Cla97C11G206540 (gene) Watermelon (97103) v2.5
Overview
Sequences
The following sequences are available for this feature:
Legend: exonfive_prime_UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.CGAAAACTCCACAGCAGATAGCGGTTTCAATATGAGGTCTTTGAAACAGCCGTCGTTTCAGATAGCGGTCTCACCGCTTCAACTCTTCTAAACCCGCTAGTTTCACAGTTGACATTCACTAATCAAAGCAGGATTTCAGACTCAGATAACCATCACGATTCAGCAATTTTCCTTATACTGTTTAACGGATACTCGTAGTCGGATTCAGCGGTTTCTCTTTTGTCGTCACCCAAAACTAAAACTAGCGATCTTTCCAAGGTAATTTCAAATCCCAAGTTTTTCTTCTATTTTGGAACATGTTTGCTGTGTTTTGTCGAATGGAGTCTCTATGCACGTGCTTGTTTTCATTTCATTTCAGGAAATCGATTGTTGATGTCTTGTTTGGATTCTGTATTTTGTTGAAACATTGATTTAGTTACTCATTGAGTAAAAAATTCAATTCTTTTAGTGTAAAATATGTAATGATTTAGTTCCTGAAGGCTTAGTACGTATGATTTAAAACGTATGCTATCAAATATGTAATGATTTGGTCCATTTCAATTAAAAATTACGTTGTTCCTGAGCAATTTGTCGATCTGCCCATGCAATAAACCCTCATTATACCTTCATAAAACTTCTCATTACAAGGACTGTTGTAACTACTGACTAAATAGTGAATTTGAAAACTATATGACTAAAAAGTTACCTTCTAAATTTCAGGGACTAAATCAGTACAAATTTTAAATTACATGGACTAAATCATTACATATTAAAATTTATGGACTAAACCGTGACTTCAACAAACCAATGATGTTTCTTAAATTACAAGGACCAATCATTACATATTAAAATTGTAGCCCTCTTGGGAGAGGAGAGTTTTCTTTATACCAGCAAGCACTTCCTTGTGAATCATAGGCAACAAACGTAGTGAATTGGGCTAGGTAGCTGACTTTCTTGGGATTGCTTGCTGGCTGACTATGACCTAAGCGGAATCTATTAAGATGAATCCATATGCGGCCGGGAAAAAATTCCTTCTTGCTTGTTGGTTGAAGAAAACTTGGCGAGGCCTAGACTGGAGATGATCCCGACGACCCAAAGCACTCCTTATACACGGATTCAAACCGAACATGAATAGGAGCAGGCAATGGAATTGTATCACAATCGCCCATCCCGGAATAATTGAAGAGAGTTATCTCCAGTCTCCAACATTGGCATAAAAAAAGTAAAAATGGTCAACGATGCCGCTTTTTCCGTCACGGAGACTGCTGGATGGACCGGCTTATTGGCTTAATGCTCTCCTTCGTTCTCTCATTTTTGGGCTTTATTTTGAAGCGTACCTTATAAATGAGATTTTGAGTTAGATATCTCCTACTCAGTTGCTAACGGAACCTCCACCATGTTGGGGGACCAAGCAGGGCATAGGTAGCAGCACGAAGCTGCTTCGCAAGAACTGTACATGGATCATTGTCAGATTCTAGCTCAAAGCCGAAGTATACTGACCTTTAGTGATTTGTTCAATTTTTGTACATAAAGAATACTGCCCAAGCCTATTTACAGTGACTTTCTTGTATTTGTTGGTATGTGGTCGATATGAAATACTTATTTTGGAGTCAAGAGCTTGTTATGGTTTAATTTGAGGTGAATATAATTTTGTGTAGTTTGCAGTTTTTCCTTGATGGGTTTTTTTGTACTTTGGAGCATTAATCTCTTTTCATTTCCTTGATGAAAAGTTAAAGTATCCTTTTCAAAAAAGAGAAAAGAAAGAAAAGAAAAAGGAATTGTGTTCTTTGAGATTTTTCTGTTATCTTCGTCTTTGGAGTGAACCTTAGAGAGTATGTAGAAGATGAAAGACATATTTCATTCAAATGATGGATTTATCTTTATTTGGTGTTGTTTCTTTTCCTTTCTCTTTTAATTTCTTTGATATTCATCATTTTATGGCTCTTTCCAAGTGGAATTTAGGATTTGGAATCCACTAATTTTTCAGCTGGTAACCACATCATTAAATTTAGGGAACCTTTGAAGAGCAATGTCTAGCTCAATTGCTATTGACAAGTTTGATGGGACAAATTTTGATTACTGGAAGATGCAAAAAAATGATTATCTGCATATCATAGGCAACGAGTTTCATATACCATTGAATGGAAAACCAGAAAGTATGAAAGAAGAAGATTGGAGGATCATTGACAAAAAAGTACTAGGGATTATTCGCTTGACTTTGTCAAGGAATGTTTTTGACCATGTGGCAAATGAGAAGACGACAATTGGTCTGATGAAAACTTTGTCAGATATATATGAGAAGCCTTATTTCAACAAGTTATACCTTGTCACTAAACTCATGGATCTGAAAATGGTCGAAGGTGTGCCTTTTGTGGAACATTTGATTGAATTCGATAGGATCATTTAAAAGTTAAGCTTGATGAAGGTTGAGTTCAACAAAGAATTCACTTCTATCCTTTTGTTTAATTCGTTACCTGACAGTTGGGAATCTATGAAAGTAGCTTTACCTTTCTCTTTAGGAACAAGAAAATTGAAAATTGAAGATATTATAGATGCAGCTTTTGCAGAAGAGATACATAGAAGACATTTTGGTATGACTTCTACTCCAAATTCAAGCTTCAAAGTTGGGAGAGAGAGGGAAAACTATAAAAAGTGAACCTCATAAAGGCAAAGGCAACAAAGGTAGAGAAAAGGAGAAGCAGAAAATTGAGTGCTACTACTACCACAAGCAGGGTCACATTAAAGCATATTGTTGAAAGTTGACGAAAGTTGAAGAAAGAGCAAAAAGATAACTCCTAAGTAGCATGTTGGTTTAGCTTATTTGGAGGCACTTTCTCTAGAAGTTCAATTGATGTAAATCACATAGTTTGGGTAGATGCATATTTAGAGGAAGTAGAGAAGATTTTGATTTTGATTTTTGAGCTGGTTTTTGAAGGCAGGACAAATTTGAGAGTTGTGTGCTTGAGTTTTCTCTTGTTTTTTTTTTTATGATCTTTATTCTCATAGTAAACATATAGAGCTTATGAAATATCAGACATAGCTATTCGAAGTGTGAACCTGTATAATTATGTAAGTATTTCTCCACTTTTCCTTTCTTTGTTATATATCTTTTAGATAGAGCAACACCGCCTCCATTTTGTCTCTTTCAGTCAATTGATTCAAAATAAAATAGTGGTCGACTTGATACAACCAGCCATCCAGATCTTCCCCTTCTTCTCCTGTATAAAACGACAACTTTAACTTCCTCATTTTCATATAAAACAAAGGAATTCTCAATTACCAGGTGCACATATACCTTCATTGCTCATGGTACTCTTTTCTTGGTCTTCCCTTCCTTTTCATATGGAATCATCATCAACTACACACTTACCCTTATCTGATTGTATCCCTTCTAAAGTTTTTCCCCTCTCCATGTTCATCCATACTTGTGCTCGAGAAATTACCCTTGAATCAATGCAGTTTGGAAATCCATCTTCACTTCTAGTGCTACGCTCCTCCCCTAGTTTTTTGCAAACTGAGAATCCATTTTTGCTCCCATCTTCGACTGCTTAACTCCAACCTCAACCACCTATTTCTCCAATGCTACAATTATGCCTTCTATCTTACCTGCCTTTCCTCGGAATTTACTACTCTGATGCCAAAATCAATGGGCCCTGCCCAACAATTTTATTTATGATCAGATAGAAAGGAAACAAGGGTTTTCTTTTTTCCACATCTCCCATATCTCACAGAGAATACCCAAAACAACAATTAGCAAAAAGATACCGCTCAACTAACAACTATATAACTAAGCTCACCACACCCTCTTCTAGCTATCAAATTCTTGGGCCCACATAATCACCCGAGTACACTCTCCTCACATACCCGTCCTCTTTCTCATGCACTTACATGGTTACATGCATATACTCTCGTAATTGGGGGTCACATATACTCTCATCACATATACTTTAGATGGAATATTTATTTGATCTTTTGAGAAAGTGAAGGAAATTATCAATTATAGATTAAAATCTTACTTGGAAGTGGAAGAAACAAAGATGAAATGCATGTCGGTTACCCTAAATTTGACAATAGCGTCTATTTTTGTTGTGTAGTTTTTAATGCAAATAAGAACAAATTTACAGTCCATTGCATTCTTAGCCTTTTTATATATTGTAGAGAATGCCTGCCTACCTTCAAGTTACTTTTATTGTAAGTAATCCCGTTTCTTTTTCCCTATATTTGTAATTTACTTAGCTTTGCTGCTTGTGCCTTGTGAGCGTGAGCTTCTCAGAAATTTGAAGGGCAAAATTCATTGAAACATTGTAGTTACATCTGGTGGCTCTCTCATTTTGCATGAATGTTTGATCCTGCATTGGTTGGAAATGTCCATGTTGTTTCATTAGGACATTCACTTGGATTGCATTTCCTTAAGATAGTGAATGAGAGAAGATGAGTAGGCAAGGTGTTACACTCATGTGTTACTGGAATGGGACAATGATGAGTGGACCACATGGCATTTCCTACGAAGGTGCTTCACCAAAGCCCATCCGAGTTGGCTATGGGATAACGCATAATGAGTTGGTTGATAGGATATATGGAGTTACTGGATTCGACAAGCAATCCTTTAAACTGAAGATCATCTGTAGGTATCCGGCATGTAGAGAATACATACCTGTGCCAATTGATGATGATGAGTCTATAGATATCATGTTTGACGTGGCACGACAACCAGGAACTAATTGTCTAGAACTGTATGTCGAAAGAGAGCCTCTCTGCAGCCATAACCCAATAAATGTTCCAGAACCAACCATTGTTGATAACCAGGTATATTCCAAATTGTTTGTTTTGTATAAAATTGTTTCTAATTCTTGTCAACATGCTGGCTAACCAGACTTCCATATTTTCTTTCTAGTTATTTTATTGTTCATTGAGTTTTGCACTATGTTTTACAGACAACAGATGAGATAGCCACAGATGATGCCCAAGTCGATAGCTTTTTAGATCCAGGACCAGTAGACAATTCGATTCTTGTTCTACAAAATCAGCATAGATCTGAAGCCATATGGATGGGGGAGGTTTGATCTACCTCTGTAGTTTATTGTAGATTGCATTAACCAAATAGAAATGTTCATATCTGTAAATAGGCAAATTGACAATCTTCCTATAACTTGTAGGACCCTAGTGTATTAACTTGTAGACAACGGCTAGCAGCAATGATGAAAGATTGGCAATTAGATCCTCGTGTCCGTCATCTTATCATCAAGGCTGGATTTTATGGGGTACATAGGGTTGGAATCTTACAAATTGATTGGCCCTTGATTACAGCATTGGTTGAGAGGTGGCGGCAAGAAACCCACACTTTCCATCTTACTGTTGGAGAGAGTACTGTCACGCTACAAGATGTAGCATTGTTGTTAGGTCTACAAGTAAATGGTTGGGTAGTGACTGGAAATACTGATCTCCAATGGGAAGACTTATGCGAGGAGCTGTTAGGCCTCAGGCCTGACTCAAGTGTGCTCCATGGTTCCGCCCTTAAGGTTAGTTGGTTACGAACTCATTTTCAAGAACCTCCATCAGATGCGGATGATATTACATTACAACGCTATGCCAGAGCGTATATTTTAAGTTTGATGGGTAGTGTTCTCTTTGCGGATAAGTCTGGAGCTGATGTCCAGTTGATGTTCCTACCTTTTTTAAGAGATTTGACAAGTGTCGGACAATTTAGTTGGGGAAGTGCAGTGCTTGCACATTTATATAGAGAGCTTTGCCGAGCCAGCAAGAAAGGGGCCAATGAGATTTCTGGCCCTCTTGTTTTGTTGCAGGTGTGAGTATGCGATGCATATTCTGTTTTTTCTTGAATCAAGACCACATATGATATCCTATAAATTGAACAAATAATTTTCTTAATCAAAGCCGAACTATGGAAGAAATTGTCCCTCCTTCGTTGATCCCTTTCTGCTTTATCCTTATAACTTTACTGTTTTTTTCTTTTCTTTTCTTTTTTTTTGTGTAGATATGGGCATGGGAACGCCTAGATATTAGCCGGCCGGAGAGGTTGGCTTATAAAGGTCGAAAATCAATTATACTAGATACAAAGGCTGAGGAGGAGAGAAGTTCCATTGTAGGGGATGCTACTATAGGTGACGAACAATTACCAGCAGATCCATTAGGATGCAGGTATGTGATAGGATCCCCATTACTAGAACAATAAAAGTTAAAACTATATTGCTTGCAATATTAAAGAAAACTTGCAATGCGAATAGCCTTTTGAAAAGCCTTTTGAAAAAGCTCACAAAATAACTAATCTTAAAAAAAAACAATTAACCCAAAACTCTCACTCTCTACCCTAACAACTTCTCAAGTAATTAAAAATGTGCCACTGTTAATGCCCTTAATATTATTCATTCTACTGAAATTTATTTCCTATTATATTAGATGGAAGGCAGCTGTGATTCGTAGAGATAATCCCCACAGAGCATTAATATTTTACAGGGACCTGCTTGATCAGCAAACAGAGAACCAGGTTCCTAGTTTTGCCCGTTCTCATATTCTTTGTCCATAATTATGATGATTAAATGTACATTATATTAATGCTTCATACTTTTGTTAGAATAGATAAATTGAGGTTAAATTACGTTTTTGGTGTTTAAACTTGTAGATTTGTGCCAAATGAATCAAGTGTTATTGATGTATGAAATTACAAAAGAGATGAAGAGATCCCAAACTAAAGGAGTTACAAAAGACTTCTCCAACTTGTAAGAAGAGGTCCAAAAGTATAAGATTTAAAAAGTGGGCCACGGGCAGCCGATGGTCATGCTGAAGTGGACTTGCTTCCCCATTCCTAACCTGATGTTGTTGATGTATATGATCAAAATTCAAAGATAAGATTTGAAATCTGGAGGATGGCCATTAGCCTTCCAGGGCCCCTGTGAGGATTGTCTATTGATGGATCCCAGTGTGCTGCCATGATGAGTAGACTTAAATTTTGCTTCAATCAACCTTCTCCAAAGGGCTGTTTACTCAAATTTGAACCCCAAACTCATTTAGCAAGGAGAGCACGATTGTTTTCATGAATATTTTGGACGTCAAGGTCACCTAAAATCACGGGGAGAATAACTCTTCACGAATAATGAAGTTTGTCCCTTTGTTTTTCGAGACCGCATTTCCACAAAATTGTTCCATTGAACCTTTTTACAGAGGCAGACACCATCGTAAATATTTGGAACAATGGTAAGTAGTAGGTGGGAGGTTTGTTAGGACACTTTGGATAGGAGCAAGGCAAGATTGCAGTCTCCTCACGGAAATTGTCTAATGATCCTTTCTATTGCCTTAGGCTTTCCCTTCTTTTCTCCCAGTGCGTTCTGTCTTCCCTGAGTCGTCTGCTTAACTTTTTGTGGGCCTTAGTTGTCCTCTCACTGATCACGAGTCTTTGGAGGTGGTAGACCTTTTTTCTATTAGTAAGTGCTTGTTTCCTTATTTATTGTAGGTATTTTCTCGAGGATTTCATATATTTTTGTTCTCATTGTTTGATTTCTAGATAACAAATACAGTTAAAGTGGAATGTCATAAGAATTGATCCATAAAAGATATATTTTTCATAAGAAGTTTCCTAATTATCATTTATCTCTAGATTTTTACTCTGGTGTTTTTATCAAGTGCAGATGGTTTGGCAACCTTATACATCTGAGCGTCTTGGATCATTACCAGATTCCTTGCTCAGAGACCCACATGTGTGGCGGACGGTTGCTCCACTTATTTGTTTTGATATTGTTGAATGGCATCATCCAGAACGAGTTCTCCGTCAGTTTGGTCTTTGCCAAGAAATCCCAGTCCCTTGTGATACAGAAACAAAGCTGCATATAATTGACAGGCGTGGAAAACATCATTATGATTGGAAGGCCTATCACGGACAGTATATTAAATTATGGGAGGCTCGAGAGGAGAGCATTGCAACGGGCAAGCTTGAAGAACAGCCAATGCACTATCATGACCCCTACATGGTTTGGTATAGAAATGTTACTCGACGTTTGATCACCCCTCTCACCCAAAGGTCACATATGCGGTTTCAGCCTTCGAGTGGAACATCACATTTACTTGTATGAATCCTTTAGATTCTATTGATGTTATAAATTGAAAAATTTACCACTTTTCAAAGCCAACTTGATTAGGAATCTATAAATTTCTTCGCAGGTACAAAGTTTGACAACTATTCATAATCAGTGTGCATGTGCACTTGATTCTTTTACTAGTGATGGAGCTATGAAATCATTGGAGTGCATTCAAACAACCTGTGTTCGAGTTTTGCAGATGATTGGAGAAACTCGACACCTCAAAGGAAAACAATCAGTCATTTCAACTAAACCAATCACAATCATTCCAAGTTCTGCTGATGATGCTAACAATACGGAAAACCAACAACACGAAGAGTGCATTTCCTCATCTGTACATACGGCGGCAATTCTAACTAAAGCTCCATTTGTCAGGGGACGCGGTAGAGGTAGAGGTCGTGCCAGAGGCAGCATCAAGAGTCAAGGTGGAGGTTATTGCAATGTTCAAAGCGTTGTGGTAGAGACATCTCCACGGTCATCACTATCAACACATTCGGCTCCAGAAGCCCTGCAACCCGATAATGATTCAGATAGACAATTGCATATGAAAGACACCGAAGTTGGCTCAATGATTGAACCGGTGGACTTGGGTTCTGCTGAAACTTCACCAGAGAGTGAGAAAGAAACATGTGTGAGAGAAAAATCACCGGTACAATCATTCTTGATGTACAAGGAGATCAAACGAGACATATTACCATCAACTAGACCGATGCATCTGTCGAAGGGGGATAAAATGGCACAGTCGGTACGTCTACTAGAGCCAGAAGACGAGTCCATGCACCTTTTGGGTAAGGAAGATCTTGAGAGAACAGTTGCTTCACCTAAGGTTGGATCGAAATTTGGCTCGTGTAATCTTAGTCATGAGCAGTCTGACCATCCTACTTTTCCCAAGAAAAAACGGAAGCACATTTAACAAAAATGATTTGTAAGTTATGTATATTGAGAGGTTGTTGTTTCTAACCCCTCTTGTTGATGATTGATATTGCACTTGAAGCACATTCAGTGATTCGGGTACATAAGTCATCAGCCATGTGTAGATACACTTTATTTAGTTATGATCACTGTCTAAAATGCGTAACGTACCATTTATTTTCTTAATATATTTGTACTTTGAATGAGTTACTTTGTTCACTAACCAATTAATACCATGTGTTTCTTTGCACACCATTATTCAAGAAGAGATCCTTGCTACATTGATTTTTGTGCAAATTTGGTTGATCCCTGTCACAATGCAAGATAAAATATATAACAATGGAATGTGTTACTTTGTTCACTAACCAATTAATACCATGTGTTTCTTTGCACACCATTATTCAAGAAGAGATCCTTGCTACATTGATTTTTGTGCAAATTTGGTTGATCCATGTCACAATGCAAGATAAAATATATAACAATGGAATGTTTCTAAAATAAAATATATAACAATGGAAAGGAATGTTTCTAAAATAGTTAAAATTATTGTAATCACTAATTATACAAATTTATTAATTAATTAATTAATTAATTTTAAAAAATCATGTTATCTATATTATAAAGAGATATGTAGATAAAAGGACTATGAAACTTAATTTCACAAATGTCCACTTTTTTTTTCAATTTTTTTATTTACATGTTTAGGAATTTTTTTAAAAAATAATGTTATTTTAATATTTATCGATAAAAATAGGGCTGTAGGGAAAAAATGTAAAAAAATATGGTGATTAAATTGTGGACCAGGTCTGCAAGTACAGGAAATCATGGACTGGGTCCATGAGTACATAAGTGAATCGAGGACCAAGTCCACGACTTAGGTTAAAACGTGTACCTGGTCCACGATTAGCCCTACTGACTATGCCACATGCAGTTGACTCTGCCATTCGTCTGCCACATTTGTCATCCGTTTGCCATGCAGGAAGTCGTGGACAATGTCCACGATTCCATGGTCCCTAAAACCCACCTCTTCCCCTCACAGTTGTGGATGAGGTCAGCATAAAGAGATATGCTCGAGCATATATTATGCAATTTATTGGAGGATTTCTATTCGCTAAAGTCCAACACATTGGTACACTTCACGTTTCTTCCACTATTGGAGAATTTTGAGGAAGTTGGTAGGTATTCTTGGGGCAGTGTTTGTCCTGCATGGCACTACAGAGAATTATGTCAGGCTAACCACGAACGAGCTTTGGAAATAGCAGACCCATTGATACTACAAGTATGGGCTTACGATTGATTTTACTAGATTGCACCTCAAGTTGAGTTAAAGACTCTAGATCATTTCATTGGACGTCTACTCTTATATGCGAGTGTAGATGGAGCAGTATCTTAACAACATCAAAACACTAAGTAAACATGTTGTTAGTATACTGACTATCATTTGCCCGACTAATACATAACCTAGTAACACCTTAGATCTTTCATATAAAAATTAATATTACATATTTTTTTTATTCTAATTATTTTTGTATGAACTTTCAGATCAATTGGACGTCATACACAAGATATTATGACATAATTACCTAAGTATTGTCATAATGGCCAAGACATTTGGTTGATGGTTAGCCCTCTTATATGCTTTCATATTATCGAGTGACATCTATCAAATCGAGTTTTGAGACAATTCGGTCTGCGGCAAATGATACCGTCGTTATGTTTTACAAACACGCAATTACACCAAATTGATTTTCGAGGTAAACACGACCAAGATTGGCGTCAACTTCATGTAGACTATATATTGTTGCAGCATGCATTTTGTGATCATTGTGCACAGGGAGAAATAATGCGTGGGTCAACTGTATTAGATGACGACTTGTCCTGGTACGACTCAATCACGATAAGATATATCACACTAAATGATGCTTACAATTATTGCATGGTAAAAATTTCATTGTCTATTTTTTCAATTATATGGTATGATATACTTTTATGTTGATACTTTTCATCCTTACTAAATCATTCTGTCCAAGATGTACACCAATATTTAGTACAACATGCCAGAGTTAAGTTTAATGTGTGACCAAAACTTGGTAAATGTAGAAAATATCATTCAACAAACACGAAAACCTAATGTTGCTGACAATGACAACATGTCGAAAAAATTCTAGAGTAACACGTTGACCAGGAACCTCACATATTTCATGATCCAATTCCAACTTCTCCTAGAGATCAAGTTGACACCACATCGAGTTTCGGCCGTCAATAGGAGTATTATGCATATGATGAATTTCTATCCATTGTCACCTGGAAGACACATTCCGAAGAAGAAGAAGAGCACAACAGATGAAAAAACATGGACAATGTCCAGAATAATGAGCAAGTTCAAAATGTGCAAAGGCAACCCACCGCTGCCGGCAATCCAAGAGGAATCTCATATTGCTAGCAGATGA CGAAAACTCCACAGCAGATAGCGGTTTCAATATGAGGTCTTTGAAACAGCCGTCGTTTCAGATAGCGGTCTCACCGCTTCAACTCTTCTAAACCCGCTAGTTTCACAGTTGACATTCACTAATCAAAGCAGGATTTCAGACTCAGATAACCATCACGATTCAGCAATTTTCCTTATACTGTTTAACGGATACTCGTAGTCGGATTCAGCGGTTTCTCTTTTGTCGTCACCCAAAACTAAAACTAGCGATCTTTCCAAGCTTTGCTGCTTGTGCCTTGTGAGCGTGAGCTTCTCAGAAATTTGAAGGGCAAAATTCATTGAAACATTGTAGTTACATCTGGTGGCTCTCTCATTTTGCATGAATGTTTGATCCTGCATTGGTTGGAAATGTCCATGTTGTTTCATTAGGACATTCACTTGGATTGCATTTCCTTAAGATAGTGAATGAGAGAAGATGAGTAGGCAAGGTGTTACACTCATGTGTTACTGGAATGGGACAATGATGAGTGGACCACATGGCATTTCCTACGAAGGTGCTTCACCAAAGCCCATCCGAGTTGGCTATGGGATAACGCATAATGAGTTGGTTGATAGGATATATGGAGTTACTGGATTCGACAAGCAATCCTTTAAACTGAAGATCATCTGTAGGTATCCGGCATGTAGAGAATACATACCTGTGCCAATTGATGATGATGAGTCTATAGATATCATGTTTGACGTGGCACGACAACCAGGAACTAATTGTCTAGAACTGTATGTCGAAAGAGAGCCTCTCTGCAGCCATAACCCAATAAATGTTCCAGAACCAACCATTGTTGATAACCAGACAACAGATGAGATAGCCACAGATGATGCCCAAGTCGATAGCTTTTTAGATCCAGGACCAGTAGACAATTCGATTCTTGTTCTACAAAATCAGCATAGATCTGAAGCCATATGGATGGGGGAGGACCCTAGTGTATTAACTTGTAGACAACGGCTAGCAGCAATGATGAAAGATTGGCAATTAGATCCTCGTGTCCGTCATCTTATCATCAAGGCTGGATTTTATGGGGTACATAGGGTTGGAATCTTACAAATTGATTGGCCCTTGATTACAGCATTGGTTGAGAGGTGGCGGCAAGAAACCCACACTTTCCATCTTACTGTTGGAGAGAGTACTGTCACGCTACAAGATGTAGCATTGTTGTTAGGTCTACAAGTAAATGGTTGGGTAGTGACTGGAAATACTGATCTCCAATGGGAAGACTTATGCGAGGAGCTGTTAGGCCTCAGGCCTGACTCAAGTGTGCTCCATGGTTCCGCCCTTAAGGTTAGTTGGTTACGAACTCATTTTCAAGAACCTCCATCAGATGCGGATGATATTACATTACAACGCTATGCCAGAGCGTATATTTTAAGTTTGATGGGTAGTGTTCTCTTTGCGGATAAGTCTGGAGCTGATGTCCAGTTGATGTTCCTACCTTTTTTAAGAGATTTGACAAGTGTCGGACAATTTAGTTGGGGAAGTGCAGTGCTTGCACATTTATATAGAGAGCTTTGCCGAGCCAGCAAGAAAGGGGCCAATGAGATTTCTGGCCCTCTTGTTTTGTTGCAGATATGGGCATGGGAACGCCTAGATATTAGCCGGCCGGAGAGGTTGGCTTATAAAGGTCGAAAATCAATTATACTAGATACAAAGGCTGAGGAGGAGAGAAGTTCCATTGTAGGGGATGCTACTATAGGTGACGAACAATTACCAGCAGATCCATTAGGATGCAGAGATAATCCCCACAGAGCATTAATATTTTACAGGGACCTGCTTGATCAGCAAACAGAGAACCAGATGGTTTGGCAACCTTATACATCTGAGCGTCTTGGATCATTACCAGATTCCTTGCTCAGAGACCCACATGTGTGGCGGACGGTTGCTCCACTTATTTGTTTTGATATTGTTGAATGGCATCATCCAGAACGAGTTCTCCGTCAGTTTGGTCTTTGCCAAGAAATCCCAGTCCCTTGTGATACAGAAACAAAGCTGCATATAATTGACAGGCGTGGAAAACATCATTATGATTGGAAGGCCTATCACGGACAGTATATTAAATTATGGGAGGCTCGAGAGGAGAGCATTGCAACGGGCAAGCTTGAAGAACAGCCAATGCACTATCATGACCCCTACATGGTTTGGTATAGAAATGTTACTCGACGTTTGATCACCCCTCTCACCCAAAGGTCACATATGCGGTTTCAGCCTTCGAGTGGAACATCACATTTACTTGTACAAAGTTTGACAACTATTCATAATCAGTGTGCATGTGCACTTGATTCTTTTACTAGTGATGGAGCTATGAAATCATTGGAGTGCATTCAAACAACCTGTGTTCGAGTTTTGCAGATGATTGGAGAAACTCGACACCTCAAAGGAAAACAATCAGTCATTTCAACTAAACCAATCACAATCATTCCAAGTTCTGCTGATGATGCTAACAATACGGAAAACCAACAACACGAAGAGTGCATTTCCTCATCTGTACATACGGCGGCAATTCTAACTAAAGCTCCATTTGTCAGGGGACGCGGTAGAGGTAGAGGTCGTGCCAGAGGCAGCATCAAGAGTCAAGGTGGAGGTTATTGCAATGTTCAAAGCGTTGTGGTAGAGACATCTCCACGGTCATCACTATCAACACATTCGGCTCCAGAAGCCCTGCAACCCGATAATGATTCAGATAGACAATTGCATATGAAAGACACCGAAGTTGGCTCAATGATTGAACCGGTGGACTTGGGTTCTGCTGAAACTTCACCAGAGAGTGAGAAAGAAACATGTGTGAGAGAAAAATCACCGGTACAATCATTCTTGATGTACAAGGAGATCAAACGAGACATATTACCATCAACTAGACCGATGCATCTGTCGAAGGGGGATAAAATGGCACAGTCGGTACGTCTACTAGAGCCAGAAGACGAGTCCATGCACCTTTTGGGTAAGGAAGATCTTGAGAGAACAGTTGCTTCACCTAAGTTGACTCTGCCATTCGTCTGCCACATTTGTCATCCGTTTGCCATGCAGGAAGTCGTGGACAATGTCCACGATTCCATGGTCCCTAAAACCCACCTCTTCCCCTCACAGTTGTGGATGAGGTATTCTTGGGGCAGTGTTTGTCCTGCATGGCACTACAGAGAATTATGTCAGGCTAACCACGAACGAGCTTTGGAAATAGCAGACCCATTGATACTACAAATTGCACCTCAAGTTGAGTTAAAGACTCTAGATCATTTCATTGGACGTCTACTCTTATATGCGAGTGTAGATGGAGCAGGAGAAATAATGCGTGGGTCAACTGTATTAGATGACGACTTGTCCTGGAGTATTATGCATATGATGAATTTCTATCCATTGTCACCTGGAAGACACATTCCGAAGAAGAAGAAGAGCACAACAGATGAAAAAACATGGACAATGTCCAGAATAATGAGCAAGTTCAAAATGTGCAAAGGCAACCCACCGCTGCCGGCAATCCAAGAGGAATCTCATATTGCTAGCAGATGA