CmaCh04G009590 (gene) Cucurbita maxima (Rimu) v1.1
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.ACGGGGGGACTATTATTTATTTAATCAGCTGGCTGCCTGGCTGCCGTCGACAAGATGTTTTTCCTTCGTTTTTTTCTCTCCTTCAAAAATGCACAACAATTGACCAGTTTCAACTCCTTCTGATTCATAGGTTCAGCTTAAAGCCTCCATTAATCTCCACCTTGAGCTTCGATCCCTTCTTCACATAGATCGAACTCTGAATCCAAAGCTTCTTTAAAACCCTGTTCAATCTTCTTCAGTTTTCTTTTGAATTTCTGTTCTTACCCATTTCCTCCTGTTTCAGCAAAATTACCTTCTTACTTGCTATCTTCCATCTAGGGTTTGCTTAGATTTTAGTTTTTGATCTTCAATTTCAGCGAGGGGATAGTCGATTTGATCTGAAAAAATGGGCATCTGCACAAGCAAGGGAAAATACTCACCCCAGTACGATCGTTACGAAAACCAAGCAAAACCCCCTGCTCAACACGCTCACCGGTCGCCGGGAAATTACCATCCAGAAGCGACGGCGGCGAAGTCATCGGGTCCTCCCAAAAGCCCCAGACACAATATTTTGAGGTCTGATACGATTCTAGGGAAGCCGTTCGAGGATGTTAAGCTGCATTACACGATTGGGAAAGAATTGGGGAGAGGGCAATTTGGGGTGACTTATCTTTGCACTGAGAATTCCTCGGGTAAGCAATATGCTTGTAAGTCCATTTCGAAGAGGAAGCTTGTGACCAAAAATGATAAGGATGATATTAGAAGGGAGATTCATATTATGCAGCATTTGAGTGGCCAACCCAACATAGTTGAGTTCAAGGGAGCTTATGAAGATAAGCAATCGGTTCATTTGATCATGGAGCTTTGCGCTGGAGGCGAGCTGTTTGATAGAATTATTGCTAAGGGTCATTACAGTGAGAAAGCAGCTGCCTCAATTTGCAGGTCCATTGTTAATGTGGTTCATATCTGCCATTTCATGGGGGTGATGCACAGGGACCTCAAGCCTGAGAACTTTCTGCTTGCTAGCAAAGAGGAAAATGCTATGCTCAAAGCAACCGATTTTGGATTGTCTGTTTTCATTGAAGAGGGTGAGGTTCTTGCTCTGCTTATTGGATTTGTTCTTCATTCCATTTTTTATTGTGTTTTTTCTGTGCTTGTTTTAGTTGACTTTGCTGTTCTTGTTGATGATTTTAGTGGGTCAAATGTATGGGAATTTGTGTGTGCCTTACATGTCTTAGATGGCAGAACTAGATATATGTTTTTTTTTTTTCAATATTCCATTTGTTGGTGATCATCTGTTGTAGGTATATGTATGGGAATTTGTGTGTGCCTTACAACTTGCGTTCGTATAGGACTGGTTCTTCTTGGTGAAGGTTCATCATCATGGATTGATAACCTCAACCTTGAAGGCTTGAACTTTCCTATGTACTTGACTTGTACATAACTATTGTAGCGTTTTCGGTTTATTCATTTCCACTTTTGTTAATGACTTCATCCCAACAGAATTGTCAAACAATGTTGTGTTGTATGAATTTGTTTCATGAAGTGGCTGGCCTCAAACATGATTCACTTTTGTTTCGTGAATTTTAATGTTGTTTTCATAATAATATGCGGATGAAGTGGAACGTTTTGGCTTGCCTCGAACACGATTGCCTAGTTTGAGTTTTCCCAACTGACTTAATAACTTGGGTGTAAAAAATTGCTTCACAATTGTGAGCGAAGTGCAATTGTGCTAAATGGATTCATGCTTTGCTGGAGAGTTCATTAGATTTTGATGGAATTATATATGATTCCACTGAAAATTTGGCATTTGAGTTTCTTTCTCTATCGACTTCTTTCAGGAAAGGTGTACAAAGACATTGTAGGTAGTGCTTATTACGTCGCCCCTGAAGTATTACGTCGTAGATATGGGAAAGAAATTGATATTTGGAGTGCTGGAGTCATGTTGTACATTCTACTCAGTGGTGTACCTCCATTTTGGGCAGGTAAAAGAGAGAATCGTGCTCCTTATAAAGAACATCCTTTTGCATTTTCTTTTTCCCGAAAACACCAGGCATTGCTGTGAATAACATGATCCTTATTGCAGAAACTGAGAAGGGCATATTCGATTCAATATTGCAAGGACATCTCGACTTTGAAACTGATCCATGGCCGAAAATTTCTAACAGTGCCAAGGACCTAGTGAAGAAGATGTTAAATCCAGACGCATCCAAAAGGCTTACGTCAGCTCAGGTTCTTGGTAAGTCTTTATGTTGTCCGTGAATGCTTTCTTGATATCTAAATGAAATCCACAAATTTGTATACGAAGCTGTAACGTCTAACTGGGTCGGACATTGTCTATCATATTTAGAGCATCCATGGTTGAGAGAAGGCGGAGATGCATCTGATAAGCCAATAGACAGTGCAGTATTTACAAGGCTCAAGCAATTTAGAGCTATGAACAAACTGAAGAAACTTGCTCTGAAGGTGATCTACCTTATATTTAGGCTCGGTTCTATAGAAACCTGAAGTTATACTTAATCATGGGGCTGTGGATTACGAGTTCTCGGTGACGATATTAACAGGTAGTTTGAAACAATTGCAGGTTATAGCTGAAAATCTATCTGAGGAAGAGATTCAAGGCCTGAAGGCAATGTTCATGAACATGGATACTGACAAGAGTGGAACCATCACTTATGCAGAACTGAAGTCTGGACTGGCCCGGCTTGGCTCAACACTAAGTGAGGCCGAGGTCAAACAACTTATGGAAGCGGTAATATATCGATCACCCAAAGTTTCTTCTTCATTCTTTCCTCACATGAGCTGAGAGTAACGTGGTTCGTCGTTTCAGGCCGACGTGGATGGGAACGGTACAATCGATTACATTGAATTCATCACTGCTACAATGCATAGATACAAGCTAGAAAAAGAGGAACATCTTTACAAAGCCTTCCAGCATTTTGACAAGGACAACAGTGGGTCAGTGTCTCATTCAAGAATATACATAAGCATTCATCTTCGTTTGGAAACGACTAACTTCAGGTTATGTTCTTATTGTTTCAGTTATATCACAAGAGATGAACTGAAAGCTGCAATGAAAGATTACGGGATGGGCGACGAAGAGACTATTAACGAAATCATATCTGAAGTCGATGCAGACAATGTAAGTTGGTTCGTCGTTAGAGTTCTTATGATTCCTGGTAAAAATGTACTAATTTCGTGTTGGATGTTGATAGGATGGAAGAATCAACTATGATGAGTTCTGTACAATGATGAGAAGTGGAACTCAACAAGTCAAACTGTTTTAAGATTGGGGTGGAAAAGGCCTTCCCCAAATCCAGACTACGCCTGAAACATTGGTTTTGGGTTATAATGTGTGATATAATCTTTTAATAGCAATTGAATTGTTGTTCATATGTTACTGTATAATTTGTTGTTCTCTGTGTAAGCCATGTCTTCTTATGTCTAAGGATAGCTAGCTCTGCTTGATACCCGAATTTAAGTGTTGCTTAAATCTAACTTGCTTCCTTCTTTTGGGTACACAAAGCTGTTTTGATTGATTTCAGGATCCGTTTGAAAAAATACTTTTACCGTTAGTACTATATTTATGAAATACTCATAAAATTTTAAGGGAAATATTAATACCCTTTCCATTTAAAAAAAAAAAAAAAATCAATTTTTTTTTACTATCTATCCATGCCTAATAAATTATCTTCCTTTTAAAGTTACCTATGTATTTTTTATATTTTGTTTTAAATTTATTGGATATTTGGTTGAAAGGTATTGTTTGTTTTCATATGAAGTGTATAGTTTTCTTTGATTTATTTAATAAAACTTAAGACTCAATCTTTGGGTTTAATAATTTTTGGAGGATGATATTAATTTTTATTTGAGCTATTTGGACATTTGATAAATTGAAAATAATAATAATAATAATTATGGTCCTTAAAATCGCCTCATAATTTTTTTATCCTTTATTTATTAGAAATTATTAATTTTTGGGCATCTCTCCATTTAATGGAAAGTTCTTTAATTAATAAGAGTAAGACGAATTATTATGCATTATACATTCTCAGTTATCCATAATTTATTTATCGAGGAATTGCCATGATCCTAGTATATATTATTTTTAAATAATTAATAATTAAATATATATTTTTTATTCTTTCTTTTATTACTCATATCAATAATTAATTTGATTTGTTGGGTAGTAATAGTAATTGATACTCAAAATTTCAAAATCCACTTAACATTTATTAAAAAAAAAAATAATAATACCACCATGGGTATAGGAAGGTCACGGGTAAAATTTTGATTTTTTATCACACGCTGGTTACTTAAGGTCTTGACTTACGAACCATAGGTTGGTTAGACATGTTTTAGGTTGGATCACAAGCTAGTTGATTAGTGCCTACAAGTCTAGATAGAGGTACGTGATAGTTATCTTACTTTGGGAGGGAGGGGTCATGGTTGTTTTAAATTCCTCAATTTACTTTGTATTTTTATTTTTATTTTGTGGGTATGCATATCTAACATTAAGAGAGGTTGGTAAGTAATTTTAACACTAAATCTTTCAAAAGAGTATAAAAGAGATGCGCATACCATGAGCGTATAATACGGTACGACTACCGTATATCTGATGTCCGTCGTTTTCTCCATCACCATCGTCAAACTAAATCCGCTGTCACCCCTTTTCTTCTCTCAACCCTCGTTAGACACCTTTACCTGAACCTGAATCCACCGTTTTTCTTCGCCAAATCACCACCATCTTTCTCAATGGCAGTGTCTCGCCGGAGATGATGAAGGTATCCTCTAAGAAGCCTCAGCATCCGGCGCCATTCCCGCCGGCACTCAACCAACTTCCGGATTTGGATCTTCAGTGCCGGCCGCCTTCCAGTCGAGCCACGCGGAGAACAATCCGAAGTCCAGCCCGTGTAAGAAGACTTTCAGTTCCGGTTGGGAAGCGGAGCCGCCCTGAGACGCCCTTGCTTAAGTGGAAGATCGAGGAACCTGAGAATGAATATTATGAAGTTCAGGAGGAGGATGAGAAGAAGTTGCCTCTGGAAACCAGCCAGAGAGGTCGCTGTAGAGGAACTAAAGGAAGGAAAGTCGTCGTTTCGGCCAGGAAGCTCGCGGCTGGAATCTGGAGATTGCAGCTGCAGGAGGCGGTCGCTAGTGAAGGCAGGAACGGTGGCCTGCGGAGGAGGGAGGATCTCCTAGGGTTTCAGGTAACTTATTATTATTTTTTTGTTGCTTATCTCGCTTTCGGAGGTCTGAGGTGTTCATTTAGCTTCTGAATCGAAAATTTTGATCCAATAGTAAATTATTGAAGTTTGAGTGTTTGGGATGGTGCTGCTGCTTTTAATTGATTATGACTTAATCCGATCTGTTACAGTGAAGTTTTTCAATTTATGTCTATCACAAACCCAATAGTAATTGTAACGGCTAAACATTTATTGGAATGGAAAAATGGTCTCCACTCCATAGTTGATCATGTAAAGAAGTAATGTAGATGAACACAGTAGGATGAAATTTAATTTTAGAAGCAATTGGAGGGCTTTCTTCTAACCTGTGGGTATTGGCTTTCTTCCCCCTTCTTTTGAATATTTCATTGCATTTTTCTTGTAAGATGCCCATCACCATGTCGTTTTCCAGGGTTTTTTTGGGGTAAAGATGAATCTAATATTCTCTTTGCCCAATCTAATATTTTCAATTTATTCAATATTCCATCTAAATTTAAGTTTCAGACCCTTACCTCAAATTTGTTCTGCTGGAAACAATGTCAAGTCTAGGAATTAACAGCTTAATCAGCACATCAGATACTATGAATGCATGCATTCATGTCGATCACATATTTATCTTTTGTTTTCTTGCGTAGGATAAGTATTTATTGTTTGCTGCAAATTGTTGGATATGTGGTCCTCGTTGACCTTATGGTAGAACAGATCAAAACTTGAATGATTCAGTTTTTCGGATATTTATTTATTTTTCTTGAAACGTTTCCTTTCAGCCTCGCATTGGTCACATCGGTGCTCCAGCTCTTCATCCTGAGGTTAAGATAGCATTTAATTCTGAAATGAATGATCTATTACATAGTCCGCGTTCTGTCTCTGATTCAAGAAATGGACCATTGTGCAAGGTTTGACATTTTGTTGTACACTTGATTGGAATACGAATATTTGATTTTCGGATGACATGAGAGAAACTATATATCTTTGTCAGTTTAACTTAACATATCAGATGCACAATGACTGTTATTTTCAGATAACAAACTGTGTATTTGATATCTTTTTAATAAATCCTTCTATGTCATTTGCACGGTCACATTCTTTAAATTTTAGGTAAGGATGAATGAAATTTATCAGTAACTAATAATATATAAGACGTTCTTATCGGTTATCACTATAATATAAATAATAGATAGGATGTTCTGCATACTCTCTTCATGTCTCATTTATATTCACCTAGTGAATTTATGACCCTTTTCCATAATTTGTTGGTTTTCTCTCCCAGTTTGAGCCCTCGTTACGATATTCAAACACAGCAATGGAAGGGGCAACAAAGTGGGAACCTGCATGCTTGAAAACACCAGTTGAGGCTCGTCAGATTTACAGCCAAATGAGGCTTCTTGATCAACAAGGTGCTGCTTCAGGCCTATCTGCGCTTGAAGCTGAACTAGAGCAGGCCCACTTGCAGATCGAGGAACTTCAAGCGGAGCGTAATGCTTCAAAAAAGAAGCTTGAATACTTCTTGAGGAAAGTCAGTGAAGAAAAAGCTTTATGGCGGAGCAGAGAGCATGAGAAAGTAAGAGCATTTATTGATGATATAAAGGCTGAGTTGAACAGAGAGAAGAAAACCCGGCAAAGAGTGGAAATGATTAATTCAAAATTGGTTAATGAGTTGTCCGATGCTAAGCTATTTGCGAAGCAGTTTATGCAAGACTATGAAAAAGAAAGGAAGGAAAGATCATTGGTAGAGGAAGTATGTGATGAACTCGCAAAGGAAATTGGCGATGACAAAGCAAGAATAGAAGCTTTGAAGAGAGACTCCATGAAATTTAGAGAGGAAGTTGACGAAGAACGGAGAATGTTACAGATGGCTGAGGTCTGGCGGGAGGAACGTGTTCAAATGAAGCTGGTAGATGCCAAGGTGGCACTTGAAGAGAAATACTCACAGATGCGTAATCTAGTAGCAGACCTTGAAGACTTCTTAAGGTCGAAAAGTGCTACCCCAGATGTATCAGAGATGAAAAAGGCTTTGCTACTTAGGGAGGCTGCTGCTTCTGTGAATATTCAAGAAGTCACAGAATTTGTTTATGAACCTTCAAACCCAGATGACATCTTCTCTGTGTTTGAAGATGTTAATTTTGGAGAATCAAATAAGAGAGAAACTGGACAGTGCATTGCTTACAGCCCAACTAGTAATGCTTCTAAAGTCCAGACTGCAAGTCTTGAAGCTAATGCGACTGATAGGATTGGCATCCAGAAACATACGAATTTATTTATTGATCATAACGGTGGTATAGAAGAAGATGAGAGTGGGTGGGAAACTGCGAGTCATCTGGAGGATCAGGGCTCAAGCAATTCCCTGGAAGAAAGTATTGCATCTGTCAAAAAGAATCATCGAGAGAGTAATGCTTCACTGAGCGGGAATGAATGGGAAGGAAACGGGGGTGGATACTCGCCCGTTTCCGATATCAGTGAAGTCTGCTCGGTTCCATCAAAGCAATTAAAAAAGATATCATCCATTGCACGGCTTTGGAAATCATGCTCAAACAATGAAGGGTACAAACTAATCTCACTTGAAGGCATTAATGGCAGGCTTTCAAATGGTAGATTATCAAGTGCAAGTATCTTATCTGCAGATGGGGGCTCAATGAGAAGCGGGATTAGTCCTCCAGAATTAGCAGGACAGTGGAGCTCTCCCGACTCGAGCAATGTTCACGGAATGCAAGGGAAGAAAGGATGCATCCCTCGCAACACAATCAAGGGTAGTTTAAAGGCAAAGCTCTTGGAGGCAAGAATGGAAAGCCACAAGGTCCAGTTGCGCCAGGTCCTGAGGCAGAAGATCTAGATGGTTGTATTCAGTGCTTGCTTCCAAAAGTGATTCGATTTGTGTTCATAGAAGATTCTCACGTTCTTCAAGGAAGCTTAGAACTGGCTTCGATGCACCATTTATCAGGCTTGGCTCCTAGCGATTCCCCAGGATTCTTACGCGAAGGCAAAACAATGGTAAGTCAACCAAACGATTCATTTCTCTGTTATTGTTAACATCAATGCAAGCCATTCAGATGTAAACGCATTCTTAGTATCTCTTAGAAGCCGGTAGGTGGACCCACACGAGGGGAAAATAGTTAAATTCATGCAGGTGACCAAGATGATTGGTTTGTTCATTCTCGTCATTGTAATTTATAATTTTGCAATGTAAAATGCCCCTTCTGAATTCTTCTCTAGTTAAGATAGTGGAAAGAGTAGAATGACTTGTAGTTGCAGGGTAAGGCCACAGGTGTAATGTTAATTTCCAAATAAGGAGATGAGTCTTTTACGGAATTTTGGTTGGGCTGATGAATGGATTAATTCGGTACACCTTCAACATCAGCTGGAGACAAGGACAACCAAGCTTGATGGAGGACAGAGGGATGATATGGTGGTTGCCAGATTTCTTGAACATAATGGTTTTAAGCTAGGTAAAGAATAATGATAATGATGTAACACTATAAGCCTACTATAAGCCTACAACTAATATTGTTTGCTTTGGTCCATTACGCATCGTCGTCAGCCTTATAATTTTAAAATGCGTTTGCTAGGGAGAGACATCTACATTCTTATTAGGTAGGTTTCATTCCCTTCTCCAACAATTGTCATGTCACTAGGTGTCAGATCCTTATACGATACGTAATGAGTTAAAGAGGATAATATCTTTGACAGTAGGTTGAATTTTTGGTCAACTTAGAGGTGTTTAAAATCAT