PI0010008 (gene) Melon (PI 482460) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGGAAGATATCCAAGGGTAATTTCATCTTTAACCTAGTGAAACTTTCTTCTCCTTCTGTACCTTTCAACACTGTCATGCACCTGCACACATGGTTTTTTCAGTCCACATATTTGAAGAGCGATTATTCCTTTCAGGCTTGCCGAGAATGTGCTCTCAAATGGAGATGTATATATTGGCAGTTTCAAAGATAGTTTGCCTCATGGTAAGGGGAAGTACATGTGGTTCGAAGGAACAATTTATGATGGTGATTGGGAAGATGGAAAAATGTCAGGTAAGGGAAAGATTATGTGGCCATCGGGAGCAAGATATGAGGGTGATATCTCAGGTGGTTATCTTCATGGTTTTGGTACCTTCTACTATTCTGATGGGTCTATCTATAATGGAGCTTGGAGAATGAATATTCACCATGGGATTGGACGAAAGCTATATGCTAATTTAGACATTATGATGGTTCTTGGAAAGAAGGGATACCTGAAGGTTGTGGTAGATACTTCTGGAGTTCTGGAAATTCTTATATTGGGAACTGGAAAGGCGGGCAAATGTGTGGTAAAGGGATAATGAAATGGGTAAATGGTGATCATTTCATTGGCTTTTGGTTGAATGGTTTTCGACATGGATCTGGAGTCTATCATTTTGCTGATGGTGCATATTACTTTGGATCATGGAGTAAGGGCCTCAAGGATGGAAAAGGGACATTTTATCCAGCTGGTAGCAAACCACCATCTCTGGAGAAGTGGCATAACTTTATTGGTTATGATATTGATGGAAAAGGTTTTGTATCTCGTACTCTCTCACTAAATTTAGAGAAAGAAAGGCTCCAAAGCATGGTCTTAAGCACAGTTTTCAGAGAAGATTTCCGTCACTGGAATTTCAAGTGCTGGAGGACTATCAATTGGCCTACATCGATGGATGTAAATTTGGGCAGTGATCCTGCTCGAGAAGCATCAGCCGATGAAGATTCTTGTGTGATGTCCCATGGTTCTAAATCTGTTCAAGGTCAAAATAATGTACCATATAATCAAAGAATGGTTTATGAAAGGGAGTACATTCAAGGAGTTTTGATACAAGAGAGGTTAAGGTCTATGAAGAACTATTGGATAGGAGTAAGGAACGAAAGAAAACTACTGTGAAAGAAGCAGCGAGGGTGTCATGTGTTAACTTCTTTGAAAGTCATCGGAGCTACTATTTAATGCTTAATTTGCAACTTGGTATAAGGTAAATCTGTTAATTTTTTTGGACAATATAGGTTAAATTTGTTACATCGTATGTCTCTAATCTGGTCCACAGGCTGCCTTTCTAATATGAATTTTTAAGCAGTGGAGGTAGAAATACTTTAGTTTGAAGGGGACCTAGATAAACTAAATGCTGTAGATATTCTAGTACAAATCTATAGTAGTAGCACAAATAACACTTTGATGTATACTATCACACACATTCCTTTAAATAGTGATCCGTGTGACGATGTAACACAACACTTGTTTTTTCTTTTGTTGATGATGGGCATCTTAATTTGTATTGAAAATAATGGGAAATCTAGAAATCTAGAAAAGCATGCTTAGTAGGTTGTCTGGAGTTTATTTTTAGGCCTGTTAACGAGATGTCATGAATTAAATAATAATGGTTGATAATTATTCTACTTTAAGTTTTCAGGTATACTGTTGGTAAGATTACGCCCGTTCCTATGCGTGAAGTTCGAGCATCTGATTTTGGAAAACGGGCTAGAATAGTAATGTACTTTCCTAGAAAGGGCTCTCAGTTTACACCTCCACACTATTCTGTCGACTTCCATTGGAAAGACTATTGTCCTATGGTCTTCAGGTAGTTTATGATCTACTGCACTCCATTCAATTAACTATTTATAAAATTGCAATGGAAAGTTATGCATTTAAACCTCTTGTTAAATGATCTACTGCACGCCATTCAATTAACTCTTGTTATAGTCCTGATTACTAAACCAATATAACATAACGATGTTATTCTTCCTCCTTTTTCTAACTTCCTAGTGTCCTGGTGTTGGATTTGGATGACATACTATTATTTCAATTTCATTCGATTGCCCACTGAATTTTTAAGTGTGAAAGAATGCAAACAGTTCAGTGATTATTTCTATAATTCTTTTCTATAAATATTGTATTTGTTCTCCTTTGTTGTAGTTTCTTTTTCAGGGGGTTTTGTTGGTCAAAGATTTAGGTTTTTCTTAGAAGGAAACAAGACTTTTCGTTGATGAAATGGAAATAGATTATTGTTCAAAATACAATGAAACTAAGTAAGAAAAAAATAAAAAATAAAAATAAAGGCCATGACTTGCACTTATCCAAAAAGTAAAGCAAAAGTAATCAAATAGAACCCATGGCAGAACAACATGACTCTTAAATGAAGGCCACTTAGTCTGAGACTTGAGAACAAAGAACCGTGAGATGAGGGCAAACAATAGGAGGCAAGTCATTAGAGAGAGAGCCAATTCCAAATTCTTCAGTGCCGATAAGAAATCTAACAACCCATGAAAACTATATTTGAAGGCCAACTCGATTAATCTACTGAAATATAGGCAGTCGTAACTCCCCCTAAGTAGACTTGGTTAACTACTCTTCTGATCTTTCTTCGTCTCGTTTCAATACTATAAAATCCCTCTCCTCTCCTAAACGCCTTCCGACCGTTCCCTCATCAACTAAAATTTCTTCCTTTGTTCTTTTCCCATCCAAAACTTCGTTATCCTTCTAATCATAACCATTGCCTTTGATCCAATGGAAGTCAAAAGCTGCAATAAAGTCTCCTCTTGGTCCGGTAGATACGAGTTTGCATGTCTGAATGCCTCTTCGTGGTGCTCCCTAAGTAAACAATTTAAGGACTTCTCTATGCATGATATCTTACTAAACTGGGAGGCCTTATCTTTCCTCCTTGTTGATGCTTCAGATTTGGCTCACAGCCTTTGGTGGTTCTAACAGTTTCGGAATCTTTCTTTGTCTGGCTGTATTTTTAATTTCTAGTCTTGTTAGAAGTTGCTTCTTATGTTCTTTTTGAGTTGTATTGGTTGTTGTAAGCCACTTAGCCCTGCACTTGGATGTTATTAGTTGATTTGTCTTTTTATTATGTATGGATATGATGAGGGTGTTAAAGGGGTGTCAACAGTCAACCTAGTTGAGATGCTCGGGTGCACCTCCTAAACCTTGGTTTGATTGCTCATTGTGTTATCCTCTTGTACTATGAGCTTTTATCTCATTGTTTATTTATTAATAAATGAGACTGTTCCCTTTTCTTTTTTTGAAATGGAGACAAAACTTCTTTATTAATACGAACTCAAAGTACAAGAGAGTTATACAAAGAGTGCAATAAAGAAGTTGTAAACAGGGGAAACCTAGAGGGATCAGGAGGTGCACCGGACATCCCTTTTCAAAAAAAAAAAAAAAAAAAAAAAGGTTAAAAGCTGCAAAGTTAAAAACCTTTTTATTTATTATTTATTTTTCTTTCACATTTGGAAGGAGGGAAATGGATTCGTTTGTAGAAGAATGAGCAAGGATATTAAAGGTCTCCTATCACTAGCAATGATAGGATGGTTTATAGAGGAAATGGATCGTTTGTTGTCCTTATCTGATGTAGGGCTACTTTGGGAATTCAGAGTGGCTGTATTTATTTGTTTATTTTAATCATTTTCAATGTAATATTTTAGTTTAGGTGTGACAAAACCCTTCTCCGTTGGGTCGTAGGTTAGGTTTAGTTAGCTAGTTAGGTGTGAAACCACCCTTTACCGTTTGGTTCTATTTAAAGGGAACTTTGTTAGCATTTCTTTCATTATTCAATATCAATAAAATTCCTTCTCGAAGATTGCTGCAAGAGACTTTTAATTCTCGTACAAAAATTGCATCAATTGGTAGCACAGCATCCTTGACATAGGGCCTGATGGTGACCAAGAACTCCAAGAATCCCGAGCACCCTACTGCAGATGCAGAAGCATCCTCATCCTCTTCTCAATCTTTCAACCGGTGCTTAACTCATCTGGAACATCGCTTGAAGACAAAATACTCAGGCTTTTGGATGTGCAGTCCAAAATGGTTGGCCTTATAGCTTCAGTGGCTGAAATTCAGCGAGCGGTAGAACTCCTCACTCAAGAAAAGGGCAAGTCCACTGCTGGTCCTGTCCAAGCACCAAATTCCAATCCCCTGCCTCTGAATCCATTTGGGAAATTTCTTTTGGGTTTGGAAGGACAATGAGACTTTGGATTTAAATCTTTAAGAAAAGTTTGTCGTTGCTAAACTAATGGCACATTATTAGTGGGTGAAAATTAAAGTTGCTCTTGAAGACTATTTTAAGACAATGATTTCTTGGAAAGGATATGTTTAATTGGCATACGACTGGAAAGGATGGTTAAAAGCTTGAGAAGTCCATGGGTTAGTATTTTCCGCCCTTGGTTGAAAGTCGAAGCTCTGGTAAATTCAAACCTGGGAATGGTAGTTGGATCTCATTTTGGTTAGACACGTGGGAGGGAGACACTTCTTTTAACAACTGGTTTCAAAACTCTTCAGAATTGCATCACTTTCGAAAGGACCGATTGCTGAATATGGGGACCTAGAGTTGAACTCTTGGTCTGTTAATTTTGTTGACTACTACAAAAAGAAGAGATTGCTGAATTTCAGGAGATGATTGGTTTAATTTCAGCAAGAAGGGTATTGTAAGACCTCCTATAATACAAACTTATAAGAGGAGGGGCAAAAGGTTAATTAGCGGTGGGTTTGTGAGTATAAGTAGAGAACATTTAGGTTTGTTGTTTTAGGTCTTATTTTGGTTAAAAGCTGTATTTGCTTTTAAGGGAGAGGTTGCGAACCTTCTCAAAGGAGCTGGAGGTTTCTTGTGTTATTTTCTTTCCTTTGGCTTTATTGTGGACTTGATTAGTTCTCTTGCATTAATATATATATATATCCAGAGTAGTTTTGTTCTTGTTGTTGGGATTTTACTGCATTTCAGGTTATCAGAATCCTAACAATTGGTATCAGAGCCTCTTCATCCTGGGGAGAACACGAACTCGCGCAATGGCACAACAACAGCTAGAAGAAAGAATGACATCCACAGAGAAAGAGATAGTGGACTTGAAAGAGATATTGCTAGGATTGAAAATGAGTTTTGACCGACTTTCAGTAGACATGTAGGAGAATAGTTCTACACGGAAGAAGGAAGAATCAGGGACGTAGATACTGCTCAGACCAGTGAACAAGTGACTGGAGATCGAAGCCGTTATAAGAAGTTAGAAATGTCGGTTTTCAGTGGGGTTAACCCGGAATCATGGATATATCGTGCGGAACATTTTTTTGAAATCATGAATTGATCTATATTGAAAAGGTCAAGGTGGCTGTGGTAAGTTTTGCACCGGATGAAGTTAGCTAGTTCTGTTGGAGCAATAACAGGAAACGGGTCACGTCATGGGAGGATCTGAAACAGAGGATGCTCAGCTATTTCCAACCCACGGGGGAGGGAAGCCTAGGAGCAAGATTGATTAGGATTACCCAGGATGGAACCTATGCCGAGTATGTGAAGAAGTTCTTGAACTACACTGCTCCCTTACCAGAGATGGCCGAATCTGTCCTTATGGATGCTTTTGTGACCGGGCTGTCACCGGAACTGAAGGCGGAAGTGGTGAGCCGTCATCCCAAAAACTTGGAAGATTGTATGAGGGAGGCGCAACTTGTAAATGACTGCAATGTGGCTTTAAGTTTTACGCTGAAAGAACTAGGGATTCATGGGTCAGTTAAGAAAGAGGCCCAGCCCAACAAGGCCCTTTGGGCCCCAAGAGGAAACTTACGCGCCAGGTAATTATACCTATGAAGGGAAATCCCTTAGAAAAGAGCCGCCTCCAAGAGATTGTCGGACACTGAAGTGAGGGCACGTCTGGACAAGGGATTATGTTTTCGATGCAATGAAAAATGGTCACATGGACATCGTTGTAAGGGGCGGGAAAACAGAGAACTGAGACTATACAACACCAACAATGAGGAAGAATTAGAAGATGAGATTGAGGAGTTGACTGAGGAGACAGAGACCGTAGAACTAAAAATCATGGAATTGAACGATCAGATTGAAATAATGATCAGTGCATTACATGGGTTTTCTAATAAAGGAACTATCAAGATAAAGGGGGTGATACAAGGAAGAAACGTGATAGCTCTCATTGATAGTGGGGCATCACATAATTTCATTAACCAGTCACTAGTGAGCGAGCTTGAACTACCCTTGATGAAAGATAAGAAGTTTGGGGTGACCATTGGGGATGGAACAACAATAGAAGGTATGGGGATATGCCCGAGAATTGAACTGGAACTACCAAACCTGACCATCAAAACCGAGTTCTTAGCCATTAACCTGGGAAGTCTAGATGTGGTCTTGGGCTACTCTTGGCCATGCTCAACCGGATTTATGGGAGTGCACTGGTCCTCAGGAATGCTGACCTTTCAGATGGAAGATAAAATAGTTATTCTCAGGTGGGACCTAAAACTATCCACTGTGGAATGCTCCCTCAAAATTTTAACAAAATCTTGGAAGGAAGAGGACCAAGGTTTTTGGGTGGAATTCTAGAACATAGAAGGGTATGAGGAAGGTTTGACGGAAAGTGAGACCAGCAAAAAAAAAAGGAAGAAGAAGAATTCCCTATGATCCAATCCCTCCTCCACCAATTTGAAGATATTTTTTCATTACCAAACAAACTTCTCCCATGAAGAGCCATTGACCATCGCATCCTGACTATGGAGGGACAATGACCGATCAATGTAAGGCCTTATAAATATGGTCACATACAGAAAGAGGAGATTGAAAAACTGGTGGTTGAAATGTTACAATCCGATATCATTAGACCAAGTAGAAGCCCTTACTCCAGCCCGATTTTGTTAGTCAAGAAGAAGGATGGAGGTGGCGCTTCTGTGTAGATTACAGGAAACTGAATCAGGCACGATAGCTGACAAATTTCCCATCCCAGTCATCGAAGAATTGTTGGACGAACTACATGGTGCATCAGTTTTCTCTAAGTTGGATCTCAAGTTGGGATACCATCAGATCATAATGAGAGAGGAAGACATTGAAAAGACAACCTTTAGACGAGGGCCATTATGAATTTTGGTCATGCCCTTTGGGTTAACAAATGCCCGACCACTTTCCAATCCTTAATGAACCATGTGTTTAGACCTTTCCTTCGCAGATTTGTGCTGGTATTCTTTGATGACATATTAGTCTACAGCAGGGACATCGCGGAGCACAAAAAACATTTAGGAGTAATTTTCAATATACTCTGAGATAATCAATATTTGGGCCATTGGTTATCTAGCAAAGGAGTTGAAGCGGATGAGGACAAGGTGCTTGCTATGATAAACTGGCCAGAACCAAAGAACGTAACAGAATTGAGAGGGTTTTTGGGATTGACTGGATACTACTGGAGATTCGTGAAACAGTATGGGGATATTGCGGCACCCCTCACCAAACTCCTTCAAAAGAACACGTTCCAGTGGGGTGAAGAGGCATCAGAGGCTTTTGAATCCCTCAAGAGAGGAATGGCTTCCATTCCGGTTCTAGCCCTTCCCAATTTTTCACATCCGTTTGTCATTGAAACAGATGCTTCGGGGTATGGACTGGGAGCTGTCCTTTCACAGAACTTACGACCAGTGGCCTACTTCAGCCAAAAACTATCTCCTAGAGCCCAGACGAAATCCGTGTATGAGAGGGAGTTAATGGCTGTGGTACTTTCAGTACAGAAGTGGAGGCATTACCTAATGGGAAGAAGATTTACAGTGATCTCAGATAAAAAAGCTTTGAAGTTTTTGATTGAACAGAGAGAGGTGCAACCATAGTTCCAAAAATGGTTAACTAAGTTGCTGGGATATGACTTTGAGATTTTATATCAACCAGGCCTCACCAACAAAGCGGCGGATGCGTTGTCAAGGGTTAACCATCCTATGGAATGTAAGATGATGACAGTTTCTGGAGTTGTGGACATATCATTGATTGCAAAAGAGGTCAAGGAAGATGGGGAGCTGCAGAAAGTGATGAACTACTGCAAAGAGAACCGGGGGGGAGAAATGGTTACGAATGGAGTAATGACACCTTGTTATACAAAGGAAGGTTGGTATTGCCCCGTACGTCTTCATTAATACCAACTCTTCTCCATACATTCCACGATTCCTTGTTAGGGGGACACTTCGGATTCTTGAGGACATATAAGAGGTTGAGCGAAGAACTTTATTGGGTAGGAATGAAAGGAGACGTGAAGAAGTACGTGGAGGGCTGTGAAATCTGTTAGAGAAACAAAAGTAAGTCATTATTCCCTACTGGGCTTCTCCAACCACTTCCTATACCAACTCTCATCCTAGAGGATTGGACGATGGACTTTGTGGAAGGGCTCCCTAAAGCTGGTGGATTCGATTCAATCATGGTTGTGGTGGATCGGCTGAGTAAGTTAGGTCATTTCATTGCGTTAAGGCACCCCTATACTGACAAACAGGTTGCTGAATTTTTTATTGAGAAGATAGTGAGCTTGTATGGCATTCCTAGATCGATAGTGACAGATAGGGACAAAATTTTCCTAAGTAACTTTGGAAGGAACTTTTTCTAGCCATGGGAACAACACTTAAAAGAAGTACAACATTCCATCCTCAAACCGATGGGCAGACCGAAAGAGTGAATAGATGCTTGGAGACCTTCCTGAGGTGTTTTTGCAATGAACAGCCAGCAAAGTGGCATAAATGCTTGCCTTGGGCCGAGCTGTGGTATAACACCACCTTCCATGGGTCCATTAAGACAACTCCCTATCAGGCTGTGTATGGCAGATCACCACCCCCTATTATTTTCTACGGGGAACTGAAAACGACCAACAACAGTGTGGATCAAATGCTGAAAGAAAGGGACTTGACACTGAATGCATGAAGGAAAACCTGCTGTTGGCTAAGAACAGAATGAAGAAACAAGCAGACCTTCATAGGCGCGAAATAAGTTTCTCAGTGGGAGAGGAAGTCTACCTTAAACTAAGACCATACATACAGAAGCCCCTGGCCAGAAAGAAGAGCGAAAAACTGTCACCCGATTCTATGGTCCCTATAAAATCGTGGAGAGAATTGGACAGGTAGCTTACCGTCTAGACCTACCACTAGAGGCGAGAATCCATGACCCATCTTTCATGTGTCCCAACTGAAAAGAAAGCTGGGCAGTGCACAAAGAATCCAACATGACTACCCCGTGTTGACTGAGGACTTTGAACTTCAGCTAAAACCAGAAACAATTATGGGATTAGATGGAACAGAGGCTGCAACAAATGAATGGTTGGTGAAGTGGGAAGGTCTATCGGAGAATGAAGCCCCGTGGGAGTCAGAGTTACAGATGAAACAACAATTCCCCTCCTTCCACCTTGTCCTCAAGGTGGAATTTGAATCGGCCGGTATTGTAAGACCTCCTATAATACAAACTTATAAGAGGAGGGGCAAAAAGGGTAATTAGCTTGGGTTTGTGAGTATAAATAGAGAATGTTTAGGTTTGCTGTTTCTAGGTCTTATTTTGGTTAAAAGCTGTTATTTGCTTTTAAGGGAGAGGTTGCCAGCCTTCTCAAAGGAACCGGAGGTTTCTTGTGTTATTTTCTTTCCTTTGGCTTTAGTGTGGACTTTAGTTCTCTTGCATTAATATATATATATATCCAGAGTAGTTCTGGTTTTGTTGCTGGGATTTTACTGCTTTTCAGGTTATCAGAATCCTAATAGGTATTTGAGACATTTGATAAAAGAATTGGTCTCTAGAGAGAGAAAGTGATTCTTCTTGACTACTCATCTTTTTCCCTCTTCTCCTTTAGATAATGCGCTAGTACACACGGAAGATTAAAAGCCCAAGAAGGGTGAATATTCTGGTTTGGTGATGTTGGTTGGTCAATTGAACGTGTCTACAGTTTGTAGAGAAAATTGCCAAATAGCTGTCTTTCTCCCTCTATCTGTCCGTTTCGTCTCCAGCATGAAGAAGAACCATCTCGTCTCTTTTTTCTTTGCTCATATGCAGCCAACTGTTGGGAAAAATTGTTCTCCATCTTTAACATGTCTTGGGATGCCCGGGTGCACCTCCTGATCCTTGGTTTATTTGCTCATTGTATAATCCTCTTGTACTATGAGCTTTTGTCGCATTATTAATCTATTAATAAAAGAGACTGTTTCCTTTCCCAAAAAAAAAAAAAAAAAAGAAAGAGAAATTTTTTTTAATCTCTTGGCCCTTTGTCTTGACACATGGATTATTGGAGACGACTTTAATGTCACTCGTTGGAGCTATGAGAAATCTACTGGGGATTCTTCTACCTGCAGCATGGTTCTTTAGCTCCTTTATGAGAGACTGCAACCTCATTGATTCTCCTTGACAGAATGGCCTTCACTTTGTCCAGCTTCAGGGTCAACCCCTCACTGACCTTGATTGGCAGGTTCCTCATTATGGAGAGTATAGCGGAGAAATTCAACGATGCATTAGTAAAAAGATTAGGAGGAGAGATAAAGAGAGGACGGGAAAATTTAGGGTCATTCAAGTTTCTTAGGGTATTTAGTGGGGGATGTCATGGCTGTCTGCACTCAGTTGGGCCTGTCGCAAGGATTATCTAAGGTTGGAAGAGCTATAGGTGAAAAAATTGTCCAGGACGTTTTATCAATATCTCGATCTCTCTCTATTTTGGTTTATTTATTTTTATTTTTGATTAGTAAATCGCTGTGATTCTTTTGTTGTATATCTTTCATTTTCACAAATTTCTTTTGTATTGTTGTATTATCATACTCATTGGCACTCCATAATGTACGGTTACGTTCTTCTTGATTCGAATAATGATCATAACTTAGAAACCTTTATTTGTTATGATTTTTTTTTTTTTTTGCTTTTCATAATGTTAGGAATTTGAGAGAGATGTTCAAACTAGATGCAGCGGAGTATATGATGTCCATATGTGGCGATGATGGCCTAAGAGAACTCTCATCGCCTGGGAAAAGTGGAAGTATCTTTTACCTTTCTCAAGATGATAGATTTGTGATCAAGACTCTGAAGAAATCTGAGTTGAAGGTTTGAAGGCATTAAACTAAAGATCCCTGGCTTGACTTTATTAGTTAGTGAATTCCCATACTCTATTTGCTATCCTTAGTGCAGTTTCTTAAAAAGTCAATTATGTTTTGTTTTTTTTCCTTTTTGAGAAAAAAGAAAACTTAACTTGTCGTTAAATGATGGTTAAAATAATGGAAAGAGGTTAATGCTCAAAATAGATTGAAATGAAAACTACACAAATGAACTTAGAACGCTACAACAAAATTAATGAAGTAGGAATAGTATATTATGGTAGAGAATCCTTAATTTATTAGGATTTATGATTAGTTTCTTTGTTTTATTAGGATTCTAGATTAGTTTCTTTTATTAATAAGGATTGAGATTAATTTCATTTATAAATTAGGATTAGAATTAGTTTCTTTTATTAATTAGGATTAGGATTAGTTTGCTTTTCAATTAAAAATAGAGTACTTATATTCACAACTTTTAAAAACATCAATAAAATTCTCTCACTTGGTATACATAAATTTGTATTAGAGTAGTTGTCTGGGCCAACGTGACTGCCATCGGTGGAAGACCGAGAAATTTTTGATGCTGATCACAAGAGGGAGCTTTGTGAGTTGTGCTCGTTGTCGAACAACACATCTAACAAGGGAGAACTCTTAAAATTAAAAAGAAAAAAAGAAAAACGAAACCAAAGATTTATCAAAATTTTGCAAGAGTGGACTATTACCGATCAAGGAAGACGGTGAAGAAAAAACATAACAGTTGGTAAAGGAAAAAAGTCAAATTTCCTCCTAAAAGCAGTGTTGGAATTCTGATGCAAGTGGTTCATAAGAAGAATTCCAACATAATAACTTCGTTCGTGCTCGATTTTCTCAAAGAACCAGTTATTATCCACATTGATAAAGATTCTAATACAGTTTGGAATAGAATAACAAGGCGACATTATCAACAATGAGCTCGACGATCCAATCAAACCGGTTTCTTAAGAAATTGATGTAATAATTGGGAGTTAGATGATTCAGAAAATGATTTAAAGTGAAAGAAATTATTATCACTAACATCAAAGAATACCCATGAATCATTCCAACCCAAATTTGAAAGTCAAAACATTTTCAAGAAAACAAAAATATTCAAATAAAAACATCTATCAAGAGGACTTTCGAAAGAGAGTGAATGAAATTCATATATTTTTGGAAAAAAAATTAAGAAAGGCATAGTTATAATCTTCAAGATTTATCAAGAAACCATCAAGAATCACATTCGTCACTAAAAAAAATCAAGAACTCATCCAAATGGGTTGTGAAACTGCAGAAAAAATGAACGGAGTAGATGAAAAGAAAAAAATCAATTGAAGACGAGTTGAATAAGAAAGGTACAAAGATTGAAGAGGAGCTTGCGTTGGAAGAAGAAAAATTCGATGGGACTAACACGCAGGTTATTCAATTTGAACTAGATGATGAGGAACTATTAATCAATGAAATCAACAATGGAGGTATTGAAGAAGATGAAACCACTACAAAGAATGTGTCCATTTGGTCAGATCAATTAACACAACTACCTTCACCACAAGAGAACTGAGCAGAAATTAGCCTTATAATTCTATTATTGTGAATATCCTTGTTATATTTTTCTTTTTTGGTTTTTTCTGCACATTCCTTCTTTAGTCACCATTTATCTTGTATATATATTTCTTTAGTGAATGCAATAAGGTATTCTGATTTTCTCTCAAACCTAAGTGTTTTACATGGTATTAGAGCGTTAGAGAAAATTAAGGTTTGAGAATTTAAACCCTTTTGTGTTACATCTAGGGTTCTGTGGAGGGGTTGGTTTACAGTTTTGCCCACCGCACCTCTAATCGGTTTGTTTGCCGTCAGTCATCCGTCAGCCGTCGCCACTGTCGGAAATTCGTTCTTTTTCGATACCCTCAATTAAAAAAGGAGTCTAGCCACCGATCTACCAAACCCCAAATTTACGAAGCCATCCAACCAGCGTGTGAACCTCACGTGCCGCCTCTTCCTCCGTTGCAAGATCCTCGCGCCGGCACATTCATGCGAGTGCACCGCCCTTTTATGTTTGTTTTTTTATGGGTTTTGTCAGAGCTATTTCCTCTCTTTGGTGGTAATTTGTTTGGGCTGTATACTCATTGATTGTGGTTCATTCAAGGAAAAAAGTCGTTTTGGTAAATTAGGGTTTGCTTTGACACATCTCTCATTTAGATTTTGATTTGTATTTCTATCTGTTTTTTTTTGAGGTAATGGCTGATAAGAAAACAATAGTCACGTCAGAAAAGATTCCTATGTTGTCAAAAGTAACCGAACACAAGTTGTATGGATCAAACTACTATTCATGGAGTCGTCGCGAGAGGATTCAAGAATGCTTTTACAAAGCAAGAATTCTATTGACCGTGAAATCGTTGAGCTAGTAAATCACTGCGAATCAGTTAAAAAACTACTGGGATCCTGGATTTTTATTTTGGGAAAGAAAACATTAATAGAGTGTTTGATGTTTGTAAGACCCTATATCAACCTGATCAAAGAGAAAGTCTCTCACAAGTGACTTTATGGAGGTAAAAAATACCTGTGCAATATTCAATGCGTTAATGCCAATTAGCACTGATCCAAAAGTTTTTATGGCTCAACGTGAGCAGTTGTTCATCATGAGTTTCTTAGTTGGTGTTGTACCTAAATATGAGATGGCTAAAGATCAAGTTTTGTCAAGCTAAAAAATCTCATTGTTGGAAGAAGCCTATACTCGAATACTTCGCACAGAGAAGCCACAAACACTTTTGTCATCTGATTATACCAATACTTTGATTGGGTGCACAAATGACTATAGAGATAATAAAAAGGTTGCATCAAATAGCTCCAAAGGGTATCCCAATCACCAACGAACAAATTTAGGAGATGATGTTTGCTATTATTGTCATAAGCCTGGCCATACCAAACGCTAGTGTCGAAAATTGTTGAATAGGGGTCAAAGGGTGCCATCTGCAAATGTTGCTTCTACTCGTAATAATCCTGACAAGTCAATTACAATTTCTTCGGAGGAATTTGCTAAGTTTCAAAAGTATCAGGAGTCATTGACAACATCATTTTCTACTCCCATTACTACCATCGCAGAGACAGGTAACATCTCTAAATGCCTTCTTTCCTTCACTTCAAAATGGGTCATTGATTCTGGCACTACATACCATATGACTAGTAACCTCAACTTATTCTCTAACCTGTGTACGTCTTCCTCTTCACCTAATGTCACTATGGCAGATGGAACCTCAACTCCTGTTATAGGATTGGGAATCGTCCTTCTTCTAAATCAATTTCTTTGTCCTCAGTTTTAAATTTACCACAATTTTCTTTTAATTTGATTTCGGTCAGTAAACTCACTTGTGATCTTCATTGTCGTCCCCTCTTCAAGAACATTGTCGGTTGGGTCATCCGTCTATCTCTGTGTTGAAGAGTCTTCGTCCCCAATTTAAGCATTTGTCTTCCTTAGATTGTGAGTCATGTCAGTTTGCTAAATTTCACCATCTGAGTTTGTATCCTCAAGTCAATAAACGAGCTAGTGCTCTATTTGAATTAGTTAATTCTGATGTTTGGGGTCCGTTTCCTATTGAGTCCAAAGAAAGGTTTCCGTATTTTGTTACATTTGTCGATGACTATTCTCGTGTAACATGGTTGTATTTAATGAAAAATCGTTCGGAGTTTCTTTCTCATTTTCATAACTTTCATGCTGAATTCGAACTCAGTTTTGTGGTGCTCTTAAAATCTTACGGAGTGATAATGCTAAAGAATATTTCTCTCATGTATTTAAGTCTTATTTAAATTCTCATGGCATTCTTCATCAATCTTCTTATGTAGATACTCCATCTCAAAATGGGGTTGCAGAACGAAAGAATCGTCATATTCTTGAAACTGCTAGAGCCTTAATGCTTTAGATGCATGTTCCAAAATCTTTTTGGGTTGATGCCGTTTCCATAACCTGTTTCTTAATAAATCGCATGCCTGCGTCCCTTCTTAAGGGTGAGATACCTTTCTGTACCTTATGCCCTAAACAACATTTGTTTCCTATTCCACCCAAAATATTTTGTTGTACCTACTTTGTTTGTGATGTTTGGGCCCAAGATACAAATTTGGATCCAAAGGCCTTAAAATGTATCTTCCTTGGTTATTCTCGTGTTCAGAAGGGTACCGGTGTTATTGTCTCAGTCTAAACAAATATTTCACTTCTCCTGATGTCACATTCTTTGCACATTCCTCCTTTTATTCCTCACCATCTTTCTCTTCGAATACGAGTCCAAAGGAGCATCAGGAGTCAGAGGATGATTTCCTTGTCTACAATGGTGTTTTTCTTTCTGTTCCTCTTCCCAATTCATCTCTACATGTGTCTACCTCTATTCGTCCGCCCATCACTAAGGTCTATGGTCGACAACAATCTCCTTCAGTTTCAAGCCCTATACCTGAGGCTTCTTTGTTTCCTTCAGTTTCATGCCCTAGGCCAGAGGCTTCTTCGTCATTTGATTCGGAAACGAGTGATGAACTTCATATTGCTCCTCGTAAAGGTAAACATAAGTGTGCTCATCCTATTTCCTCTTTTGTTTCATATAACCTTTTGTCGTCTTCTACATGTTCTTTCATTGCATCATTAGAGTCTGAATCCATTCCTAAAACTGTCCATGAAGCCTTGTCTCATCCTGGTTGGTGTGCTGCAATGGTGGAGGAGTTGACTGCCGTAGATGACAATTGTACTTGGGATTTAGTTTCTCTCCTTGCAGGAAAGAAGCCTATCGGTTGCAAATGGGTGTTTGCAGTTAAAGTTAATCTTGATGGTTCTGTTGCTTGATTAAAAGTATGACCTGTAGCGAAAGGCTACACACAAACATATGGCGTTGATTATTTTGATACTTTTTCTCCGGTTGCAAGAATGGCATCTGTAAGGTTGTTTATTTCATTAGCTTTGTTTTGAGTTTAATCTCTTTTTGCACTTTTGTCTTTGGTCTTCTGTATGCTCTTTGTTCAAACCTTTCTAAGGCTAGTGATTTATAGTTTTTTTGTCCTATTTGTAATGGCTGAATTTATAAGCCTCGGTCGATTTTTAATGTTATGTTTCGAAGGATATGATGAGGGTGCTAAGGGAGTGCCAACCTAGTTGAGATGTCCGGGTGCGCCTGTTGATCCTAGTTATGCTTTATGCTTGAAGACATTTTCCTTTTTGATTAATTTTATGAACCATTTAAAAATAATAAAAAATTTAGTATTAAATTAGTAAATAAAATAAAATTTAAATCTTTAACGTATACAACAGTAATTCATTCCATGGTCACTGAGACTTTTTCCTTTTCCTATCCGTGACTTTACGTAGAGATAAGATTACGCTGTAGAAGGCTGTAGAGAGTTGTTGAATCCAAGTAGGCCATGAACAAGTTTTAGACCCTACTATGAATAATGAAAAACATAAGTGATGGGGTTGTTTCTCTTGGGTAAACATAAGATTGCAAAAATATGTCAAAACCTCACTAATGGTCTATTTCTTTTCTGCAGGTTTTGCTCAAAATGCTTCCTAAATATTATGATCATGTAAAAGCACATGAAAATACTCTCATAACAAAATTTTGGTCTCCATCGTATAACAATTCATGGTAGGAGTAAGGTATTTACCGTTTGCTATATGGCCTTATCTTCTTTTCTGCTGAGCATGTTGGTTTTCACGTCTAATCAGTCCAGCTTTTTCTGTCTTTTTCTTATCAGGTACGCTTTGTAGTCATGGGAAACATGTTCTGCACAGAATTAAGAATTCATCGTCGTTATGATCTAAAGGGCTCAACTTTCGGGAGGTATACTCATGGAGATAAATCCAAAGATGGTATCACATTGAAGGATCTCGATTTGTCATATGAATTCCATATGGATAAATTATTGCGACAATCCCTTTTCAAGTAATTTCCTTCTCTTAGAAGTAAATCTCGGTAGGTAGCAGTTCAGTCAATGAATATTGTCTTTAAGAAGTCTAGATAACCTATATAAGTAACTGAATGAATTAAATAATCTCTAATTTTTTAAAAATTAATACTATGATGACAGTTGAGAAACTTTAACCTTATAGATCCAAAAAAAATAAAAAAATGACATATGTTAGAATTAGTGGGGTTGTTGTATGTTGAAAGTCCAAGGGTTCTTTTGTATTTTGTAACCCTACGGTTTCCATGTAAACTTGTGTGTTAGTCTCTATCCTTATTTTCAATAATATAAATGGTATTTTTATACCACTTCACGAAACCAATATTGTATTCGTGCAAGGTTGATTGTGAGACAGAAGTAAAACTTTGAAAACTATTATATTTAGTTTACATCTCTCTAGATGGACATAATATTCAGTTTATGGGTTGGATATCAATGCAACATGCACACAAGTTTGAAACCAGCATTGAATTCTTCTTTCCATTTTTTTCTATGCCAGACAAATTTCTCTCGATTGCATGTTTTTGGAGTCTCTGCACATAATTGATTATAGCCTACTGCTAGGAGTGCATTTTCGAGCTCCTGAGAAACTAAAGGCTTTGTTGGAACCTCCTGCTACAGTTCAACATCCTGAAAATTTACTCCATGATGATGGTAAGTTTCTTCTACCTTGAAAATATTACCTTTTCTGGATAAAGGATACTAGAAATCATGTGTTAAATCACCAATTAGTTTCTAGATTAATTGGTGGTTTAACACATTATTTCTAGTTAGTATCCTTTATCATGTGTTTGTAAATTATATTATATGAATACCTTAATATTCTCGTTCACTTGTGGGCCTAAAAATTTAAAGGGCAACTTGCGTAAATCTAGGAAAGAAATGACATTGCGTTAGTTCAATATTGGACTTCTTGCTATTATACCACACTAAATTACCAGAAGCTTGTCTCTTTTTAAAAAAAATACCACACTAAATTACCAATCAACCTAAAAACTTAAGCTAATAAGCTATAAATTTATGTATTTTTAATTTTATTAATAGGAAACAATAACCATTCATTGATATGATGAAATGAGATGGAAAAGAGATAATTACAAAAAACGCCCTCCATTTATTAGCATGAGTGTTAAGGCTATATAATTATACAAAGGACAAGAGAACTTGCTCTAAGTAATAACAAATAGAGAAGTAGAATCTATAAGTAGCAAAGTCGGTTGTCAACACCAGCAGTGAAGAATTTGAGTTTGTTTCTCCAAAAACAGAGTTTCAAGATCTCCTTTAAGAGGATTTATATGGGGAGGCTCTTGGAAATTTATATGCAGATGGAGTTGTAAATCAGATGTACTTGAAACATTCTTATTATGAACCAATTGGTAAATATTTTGGAGGCTTGGTTAATATCTCCTTTTAGATAATCTTATTGATTGTACATCTTCTTTATCATAAGCTTCAAGTTATTCGACGTTTTGGTGCTTGGATTCCAACTCAATCACTTTGTTGTTCTTGCTTGATTTTTTTTCTTCCACCTTGTTATAATTCTATTATTGTTAATATCTCTGTTATACTTTCCTTATTTGGGTTTTTATACACTTTCCTTATTTGGTCACCATTGTATCTTGTATATATATTTCTTTAGTGAACGCAATGAGGTATTTTGATTCTCTCTCAAACCTAAGTGTTCTACATGGTATTAGAGTGTCCGAGAAAATTAGGGTTTTGAGTAGGGTTTGAGAATTTAGAACCCTTTTGTATTACATCTAGGGTGTTGTGGACAGGGTGGGTTTATACTTTTGCCCACCATTGCCGTCATGCTTCGTTTGCCATCTTCAGCCACCACTGTCTGATAGCCGCTGCTATCATCGGAAGTTTATCCTCTTTGATTTTCTTCACCCTTTTTTGCACCTCTCAGTTCAAAAAGGAGCCCAGCCACTGATCTATCTACCCCTAAATTTGGAAGCCATCTGACCAGTGCGTGAGGCTCACGCGCCACCTTCCTCTGCCGTCAAATCCACGCGTCTACACGTGTAGGCACGTGTGCCGCCTCTTCTTGTTCCTCTTTTGTGGGTTTCGTCGGGCGCTATTTCCTCTCTTTGGTGGTGTGTTTGTTTGGGCTATATACTCTCTGTTTGTGGTTCGTTCAAGAAAAAAAATCCTTTTTTGGTACATTAGGATTTGCTTCAAATCTGTATTTCTATCCGTTGTTTTTAGGCTATAGTTGACAAGAAAACTGTTGTCACGTCGGAGATGATTCTGATGATGTGAAAAGTAACTGTACACAAGTTGAATGGATCCAATTGCTTTTTATGGGGATCAAATGTTTGCCACTTTATTAGGAGCATTGAGATGGATGAACACATCAAGGAAGAGCCACCAACTGATGCTACTAAAAGGATTGGGTTGCAGGACGATTCAAGAATGCTTCTACAAGATGATTGATGAAGAATGCCATGAGAATTTAAATAAACTTTAAGTGCGTGAGAGAAATATTCTTAAGCATCCGTAAGGTTTTTAGAGCACCCACCACTATCTCCTTTCTACAATAAATTTTAGGCTTTGATTCTAGATGGATATCATGGATCTTGGGTTGTGTGTCTAGCCCAAACTTCTCAATATTTATAAATGGAAGACCAAGGGGGAGGATCAAAGCTTCAAGGGACATCAAACAAGGGGACCCGCTGTCCTCATTTCTTTTCTTACTAATCAGTGAGCTTTTAAGTGCCCTATTGAACATGCTTCATGAGAAAGGAAAGTTTGAAGGGCTGCTGGTAAAATTCACGTTCATATATTGCAATTTGCAGATGATACTTTAATATTCTGCAAATATGAAGATGGTATGTTGGAAAACCTATACAATTGAATTTTTCAGAGTGGTGTTCCAGGTAAAAGGTTTAATTGAGAAAACTCAGCACTTTGTGGCATCAAGATTGAAGAAAACGAGGTTGTTGAAGAGGCTACTAAACTAAACTGCAAAGTTACTCATCTTCCCTTCCACTACCTTTGGACTTCCACTTAGAGGATATCCCAAACAAGTTTCTTTTGGCACCTGGTCATTGATAAAATCCAAGGTAAACTGGATAGGTTTCTTTTTGTATTTCATTCTTAATGATTCTTTAATTTTCTTAGTTCTTGACTTGAATTTTAAAGGGTTCCCCCTAAATATATGTGGGTTGCTTGACAACGAGCTCAACACTCAAAGCTCTCTTGTGTGATTGACGACGCTAAGAGTTCCCAATCCTTCATCGGCAGTAGTCAATGCTGGCCTAAATGGTTGCTCTGATACCAAATTGATGTAGCCTAAGTTTCTTTAAGGAATAAACCTCTAATAATCAATCCTATGAATCTTTAATTAAAAGTGATAAATTGTTTCATAGAAGGAAGACTCCTATAACCCATTCCTAGAGTTTTATTACAAGAGTTTTAACCTAGAATATTACCCAATTAACCACATTCTTCTTACATCACGGAGTAACTTACAAACAATGGTCAAGAGGTCATGGATTGTGGGTGGGTGCAAAAAGGTGAAGAGAATCACACGAACAAGTTCGAGAAATGATGGGCAAATGTAAGAGAAAGGATGTTGGTTAACAGTGATGACAATGACAACTAGCATAGGGGGCACGACTGACTGTTCAGGTCGGGGTTCTAGGGTAAGAAAGGAGATAGGTGTGGATCGATAGAAAGACTTTTTGCTAGTTTAGGAATAAAAGTTGATATTTAAGACTCATATCAATAGAACTTTATGGTTACGTTGACTGGGAGGGACCAATATAATGACTCAAAGGCGTTATTTAAGACTCGTATTAATAAAGCTTATGATCATGTTGACTAGGACCTTTGAGCTCGTTTATGTAATGTTCTGTGGCATGCTTGTGTGGCATGCTTGTTTCGTTAATATGTTGGGTGTTTGCTTGAAGGAAATATTAGGATTTCAGATATGTTGAAGGATCATGTGAGAAAATTTGGGAAGGAGCTAGGCTTAACACATCTTTATGGACGTTGTTATTTGGGATTATTGTAATCATTAGCTTGGTCATATTCTCTTGGATTGGAACCTATTTATTTAGTTACGCTTTTGTCACCTTTTTTTTCATGCCTTTGCACTCTCTCATTGTTCAAGGAAAGCTCGGTTACTAAAATTAAAGAAAAGAAAAAAGAAAAAAGGTTCATTCACAAATTGATGAACTGAAAGTTTGTCCCCAACAAAAAATAAAATAAAATACCGATGGCACTATCGGAATTCTCCTTAGTCGTCCCACAGATGTAAAGATATCACTTTGAGGTTCTCGTCTTCCATTACAATATGTTCGGGGTCTCTTCTGTCTTTGTTCCTGTTGAACAAATCAAAGTAGTTCTGATACTACTGTTGAGGAAATGGAGTTGATAAAAAAAAATGTTGTGGAAGCAAAACAATATCTCAACGTTTGTTAAACAAAGAGAAGAAAAAGGAAATTGAGAGTGAAATTAAATCTTCTTATTGAAGTAGGAAAAATTGTTGATACACAAAATGCGAAATGTGGTACCCAAAATTGTGATACACACAATGTAAAATGTCGTATACAAAATTGTGATCACCGGTAGCCCAAGAAGGCTTGGACCGCCCTCAACTTTATGCTCTTAAAACTGAAATAATACCAATACCAGAAGTTAGCTAAGTGGTAAAATTATCTTCTAGCCCCTTTAGACCTAAGTTCAAGCTCCTCTCTTTAAAATTTCTTGATCTGCAACTAGTTTTGATACATATTTTACTTGAGATATCACCCTTTTATAGGAACAAAGGTAAACTTAATAACTTACAAATTAAAGACATTAAAAGTATAAACTTGATAACTTACAATTAAAAACTTAAAAACCAAAAACTGAAAAATAAATCACACAGTAACTTCAAGCATTGAATGAAAATTTGAAACTAAAGGTGAAAAAGAAAAAGGATATTACTCAACACTTTTAGTTACCGTTCGTTTTCTTCCTCTCGAGAAAGATGTTTCAATTTTTCCTCTTCTTCTGTTATTGCTAGTGTTAGGGTGGACTTCGTTTTGATAGTATATGGAATTGTCTTTTACAACCTACTTTTAACTATTCGATACGTTTTCTTCATGACCTCCTTCAGCAGGTGAATCTTCAGAAAGCGAGCCAACAATTCCTCCAAAGGGCCTAATACTTGTAACACATGAACCTAGCTCTGTAACCACTGCTCCAGGTCCTCACATCAGAGGAAGACCATTGAAGGCATACTCATTAGGTGACAGAGAAGTTGATGTATTACTGCCCGGTACAGCGAGGTCTGTTTTCACTATTTCTTTGTGGTTTTTTGTCCGACAACATTTTTCTCTTTGGCTTTCTTAATATATATATTGCTTAAAAAAATTCATTTAAAATCCTTGACTAAATTTAAAAATAATAATAATAAAATACCTTCTAGGATAAACTACTTCTTTGTACTTAAAATTTTTCTTTGATTCTTACCATGATTTTTAAAATAGATTAGAAAACAAGGAAATATTGTTTGACAATATAAACCAAAACCAAAACATTATCAAATGAGGTCTACATTTTGCAGTCAAACATTACTTTTGGTTATTGGTCATGTAACCAACCCAGGATTCAAAATCTGGATTTGGAACCTAATGATCTCAACATTTCCATGCATCTCCTCTACTTGATAATGTCATTCTTGTCTTGAAGTGCTTTTAAAAGTGAACTATTCTCACAAACCAGCACATTCTTTGCATGTAGATTTCGTGTGCAGTTGGGAGTAAATATGCCTGCCCATGCTAGTCAGAAACTTCGAGAGGCTCGGTCGGAGTCTGCTGAAGTAGAACTTTTTGAGTTTTATGATGTAGTTCTTTACATGGGCATTATAGATATACTGCAGGAGTACAATGTGATGAAGAAGCTAGAACATGTGTACAAGTCCTTGAGATTCGACCCTCTTTCGATATCGGTTGTGGAACCTCATTTGTATGCCACAAGATTCATAAGTTTCTTGGAGAAGGTCTTTCATGAGTTACCATGA ATGGAAGATATCCAAGGGCTTGCCGAGAATGTGCTCTCAAATGGAGATGTATATATTGGCAGTTTCAAAGATAGTTTGCCTCATGGTAAGGGGAAGTACATGTGGTTCGAAGGAACAATTTATGATGGTGATTGGGAAGATGGAAAAATGTCAGGTAAGGGAAAGATTATGTGGCCATCGGGAGCAAGATATGAGGGTGATATCTCAGGTGGTTATCTTCATGGTTTTGGTACCTTCTACTATTCTGATGGACATTATGATGGTTCTTGGAAAGAAGGGATACCTGAAGGTTGTGGTAGATACTTCTGGAGTTCTGGAAATTCTTATATTGGGAACTGGAAAGGCGGGCAAATGTGTGGTAAAGGGATAATGAAATGGGTAAATGGTGATCATTTCATTGGCTTTTGGTTGAATGGTTTTCGACATGGATCTGGAGTCTATCATTTTGCTGATGGTGCATATTACTTTGGATCATGGAGTAAGGGCCTCAAGGATGGAAAAGGGACATTTTATCCAGCTGGTAGCAAACCACCATCTCTGGAGAAGTGGCATAACTTTATTGGTTATGATATTGATGGAAAAGGTTTTGTATCTCGTACTCTCTCACTAAATTTAGAGAAAGAAAGGCTCCAAAGCATGGTCTTAAGCACAGTTTTCAGAGAAGATTTCCGTCACTGGAATTTCAAGTGCTGGAGGACTATCAATTGGCCTACATCGATGGATGTAAATTTGGGCAGTGATCCTGCTCGAGAAGCATCAGCCGATGAAGATTCTTGTGTGATGTCCCATGGTTCTAAATCTGTTCAAGGTCAAAATAATGTACCATATAATCAAAGAATGGTTTATGAAAGGGAGTACATTCAAGGAGTTTTGATACAAGAGAGGAGTAAGGAACGAAAGAAAACTACTGTGAAAGAAGCAGCGAGGGTGTCATGTGTTAACTTCTTTGAAAGTCATCGGAGCTACTATTTAATGCTTAATTTGCAACTTGGTATAAGGTATACTGTTGGTAAGATTACGCCCGTTCCTATGCGTGAAGTTCGAGCATCTGATTTTGGAAAACGGGCTAGAATAGTAATGTACTTTCCTAGAAAGGGCTCTCAGTTTACACCTCCACACTATTCTGTCGACTTCCATTGGAAAGACTATTGTCCTATGGTCTTCAGGAATTTGAGAGAGATGTTCAAACTAGATGCAGCGGAGTATATGATGTCCATATGTGGCGATGATGGCCTAAGAGAACTCTCATCGCCTGGGAAAAGTGGAAGTATCTTTTACCTTTCTCAAGATGATAGATTTGTGATCAAGACTCTGAAGAAATCTGAGTTGAAGGTTTTGCTCAAAATGCTTCCTAAATATTATGATCATGTAAAAGCACATGAAAATACTCTCATAACAAAATTTTGGTCTCCATCAATTCATCGTCGTTATGATCTAAAGGGCTCAACTTTCGGGAGGTATACTCATGGAGATAAATCCAAAGATGGTATCACATTGAAGGATCTCGATTTGTCATATGAATTCCATATGGATAAATTATTGCGACAATCCCTTTTCAAACAAATTTCTCTCGATTGCATGTTTTTGGAGTCTCTGCACATAATTGATTATAGCCTACTGCTAGGAGTGCATTTTCGAGCTCCTGAGAAACTAAAGGCTTTGTTGGAACCTCCTGCTACAGTTCAACATCCTGAAAATTTACTCCATGATGATGCAGGTGAATCTTCAGAAAGCGAGCCAACAATTCCTCCAAAGGGCCTAATACTTGTAACACATGAACCTAGCTCTGTAACCACTGCTCCAGGTCCTCACATCAGAGGAAGACCATTGAAGGCATACTCATTAGGTGACAGAGAAGTTGATGTATTACTGCCCGGTACAGCGAGATTTCGTGTGCAGTTGGGAGTAAATATGCCTGCCCATGCTAGTCAGAAACTTCGAGAGGCTCGGTCGGAGTCTGCTGAAGTAGAACTTTTTGAGTTTTATGATGTAGTTCTTTACATGGGCATTATAGATATACTGCAGGAGTACAATGTGATGAAGAAGCTAGAACATGTGTACAAGTCCTTGAGATTCGACCCTCTTTCGATATCGGTTGTGGAACCTCATTTGTATGCCACAAGATTCATAAGTTTCTTGGAGAAGGTCTTTCATGAGTTACCATGA ATGGAAGATATCCAAGGGCTTGCCGAGAATGTGCTCTCAAATGGAGATGTATATATTGGCAGTTTCAAAGATAGTTTGCCTCATGGTAAGGGGAAGTACATGTGGTTCGAAGGAACAATTTATGATGGTGATTGGGAAGATGGAAAAATGTCAGGTAAGGGAAAGATTATGTGGCCATCGGGAGCAAGATATGAGGGTGATATCTCAGGTGGTTATCTTCATGGTTTTGGTACCTTCTACTATTCTGATGGACATTATGATGGTTCTTGGAAAGAAGGGATACCTGAAGGTTGTGGTAGATACTTCTGGAGTTCTGGAAATTCTTATATTGGGAACTGGAAAGGCGGGCAAATGTGTGGTAAAGGGATAATGAAATGGGTAAATGGTGATCATTTCATTGGCTTTTGGTTGAATGGTTTTCGACATGGATCTGGAGTCTATCATTTTGCTGATGGTGCATATTACTTTGGATCATGGAGTAAGGGCCTCAAGGATGGAAAAGGGACATTTTATCCAGCTGGTAGCAAACCACCATCTCTGGAGAAGTGGCATAACTTTATTGGTTATGATATTGATGGAAAAGGTTTTGTATCTCGTACTCTCTCACTAAATTTAGAGAAAGAAAGGCTCCAAAGCATGGTCTTAAGCACAGTTTTCAGAGAAGATTTCCGTCACTGGAATTTCAAGTGCTGGAGGACTATCAATTGGCCTACATCGATGGATGTAAATTTGGGCAGTGATCCTGCTCGAGAAGCATCAGCCGATGAAGATTCTTGTGTGATGTCCCATGGTTCTAAATCTGTTCAAGGTCAAAATAATGTACCATATAATCAAAGAATGGTTTATGAAAGGGAGTACATTCAAGGAGTTTTGATACAAGAGAGGAGTAAGGAACGAAAGAAAACTACTGTGAAAGAAGCAGCGAGGGTGTCATGTGTTAACTTCTTTGAAAGTCATCGGAGCTACTATTTAATGCTTAATTTGCAACTTGGTATAAGGTATACTGTTGGTAAGATTACGCCCGTTCCTATGCGTGAAGTTCGAGCATCTGATTTTGGAAAACGGGCTAGAATAGTAATGTACTTTCCTAGAAAGGGCTCTCAGTTTACACCTCCACACTATTCTGTCGACTTCCATTGGAAAGACTATTGTCCTATGGTCTTCAGGAATTTGAGAGAGATGTTCAAACTAGATGCAGCGGAGTATATGATGTCCATATGTGGCGATGATGGCCTAAGAGAACTCTCATCGCCTGGGAAAAGTGGAAGTATCTTTTACCTTTCTCAAGATGATAGATTTGTGATCAAGACTCTGAAGAAATCTGAGTTGAAGGTTTTGCTCAAAATGCTTCCTAAATATTATGATCATGTAAAAGCACATGAAAATACTCTCATAACAAAATTTTGGTCTCCATCAATTCATCGTCGTTATGATCTAAAGGGCTCAACTTTCGGGAGGTATACTCATGGAGATAAATCCAAAGATGGTATCACATTGAAGGATCTCGATTTGTCATATGAATTCCATATGGATAAATTATTGCGACAATCCCTTTTCAAACAAATTTCTCTCGATTGCATGTTTTTGGAGTCTCTGCACATAATTGATTATAGCCTACTGCTAGGAGTGCATTTTCGAGCTCCTGAGAAACTAAAGGCTTTGTTGGAACCTCCTGCTACAGTTCAACATCCTGAAAATTTACTCCATGATGATGCAGGTGAATCTTCAGAAAGCGAGCCAACAATTCCTCCAAAGGGCCTAATACTTGTAACACATGAACCTAGCTCTGTAACCACTGCTCCAGGTCCTCACATCAGAGGAAGACCATTGAAGGCATACTCATTAGGTGACAGAGAAGTTGATGTATTACTGCCCGGTACAGCGAGATTTCGTGTGCAGTTGGGAGTAAATATGCCTGCCCATGCTAGTCAGAAACTTCGAGAGGCTCGGTCGGAGTCTGCTGAAGTAGAACTTTTTGAGTTTTATGATGTAGTTCTTTACATGGGCATTATAGATATACTGCAGGAGTACAATGTGATGAAGAAGCTAGAACATGTGTACAAGTCCTTGAGATTCGACCCTCTTTCGATATCGGTTGTGGAACCTCATTTGTATGCCACAAGATTCATAAGTTTCTTGGAGAAGGTCTTTCATGAGTTACCATGA MEDIQGLAENVLSNGDVYIGSFKDSLPHGKGKYMWFEGTIYDGDWEDGKMSGKGKIMWPSGARYEGDISGGYLHGFGTFYYSDGHYDGSWKEGIPEGCGRYFWSSGNSYIGNWKGGQMCGKGIMKWVNGDHFIGFWLNGFRHGSGVYHFADGAYYFGSWSKGLKDGKGTFYPAGSKPPSLEKWHNFIGYDIDGKGFVSRTLSLNLEKERLQSMVLSTVFREDFRHWNFKCWRTINWPTSMDVNLGSDPAREASADEDSCVMSHGSKSVQGQNNVPYNQRMVYEREYIQGVLIQERSKERKKTTVKEAARVSCVNFFESHRSYYLMLNLQLGIRYTVGKITPVPMREVRASDFGKRARIVMYFPRKGSQFTPPHYSVDFHWKDYCPMVFRNLREMFKLDAAEYMMSICGDDGLRELSSPGKSGSIFYLSQDDRFVIKTLKKSELKVLLKMLPKYYDHVKAHENTLITKFWSPSIHRRYDLKGSTFGRYTHGDKSKDGITLKDLDLSYEFHMDKLLRQSLFKQISLDCMFLESLHIIDYSLLLGVHFRAPEKLKALLEPPATVQHPENLLHDDAGESSESEPTIPPKGLILVTHEPSSVTTAPGPHIRGRPLKAYSLGDREVDVLLPGTARFRVQLGVNMPAHASQKLREARSESAEVELFEFYDVVLYMGIIDILQEYNVMKKLEHVYKSLRFDPLSISVVEPHLYATRFISFLEKVFHELP Homology
BLAST of PI0010008 vs. ExPASy Swiss-Prot
Match: Q8RY89 (Phosphatidylinositol 4-phosphate 5-kinase 8 OS=Arabidopsis thaliana OX=3702 GN=PIP5K8 PE=1 SV=1) HSP 1 Score: 871.7 bits (2251), Expect = 5.8e-252 Identity = 452/777 (58.17%), Postives = 540/777 (69.50%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy Swiss-Prot
Match: Q9SUI2 (Phosphatidylinositol 4-phosphate 5-kinase 7 OS=Arabidopsis thaliana OX=3702 GN=PIP5K7 PE=1 SV=1) HSP 1 Score: 855.9 bits (2210), Expect = 3.3e-247 Identity = 448/768 (58.33%), Postives = 535/768 (69.66%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy Swiss-Prot
Match: Q6EX42 (Phosphatidylinositol 4-phosphate 5-kinase 1 OS=Oryza sativa subsp. japonica OX=39947 GN=PIPK1 PE=2 SV=2) HSP 1 Score: 707.2 bits (1824), Expect = 1.9e-202 Identity = 390/782 (49.87%), Postives = 494/782 (63.17%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy Swiss-Prot
Match: Q8L850 (Phosphatidylinositol 4-phosphate 5-kinase 9 OS=Arabidopsis thaliana OX=3702 GN=PIP5K9 PE=1 SV=2) HSP 1 Score: 637.5 bits (1643), Expect = 1.8e-181 Identity = 365/780 (46.79%), Postives = 485/780 (62.18%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy Swiss-Prot
Match: Q9SLG9 (Phosphatidylinositol 4-phosphate 5-kinase 5 OS=Arabidopsis thaliana OX=3702 GN=PIP5K5 PE=2 SV=1) HSP 1 Score: 496.5 bits (1277), Expect = 5.1e-139 Identity = 304/771 (39.43%), Postives = 417/771 (54.09%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy TrEMBL
Match: A0A1S3BLC6 (Phosphatidylinositol 4-phosphate 5-kinase OS=Cucumis melo OX=3656 GN=LOC103491305 PE=4 SV=1) HSP 1 Score: 1354.3 bits (3504), Expect = 0.0e+00 Identity = 678/780 (86.92%), Postives = 687/780 (88.08%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy TrEMBL
Match: A0A1S3BLZ6 (Phosphatidylinositol 4-phosphate 5-kinase OS=Cucumis melo OX=3656 GN=LOC103491305 PE=4 SV=1) HSP 1 Score: 1348.2 bits (3488), Expect = 0.0e+00 Identity = 677/780 (86.79%), Postives = 686/780 (87.95%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy TrEMBL
Match: A0A6J1HFV8 (Phosphatidylinositol 4-phosphate 5-kinase OS=Cucurbita moschata OX=3662 GN=LOC111463932 PE=4 SV=1) HSP 1 Score: 1234.2 bits (3192), Expect = 0.0e+00 Identity = 617/780 (79.10%), Postives = 652/780 (83.59%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy TrEMBL
Match: A0A6J1HVG1 (Phosphatidylinositol 4-phosphate 5-kinase OS=Cucurbita maxima OX=3661 GN=LOC111467034 PE=4 SV=1) HSP 1 Score: 1232.6 bits (3188), Expect = 0.0e+00 Identity = 618/780 (79.23%), Postives = 651/780 (83.46%), Query Frame = 0
BLAST of PI0010008 vs. ExPASy TrEMBL
Match: A0A6J1DWI7 (Phosphatidylinositol 4-phosphate 5-kinase OS=Momordica charantia OX=3673 GN=LOC111023784 PE=4 SV=1) HSP 1 Score: 1208.0 bits (3124), Expect = 0.0e+00 Identity = 614/783 (78.42%), Postives = 651/783 (83.14%), Query Frame = 0
BLAST of PI0010008 vs. NCBI nr
Match: XP_008449410.1 (PREDICTED: phosphatidylinositol 4-phosphate 5-kinase 7-like isoform X1 [Cucumis melo] >XP_008449411.1 PREDICTED: phosphatidylinositol 4-phosphate 5-kinase 7-like isoform X1 [Cucumis melo] >XP_008449412.1 PREDICTED: phosphatidylinositol 4-phosphate 5-kinase 7-like isoform X1 [Cucumis melo]) HSP 1 Score: 1354.3 bits (3504), Expect = 0.0e+00 Identity = 678/780 (86.92%), Postives = 687/780 (88.08%), Query Frame = 0
BLAST of PI0010008 vs. NCBI nr
Match: XP_008449413.1 (PREDICTED: phosphatidylinositol 4-phosphate 5-kinase 7-like isoform X2 [Cucumis melo]) HSP 1 Score: 1348.2 bits (3488), Expect = 0.0e+00 Identity = 677/780 (86.79%), Postives = 686/780 (87.95%), Query Frame = 0
BLAST of PI0010008 vs. NCBI nr
Match: XP_011657536.1 (phosphatidylinositol 4-phosphate 5-kinase 7 isoform X1 [Cucumis sativus] >XP_011657537.1 phosphatidylinositol 4-phosphate 5-kinase 7 isoform X1 [Cucumis sativus] >XP_031743769.1 phosphatidylinositol 4-phosphate 5-kinase 7 isoform X1 [Cucumis sativus] >XP_031743770.1 phosphatidylinositol 4-phosphate 5-kinase 7 isoform X1 [Cucumis sativus] >KAE8647330.1 hypothetical protein Csa_003907 [Cucumis sativus]) HSP 1 Score: 1338.6 bits (3463), Expect = 0.0e+00 Identity = 674/780 (86.41%), Postives = 683/780 (87.56%), Query Frame = 0
BLAST of PI0010008 vs. NCBI nr
Match: XP_011657538.1 (phosphatidylinositol 4-phosphate 5-kinase 7 isoform X2 [Cucumis sativus]) HSP 1 Score: 1332.4 bits (3447), Expect = 0.0e+00 Identity = 673/780 (86.28%), Postives = 682/780 (87.44%), Query Frame = 0
BLAST of PI0010008 vs. NCBI nr
Match: XP_038887296.1 (phosphatidylinositol 4-phosphate 5-kinase 8-like isoform X1 [Benincasa hispida] >XP_038887297.1 phosphatidylinositol 4-phosphate 5-kinase 8-like isoform X1 [Benincasa hispida] >XP_038887298.1 phosphatidylinositol 4-phosphate 5-kinase 8-like isoform X1 [Benincasa hispida] >XP_038887299.1 phosphatidylinositol 4-phosphate 5-kinase 8-like isoform X1 [Benincasa hispida] >XP_038887300.1 phosphatidylinositol 4-phosphate 5-kinase 8-like isoform X1 [Benincasa hispida] >XP_038887301.1 phosphatidylinositol 4-phosphate 5-kinase 8-like isoform X1 [Benincasa hispida] >XP_038887302.1 phosphatidylinositol 4-phosphate 5-kinase 8-like isoform X1 [Benincasa hispida]) HSP 1 Score: 1278.1 bits (3306), Expect = 0.0e+00 Identity = 643/781 (82.33%), Postives = 668/781 (85.53%), Query Frame = 0
BLAST of PI0010008 vs. TAIR 10
Match: AT1G60890.1 (Phosphatidylinositol-4-phosphate 5-kinase family protein ) HSP 1 Score: 871.7 bits (2251), Expect = 4.1e-253 Identity = 452/777 (58.17%), Postives = 540/777 (69.50%), Query Frame = 0
BLAST of PI0010008 vs. TAIR 10
Match: AT1G60890.2 (Phosphatidylinositol-4-phosphate 5-kinase family protein ) HSP 1 Score: 871.7 bits (2251), Expect = 4.1e-253 Identity = 452/777 (58.17%), Postives = 540/777 (69.50%), Query Frame = 0
BLAST of PI0010008 vs. TAIR 10
Match: AT1G10900.1 (Phosphatidylinositol-4-phosphate 5-kinase family protein ) HSP 1 Score: 855.9 bits (2210), Expect = 2.3e-248 Identity = 448/768 (58.33%), Postives = 535/768 (69.66%), Query Frame = 0
BLAST of PI0010008 vs. TAIR 10
Match: AT3G09920.1 (phosphatidyl inositol monophosphate 5 kinase ) HSP 1 Score: 637.5 bits (1643), Expect = 1.3e-182 Identity = 365/780 (46.79%), Postives = 485/780 (62.18%), Query Frame = 0
BLAST of PI0010008 vs. TAIR 10
Match: AT3G09920.2 (phosphatidyl inositol monophosphate 5 kinase ) HSP 1 Score: 637.5 bits (1643), Expect = 1.3e-182 Identity = 365/780 (46.79%), Postives = 485/780 (62.18%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25
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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