ATGAGTAGGCAAGGTGTTACACTCATGTGTTACTGGAATGGGACAATGATGAGTGGACCACATGGCATTTCCTACGAAGGTGCTTCACCAAAGCCCATCCGAGTTGGCTATGGGATAACGCATAATGAGTTGGTTGATAGGATATATGGAGTTACTGGATTCGACAAGCAATCCTTTAAACTGAAGATCATCTGTAGGTATCCGGCATGTAGAGAATACATACCTGTGCCAATTGATGATGATGAGTCTATAGATATCATGTTTGACGTGGCACGACAACCAGGAACTAATTGTCTAGAACTGTATGTCGAAAGAGAGCCTCTCTGCAGCCATAACCCAATAAATGTTCCAGAACCAACCATTGTTGATAACCAGACAACAGATGAGATAGCCACAGATGATGCCCAAGTCGATAGCTTTTTAGATCCAGGACCAGTAGACAATTCGATTCTTGTTCTACAAAATCAGCATAGATCTGAAGCCATATGGATGGGGGAGGACCCTAGTGTATTAACTTGTAGACAACGGCTAGCAGCAATGATGAAAGATTGGCAATTAGATCCTCGTGTCCGTCATCTTATCATCAAGGCTGGATTTTATGGGGTACATAGGGTTGGAATCTTACAAATTGATTGGCCCTTGATTACAGCATTGGTTGAGAGGTGGCGGCAAGAAACCCACACTTTCCATCTTACTGTTGGAGAGAGTACTGTCACGCTACAAGATGTAGCATTGTTGTTAGGTCTACAAGTAAATGGTTGGGTAGTGACTGGAAATACTGATCTCCAATGGGAAGACTTATGCGAGGAGCTGTTAGGCCTCAGGCCTGACTCAAGTGTGCTCCATGGTTCCGCCCTTAAGGTTAGTTGGTTACGAACTCATTTTCAAGAACCTCCATCAGATGCGGATGATATTACATTACAACGCTATGCCAGAGCGTATATTTTAAGTTTGATGGGTAGTGTTCTCTTTGCGGATAAGTCTGGAGCTGATGTCCAGTTGATGTTCCTACCTTTTTTAAGAGATTTGACAAGTGTCGGACAATTTAGTTGGGGAAGTGCAGTGCTTGCACATTTATATAGAGAGCTTTGCCGAGCCAGCAAGAAAGGGGCCAATGAGATTTCTGGCCCTCTTGTTTTGTTGCAGATATGGGCATGGGAACGCCTAGATATTAGCCGGCCGGAGAGGTTGGCTTATAAAGGTCGAAAATCAATTATACTAGATACAAAGGCTGAGGAGGAGAGAAGTTCCATTGTAGGGGATGCTACTATAGGTGACGAACAATTACCAGCAGATCCATTAGGATGCAGAGATAATCCCCACAGAGCATTAATATTTTACAGGGACCTGCTTGATCAGCAAACAGAGAACCAGATGGTTTGGCAACCTTATACATCTGAGCGTCTTGGATCATTACCAGATTCCTTGCTCAGAGACCCACATGTGTGGCGGACGGTTGCTCCACTTATTTGTTTTGATATTGTTGAATGGCATCATCCAGAACGAGTTCTCCGTCAGTTTGGTCTTTGCCAAGAAATCCCAGTCCCTTGTGATACAGAAACAAAGCTGCATATAATTGACAGGCGTGGAAAACATCATTATGATTGGAAGGCCTATCACGGACAGTATATTAAATTATGGGAGGCTCGAGAGGAGAGCATTGCAACGGGCAAGCTTGAAGAACAGCCAATGCACTATCATGACCCCTACATGGTTTGGTATAGAAATGTTACTCGACGTTTGATCACCCCTCTCACCCAAAGGTCACATATGCGGTTTCAGCCTTCGAGTGGAACATCACATTTACTTGTACAAAGTTTGACAACTATTCATAATCAGTGTGCATGTGCACTTGATTCTTTTACTAGTGATGGAGCTATGAAATCATTGGAGTGCATTCAAACAACCTGTGTTCGAGTTTTGCAGATGATTGGAGAAACTCGACACCTCAAAGGAAAACAATCAGTCATTTCAACTAAACCAATCACAATCATTCCAAGTTCTGCTGATGATGCTAACAATACGGAAAACCAACAACACGAAGAGTGCATTTCCTCATCTGTACATACGGCGGCAATTCTAACTAAAGCTCCATTTGTCAGGGGACGCGGTAGAGGTAGAGGTCGTGCCAGAGGCAGCATCAAGAGTCAAGGTGGAGGTTATTGCAATGTTCAAAGCGTTGTGGTAGAGACATCTCCACGGTCATCACTATCAACACATTCGGCTCCAGAAGCCCTGCAACCCGATAATGATTCAGATAGACAATTGCATATGAAAGACACCGAAGTTGGCTCAATGATTGAACCGGTGGACTTGGGTTCTGCTGAAACTTCACCAGAGAGTGAGAAAGAAACATGTGTGAGAGAAAAATCACCGGTACAATCATTCTTGATGTACAAGGAGATCAAACGAGACATATTACCATCAACTAGACCGATGCATCTGTCGAAGGGGGATAAAATGGCACAGTCGGTACGTCTACTAGAGCCAGAAGACGAGTCCATGCACCTTTTGGGTAAGGAAGATCTTGAGAGAACAGTTGCTTCACCTAAGTTGACTCTGCCATTCGTCTGCCACATTTGTCATCCGTTTGCCATGCAGGAAGTCGTGGACAATGTCCACGATTCCATGGTCCCTAAAACCCACCTCTTCCCCTCACAGTTGTGGATGAGGTATTCTTGGGGCAGTGTTTGTCCTGCATGGCACTACAGAGAATTATGTCAGGCTAACCACGAACGAGCTTTGGAAATAGCAGACCCATTGATACTACAAATTGCACCTCAAGTTGAGTTAAAGACTCTAGATCATTTCATTGGACGTCTACTCTTATATGCGAGTGTAGATGGAGCAGGAGAAATAATGCGTGGGTCAACTGTATTAGATGACGACTTGTCCTGGAGTATTATGCATATGATGAATTTCTATCCATTGTCACCTGGAAGACACATTCCGAAGAAGAAGAAGAGCACAACAGATGAAAAAACATGGACAATGTCCAGAATAATGAGCAAGTTCAAAATGTGCAAAGGCAACCCACCGCTGCCGGCAATCCAAGAGGAATCTCATATTGCTAGCAGATGA