ACGGGGGGACTATTATTTATTTAATCAGCTGGCTGCCTGGCTGCCGTCGACAAGATGTTTTTCCTTCGTTTTTTTCTCTCCTTCAAAAATGCACAACAATTGACCAGTTTCAACTCCTTCTGATTCATAGGTTCAGCTTAAAGCCTCCATTAATCTCCACCTTGAGCTTCGATCCCTTCTTCACATAGATCGAACTCTGAATCCAAAGCTTCTTTAAAACCCTGTTCAATCTTCTTCAGTTTTCTTTTGAATTTCTGTTCTTACCCATTTCCTCCTGTTTCAGCAAAATTACCTTCTTACTTGCTATCTTCCATCTAGGGTTTGCTTAGATTTTAGTTTTTGATCTTCAATTTCAGCGAGGGGATAGTCGATTTGATCTGAAAAAATGGGCATCTGCACAAGCAAGGGAAAATACTCACCCCAGTACGATCGTTACGAAAACCAAGCAAAACCCCCTGCTCAACACGCTCACCGGTCGCCGGGAAATTACCATCCAGAAGCGACGGCGGCGAAGTCATCGGGTCCTCCCAAAAGCCCCAGACACAATATTTTGAGGTCTGATACGATTCTAGGGAAGCCGTTCGAGGATGTTAAGCTGCATTACACGATTGGGAAAGAATTGGGGAGAGGGCAATTTGGGGTGACTTATCTTTGCACTGAGAATTCCTCGGGTAAGCAATATGCTTGTAAGTCCATTTCGAAGAGGAAGCTTGTGACCAAAAATGATAAGGATGATATTAGAAGGGAGATTCATATTATGCAGCATTTGAGTGGCCAACCCAACATAGTTGAGTTCAAGGGAGCTTATGAAGATAAGCAATCGGTTCATTTGATCATGGAGCTTTGCGCTGGAGGCGAGCTGTTTGATAGAATTATTGCTAAGGGTCATTACAGTGAGAAAGCAGCTGCCTCAATTTGCAGGTCCATTGTTAATGTGGTTCATATCTGCCATTTCATGGGGGTGATGCACAGGGACCTCAAGCCTGAGAACTTTCTGCTTGCTAGCAAAGAGGAAAATGCTATGCTCAAAGCAACCGATTTTGGATTGTCTGTTTTCATTGAAGAGGGAAAGGTGTACAAAGACATTGTAGGTAGTGCTTATTACGTCGCCCCTGAAGTATTACGTCGTAGATATGGGAAAGAAATTGATATTTGGAGTGCTGGAGTCATGTTGTACATTCTACTCAGTGGTGTACCTCCATTTTGGGCAGAAACTGAGAAGGGCATATTCGATTCAATATTGCAAGGACATCTCGACTTTGAAACTGATCCATGGCCGAAAATTTCTAACAGTGCCAAGGACCTAGTGAAGAAGATGTTAAATCCAGACGCATCCAAAAGGCTTACGTCAGCTCAGGTTCTTGAGCATCCATGGTTGAGAGAAGGCGGAGATGCATCTGATAAGCCAATAGACAGTGCAGTATTTACAAGGCTCAAGCAATTTAGAGCTATGAACAAACTGAAGAAACTTGCTCTGAAGGTTATAGCTGAAAATCTATCTGAGGAAGAGATTCAAGGCCTGAAGGCAATGTTCATGAACATGGATACTGACAAGAGTGGAACCATCACTTATGCAGAACTGAAGTCTGGACTGGCCCGGCTTGGCTCAACACTAAGTGAGGCCGAGGTCAAACAACTTATGGAAGCGGCCGACGTGGATGGGAACGGTACAATCGATTACATTGAATTCATCACTGCTACAATGCATAGATACAAGCTAGAAAAAGAGGAACATCTTTACAAAGCCTTCCAGCATTTTGACAAGGACAACAGTGGTTATATCACAAGAGATGAACTGAAAGCTGCAATGAAAGATTACGGGATGGGCGACGAAGAGACTATTAACGAAATCATATCTGAAGTCGATGCAGACAATACACCTTTACCTGAACCTGAATCCACCGTTTTTCTTCGCCAAATCACCACCATCTTTCTCAATGGCAGTGTCTCGCCGGAGATGATGAAGGTATCCTCTAAGAAGCCTCAGCATCCGGCGCCATTCCCGCCGGCACTCAACCAACTTCCGGATTTGGATCTTCAGTGCCGGCCGCCTTCCAGTCGAGCCACGCGGAGAACAATCCGAAGTCCAGCCCGTGTAAGAAGACTTTCAGTTCCGGTTGGGAAGCGGAGCCGCCCTGAGACGCCCTTGCTTAAGTGGAAGATCGAGGAACCTGAGAATGAATATTATGAAGTTCAGGAGGAGGATGAGAAGAAGTTGCCTCTGGAAACCAGCCAGAGAGGTCGCTGTAGAGGAACTAAAGGAAGGAAAGTCGTCGTTTCGGCCAGGAAGCTCGCGGCTGGAATCTGGAGATTGCAGCTGCAGGAGGCGGTCGCTAGTGAAGGCAGGAACGGTGGCCTGCGGAGGAGGGAGGATCTCCTAGGGTTTCAGCCTCGCATTGGTCACATCGGTGCTCCAGCTCTTCATCCTGAGGTTAAGATAGCATTTAATTCTGAAATGAATGATCTATTACATAGTCCGCGTTCTGTCTCTGATTCAAGAAATGGACCATTGTGCAAGTTTGAGCCCTCGTTACGATATTCAAACACAGCAATGGAAGGGGCAACAAAGTGGGAACCTGCATGCTTGAAAACACCAGTTGAGGCTCGTCAGATTTACAGCCAAATGAGGCTTCTTGATCAACAAGGTGCTGCTTCAGGCCTATCTGCGCTTGAAGCTGAACTAGAGCAGGCCCACTTGCAGATCGAGGAACTTCAAGCGGAGCGTAATGCTTCAAAAAAGAAGCTTGAATACTTCTTGAGGAAAGTCAGTGAAGAAAAAGCTTTATGGCGGAGCAGAGAGCATGAGAAAGTAAGAGCATTTATTGATGATATAAAGGCTGAGTTGAACAGAGAGAAGAAAACCCGGCAAAGAGTGGAAATGATTAATTCAAAATTGGTTAATGAGTTGTCCGATGCTAAGCTATTTGCGAAGCAGTTTATGCAAGACTATGAAAAAGAAAGGAAGGAAAGATCATTGGTAGAGGAAGTATGTGATGAACTCGCAAAGGAAATTGGCGATGACAAAGCAAGAATAGAAGCTTTGAAGAGAGACTCCATGAAATTTAGAGAGGAAGTTGACGAAGAACGGAGAATGTTACAGATGGCTGAGGTCTGGCGGGAGGAACGTGTTCAAATGAAGCTGGTAGATGCCAAGGTGGCACTTGAAGAGAAATACTCACAGATGCGTAATCTAGTAGCAGACCTTGAAGACTTCTTAAGGTCGAAAAGTGCTACCCCAGATGTATCAGAGATGAAAAAGGCTTTGCTACTTAGGGAGGCTGCTGCTTCTGTGAATATTCAAGAAGTCACAGAATTTGTTTATGAACCTTCAAACCCAGATGACATCTTCTCTGTGTTTGAAGATGTTAATTTTGGAGAATCAAATAAGAGAGAAACTGGACAGTGCATTGCTTACAGCCCAACTAGTAATGCTTCTAAAGTCCAGACTGCAAGTCTTGAAGCTAATGCGACTGATAGGATTGGCATCCAGAAACATACGAATTTATTTATTGATCATAACGGTGGTATAGAAGAAGATGAGAGTGGGTGGGAAACTGCGAGTCATCTGGAGGATCAGGGCTCAAGCAATTCCCTGGAAGAAAGTATTGCATCTGTCAAAAAGAATCATCGAGAGAGTAATGCTTCACTGAGCGGGAATGAATGGGAAGGAAACGGGGGTGGATACTCGCCCGTTTCCGATATCAGTGAAGTCTGCTCGGTTCCATCAAAGCAATTAAAAAAGATATCATCCATTGCACGGCTTTGGAAATCATGCTCAAACAATGAAGGGTACAAACTAATCTCACTTGAAGGCATTAATGGCAGGCTTTCAAATGGTAGATTATCAAGTGCAAGTATCTTATCTGCAGATGGGGGCTCAATGAGAAGCGGGATTAGTCCTCCAGAATTAGCAGGACAGTGGAGCTCTCCCGACTCGAGCAATGTTCACGGAATGCAAGGGAAGAAAGGATGCATCCCTCGCAACACAATCAAGGGTAGTTTAAAGGCAAAGCTCTTGGAGGCAAGAATGGAAAGCCACAAGGTCCAGTTGCGCCAGGTCCTGAGGCAGAAGATCTAGATGGTTGTATTCAGTGCTTGCTTCCAAAAGTGATTCGATTTGTGTTCATAGAAGATTCTCACGTTCTTCAAGGAAGCTTAGAACTGGCTTCGATGCACCATTTATCAGGCTTGGCTCCTAGCGATTCCCCAGGATTCTTACGCGAAGGCAAAACAATGGTAAGTCAACCAAACGATTCATTTCTCTGTTATTGTTAACATCAATGCAAGCCATTCAGATGTAAACGCATTCTTAGTATCTCTTAGAAGCCGGTAGGTGGACCCACACGAGGGGAAAATAGTTAAATTCATGCAGGTGACCAAGATGATTGGTTTGTTCATTCTCGTCATTGTAATTTATAATTTTGCAATGTAAAATGCCCCTTCTGAATTCTTCTCTAGTTAAGATAGTGGAAAGAGTAGAATGACTTGTAGTTGCAGGGTAAGGCCACAGGTGTAATGTTAATTTCCAAATAAGGAGATGAGTCTTTTACGGAATTTTGGTTGGGCTGATGAATGGATTAATTCGGTACACCTTCAACATCAGCTGGAGACAAGGACAACCAAGCTTGATGGAGGACAGAGGGATGATATGGTGGTTGCCAGATTTCTTGAACATAATGGTTTTAAGCTAGGTAAAGAATAATGATAATGATGTAACACTATAAGCCTACTATAAGCCTACAACTAATATTGTTTGCTTTGGTCCATTACGCATCGTCGTCAGCCTTATAATTTTAAAATGCGTTTGCTAGGGAGAGACATCTACATTCTTATTAGGTAGGTTTCATTCCCTTCTCCAACAATTGTCATGTCACTAGGTGTCAGATCCTTATACGATACGTAATGAGTTAAAGAGGATAATATCTTTGACAGTAGGTTGAATTTTTGGTCAACTTAGAGGTGTTTAAAATCAT ATGGGCATCTGCACAAGCAAGGGAAAATACTCACCCCAGTACGATCGTTACGAAAACCAAGCAAAACCCCCTGCTCAACACGCTCACCGGTCGCCGGGAAATTACCATCCAGAAGCGACGGCGGCGAAGTCATCGGGTCCTCCCAAAAGCCCCAGACACAATATTTTGAGGTCTGATACGATTCTAGGGAAGCCGTTCGAGGATGTTAAGCTGCATTACACGATTGGGAAAGAATTGGGGAGAGGGCAATTTGGGGTGACTTATCTTTGCACTGAGAATTCCTCGGGTAAGCAATATGCTTGTAAGTCCATTTCGAAGAGGAAGCTTGTGACCAAAAATGATAAGGATGATATTAGAAGGGAGATTCATATTATGCAGCATTTGAGTGGCCAACCCAACATAGTTGAGTTCAAGGGAGCTTATGAAGATAAGCAATCGGTTCATTTGATCATGGAGCTTTGCGCTGGAGGCGAGCTGTTTGATAGAATTATTGCTAAGGGTCATTACAGTGAGAAAGCAGCTGCCTCAATTTGCAGGTCCATTGTTAATGTGGTTCATATCTGCCATTTCATGGGGGTGATGCACAGGGACCTCAAGCCTGAGAACTTTCTGCTTGCTAGCAAAGAGGAAAATGCTATGCTCAAAGCAACCGATTTTGGATTGTCTGTTTTCATTGAAGAGGGAAAGGTGTACAAAGACATTGTAGGTAGTGCTTATTACGTCGCCCCTGAAGTATTACGTCGTAGATATGGGAAAGAAATTGATATTTGGAGTGCTGGAGTCATGTTGTACATTCTACTCAGTGGTGTACCTCCATTTTGGGCAGAAACTGAGAAGGGCATATTCGATTCAATATTGCAAGGACATCTCGACTTTGAAACTGATCCATGGCCGAAAATTTCTAACAGTGCCAAGGACCTAGTGAAGAAGATGTTAAATCCAGACGCATCCAAAAGGCTTACGTCAGCTCAGGTTCTTGAGCATCCATGGTTGAGAGAAGGCGGAGATGCATCTGATAAGCCAATAGACAGTGCAGTATTTACAAGGCTCAAGCAATTTAGAGCTATGAACAAACTGAAGAAACTTGCTCTGAAGGTTATAGCTGAAAATCTATCTGAGGAAGAGATTCAAGGCCTGAAGGCAATGTTCATGAACATGGATACTGACAAGAGTGGAACCATCACTTATGCAGAACTGAAGTCTGGACTGGCCCGGCTTGGCTCAACACTAAGTGAGGCCGAGGTCAAACAACTTATGGAAGCGGCCGACGTGGATGGGAACGGTACAATCGATTACATTGAATTCATCACTGCTACAATGCATAGATACAAGCTAGAAAAAGAGGAACATCTTTACAAAGCCTTCCAGCATTTTGACAAGGACAACAGTGGTTATATCACAAGAGATGAACTGAAAGCTGCAATGAAAGATTACGGGATGGGCGACGAAGAGACTATTAACGAAATCATATCTGAAGTCGATGCAGACAATACACCTTTACCTGAACCTGAATCCACCGTTTTTCTTCGCCAAATCACCACCATCTTTCTCAATGGCAGTGTCTCGCCGGAGATGATGAAGGTATCCTCTAAGAAGCCTCAGCATCCGGCGCCATTCCCGCCGGCACTCAACCAACTTCCGGATTTGGATCTTCAGTGCCGGCCGCCTTCCAGTCGAGCCACGCGGAGAACAATCCGAAGTCCAGCCCGTGTAAGAAGACTTTCAGTTCCGGTTGGGAAGCGGAGCCGCCCTGAGACGCCCTTGCTTAAGTGGAAGATCGAGGAACCTGAGAATGAATATTATGAAGTTCAGGAGGAGGATGAGAAGAAGTTGCCTCTGGAAACCAGCCAGAGAGGTCGCTGTAGAGGAACTAAAGGAAGGAAAGTCGTCGTTTCGGCCAGGAAGCTCGCGGCTGGAATCTGGAGATTGCAGCTGCAGGAGGCGGTCGCTAGTGAAGGCAGGAACGGTGGCCTGCGGAGGAGGGAGGATCTCCTAGGGTTTCAGCCTCGCATTGGTCACATCGGTGCTCCAGCTCTTCATCCTGAGGTTAAGATAGCATTTAATTCTGAAATGAATGATCTATTACATAGTCCGCGTTCTGTCTCTGATTCAAGAAATGGACCATTGTGCAAGTTTGAGCCCTCGTTACGATATTCAAACACAGCAATGGAAGGGGCAACAAAGTGGGAACCTGCATGCTTGAAAACACCAGTTGAGGCTCGTCAGATTTACAGCCAAATGAGGCTTCTTGATCAACAAGGTGCTGCTTCAGGCCTATCTGCGCTTGAAGCTGAACTAGAGCAGGCCCACTTGCAGATCGAGGAACTTCAAGCGGAGCGTAATGCTTCAAAAAAGAAGCTTGAATACTTCTTGAGGAAAGTCAGTGAAGAAAAAGCTTTATGGCGGAGCAGAGAGCATGAGAAAGTAAGAGCATTTATTGATGATATAAAGGCTGAGTTGAACAGAGAGAAGAAAACCCGGCAAAGAGTGGAAATGATTAATTCAAAATTGGTTAATGAGTTGTCCGATGCTAAGCTATTTGCGAAGCAGTTTATGCAAGACTATGAAAAAGAAAGGAAGGAAAGATCATTGGTAGAGGAAGTATGTGATGAACTCGCAAAGGAAATTGGCGATGACAAAGCAAGAATAGAAGCTTTGAAGAGAGACTCCATGAAATTTAGAGAGGAAGTTGACGAAGAACGGAGAATGTTACAGATGGCTGAGGTCTGGCGGGAGGAACGTGTTCAAATGAAGCTGGTAGATGCCAAGGTGGCACTTGAAGAGAAATACTCACAGATGCGTAATCTAGTAGCAGACCTTGAAGACTTCTTAAGGTCGAAAAGTGCTACCCCAGATGTATCAGAGATGAAAAAGGCTTTGCTACTTAGGGAGGCTGCTGCTTCTGTGAATATTCAAGAAGTCACAGAATTTGTTTATGAACCTTCAAACCCAGATGACATCTTCTCTGTGTTTGAAGATGTTAATTTTGGAGAATCAAATAAGAGAGAAACTGGACAGTGCATTGCTTACAGCCCAACTAGTAATGCTTCTAAAGTCCAGACTGCAAGTCTTGAAGCTAATGCGACTGATAGGATTGGCATCCAGAAACATACGAATTTATTTATTGATCATAACGGTGGTATAGAAGAAGATGAGAGTGGGTGGGAAACTGCGAGTCATCTGGAGGATCAGGGCTCAAGCAATTCCCTGGAAGAAAGTATTGCATCTGTCAAAAAGAATCATCGAGAGAGTAATGCTTCACTGAGCGGGAATGAATGGGAAGGAAACGGGGGTGGATACTCGCCCGTTTCCGATATCAGTGAAGTCTGCTCGGTTCCATCAAAGCAATTAAAAAAGATATCATCCATTGCACGGCTTTGGAAATCATGCTCAAACAATGAAGGGTACAAACTAATCTCACTTGAAGGCATTAATGGCAGGCTTTCAAATGGTAGATTATCAAGTGCAAGTATCTTATCTGCAGATGGGGGCTCAATGAGAAGCGGGATTAGTCCTCCAGAATTAGCAGGACAGTGGAGCTCTCCCGACTCGAGCAATGTTCACGGAATGCAAGGGAAGAAAGGATGCATCCCTCGCAACACAATCAAGGGTAGTTTAAAGGCAAAGCTCTTGGAGGCAAGAATGGAAAGCCACAAGGTCCAGTTGCGCCAGGTCCTGAGGCAGAAGATCTAG MGICTSKGKYSPQYDRYENQAKPPAQHAHRSPGNYHPEATAAKSSGPPKSPRHNILRSDTILGKPFEDVKLHYTIGKELGRGQFGVTYLCTENSSGKQYACKSISKRKLVTKNDKDDIRREIHIMQHLSGQPNIVEFKGAYEDKQSVHLIMELCAGGELFDRIIAKGHYSEKAAASICRSIVNVVHICHFMGVMHRDLKPENFLLASKEENAMLKATDFGLSVFIEEGKVYKDIVGSAYYVAPEVLRRRYGKEIDIWSAGVMLYILLSGVPPFWAETEKGIFDSILQGHLDFETDPWPKISNSAKDLVKKMLNPDASKRLTSAQVLEHPWLREGGDASDKPIDSAVFTRLKQFRAMNKLKKLALKVIAENLSEEEIQGLKAMFMNMDTDKSGTITYAELKSGLARLGSTLSEAEVKQLMEAADVDGNGTIDYIEFITATMHRYKLEKEEHLYKAFQHFDKDNSGYITRDELKAAMKDYGMGDEETINEIISEVDADNTPLPEPESTVFLRQITTIFLNGSVSPEMMKVSSKKPQHPAPFPPALNQLPDLDLQCRPPSSRATRRTIRSPARVRRLSVPVGKRSRPETPLLKWKIEEPENEYYEVQEEDEKKLPLETSQRGRCRGTKGRKVVVSARKLAAGIWRLQLQEAVASEGRNGGLRRREDLLGFQPRIGHIGAPALHPEVKIAFNSEMNDLLHSPRSVSDSRNGPLCKFEPSLRYSNTAMEGATKWEPACLKTPVEARQIYSQMRLLDQQGAASGLSALEAELEQAHLQIEELQAERNASKKKLEYFLRKVSEEKALWRSREHEKVRAFIDDIKAELNREKKTRQRVEMINSKLVNELSDAKLFAKQFMQDYEKERKERSLVEEVCDELAKEIGDDKARIEALKRDSMKFREEVDEERRMLQMAEVWREERVQMKLVDAKVALEEKYSQMRNLVADLEDFLRSKSATPDVSEMKKALLLREAAASVNIQEVTEFVYEPSNPDDIFSVFEDVNFGESNKRETGQCIAYSPTSNASKVQTASLEANATDRIGIQKHTNLFIDHNGGIEEDESGWETASHLEDQGSSNSLEESIASVKKNHRESNASLSGNEWEGNGGGYSPVSDISEVCSVPSKQLKKISSIARLWKSCSNNEGYKLISLEGINGRLSNGRLSSASILSADGGSMRSGISPPELAGQWSSPDSSNVHGMQGKKGCIPRNTIKGSLKAKLLEARMESHKVQLRQVLRQKI Homology
BLAST of CmaCh04G009590 vs. ExPASy Swiss-Prot
Match: Q38868 (Calcium-dependent protein kinase 9 OS=Arabidopsis thaliana OX=3702 GN=CPK9 PE=1 SV=1) HSP 1 Score: 746.1 bits (1925), Expect = 6.2e-214 Identity = 363/481 (75.47%), Postives = 426/481 (88.57%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy Swiss-Prot
Match: P28582 (Calcium-dependent protein kinase OS=Daucus carota OX=4039 PE=2 SV=2) HSP 1 Score: 745.3 bits (1923), Expect = 1.1e-213 Identity = 374/507 (73.77%), Postives = 437/507 (86.19%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy Swiss-Prot
Match: P53683 (Calcium-dependent protein kinase 19 OS=Oryza sativa subsp. japonica OX=39947 GN=CPK19 PE=2 SV=2) HSP 1 Score: 740.3 bits (1910), Expect = 3.4e-212 Identity = 365/481 (75.88%), Postives = 421/481 (87.53%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy Swiss-Prot
Match: Q9C6P3 (Calcium-dependent protein kinase 33 OS=Arabidopsis thaliana OX=3702 GN=CPK33 PE=1 SV=1) HSP 1 Score: 737.6 bits (1903), Expect = 2.2e-211 Identity = 365/500 (73.00%), Postives = 433/500 (86.60%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy Swiss-Prot
Match: P49101 (Calcium-dependent protein kinase 2 OS=Zea mays OX=4577 GN=CPK2 PE=2 SV=1) HSP 1 Score: 735.7 bits (1898), Expect = 8.4e-211 Identity = 366/475 (77.05%), Postives = 418/475 (88.00%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy TrEMBL
Match: A0A6J1J957 (uncharacterized protein LOC111483719 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111483719 PE=4 SV=1) HSP 1 Score: 1338.9 bits (3464), Expect = 0.0e+00 Identity = 706/706 (100.00%), Postives = 706/706 (100.00%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy TrEMBL
Match: A0A6J1FUS8 (uncharacterized protein LOC111447471 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111447471 PE=4 SV=1) HSP 1 Score: 1318.9 bits (3412), Expect = 0.0e+00 Identity = 695/706 (98.44%), Postives = 700/706 (99.15%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy TrEMBL
Match: A0A6J1JE78 (uncharacterized protein LOC111483719 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111483719 PE=4 SV=1) HSP 1 Score: 1264.6 bits (3271), Expect = 0.0e+00 Identity = 677/706 (95.89%), Postives = 677/706 (95.89%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy TrEMBL
