CmaCh02G001760 (gene) Cucurbita maxima (Rimu)
The following sequences are available for this feature:
Legend: exonfive_prime_UTRCDS Hold the cursor over a type above to highlight its positions in the sequence below.AGGTGGGGCTATAAATGTTGGACACACCCATCACCAAAACTCATCCATCTCTCAAACAACGTATTCAATGGCTAAATCTCTCCCACTTTATGAAAAAACAGCCATCAAAAGACGGACCCATAAGGTATTGGATTTAGCCATCCTCTTCCTCCTGCTTTCACTACTAGCCTATCGTCTCCTCCTCTTAGCCACCCATGGCTTCTCCAATCTCCAAGCCATGGCCCTCCTCTGCGAGTCCTGCTTCGTCTTCGTCCGCCTCCTCACCATCATCACCAAATGGAACCCCGTCGACTTCCAAACTTACCCTCAACGCCTTCTCAAACGGTAATAAACACAAATTCTCACGTCTTCTTATATTTAGTCCTCAACTATAGTTTATTATATTTAAGCCTTGTAAATAGGTAAATATGTGGTATGATTGAAGATATTATAAATCGATTAGATGAACACGACTCTCTCCAATGATATAATAAGCTCTCATGGCTTTGCTTTGTATTTTCCCAAAAAGTCTCATATTCTTTTATTATAAACTCATGATCATTCCCTAACAAAGTACACCTCCCTTCGAGACTTTGATTGTTTTTTTCTTTTAGAATCTTAGTATTTTTTGACTATGCATTTAAGGCCCCTATTGACATGACTCATTTTAAGTGCGACAATAAAAATATTTTTTATTTGTTTTTGGAGCTATCTTTGATTATTAAAGTTGTGGGGGCAAGTGTAGGGAGGTGGAGCTTCCGGCGGTGGACATATTTGTGACGACGGCGGATCCGGTGCTGGAACCGCCAATTATAACGGTGAATACGGTGCTGTCTTTGATGGCGTTGGATTATCCGGCCAATAAACTGGGTTGTTATGTATCCGACGACGGCTGTTCTCCTCTCTCCTTGTATGCACTTAGTGAAGGACTGGAATTTGCAAGGATTTGGGTTCCGTTTTGCCGTAAATATGAGGTCCAAGAACGGGCTCCGTTTAGGTACTTCTCGAATGCCTCCACACCGCCTTACCTTCACACCTCCCCAGAATTCCAAAATGAGTGGAAAAGAGTGAAGGTAAGCGACAAAATGGGATAGGGTTCGAACAATTTTCATGTCTTTTCTTTATAATATTATTCTTATTATTCTTATTATTTATTTTAGAATTCATTTTTTTTTTAAATGTTTTTTTTTTCTTCTGTTTAAATATGAATTTATGTGTTTTAAAATGGAAGGTGGAGTATGAACAGGTGGAAGGCAAAATCAAGGAAGCAGAACAGGACAGATTTAATTCACGTAAAGATTTGGCTCCCTTCTCTCATGTTGACACCAAAAATCATCCCGCCATTGTAAAGGTACCTCCACCTCGGAATAAACTTTAATATTATATTATAGTTGTGAGATTGAGATCTTACATCGATTGGAGAGGGCAACGAAATATTTGTTATAACTATATTTGTTATAACATACTAAAGTAGACATATTTGTTAGCGGTGAGTTTGGATTATTACAAATGACATCATAGCTAGACATCGGACAATGCGGCCTCAAAGGGGTGGATTGTGATGTACCATATCGTTGGAGAGAGAAACGAAACATTTCTTATAAGGGTTTGGACCTTGTAAAGTTGTAGAAATCTATCTTTAGTAGACACGTTTTAAAATCATGAAACTGACGACAATACGTAATGGGTTAAAGCTGATAATATCTATTAGCAGTGAGCTTGGGCTGTTATAATTGTTTTTGTCACTTTACAATATAATATATAATAGATTAGTAGGGCATATATTAGGTCAGGGTGGAATTCTCGTCTCTAGCTCCGTTGAGCTAACGAGGACAAATTTCTCCCTGTTCTCTCTTCATTCTATGTTTAGTTGAGTATCGAACATTTTTTTTACCAATTAACATATCATATCATTGGTTTTATTTGGCAGATATTATGGGAAAACAAGAATGATTTAGATGAACTACCACATTTAATCTATCTTTCGAGGGAGAAAAGTCCAAAACACCCTCACCATTACAAGGCGGGCGCCATGAACGTTTTGGTAATTTCCAAACATGTTTATAAACCTATATAAATTGAAAATTTATTAATGATTGAATAATTCAATAATGCAGACAAGAGTGTCGGGATTATTAACAAATGCTCCTTATATATTGAACGTGGATTGCGACATGTATGCCAATAATCCCAAAGTCATTTTACATGCAATGTGCGTATTCTTCAACTCCGAAGCCGAACCGAAAGAGGTTGGATATGTTCAATCTCCCCAATGCTTCTACGATGGCCTGAAGGACGACCCTTTTGGGAATCAACTCGTCACTTTATACGAGGTAATCATGAGTGAAGTTCTTTGGGCGTGTTTTTTTCAAATTGTGTGAGTAAGAGAATAATTTTCTTCGTCTCCCGAGACAGTTCTTTGCGCGGGGGATCATGGGAATTCAAGGACCGTTCTACAGCGGAACCGGGTGCTTTCATAGACGAAAGGTCATATATGGTCAATGGCCTCACCAGGAAGGAAAAGGAAGAGCTTGGGAACAAGAATTACTCAAATCATTTGGGAATTCAAAAGCTTTGGCAAAGTCAGCAGCGTTGACTTTTGAGGATAACGCTTGTGGGTATCATTTGAAAGGCCTTATGAACAATCTTGAAGCAGCAAACCAAGTGGCTGGATGTGGCTATGAGATCGGCACTGCTTGGGGTTCCAAGGTTTTTTATTCGTTCTTTTCTCGAGATCAAGTACTAAAAACGAAATCGTTACTAAAAGGGTCGTGATAATTTGTTTGAATTTTAGATCGGGTGGATCTACGGATCGACGGTGGAGGATATCCAAACAGGATTGATGATTCAGAAACGAGGGTGGAGATCTATTTACATTGCCTTAGATCCGCCGGCCTTCTTTGGTTGTGCGCCGTCGGAGCTTCCTGCTTCATTGACGCAGCAGAAGCGATGGGCCACAGGCTTACTTGAAATTTTGTTAAGCAAAAACTGTCCCATTTTCGCCACGCTATTTGGGAAGCTGGAATTGAAGCAATGTGTAGCGTATTTATGGCTCCTCACTTGGGGCCTTCGTTCCATTCCAGAGCTTTGTTATGCAATGCTACCAGCCTATTGTCTCATCACAAACTCTCACTTCTTACCCACTGTAAGTACAAACGGAAAACTAGCATGAACTCTCCATGCACGTTATATTAGGTTAACTCATAGTTATGGATATCGATCTAACCCATTTAGTTGGGATCGGGAGAGACCTACCTCGAATGAAGTGGGAAATTTTCGCTTAAACGGAGAATGAGAATGGAAGTAAGGGGTTTCTTCATTAGCTAATAGAGATGAGGATGGGGATTAGATTCTCCATTTCCACCTTGCGAACATCCCTACAACTGCTGTTAGTTGTCGTGAAGAATAAGTTCATGCATCAGACATTTATTTAGTTTATAACCTATCTTGTATTTTGATACATGAATCATCTTGATTTAGGTATGACATTAATGTTTCTATGCTTATATAAAGGGTTGTCTAGGATGATTGAGATATGTTGAGTTTGAGTGTCATTTTGTATGTGGTGAATGTCATTCGGGAGGAACTTTGTTGAGAGACTTTGTAGTGTGAGAGTTGTGAGATCCCACATCGGTTGGGGAGAAGAACAAACACCCTTTGTAAGGGTGTGGAAACCTTGAGGGGAAGTACGGAAGGAAAAGTCTAAAGAGGACAATATCTGCTAGCGGGACTTTGACCGTTACAAATGGTATCAAAGTCAGGCACCGGATGATGTGCCAATGAAGAGGTTGAACCCTGAAGGGGGTGGACATGAGACGGTGTGCCAACTAGGATGCTGTGTCCCGAAGGGAGGTGGATTGAGGGGTCCCACATCGATTATAGAAGGGAATGAGTGTCAGCGAGGACGCTAGTCCCGAAGGGGAGTGGATTGTGAGATCCCACATCGTTTAGAGAGGTGAACGAAATACCCTTTATAAGGTTTCTAAGGGCATGGAAGCTTCTTCCTAGTAGACGCGTTTTAAAATCTTTAAGGGAAGCTCGAATGGGAAAGCCTCGGGAAAGCTAACACTTAGATTATTGAGATTGTCTGCTACCTATATAGGGGAATTTCTTCTCTTCGAACCACGTAAATCTTTGTGTCTCTATAATTGTTATAATTGTTGTTTCTGGGCGTGTGAGTGCGTTACAACAACAACATTTTATTTTCAGGTGAGAGAGCGAGCAATCATCATCCCAATCTCCATCTTCATCCTATACAACTTTCAACAGCTATTACAGTACTTCCAAACAGGTCAATCACTAAGAGCTTGGTGGAACAACCAGAGAATGGAAAGAGTAAACACAATGTGTCCATGGTTATTGGGAGTAGCAAACGTGGTTCTAAAGCTTCTAAGAATATCAGAAACCGTGTTCGAAGTAACCAAGAAAGACTCATCTTCTTCCAACACTGATGAAAAGACAAAGCTTGAAGATTCAAATCACTTCACATTCGACGAGTCGCTGCTCTTCATTCCAGGCACAACCATTGTGCTGGTCCAAGTTAGTGCACTACTCATTGGCTTGACACGAGCGAGAGGTAGCGGTGTTCTTGAGGTGGCTTGCAGTGTGTGGCTAGTTTTATGCTTTTGGCCATTTTTTAAGGGGATGTTTCTCAAAGGAAGATATGGGCTTCCCTTGTCTACCATCTACAAGTCAGCTGCCTTGGCTTTGTTCTTCCTTCATTTATGCCAAAAAAAAACAACTCCCAAATGAGCGAGTATAGATCAAGCTTTACGGTTCACTATGGTTCACTATTAAAGGTTAATTGATCACCCCTTAATAGTCTCACCATTGTATAATCATCGAGTGATTCTTAAAGAATTGAAAGTCACTATTTATACCAAAAGAACTTTCTTTTTCGGTGGAATCATAGGAATTTCAAAGTTAAACATGGTTTGCTTGGAACAATTGTACGTTAGATGTCATCTTACAAATTTTTCTAAGATGCATGTAAGTAAGAGCAAAACATGTTAGAAGAATTTGTGTTGGTGGATAGTTTCCACTATTAAAGTTAACGAGTAAATAAAGTAACTATGTCGTAAGATTGTAAAATAATGTCGAGATCATCAAGTGTTAAATCTAGATTCAGAATTCTCAGCTAAATCTTGAGTGTAGGTCGTCACCAATTTCAATTAATATAACTCGACTCTACTTTCATGTTCTTGGGAGGAATCTTATTTAAAATTATTACATTTATTTATTATTATTATTATCTTTTAAATAGCTGAAACTATTGTACACAAAGTTGTATTTAACTGTATTTGGATTGGGTTGAGTTAAGTTATCGAGTTATTTTTTTTTAATAATTTTAATAAAAATCATAGTTATCCATTTATATATCTTACATTAAGCATTCAAATCTTGTAAAGTTCAAATATCAAATATTCACATATCACGACACATAATTAACATTATAAATATCAAATATTTTTAATTTTTATAATAATCTTAAAAGTAGAGTAAAGTTGAGTTAGGTTGACTCGACAAAAAAAAAAAAAAAAAACTCGCTAATCAATCCAAATTTTTAGTTCTAAAAAAATTCAAACGGTTTAAGTTGGATAATTGTAATGGATTGAATTATCCCGTCATATAAACACATTTAATTTTTTAAAATTAATCACAAGTTTCAAAAAAGAAAAATATTATTGAAAACAAATTTGAAGACTTCTATGTGGTGACCAAATTTGAAACCTGCTTGATCCCGACGAAATGTAAGTGTCGTAATGCCACCCTGGAATCTAACAGAACATTTTGTCGGGTTCTGCGTATTTGACTGTTTTGTCCTTTTTTTTATTTCCCTATAAAATGCCATGTAATAAAGATAAGAATTTCCAGAGTCTTCCTGTTTCCCAATGGCCAAACCCAACGCTCTTTCTCTGTACCAAAAGGTCGAACTTCAAAGGCCTTTGCAACGAGCTTTGGATGCCACCATTTTCTTCCTCCTGCTTGCTTTGCTCGGCTACCGGCTCCTTCTGGTGCGCACCCATGGGCTCTGCTGGCTCTACGCCATTGCCTTCCTCTGCGAGTCCTGGTTCGCTTTCTTCTGGGCTCTAACCGCCAATCTCACTTGGACCCCCGTCCATTACCAAACCTATCCCCAACACCTCCTCAAACGGTAACCTTTAACCTCCTTCTCATCTTGGTATTTTTTTATTTTTGTCTACATTGAACATAAACCGTTATGGGAGATAGTATTTCTCATTTATAAATTCATAACCTCCTATTAAATTAGTCAATGTGGGACTCACGGCAAATAACAATCCGCCCCTCAAACAAATTACTACATTATAAGCCTCTCTTTAATCGAGACTCTACTCCTTACTCTAAGCCCTCAAACAAAATACACATTTTGTTCTAACATTTGAGGATTCGTCAATCTATTGGCATGATCAAGAGTTTAGGGCATAACTTTGATACGATGACATGACTTACCATGTTAGGAATCACAAATGTCCATAATAATACAATATTGTTGACTTTGAGCATAACTTCTAATGACTATGCTTTAAGCTTTCTCAAAAAATTCTAGTAACAATGAAGATACTCTGCCTCACTTATAAATTCATATATATATATATTTCCAGAGTGGAGGAGCTTCCTCGGGTGGACGTTTTCATTACGACGGCGGATCCGGGGCTGGAGCCGCCGATAATCACGATAAACACGGTGTTGTCTTTGTTAGCGGTGGAATATCCGGCCAATAAACTGGCTTGTTACGTCTCCGATGACGGCTGTTCGCCACTCACATATTATTCACTGTCTGAAGCTCTTAAATTTGCTAAAATTTGGGTGCCGTTTTGCAAGAACTATAGGGTCGAAGTAAGAGCTCCGTTTAGATATTTCTCCGACGACTTATCCTCAGCTGGGTCGCCGGAGTTTCAATACGAGTGGAGGAGAATGAAGGTAACCAGAATTTGAAACATAATTCATTATATATATATATATATATATATCTAAATAAAAATTAAAAAATGGTTTATATTTGTGCGTAAAAAGGACGCGTACGATGCGCTGAACCAGAGGATTGAGGACGCCGCCAAAAGCTTTACATTCGGCGATCTTGCGGGTGACCTGGCAGATTTCTCCAACACTAAACCAAAGAATCATGCTCCAATAATTAAGGTACGGGCCCACTTCCACTAGTAGGCCGGTAGATATTATTCTTTTGAACTTCTAATGAAAAAGTTTGTACACCCTTATAATTATAAATATAATTATAAATATAAATATAAATATAAATATAAATAGAGTTTTGTTATTCTTGGTTGGAGGAAAGGTAAGATGTAAAGATTTTAAATGTTGAATTTATTTTGAATTAATGTTATGAAATTGGTAGGTGATATGGGAGAACAAGGAAGGTATTGAAGATGAATTGCCTCATTTGATCTATGTATCAAGAGAGAAGAGACCAAATATCACTCACCATAACAAAGCTGGAGCCATGAATGTTTTGGTAATTTCACATTTTTCTTATCCTAAATTCTCTTTAAATACATATATATATATTATATAATGTTATTTTTGAGATTTCATATCGATTGGAAAAAGAACCGAATATTCTTTATAAGGGTGTGAAAATTTTCTTTAGTATAGCGTTTTAAAACCGTGAGACTGTGAAATCCCACATTGGTTTGAGAAAGTAACAAAGATTCCTTATTAGTTGTAGAAACTTCTCTCTAGTATACTCAATTTTAAAATTGTGGAGGTGTGAGATAAAATCGTGAGGTAGAGAGATGAAGGGAACAAAAGATTTCTTAAAAGGGTATGGAAACCTCTCTCTCCACTAGTAACGATTTAAAACTCTGAGATAGTGAGGTCCCACATTTTAAAGCTGTGAAGCTAACAATGATTCGTAACGGATAAAAATGAATAATATCGATAGACTTGAACGGTTACATAATATATATATATTTATTTTATTTTATTTTATTTATTATGTAGACAAGAGTGTCGGGATTAATGACAAATGCTTCTTACATGATGAACTTAGACTGTGACATGTTTGTGAATAATCCCGACGTTATTTTACAAGCAATGTGTCTCTTCAAAGACCCAATCAATGGAGAGTATGCATTTGTTCAGTTTCCTCAATGCTTTTATAATGGCCTCCAAGATGATCCCTTTGCGAACCAGTGGATTATCATGATGCAGGTATTTTCATTTATTTTTCATAAATCTTTCGCTAAATTAATTAAAAAATATCCTTAATTTTTATTATTATTATTTTTTTTTTTTTGTAAATTGTCAGGAAAATATTAAACTTAAACATTCAAAGGTATTATTAAAATTTTTGAAAAATCTTTTGGTATAAATTTTTGTTAATTAATATTGTTTTTGCAGGTCAAGATGCGTGGACTGGCAGGAATTCAAGGGCCTGCGTACATGGGAACAGGATGTATTCATAGAAGAAAAGTGTTGTACGGTCAATCACCTAATGAAGCTAATATTAATGGTAATCAACCTTATTACAATCTGATTTTTTTTATTGTTTCTTTTTGTGTTTATGTTGTTCATATCAAATCGTTTTGCAGAGAAATATTACGATGATGAGTTATATAAAACATTTGGGAATTCAAAAGATTTCGTAACCTCTGCTACTCGAGTTCTAAGAAGCGTCGAAGATTATCCAAATTGTCTAGCCGACACGATCAAAGCAACACATGAAGTTGCTACTGCTGATTATGAACACAATTCTTGTTGGGGTTCCAAGGTTTGCTTTCAAATAATGCTTTTGGTTCTAGTTTTCATGAGCTTTGATAGTTGATTCTACACCAAACACAGAATCAACATTGAGAAGATTCAAAAAATGGAAGACCTAAAGAACTTGATCGAACTCAACCCAAAACCGTACCGTTTGAGTTGAGTTATCAATTCATTTAGACCGGATTGAATTCAAATAAATAAAAACTTTATGGGATGAGTTGATTGATGAGTTCTCCTAAAATTAGTTTGGGTTGAACCGGACTAACACGAACAAATACAAATAGGATCGAACACAAACAATTGTTAATTTTTAACAAAAATGTTTCCACCTTGTTTACTATAATAATTGCTGATTGGTCCTTAGGTGGGTTGGCAATATGGATCAATAGTGGAGGATGTTTTGACAGGGATGTTGATCCATAAAAAGGGATGGAAATCTGCATACCTTACACCAACTCCACCAGCCTTCCTAGGATGTGCATCCTCAGGAGGCCCAATTCCATTAAACCATCACAAGAGAGGAATCACAGGGCTACTTGAAACCTTAATCAGCAAAAACTCCCCCATTGTCACTGCTCTCTCTGATAAGCTCCAATTTAGGCAACGTATGTTCTATCTATGGATATACCTGGCGAGCGTTCAAGCTATTCCAAGGATATGTTACGCTCTTCTGCCAGCATTTTGTCTAATAGCCAACTTTCATTTTCTGCCCAAGGTTAGTATAGAATACAATCTCTAAACCATCTAAAAAATCAGAGATATTCAAGTTTCATTCAAGACATGTTAAGTAGATTTGAGGTAACCAACTATGGCCATCTCAATGCAGGTACAGGAACCAGTAATATGCATACCTCTGCTCCTTTCCGTCCTTTTCGTCCTAAGACAGATGTTAGGGTACATCGAAACGGACCAATCCATAAGAGCCTGGTGGAATAACCATAGAATGGATATGATTAAGTCAATGTGTTCTTGCTTGCTTGGAGTTGTGGCTGTCCTTTTGAAGATTGTAGGACTATCAGAGACGACGTTCGAGGTAACAAAAAAGGAGTCAGCTTCTTCTAGTGATGACACAGAGAGTAGTGATAGAGATTTGGGTCGGTTCACATTTGATGAGTCCCCAATGTTTGTGCCAATCACAACGGTTATGATGATTCAACTAGCGGCACTTGCAATCGGTTTCTTGGGAACACAGCCAGGCCGTCGAGAGTTTGGGGTGGGTGAGGTGACATGCAGTGTGTGGTTGGTTTTGTGCTTCTGGCCAATTTTGAAGGGGATGTTTGCAAAGGGAAGCTATGGGCTTCCATGGTCCACCCTTTTCAAATCCAGTGCTTTGGCTTTCTTGTTTGTGTACTTGTGTCGAATGTCTACAAAGTGA AGGTGGGGCTATAAATGTTGGACACACCCATCACCAAAACTCATCCATCTCTCAAACAACGTATTCAATGGCTAAATCTCTCCCACTTTATGAAAAAACAGCCATCAAAAGACGGACCCATAAGGTATTGGATTTAGCCATCCTCTTCCTCCTGCTTTCACTACTAGCCTATCGTCTCCTCCTCTTAGCCACCCATGGCTTCTCCAATCTCCAAGCCATGGCCCTCCTCTGCGAGTCCTGCTTCGTCTTCGTCCGCCTCCTCACCATCATCACCAAATGGAACCCCGTCGACTTCCAAACTTACCCTCAACGCCTTCTCAAACGGGAGGTGGAGCTTCCGGCGGTGGACATATTTGTGACGACGGCGGATCCGGTGCTGGAACCGCCAATTATAACGGTGAATACGGTGCTGTCTTTGATGGCGTTGGATTATCCGGCCAATAAACTGGGTTGTTATGTATCCGACGACGGCTGTTCTCCTCTCTCCTTGTATGCACTTAGTGAAGGACTGGAATTTGCAAGGATTTGGGTTCCGTTTTGCCGTAAATATGAGGTCCAAGAACGGGCTCCGTTTAGGTACTTCTCGAATGCCTCCACACCGCCTTACCTTCACACCTCCCCAGAATTCCAAAATGAGTGGAAAAGAGTGAAGATATTATGGGAAAACAAGAATGATTTAGATGAACTACCACATTTAATCTATCTTTCGAGGGAGAAAAGTCCAAAACACCCTCACCATTACAAGGCGGGCGCCATGAACGTTTTGACAAGAGTGTCGGGATTATTAACAAATGCTCCTTATATATTGAACGTGGATTGCGACATGTATGCCAATAATCCCAAAGTCATTTTACATGCAATGTGCGTATTCTTCAACTCCGAAGCCGAACCGAAAGAGGTTGGATATGTTCAATCTCCCCAATGCTTCTACGATGGCCTGAAGGACGACCCTTTTGGGAATCAACTCGTCACTTTATACGAGTTCTTTGCGCGGGGGATCATGGGAATTCAAGGACCGTTCTACAGCGGAACCGGGTGCTTTCATAGACGAAAGGTCATATATGGTCAATGGCCTCACCAGGAAGGAAAAGGAAGAGCTTGGGAACAAGAATTACTCAAATCATTTGGGAATTCAAAAGCTTTGGCAAAGTCAGCAGCGTTGACTTTTGAGGATAACGCTTGTGGGTATCATTTGAAAGGCCTTATGAACAATCTTGAAGCAGCAAACCAAGTGGCTGGATGTGGCTATGAGATCGGCACTGCTTGGGGTTCCAAGATCGGGTGGATCTACGGATCGACGGTGGAGGATATCCAAACAGGATTGATGATTCAGAAACGAGGGTGGAGATCTATTTACATTGCCTTAGATCCGCCGGCCTTCTTTGGTTGTGCGCCGTCGGAGCTTCCTGCTTCATTGACGCAGCAGAAGCGATGGGCCACAGGCTTACTTGAAATTTTGTTAAGCAAAAACTGTCCCATTTTCGCCACGCTATTTGGGAAGCTGGAATTGAAGCAATGTGTAGCGTATTTATGGCTCCTCACTTGGGGCCTTCGTTCCATTCCAGAGCTTTGTTATGCAATGCTACCAGCCTATTGTCTCATCACAAACTCTCACTTCTTACCCACTCTATTACAGTACTTCCAAACAGGTCAATCACTAAGAGCTTGGTGGAACAACCAGAGAATGGAAAGAGTAAACACAATGTGTCCATGGTTATTGGGAGTAGCAAACGTGGTTCTAAAGCTTCTAAGAATATCAGAAACCGTGTTCGAAGTAACCAAGAAAGACTCATCTTCTTCCAACACTGATGAAAAGACAAAGCTTGAAGATTCAAATCACTTCACATTCGACGAGTCGCTGCTCTTCATTCCAGGCACAACCATTGTGCTGGTCCAAGTTAGTGCACTACTCATTGGCTTGACACGAGCGAGAGATAAGAATTTCCAGAGTCTTCCTGTTTCCCAATGGCCAAACCCAACGCTCTTTCTCTGTACCAAAAGGTCGAACTTCAAAGGCCTTTGCAACGAGCTTTGGATGCCACCATTTTCTTCCTCCTGCTTGCTTTGCTCGGCTACCGGCTCCTTCTGGTGCGCACCCATGGGCTCTGCTGGCTCTACGCCATTGCCTTCCTCTGCGAGTCCTGCGGTGGAATATCCGGCCAATAAACTGGCTTGTTACGTCTCCGATGACGGCTGTTCGCCACTCACATATTATTCACTGTCTGAAGCTCTTAAATTTGCTAAAATTTGGGTGCCGTTTTGCAAGAACTATAGGGTCGAAGTAAGAGCTCCGTTTAGATATTTCTCCGACGACTTATCCTCAGCTGGGTCGCCGGAGTTTCAATACGAGTGGAGGAGAATGAAGGACGCGTACGATGCGCTGAACCAGAGGATTGAGGACGCCGCCAAAAGCTTTACATTCGGCGATCTTGCGGGTGACCTGGCAGATTTCTCCAACACTAAACCAAAGAATCATGCTCCAATAATTAAGGTGATATGGGAGAACAAGGAAGGTATTGAAGATGAATTGCCTCATTTGATCTATGTATCAAGAGAGAAGAGACCAAATATCACTCACCATAACAAAGCTGGAGCCATGAATGTTTTGTTTCCTCAATGCTTTTATAATGGCCTCCAAGATGATCCCTTTGCGAACCAGTGGATTATCATGATGCAGGTCAAGATGCGTGGACTGGCAGGAATTCAAGGGCCTGCGTACATGGGAACAGGATGTATTCATAGAAGAAAAGTGTTGTACGGTCAATCACCTAATGAAGCTAATATTAATGAGAAATATTACGATGATGAGTTATATAAAACATTTGGGAATTCAAAAGATTTCGTAACCTCTGCTACTCGAGTTCTAAGAAGCGTCGAAGATTATCCAAATTGTCTAGCCGACACGATCAAAGCAACACATGAAGTTGCTACTGCTGATTATGAACACAATTCTTGTTGGGGTTCCAAGGTGGGTTGGCAATATGGATCAATAGTGGAGGATGTTTTGACAGGGATGTTGATCCATAAAAAGGGATGGAAATCTGCATACCTTACACCAACTCCACCAGCCTTCCTAGGATGTGCATCCTCAGGAGGCCCAATTCCATTAAACCATCACAAGAGAGGAATCACAGGGCTACTTGAAACCTTAATCAGCAAAAACTCCCCCATTGTCACTGCTCTCTCTGATAAGCTCCAATTTAGGCAACGTATGTTCTATCTATGGATATACCTGGCGAGCGTTCAAGCTATTCCAAGGATATGTTACGCTCTTCTGCCAGCATTTTGTCTAATAGCCAACTTTCATTTTCTGCCCAAGGTACAGGAACCAGTAATATGCATACCTCTGCTCCTTTCCGTCCTTTTCGTCCTAAGACAGATGTTAGGGTACATCGAAACGGACCAATCCATAAGAGCCTGGTGGAATAACCATAGAATGGATATGATTAAGTCAATGTGTTCTTGCTTGCTTGGAGTTGTGGCTGTCCTTTTGAAGATTGTAGGACTATCAGAGACGACGTTCGAGGTAACAAAAAAGGAGTCAGCTTCTTCTAGTGATGACACAGAGAGTAGTGATAGAGATTTGGGTCGGTTCACATTTGATGAGTCCCCAATGTTTGTGCCAATCACAACGGTTATGATGATTCAACTAGCGGCACTTGCAATCGGTTTCTTGGGAACACAGCCAGGCCGTCGAGAGTTTGGGGTGGGTGAGGTGACATGCAGTGTGTGGTTGGTTTTGTGCTTCTGGCCAATTTTGAAGGGGATGTTTGCAAAGGGAAGCTATGGGCTTCCATGGTCCACCCTTTTCAAATCCAGTGCTTTGGCTTTCTTGTTTGTGTACTTGTGTCGAATGTCTACAAAGTGA ATGGCTAAATCTCTCCCACTTTATGAAAAAACAGCCATCAAAAGACGGACCCATAAGGTATTGGATTTAGCCATCCTCTTCCTCCTGCTTTCACTACTAGCCTATCGTCTCCTCCTCTTAGCCACCCATGGCTTCTCCAATCTCCAAGCCATGGCCCTCCTCTGCGAGTCCTGCTTCGTCTTCGTCCGCCTCCTCACCATCATCACCAAATGGAACCCCGTCGACTTCCAAACTTACCCTCAACGCCTTCTCAAACGGGAGGTGGAGCTTCCGGCGGTGGACATATTTGTGACGACGGCGGATCCGGTGCTGGAACCGCCAATTATAACGGTGAATACGGTGCTGTCTTTGATGGCGTTGGATTATCCGGCCAATAAACTGGGTTGTTATGTATCCGACGACGGCTGTTCTCCTCTCTCCTTGTATGCACTTAGTGAAGGACTGGAATTTGCAAGGATTTGGGTTCCGTTTTGCCGTAAATATGAGGTCCAAGAACGGGCTCCGTTTAGGTACTTCTCGAATGCCTCCACACCGCCTTACCTTCACACCTCCCCAGAATTCCAAAATGAGTGGAAAAGAGTGAAGATATTATGGGAAAACAAGAATGATTTAGATGAACTACCACATTTAATCTATCTTTCGAGGGAGAAAAGTCCAAAACACCCTCACCATTACAAGGCGGGCGCCATGAACGTTTTGACAAGAGTGTCGGGATTATTAACAAATGCTCCTTATATATTGAACGTGGATTGCGACATGTATGCCAATAATCCCAAAGTCATTTTACATGCAATGTGCGTATTCTTCAACTCCGAAGCCGAACCGAAAGAGGTTGGATATGTTCAATCTCCCCAATGCTTCTACGATGGCCTGAAGGACGACCCTTTTGGGAATCAACTCGTCACTTTATACGAGTTCTTTGCGCGGGGGATCATGGGAATTCAAGGACCGTTCTACAGCGGAACCGGGTGCTTTCATAGACGAAAGGTCATATATGGTCAATGGCCTCACCAGGAAGGAAAAGGAAGAGCTTGGGAACAAGAATTACTCAAATCATTTGGGAATTCAAAAGCTTTGGCAAAGTCAGCAGCGTTGACTTTTGAGGATAACGCTTGTGGGTATCATTTGAAAGGCCTTATGAACAATCTTGAAGCAGCAAACCAAGTGGCTGGATGTGGCTATGAGATCGGCACTGCTTGGGGTTCCAAGATCGGGTGGATCTACGGATCGACGGTGGAGGATATCCAAACAGGATTGATGATTCAGAAACGAGGGTGGAGATCTATTTACATTGCCTTAGATCCGCCGGCCTTCTTTGGTTGTGCGCCGTCGGAGCTTCCTGCTTCATTGACGCAGCAGAAGCGATGGGCCACAGGCTTACTTGAAATTTTGTTAAGCAAAAACTGTCCCATTTTCGCCACGCTATTTGGGAAGCTGGAATTGAAGCAATGTGTAGCGTATTTATGGCTCCTCACTTGGGGCCTTCGTTCCATTCCAGAGCTTTGTTATGCAATGCTACCAGCCTATTGTCTCATCACAAACTCTCACTTCTTACCCACTCTATTACAGTACTTCCAAACAGGTCAATCACTAAGAGCTTGGTGGAACAACCAGAGAATGGAAAGAGTAAACACAATGTGTCCATGGTTATTGGGAGTAGCAAACGTGGTTCTAAAGCTTCTAAGAATATCAGAAACCGTGTTCGAAGTAACCAAGAAAGACTCATCTTCTTCCAACACTGATGAAAAGACAAAGCTTGAAGATTCAAATCACTTCACATTCGACGAGTCGCTGCTCTTCATTCCAGGCACAACCATTGTGCTGGTCCAAGTTAGTGCACTACTCATTGGCTTGACACGAGCGAGAGATAAGAATTTCCAGAGTCTTCCTGTTTCCCAATGGCCAAACCCAACGCTCTTTCTCTGTACCAAAAGGTCGAACTTCAAAGGCCTTTGCAACGAGCTTTGGATGCCACCATTTTCTTCCTCCTGCTTGCTTTGCTCGGCTACCGGCTCCTTCTGGTGCGCACCCATGGGCTCTGCTGGCTCTACGCCATTGCCTTCCTCTGCGAGTCCTGCGGTGGAATATCCGGCCAATAAACTGGCTTGTTACGTCTCCGATGACGGCTGTTCGCCACTCACATATTATTCACTGTCTGAAGCTCTTAAATTTGCTAAAATTTGGGTGCCGTTTTGCAAGAACTATAGGGTCGAAGTAAGAGCTCCGTTTAGATATTTCTCCGACGACTTATCCTCAGCTGGGTCGCCGGAGTTTCAATACGAGTGGAGGAGAATGAAGGACGCGTACGATGCGCTGAACCAGAGGATTGAGGACGCCGCCAAAAGCTTTACATTCGGCGATCTTGCGGGTGACCTGGCAGATTTCTCCAACACTAAACCAAAGAATCATGCTCCAATAATTAAGGTGATATGGGAGAACAAGGAAGGTATTGAAGATGAATTGCCTCATTTGATCTATGTATCAAGAGAGAAGAGACCAAATATCACTCACCATAACAAAGCTGGAGCCATGAATGTTTTGTTTCCTCAATGCTTTTATAATGGCCTCCAAGATGATCCCTTTGCGAACCAGTGGATTATCATGATGCAGGTCAAGATGCGTGGACTGGCAGGAATTCAAGGGCCTGCGTACATGGGAACAGGATGTATTCATAGAAGAAAAGTGTTGTACGGTCAATCACCTAATGAAGCTAATATTAATGAGAAATATTACGATGATGAGTTATATAAAACATTTGGGAATTCAAAAGATTTCGTAACCTCTGCTACTCGAGTTCTAAGAAGCGTCGAAGATTATCCAAATTGTCTAGCCGACACGATCAAAGCAACACATGAAGTTGCTACTGCTGATTATGAACACAATTCTTGTTGGGGTTCCAAGGTGGGTTGGCAATATGGATCAATAGTGGAGGATGTTTTGACAGGGATGTTGATCCATAAAAAGGGATGGAAATCTGCATACCTTACACCAACTCCACCAGCCTTCCTAGGATGTGCATCCTCAGGAGGCCCAATTCCATTAAACCATCACAAGAGAGGAATCACAGGGCTACTTGAAACCTTAATCAGCAAAAACTCCCCCATTGTCACTGCTCTCTCTGATAAGCTCCAATTTAGGCAACGTATGTTCTATCTATGGATATACCTGGCGAGCGTTCAAGCTATTCCAAGGATATGTTACGCTCTTCTGCCAGCATTTTGTCTAATAGCCAACTTTCATTTTCTGCCCAAGGTACAGGAACCAGTAATATGCATACCTCTGCTCCTTTCCGTCCTTTTCGTCCTAAGACAGATGTTAGGGTACATCGAAACGGACCAATCCATAAGAGCCTGGTGGAATAACCATAGAATGGATATGATTAAGTCAATGTGTTCTTGCTTGCTTGGAGTTGTGGCTGTCCTTTTGAAGATTGTAGGACTATCAGAGACGACGTTCGAGGTAACAAAAAAGGAGTCAGCTTCTTCTAGTGATGACACAGAGAGTAGTGATAGAGATTTGGGTCGGTTCACATTTGATGAGTCCCCAATGTTTGTGCCAATCACAACGGTTATGATGATTCAACTAGCGGCACTTGCAATCGGTTTCTTGGGAACACAGCCAGGCCGTCGAGAGTTTGGGGTGGGTGAGGTGACATGCAGTGTGTGGTTGGTTTTGTGCTTCTGGCCAATTTTGAAGGGGATGTTTGCAAAGGGAAGCTATGGGCTTCCATGGTCCACCCTTTTCAAATCCAGTGCTTTGGCTTTCTTGTTTGTGTACTTGTGTCGAATGTCTACAAAGTGA MAKSLPLYEKTAIKRRTHKVLDLAILFLLLSLLAYRLLLLATHGFSNLQAMALLCESCFVFVRLLTIITKWNPVDFQTYPQRLLKREVELPAVDIFVTTADPVLEPPIITVNTVLSLMALDYPANKLGCYVSDDGCSPLSLYALSEGLEFARIWVPFCRKYEVQERAPFRYFSNASTPPYLHTSPEFQNEWKRVKILWENKNDLDELPHLIYLSREKSPKHPHHYKAGAMNVLTRVSGLLTNAPYILNVDCDMYANNPKVILHAMCVFFNSEAEPKEVGYVQSPQCFYDGLKDDPFGNQLVTLYEFFARGIMGIQGPFYSGTGCFHRRKVIYGQWPHQEGKGRAWEQELLKSFGNSKALAKSAALTFEDNACGYHLKGLMNNLEAANQVAGCGYEIGTAWGSKIGWIYGSTVEDIQTGLMIQKRGWRSIYIALDPPAFFGCAPSELPASLTQQKRWATGLLEILLSKNCPIFATLFGKLELKQCVAYLWLLTWGLRSIPELCYAMLPAYCLITNSHFLPTLLQYFQTGQSLRAWWNNQRMERVNTMCPWLLGVANVVLKLLRISETVFEVTKKDSSSSNTDEKTKLEDSNHFTFDESLLFIPGTTIVLVQVSALLIGLTRARDKNFQSLPVSQWPNPTLFLCTKRSNFKGLCNELWMPPFSSSCLLCSATGSFWCAPMGSAGSTPLPSSASPAVEYPANKLACYVSDDGCSPLTYYSLSEALKFAKIWVPFCKNYRVEVRAPFRYFSDDLSSAGSPEFQYEWRRMKDAYDALNQRIEDAAKSFTFGDLAGDLADFSNTKPKNHAPIIKVIWENKEGIEDELPHLIYVSREKRPNITHHNKAGAMNVLFPQCFYNGLQDDPFANQWIIMMQVKMRGLAGIQGPAYMGTGCIHRRKVLYGQSPNEANINEKYYDDELYKTFGNSKDFVTSATRVLRSVEDYPNCLADTIKATHEVATADYEHNSCWGSKVGWQYGSIVEDVLTGMLIHKKGWKSAYLTPTPPAFLGCASSGGPIPLNHHKRGITGLLETLISKNSPIVTALSDKLQFRQRMFYLWIYLASVQAIPRICYALLPAFCLIANFHFLPKVQEPVICIPLLLSVLFVLRQMLGYIETDQSIRAWWNNHRMDMIKSMCSCLLGVVAVLLKIVGLSETTFEVTKKESASSSDDTESSDRDLGRFTFDESPMFVPITTVMMIQLAALAIGFLGTQPGRREFGVGEVTCSVWLVLCFWPILKGMFAKGSYGLPWSTLFKSSALAFLFVYLCRMSTK
BLAST of CmaCh02G001760 vs. Swiss-Prot
Match: CSLH1_ORYSJ (Cellulose synthase-like protein H1 OS=Oryza sativa subsp. japonica GN=CSLH1 PE=2 SV=2) HSP 1 Score: 567.4 bits (1461), Expect = 4.0e-160 Identity = 318/689 (46.15%), Postives = 405/689 (58.78%), Query Frame = 1
BLAST of CmaCh02G001760 vs. Swiss-Prot
Match: CSLH2_ORYSI (Cellulose synthase-like protein H2 OS=Oryza sativa subsp. indica GN=CSLH2 PE=3 SV=1) HSP 1 Score: 525.8 bits (1353), Expect = 1.3e-147 Identity = 301/692 (43.50%), Postives = 411/692 (59.39%), Query Frame = 1
BLAST of CmaCh02G001760 vs. Swiss-Prot
Match: CSLH2_ORYSJ (Cellulose synthase-like protein H2 OS=Oryza sativa subsp. japonica GN=CSLH2 PE=3 SV=3) HSP 1 Score: 525.4 bits (1352), Expect = 1.7e-147 Identity = 301/692 (43.50%), Postives = 410/692 (59.25%), Query Frame = 1
BLAST of CmaCh02G001760 vs. Swiss-Prot
Match: CSLB4_ARATH (Cellulose synthase-like protein B4 OS=Arabidopsis thaliana GN=CSLB4 PE=3 SV=1) HSP 1 Score: 517.3 bits (1331), Expect = 4.7e-145 Identity = 303/695 (43.60%), Postives = 397/695 (57.12%), Query Frame = 1
BLAST of CmaCh02G001760 vs. Swiss-Prot
Match: CSLB3_ARATH (Cellulose synthase-like protein B3 OS=Arabidopsis thaliana GN=CSLB3 PE=2 SV=1) HSP 1 Score: 498.0 bits (1281), Expect = 2.9e-139 Identity = 300/711 (42.19%), Postives = 399/711 (56.12%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TrEMBL
Match: A0A067K3U5_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_13715 PE=3 SV=1) HSP 1 Score: 775.8 bits (2002), Expect = 8.2e-221 Identity = 402/705 (57.02%), Postives = 496/705 (70.35%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TrEMBL
Match: A0A0A0LN39_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_2G416190 PE=3 SV=1) HSP 1 Score: 774.2 bits (1998), Expect = 2.4e-220 Identity = 391/621 (62.96%), Postives = 453/621 (72.95%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TrEMBL
Match: A0A0A0LMT9_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_2G416250 PE=3 SV=1) HSP 1 Score: 736.5 bits (1900), Expect = 5.5e-209 Identity = 406/699 (58.08%), Postives = 474/699 (67.81%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TrEMBL
Match: M1BFL2_SOLTU (Uncharacterized protein OS=Solanum tuberosum GN=PGSC0003DMG400017110 PE=3 SV=1) HSP 1 Score: 714.1 bits (1842), Expect = 2.9e-202 Identity = 360/640 (56.25%), Postives = 459/640 (71.72%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TrEMBL
