTCACGAGCAACCAATCTCTCTGGTCTCATGGAGTCCTGATGATAAGCAGCTACTCACGTGTGGGGTGGAGGAAGCTGTCAGGCGTTGGGATGTCGCTTCGGGTGAATGCCTCCATGTTTATGAAAAAGCTGGTCTTGGACTGGTCTCTTGTGGCTGGTGTCCCGATGGAAAGCATATACTTGCAGGTGTTAACGATAAAAGTATCTGCATGTGGGAATTAGATGGGAACGAGTTGGAAGGTTGGAAGGGCCAAAGGACTCTTAAGATTTCTGATCTAGAAATAACCAATGATGGGAGGAAGATTATCAGTATTTGTAGGGATACTGCGATATTGCTACTTGACAGGGAGTTAAACTTGGAGAAATTGATCGAAGAGGATCAAATAATAACATCTTTTCAATTGTCGAGGGATAATAAGTTCTTACTAGTAAATCTTTTGAACCAAGAAATCCATCTGTGGAATTTAGAAGGCGAGGCCGAGATTGTCACAACATACACAGGTCACAAGCGCACCCGGTTTGTTATTCGGTCCTGTTTTGGAGGGCTCAACCAGGCTTTTATTGCAAGTGGTAGTGAAGACTCACTGGGACACTCAGGGTCTGTAAACTGTGTGAGTTGGAATCCTACAAATCCTCACATGTTGGCATCGGCGAGCGACGACCGTACGATTAGAATATGGGGCTTAAGAGAGCTGGATGTTGATGTTGTCAAGTTCAAAAATACTGAACAACACAGTAGTAGTAATGCTAAACCTTTCATGGGAGGTGTGGAGGATGAAGAACCAGCCTTGAAACGCATGAAAGTAGCCTCTACAGAGTTAAGGCATCTTTCCAACGGTTCATCCATTGTAGAGCGTGTAGGGGGTTCTTCTAGGGACTTGATGGCTAGACCCCTACTGTCTGAAGGAAATAATGACGAGGTTATTGGTTCGAGAGGTGTTATTAGGAAAGATGAGTTTGTGAGAATAATTGCTAATGCATTGCATTCTCTTGGTTACAAGAAGAGCAGTGCTCGTCTTGAGGAAGAGTCTGGAATACCCTTGCATTCTTCTGCTGTTAATATATTTATGCAGCACATTCTTGATGGAAATTGGGATGAAAGCATTAATACCTTACATAAAATTGGTCTATCAAATGAAAGCATGGTTAAGTCTGCCTCGTTTTTGATACTAGAGCAGAAATATTTGGAGCTTTTGCAAGTTGATAAGGTCATGGAAGCTTTGAAGACACTGAGAACTGAGATTGTTCCTCTTTCTATTAACAACAATAGAATACACGAACTTTCATCCTTCATCATGTCTCCTTCACTGAGTGGTTTAATTGGTTCACCCCGTGAAGAGCATTCGAGAGCTAGGTCTCGGACAAAATTGCTGGAGGAATTGCAGAAGCTTCTTCCACCGGCAATTATGATTCCTGAAAATAGGTTGGAACATTTAGTTGAACAGGCTCTTTTGTTGCAACGAGACTCTTGTGTCTATCACAACCCTACAGATCAAGAAATGTCATTGTATACAGATCATAATTGTGGGAAAAATAAGATACCTTCTCAAACTCTTCAGGCATTACAAGCACATCGTGATGAAATTTGGTTTTTGCAATTTTCTCATAATGGGAAGTACTTAGCTTCATCATCTAGTGATCTTTCTGCAATCATATGGGAGGTAAACTCCAATGGTACGGTCTCTCTAAAGCATAAACTATCCGGCCACCAGAAACCTGTCTCCTTGGTTTCATGGAGCCCCGACGATAGTCAGCTGCTAACCTGTGGGGTGGAGGAGGCCATTAGGCGGTGGGATGTTTCTTCTGGCAAGTGCCTCCATGTTTATGAAAAGGCTGGCTTTGGGTTGGTTTCTTGTGGATGGTTTCCTGACGGAAAGTCTATACTAGCTGGTATTAATGATAAGAGTATCTGCATGTGGGATTTGGATGGCAAAGAGTTGGATTCTTGGAAAGGGCAACGGATTTTGAAGATATCGGATTTAGAAATAACAGATGATGGGAAGAAAATTATTACTATATGCAGAGAAACTGCTATTTTGCTTCTTGATAGGGAGGCAAAAATTGATAGATGGATTGAAGAAGATCAAGTAATAACTTCTTTTCGGTTGTCCAAAGATAATAAATTCTTGCTGGTTAATCTTCTGAATCAAGAAATTCATCTATGGAGTTTAGTAGGTGAACCTAATCTTGTGTCAAAGTATAAAGGTCATAAGCGCACTCGGTTTGTTATTCGGTCCTGTTTTGGAGGACTTGAGGATGCTTTTATTGCAAGTGGTAGTGAGGATTCACAGGTATATATATGGCACAGAAGATCTGGGGAGCTTATAGAAGCGTTGCCGGGTCATTCTGGTTCAGTTAATTGTGTGAGCTGGAACCCTACAAACCCGCACATGCTGGCATCGGCCAGCGATGACCATACGATCAGAATATGGGGCTTAAAGGGACTGAATGTAAAACGGAAGAATGCATACAGCAATGGCTTCCACTATTGCAACGGTGGAACTTAA MGGLEDEEPASKRMKVSSEKLKGLSNGLSVVEPLGGSSRDLMARPLQSEGDSGDVIGSKGVIKRVEFVRIIANALYSLGYKKTGAYLEEESGIPLHSPAVNVLMQQIHDGKWDESVETLQKIGLSDESIVKAASVLVLEQKFFELLERDKVTEALRTLRTEIAPHHINEKRIRELSSCLVSPSMRAQANSSCQRSARAKSRTQLLEELQKLLPASLMIPEKRLEHLVERALLLQRDACTFHNSLNQEMSLYTDHDCGKNQIPSQTLQVLQDHSDEVWFLQFSHNGKYLASSSSDRSAIIWEVDLNGRISLKHRLLGHEQPISLVSWSPDDKQLLTCGVEEAVRRWDVASGECLHVYEKAGLGLVSCGWCPDGKHILAGVNDKSICMWELDGNELEGWKGQRTLKISDLEITNDGRKIISICRDTAILLLDRELNLEKLIEEDQIITSFQLSRDNKFLLVNLLNQEIHLWNLEGEAEIVTTYTGHKRTRFVIRSCFGGLNQAFIASGSEDSLGHSGSVNCVSWNPTNPHMLASASDDRTIRIWGLRELDVDVVKFKNTEQHSSSNAKPFMGGVEDEEPALKRMKVASTELRHLSNGSSIVERVGGSSRDLMARPLLSEGNNDEVIGSRGVIRKDEFVRIIANALHSLGYKKSSARLEEESGIPLHSSAVNIFMQHILDGNWDESINTLHKIGLSNESMVKSASFLILEQKYLELLQVDKVMEALKTLRTEIVPLSINNNRIHELSSFIMSPSLSGLIGSPREEHSRARSRTKLLEELQKLLPPAIMIPENRLEHLVEQALLLQRDSCVYHNPTDQEMSLYTDHNCGKNKIPSQTLQALQAHRDEIWFLQFSHNGKYLASSSSDLSAIIWEVNSNGTVSLKHKLSGHQKPVSLVSWSPDDSQLLTCGVEEAIRRWDVSSGKCLHVYEKAGFGLVSCGWFPDGKSILAGINDKSICMWDLDGKELDSWKGQRILKISDLEITDDGKKIITICRETAILLLDREAKIDRWIEEDQVITSFRLSKDNKFLLVNLLNQEIHLWSLVGEPNLVSKYKGHKRTRFVIRSCFGGLEDAFIASGSEDSQVYIWHRRSGELIEALPGHSGSVNCVSWNPTNPHMLASASDDHTIRIWGLKGLNVKRKNAYSNGFHYCNGGT Homology
BLAST of Cla97C11G222520 vs. NCBI nr
Match: KAG7024694.1 (WD repeat-containing protein 26, partial [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 1978.4 bits (5124), Expect = 0.0e+00 Identity = 998/1172 (85.15%), Postives = 1056/1172 (90.10%), Query Frame = 0
BLAST of Cla97C11G222520 vs. NCBI nr
Match: KAG6406976.1 (hypothetical protein SASPL_129956 [Salvia splendens]) HSP 1 Score: 1387.1 bits (3589), Expect = 0.0e+00 Identity = 691/1167 (59.21%), Postives = 884/1167 (75.75%), Query Frame = 0
BLAST of Cla97C11G222520 vs. NCBI nr
Match: KAG6404768.1 (hypothetical protein SASPL_132344 [Salvia splendens]) HSP 1 Score: 1364.4 bits (3530), Expect = 0.0e+00 Identity = 684/1179 (58.02%), Postives = 876/1179 (74.30%), Query Frame = 0
BLAST of Cla97C11G222520 vs. NCBI nr
Match: XP_038898395.1 (WD repeat-containing protein 26 homolog [Benincasa hispida] >XP_038898396.1 WD repeat-containing protein 26 homolog [Benincasa hispida] >XP_038898397.1 WD repeat-containing protein 26 homolog [Benincasa hispida] >XP_038898398.1 WD repeat-containing protein 26 homolog [Benincasa hispida]) HSP 1 Score: 1099.3 bits (2842), Expect = 0.0e+00 Identity = 545/582 (93.64%), Postives = 560/582 (96.22%), Query Frame = 0
BLAST of Cla97C11G222520 vs. NCBI nr
Match: XP_004149517.1 (WD repeat-containing protein 26 homolog [Cucumis sativus] >KGN54949.1 hypothetical protein Csa_012879 [Cucumis sativus]) HSP 1 Score: 1092.8 bits (2825), Expect = 0.0e+00 Identity = 541/582 (92.96%), Postives = 556/582 (95.53%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy Swiss-Prot
Match: Q9FNN2 (WD repeat-containing protein 26 homolog OS=Arabidopsis thaliana OX=3702 GN=WDR26 PE=1 SV=1) HSP 1 Score: 742.3 bits (1915), Expect = 8.4e-213 Identity = 360/595 (60.50%), Postives = 458/595 (76.97%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy Swiss-Prot
Match: Q9FND4 (WD repeat-containing protein WDS homolog OS=Arabidopsis thaliana OX=3702 GN=WDS PE=1 SV=1) HSP 1 Score: 488.0 bits (1255), Expect = 2.9e-136 Identity = 248/512 (48.44%), Postives = 344/512 (67.19%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy Swiss-Prot
Match: P0DPA1 (WD repeat-containing protein DDB_G0349043 OS=Dictyostelium discoideum OX=44689 GN=DDB_G0349043 PE=4 SV=1) HSP 1 Score: 396.4 bits (1017), Expect = 1.1e-108 Identity = 217/564 (38.48%), Postives = 323/564 (57.27%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy Swiss-Prot
Match: Q5SP67 (WD repeat-containing protein 26 OS=Danio rerio OX=7955 GN=wdr26 PE=1 SV=1) HSP 1 Score: 362.5 bits (929), Expect = 1.8e-98 Identity = 200/507 (39.45%), Postives = 293/507 (57.79%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy Swiss-Prot