Match: A0A6J1FR92 (uncharacterized protein LOC111447471 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111447471 PE=4 SV=1) HSP 1 Score: 1244.6 bits (3219), Expect = 0.0e+00 Identity = 666/706 (94.33%), Postives = 671/706 (95.04%), Query Frame = 0
BLAST of CmaCh04G009590 vs. ExPASy TrEMBL
Match: A0A6J1JEM7 (uncharacterized protein LOC111483719 isoform X3 OS=Cucurbita maxima OX=3661 GN=LOC111483719 PE=4 SV=1) HSP 1 Score: 1164.8 bits (3012), Expect = 0.0e+00 Identity = 612/614 (99.67%), Postives = 613/614 (99.84%), Query Frame = 0
BLAST of CmaCh04G009590 vs. NCBI nr
Match: XP_022985766.1 (uncharacterized protein LOC111483719 isoform X1 [Cucurbita maxima]) HSP 1 Score: 1338.9 bits (3464), Expect = 0.0e+00 Identity = 706/706 (100.00%), Postives = 706/706 (100.00%), Query Frame = 0
BLAST of CmaCh04G009590 vs. NCBI nr
Match: XP_022942423.1 (uncharacterized protein LOC111447471 isoform X1 [Cucurbita moschata]) HSP 1 Score: 1318.9 bits (3412), Expect = 0.0e+00 Identity = 695/706 (98.44%), Postives = 700/706 (99.15%), Query Frame = 0
BLAST of CmaCh04G009590 vs. NCBI nr
Match: KAG6600783.1 (hypothetical protein SDJN03_06016, partial [Cucurbita argyrosperma subsp. sororia] >KAG7031420.1 hypothetical protein SDJN02_05460 [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 1316.2 bits (3405), Expect = 0.0e+00 Identity = 694/706 (98.30%), Postives = 699/706 (99.01%), Query Frame = 0
BLAST of CmaCh04G009590 vs. NCBI nr
Match: XP_023545768.1 (uncharacterized protein LOC111805103 isoform X1 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 1307.7 bits (3383), Expect = 0.0e+00 Identity = 689/706 (97.59%), Postives = 696/706 (98.58%), Query Frame = 0
BLAST of CmaCh04G009590 vs. NCBI nr
Match: XP_023545775.1 (uncharacterized protein LOC111805103 isoform X2 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 1301.6 bits (3367), Expect = 0.0e+00 Identity = 686/706 (97.17%), Postives = 694/706 (98.30%), Query Frame = 0
BLAST of CmaCh04G009590 vs. TAIR 10
Match: AT3G20410.1 (calmodulin-domain protein kinase 9 ) HSP 1 Score: 746.1 bits (1925), Expect = 4.4e-215 Identity = 363/481 (75.47%), Postives = 426/481 (88.57%), Query Frame = 0
BLAST of CmaCh04G009590 vs. TAIR 10
Match: AT1G50700.1 (calcium-dependent protein kinase 33 ) HSP 1 Score: 737.6 bits (1903), Expect = 1.6e-212 Identity = 365/500 (73.00%), Postives = 433/500 (86.60%), Query Frame = 0
BLAST of CmaCh04G009590 vs. TAIR 10
Match: AT4G04720.1 (calcium-dependent protein kinase 21 ) HSP 1 Score: 729.9 bits (1883), Expect = 3.3e-210 Identity = 358/499 (71.74%), Postives = 420/499 (84.17%), Query Frame = 0
BLAST of CmaCh04G009590 vs. TAIR 10
Match: AT4G21940.2 (calcium-dependent protein kinase 15 ) HSP 1 Score: 704.5 bits (1817), Expect = 1.5e-202 Identity = 348/518 (67.18%), Postives = 421/518 (81.27%), Query Frame = 0
BLAST of CmaCh04G009590 vs. TAIR 10
Match: AT4G21940.1 (calcium-dependent protein kinase 15 ) HSP 1 Score: 702.6 bits (1812), Expect = 5.6e-202 Identity = 347/512 (67.77%), Postives = 418/512 (81.64%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
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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