Match: B9STK6_RICCO (Transferase, putative OS=Ricinus communis GN=RCOM_1015940 PE=3 SV=1) HSP 1 Score: 707.6 bits (1825), Expect = 2.7e-200 Identity = 377/692 (54.48%), Postives = 459/692 (66.33%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TAIR10
Match: AT2G32540.1 (AT2G32540.1 cellulose synthase-like B4) HSP 1 Score: 517.3 bits (1331), Expect = 2.6e-146 Identity = 303/695 (43.60%), Postives = 397/695 (57.12%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TAIR10
Match: AT2G32530.1 (AT2G32530.1 cellulose synthase-like B3) HSP 1 Score: 498.0 bits (1281), Expect = 1.7e-140 Identity = 300/711 (42.19%), Postives = 399/711 (56.12%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TAIR10
Match: AT2G32610.1 (AT2G32610.1 cellulose synthase-like B1) HSP 1 Score: 492.3 bits (1266), Expect = 9.1e-139 Identity = 292/704 (41.48%), Postives = 391/704 (55.54%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TAIR10
Match: AT2G32620.1 (AT2G32620.1 cellulose synthase-like B) HSP 1 Score: 470.3 bits (1209), Expect = 3.7e-132 Identity = 284/697 (40.75%), Postives = 388/697 (55.67%), Query Frame = 1
BLAST of CmaCh02G001760 vs. TAIR10
Match: AT4G15290.1 (AT4G15290.1 Cellulose synthase family protein) HSP 1 Score: 392.5 bits (1007), Expect = 9.8e-109 Identity = 233/644 (36.18%), Postives = 337/644 (52.33%), Query Frame = 1
BLAST of CmaCh02G001760 vs. NCBI nr
Match: gi|778673449|ref|XP_004151937.2| (PREDICTED: cellulose synthase-like protein H1 [Cucumis sativus]) HSP 1 Score: 837.8 bits (2163), Expect = 2.5e-239 Identity = 426/688 (61.92%), Postives = 500/688 (72.67%), Query Frame = 1
BLAST of CmaCh02G001760 vs. NCBI nr
Match: gi|659111800|ref|XP_008455913.1| (PREDICTED: cellulose synthase-like protein H1 [Cucumis melo]) HSP 1 Score: 797.0 bits (2057), Expect = 4.9e-227 Identity = 401/623 (64.37%), Postives = 465/623 (74.64%), Query Frame = 1
BLAST of CmaCh02G001760 vs. NCBI nr
Match: gi|659111802|ref|XP_008455914.1| (PREDICTED: cellulose synthase-like protein H1 isoform X1 [Cucumis melo]) HSP 1 Score: 792.3 bits (2045), Expect = 1.2e-225 Identity = 403/624 (64.58%), Postives = 459/624 (73.56%), Query Frame = 1
BLAST of CmaCh02G001760 vs. NCBI nr
Match: gi|659111788|ref|XP_008455907.1| (PREDICTED: cellulose synthase-like protein H1 isoform X2 [Cucumis melo]) HSP 1 Score: 784.6 bits (2025), Expect = 2.5e-223 Identity = 420/697 (60.26%), Postives = 492/697 (70.59%), Query Frame = 1
BLAST of CmaCh02G001760 vs. NCBI nr
Match: gi|643720393|gb|KDP30772.1| (hypothetical protein JCGZ_13715 [Jatropha curcas]) HSP 1 Score: 775.8 bits (2002), Expect = 1.2e-220 Identity = 402/705 (57.02%), Postives = 496/705 (70.35%), Query Frame = 1
The following BLAST results are available for this feature:
The following terms have been associated with this gene:
GO Assignments
This gene is annotated with the following GO terms.
The following mRNA feature(s) are a part of this gene:
Analysis Name: InterPro Annotations of Cucurbita maxima
Date Performed: 2017-05-20
The following gene(s) are orthologous to this gene: The following gene(s) are paralogous to this gene:
The following block(s) are covering this gene:
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