Match: Q7K0L4 (WD repeat-containing protein 26 homolog OS=Drosophila melanogaster OX=7227 GN=CG7611 PE=1 SV=1) HSP 1 Score: 324.7 bits (831), Expect = 4.2e-87 Identity = 205/578 (35.47%), Postives = 313/578 (54.15%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy TrEMBL
Match: A0A0A0L1M7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G614220 PE=4 SV=1) HSP 1 Score: 1092.8 bits (2825), Expect = 0.0e+00 Identity = 541/582 (92.96%), Postives = 556/582 (95.53%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy TrEMBL
Match: A0A5A7SR20 (Putative WD repeat-containing protein-like OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold81G00380 PE=4 SV=1) HSP 1 Score: 1071.2 bits (2769), Expect = 3.0e-309 Identity = 544/580 (93.79%), Postives = 555/580 (95.69%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy TrEMBL
Match: A0A1S3CS38 (uncharacterized WD repeat-containing protein C343.04c-like OS=Cucumis melo OX=3656 GN=LOC103504122 PE=4 SV=1) HSP 1 Score: 1071.2 bits (2769), Expect = 3.0e-309 Identity = 544/580 (93.79%), Postives = 555/580 (95.69%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy TrEMBL
Match: A0A5A7SU73 (Putative WD repeat-containing protein-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold504G00320 PE=4 SV=1) HSP 1 Score: 1066.6 bits (2757), Expect = 7.2e-308 Identity = 544/581 (93.63%), Postives = 555/581 (95.52%), Query Frame = 0
BLAST of Cla97C11G222520 vs. ExPASy TrEMBL
Match: A0A0A0KZQ6 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G614210 PE=4 SV=1) HSP 1 Score: 1065.4 bits (2754), Expect = 1.6e-307 Identity = 542/580 (93.45%), Postives = 554/580 (95.52%), Query Frame = 0
BLAST of Cla97C11G222520 vs. TAIR 10
Match: AT5G08560.1 (transducin family protein / WD-40 repeat family protein ) HSP 1 Score: 742.3 bits (1915), Expect = 6.0e-214 Identity = 360/595 (60.50%), Postives = 458/595 (76.97%), Query Frame = 0
BLAST of Cla97C11G222520 vs. TAIR 10
Match: AT5G08560.2 (transducin family protein / WD-40 repeat family protein ) HSP 1 Score: 742.3 bits (1915), Expect = 6.0e-214 Identity = 360/595 (60.50%), Postives = 458/595 (76.97%), Query Frame = 0
BLAST of Cla97C11G222520 vs. TAIR 10
Match: AT5G43920.1 (transducin family protein / WD-40 repeat family protein ) HSP 1 Score: 488.0 bits (1255), Expect = 2.0e-137 Identity = 248/512 (48.44%), Postives = 344/512 (67.19%), Query Frame = 0
BLAST of Cla97C11G222520 vs. TAIR 10
Match: AT4G02730.1 (Transducin/WD40 repeat-like superfamily protein ) HSP 1 Score: 127.9 bits (320), Expect = 5.3e-29 Identity = 83/302 (27.48%), Postives = 146/302 (48.34%), Query Frame = 0
BLAST of Cla97C11G222520 vs. TAIR 10
Match: AT3G49660.1 (Transducin/WD40 repeat-like superfamily protein ) HSP 1 Score: 115.5 bits (288), Expect = 2.7e-25 Identity = 83/301 (27.57%), Postives = 153/301 (50.83%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (97103) v2.5
Date Performed: 2022-01-31
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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