MSRQGVTLMCYWNGTMMSGPHGISYEGASPKPIRVGYGITHNELVDRIYGVTGFDKQSFKLKIICRYPACREYIPVPIDDDESIDIMFDVARQPGTNCLELYVEREPLCSHNPINVPEPTIVDNQTTDEIATDDAQVDSFLDPGPVDNSILVLQNQHRSEAIWMGEDPSVLTCRQRLAAMMKDWQLDPRVRHLIIKAGFYGVHRVGILQIDWPLITALVERWRQETHTFHLTVGESTVTLQDVALLLGLQVNGWVVTGNTDLQWEDLCEELLGLRPDSSVLHGSALKVSWLRTHFQEPPSDADDITLQRYARAYILSLMGSVLFADKSGADVQLMFLPFLRDLTSVGQFSWGSAVLAHLYRELCRASKKGANEISGPLVLLQIWAWERLDISRPERLAYKGRKSIILDTKAEEERSSIVGDATIGDEQLPADPLGCRDNPHRALIFYRDLLDQQTENQMVWQPYTSERLGSLPDSLLRDPHVWRTVAPLICFDIVEWHHPERVLRQFGLCQEIPVPCDTETKLHIIDRRGKHHYDWKAYHGQYIKLWEAREESIATGKLEEQPMHYHDPYMVWYRNVTRRLITPLTQRSHMRFQPSSGTSHLLVQSLTTIHNQCACALDSFTSDGAMKSLECIQTTCVRVLQMIGETRHLKGKQSVISTKPITIIPSSADDANNTENQQHEECISSSVHTAAILTKAPFVRGRGRGRGRARGSIKSQGGGYCNVQSVVVETSPRSSLSTHSAPEALQPDNDSDRQLHMKDTEVGSMIEPVDLGSAETSPESEKETCVREKSPVQSFLMYKEIKRDILPSTRPMHLSKGDKMAQSVRLLEPEDESMHLLGKEDLERTVASPKLTLPFVCHICHPFAMQEVVDNVHDSMVPKTHLFPSQLWMRYSWGSVCPAWHYRELCQANHERALEIADPLILQIAPQVELKTLDHFIGRLLLYASVDGAGEIMRGSTVLDDDLSWSIMHMMNFYPLSPGRHIPKKKKSTTDEKTWTMSRIMSKFKMCKGNPPLPAIQEESHIASR Homology
BLAST of Cla97C11G206540 vs. NCBI nr
Match: XP_038876552.1 (serine/threonine-protein phosphatase 7 long form homolog isoform X3 [Benincasa hispida] >XP_038876553.1 serine/threonine-protein phosphatase 7 long form homolog isoform X3 [Benincasa hispida] >XP_038876554.1 serine/threonine-protein phosphatase 7 long form homolog isoform X3 [Benincasa hispida]) HSP 1 Score: 1571.2 bits (4067), Expect = 0.0e+00 Identity = 768/864 (88.89%), Postives = 797/864 (92.25%), Query Frame = 0
BLAST of Cla97C11G206540 vs. NCBI nr
Match: XP_038876549.1 (serine/threonine-protein phosphatase 7 long form homolog isoform X1 [Benincasa hispida] >XP_038876550.1 serine/threonine-protein phosphatase 7 long form homolog isoform X1 [Benincasa hispida]) HSP 1 Score: 1571.2 bits (4067), Expect = 0.0e+00 Identity = 768/864 (88.89%), Postives = 797/864 (92.25%), Query Frame = 0
BLAST of Cla97C11G206540 vs. NCBI nr
Match: XP_038876551.1 (serine/threonine-protein phosphatase 7 long form homolog isoform X2 [Benincasa hispida]) HSP 1 Score: 1568.1 bits (4059), Expect = 0.0e+00 Identity = 766/862 (88.86%), Postives = 795/862 (92.23%), Query Frame = 0
BLAST of Cla97C11G206540 vs. NCBI nr
Match: XP_038876555.1 (serine/threonine-protein phosphatase 7 long form homolog isoform X4 [Benincasa hispida]) HSP 1 Score: 1556.2 bits (4028), Expect = 0.0e+00 Identity = 760/856 (88.79%), Postives = 789/856 (92.17%), Query Frame = 0
BLAST of Cla97C11G206540 vs. NCBI nr
Match: XP_011654504.1 (serine/threonine-protein phosphatase 7 long form homolog isoform X1 [Cucumis sativus] >XP_031741300.1 serine/threonine-protein phosphatase 7 long form homolog isoform X1 [Cucumis sativus] >KAE8648238.1 hypothetical protein Csa_018425 [Cucumis sativus]) HSP 1 Score: 1541.9 bits (3991), Expect = 0.0e+00 Identity = 760/864 (87.96%), Postives = 792/864 (91.67%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy Swiss-Prot
Match: Q9LNG5 (Serine/threonine-protein phosphatase 7 long form homolog OS=Arabidopsis thaliana OX=3702 GN=MAIL3 PE=2 SV=1) HSP 1 Score: 527.7 bits (1358), Expect = 2.9e-148 Identity = 265/513 (51.66%), Postives = 335/513 (65.30%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy Swiss-Prot
Match: F4IFD0 (Protein MAIN-LIKE 2 OS=Arabidopsis thaliana OX=3702 GN=At2g04865 PE=1 SV=1) HSP 1 Score: 273.1 bits (697), Expect = 1.3e-71 Identity = 158/449 (35.19%), Postives = 235/449 (52.34%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy Swiss-Prot
Match: Q9SK32 (Protein MAIN-LIKE 1 OS=Arabidopsis thaliana OX=3702 GN=MAIL1 PE=1 SV=1) HSP 1 Score: 242.3 bits (617), Expect = 2.4e-62 Identity = 151/459 (32.90%), Postives = 236/459 (51.42%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy Swiss-Prot
Match: Q9LMT7 (Protein MAINTENANCE OF MERISTEMS OS=Arabidopsis thaliana OX=3702 GN=MAIN PE=1 SV=1) HSP 1 Score: 214.9 bits (546), Expect = 4.2e-54 Identity = 142/444 (31.98%), Postives = 215/444 (48.42%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy TrEMBL
Match: A0A1S3CE15 (serine/threonine-protein phosphatase 7 long form homolog OS=Cucumis melo OX=3656 GN=LOC103499383 PE=4 SV=1) HSP 1 Score: 1538.9 bits (3983), Expect = 0.0e+00 Identity = 759/865 (87.75%), Postives = 791/865 (91.45%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy TrEMBL
Match: A0A5A7UKT4 (Serine/threonine-protein phosphatase 7 long form-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold131G00310 PE=4 SV=1) HSP 1 Score: 1538.9 bits (3983), Expect = 0.0e+00 Identity = 759/865 (87.75%), Postives = 791/865 (91.45%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy TrEMBL
Match: A0A7N2L2C0 (PMD domain-containing protein OS=Quercus lobata OX=97700 PE=4 SV=1) HSP 1 Score: 1077.0 bits (2784), Expect = 0.0e+00 Identity = 539/858 (62.82%), Postives = 639/858 (74.48%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy TrEMBL
Match: A0A2N9HQF2 (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS42110 PE=4 SV=1) HSP 1 Score: 1037.3 bits (2681), Expect = 4.2e-299 Identity = 526/861 (61.09%), Postives = 621/861 (72.13%), Query Frame = 0
BLAST of Cla97C11G206540 vs. ExPASy TrEMBL
Match: A0A0A0KPN9 (PMD domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G074680 PE=4 SV=1) HSP 1 Score: 1036.6 bits (2679), Expect = 7.1e-299 Identity = 554/868 (63.82%), Postives = 584/868 (67.28%), Query Frame = 0
BLAST of Cla97C11G206540 vs. TAIR 10
Match: AT1G48120.1 (hydrolases;protein serine/threonine phosphatases ) HSP 1 Score: 527.7 bits (1358), Expect = 2.1e-149 Identity = 265/513 (51.66%), Postives = 335/513 (65.30%), Query Frame = 0
BLAST of Cla97C11G206540 vs. TAIR 10
Match: AT2G04865.1 (Aminotransferase-like, plant mobile domain family protein ) HSP 1 Score: 273.1 bits (697), Expect = 9.2e-73 Identity = 158/449 (35.19%), Postives = 235/449 (52.34%), Query Frame = 0
BLAST of Cla97C11G206540 vs. TAIR 10
Match: AT2G25010.1 (Aminotransferase-like, plant mobile domain family protein ) HSP 1 Score: 242.3 bits (617), Expect = 1.7e-63 Identity = 151/459 (32.90%), Postives = 236/459 (51.42%), Query Frame = 0
BLAST of Cla97C11G206540 vs. TAIR 10
Match: AT1G17930.1 (Aminotransferase-like, plant mobile domain family protein ) HSP 1 Score: 214.9 bits (546), Expect = 3.0e-55 Identity = 142/444 (31.98%), Postives = 215/444 (48.42%), Query Frame = 0
BLAST of Cla97C11G206540 vs. TAIR 10
Match: AT4G16050.1 (Aminotransferase-like, plant mobile domain family protein ) HSP 1 Score: 89.7 bits (221), Expect = 1.4e-17 Identity = 89/327 (27.22%), Postives = 143/327 (43.73%), 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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