Spg014355 (gene) Sponge gourd (cylindrica) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: five_prime_UTRCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.TTATTATTATTATTATTTTAATATTTTAATATATTATTATTTTAATTTATAAAATTAATATTTTACTATTAAACGTTGGCACGTCAGCACCGTTAACAAAAATTAACGGGGGAGGGACTAAATTGAACTATTTCTGAAACAGTGGGACTTGATTGTTCGATTTTGAAACCTAGGGACCTATTGGAAACGAACCCGAAACATGAGGGACCAAAATGGTATTTTACCTTTTTTTTTTTTTTTTTTTTAATTCAACAACATTTTTGAGGTGGATGATTGATGTTGTGAATCACCGCTGAAGCTTTGGCTGGTGAGTTTTCCTTTGCTAAAACTGGACTTTTTTGAAAAAAATGGATGGAAGGTTTCATCAGCATTGATTGCGGTTCAGCTGAAGATACAATAGTAACAAACCGTGGGTTGGTTTATAAATCAGACAAAGATATGATAGCATCAGGAATCAGCAAACAAATATTACCACAGTTTGGTTATGATTGGGAACCACAATACTGGACCTTAAGAAGCTTTCCAAATGGCACAAGGAATTGCTATCATCTTAAACTAGAACCAGAACCAGATCCAATACCAAGCCAGAATAGTAAAAAATACCTCATCAAAGCTTACTTTGTGTACGGCAATTATGATGGGTTGAACTTCGCCCCCAGTTTTGACTTGTACGTCGGCCCCAACTTGTGGGCAAGACAGAAGTTGAATAGCACGGCTATGGAGGTTGTTACTGTGCTCGACCCTTCCACAGATTACATGGATGTGTGTTTGGTTAATATAAATAAAGGAGTCCCTTACATTTCCTCCTTGGAATTACGACCCTTCAACATCTCCCTTTATGGAATCGATCCCACTGATTCTGAAGATGTCCAACTCTCAGGAAGACTCGACATTGGAGGCAGCGGACAAATAAGGTAATCAATTCCTGACTTATTGCCTGCTTAATTGCATGTTTAATTTTGTTTTTACCCCAACCAACAACAACAACCATATACATTATAATTTATATGATATGCAATGCAGATACCCGCAAGATGTTTATGATCGCCAATGGGATTCTCTCCAATGCAATTATTTCGATCATAATACCAGCCGAATATCGGCAGATGAACCCATACCTGAAACCAGCGACAATAATCCATACAAGTTGCCGCAATCGATGTTGCAAACAGCGTGTCGGGCAGCCAATTCCAGTAGAACATTGGAGATATCTTGGATTCCATCTAAGGAAAGGAGTTTTCGATATTACTTTTGCTTTCATTTTGCAGAGATCGAGAAGCTTCAGCACGGCCAATTTCGAGAGATGAGAATCGTCTTCAACGATATTCACACCATCACAGACTCCATTAAACTGCTCCAATATCTCAAACCATACACCGTTTGTTCACAAGCCTATCAAGTGTTACCTGATCAAGACATAAAGTTATCCGTTTCTGCAACCTCTTCCTCTACCCTTCCTCCTATCCTCAATGGCCTCGAGATTTATTACACTAGGGACGCTCCAAATCCACTCACCTTTTCTCAAGATGGTACGTTTCTTTTCTAATTCTCTTCTTATGCTCTGCTCTCTATGACATATGTAAGAGTTGATGTTTATATATATAGTGAATGCAATAAGGGACATCAAGCAACATTACAAGCTTACTAGAAATTGGGAAGGAGATCCATGTGAACCACTTGACTTCTCATGGGAGGGTTTGAAATGCAACTACGATGCACACCCTTCGCCCAGAATCATTTCGCTGTACAACTTCTAATTCCAATAAACCTCACCTTAACAAATCATGATCAATTCCACTGAGTAATGTCATTATTAATTAACTCCCAAGTCTATTTTCGCAGTAACTTGAGCAGCAGCAACTTGAACGGAGATATCCCATCTTCCATCTCCAATCTCACTGCAATCAACTACTTGTAAGTATTTCATTCCTAAAAATCTCTATTTTAGTTGCAACAACAATTTGTATCTGTGTTAATTTACCATATTCTTTCTCAGAGATCTATCAATCAATGAGTTGGAAGGGGAAGTACCAGAATTCTTGGCGCTATTGCCACAGCTCCAACTTCTGTAAAATAACTGATCCCCAAAATTCTCTCATAATTATTTCAATGAGAGTATGCATATATATGCTATTGTAAAGAATTATCATAACCCTAAAATAATATGTCAAGCATGTTTTTATAATCACAGTAATTTAAGTGGGAACAAGCTCACAGGTGTAGTTCCTGACGCTCTTCTCCAGAAATACAAAAATGGAACTTTAGTTTTAAGGTAAAGCTCAGCTTTTGAAAACTCAAATCCATTACAGCCACATGATCCTAATTTTTCATTTTAATTTCTCCTCGATTCAGTGTGGAAGGAAATCAGGAACTCTGTTGGTCACCACCATGCAACCACAAAAAGGAGTTGCCAATTTCTATTCCTATTCTCTGCACTGTTATTGTGGCCCCTGTCCTTGTAATCTTCTTGGGAGTCATTATTGTAATCTATACAAGAAAATCCAAAGGTTTAACTTCTTTAAAAACACCCAATTACTTGAATTGTTGCTATCAGATTTTGCATATGTTTGCTGAGAATTTGATTGTTTTCTTAATTATTTCCTTAGAGAATTCGGTTGAATCGAAACATGATGGATCACTAAAATTGAAGATCAACAGACGGTACAGTTATTCAGAGGTTGCGAGTATTACTGATAACTTTGGAGTGGTTATTGGAGAAGGAGGATTTGGGAAAGTTTATTTGGGTGCTTTAAAAGACCAAACTAAGGTTGCTGTGAAAGTGCTTTCAGCATCATCACAGCAAGGCTATAAAGAATTTCGAGCAGAGGCACAACTCCTGATGGTTCTTCACCATCGCAACTTGGTTACTCTTCTTGGATACTGTGATGAAGGCAATCACAAGGCACTCATTTACGAATACATGGCTAATGGCAATTTAAAACAACATTTATCAGGTAACTGACCTCGTATTTTTTAGTATAATAAATATGGGGTAGGGAGATTTGAACCTTCGACCTTAAGAAAATGAGTACATATCAATTATTACTATCCATGCTCACTTAGTCAGTAATAAATATTGTCTACTTTCTCTTTTGAGATTTAATATCGAATATTGCTAAATTGCTCAATTTGTCAATAAGCTTAGTCTTATATATGATAAGATGCCTCTCTATGTTTTAACAATGGTTGAATAAGTTTAGTCTTATATATGATAAGATGCCTCTCTATGTTTCAATAAGTTTAGTCCTATATATCAAATATTGCTAATTTTCCTCCATTTTTTTATAGTTTAGCCTAGATTCTATCCAAAAGACCTCGTTCCAATGGAGTTATTTTCTTTACTTTTGTACTAAGGATCATCTTCTCCCCTTCTTACTTAGCTTATATGTCTGTGTGCAGATACAAGTACGAACACTCTTAATTGGATGGAAAGACTCCAAATTGCAGTGGATGCAGCGCAGGGTTTGTAAACACAACTAATTTGTTATCTTCTATCTTTCCCATTTGCTCTAAAGTTTGAAAACAACATAATGAAAGGAAAAGAAAAAAATTCTCATGTATATGCATATTGCAGGATTGGAGTATCTACACAATGGCTGCAAACCCCCTATTATCCATAGAGATTTGAAACCTGCCAACATATTATTAGACAATACAATGCAAGCCAAAATAGCCGATTTTGGATTGTCTAGAACTTTTGCAACTGAAAGTCAATCTCAACTTTTAACTCGTCTGGCTGGTACGCCTGGATATATTGATCCTGGGTAAGTAAAAGGAAAGGCCAGACCCAATTAACTTTTAAATTGATCACATTGTGGTTTCTTATATTTTGATGACTCTGAATATATATGTTTTATGTGTATTCTATGTAGAACTCAAACGTATGGAAATGTAAATAAGCAAAGCGATGTCTATAGCTTCGGAATTATCTTGCTCGAGTTGATCACTGGACAGCCTCCAATAGCGAGATCTTCTCAAGCCAATTTTCACATTCTAAACTGGTTGGAATCAATGATAAAAACAGGAGACATCCAAAACATTGTTGATTTGAAATTAGGAGGAAAGTTTAACCAAAACTCAGCGTGGAAGATTATAGAACTTGGCATGTCTTGCACACATCCAAGTGCAGTTGAAAGGCCAGACATGAGCCATGTTTTGATGGAGCTCAAGGAGTGTTTGGCAGTCCATCAAACCACTTTAATGCAGAGTCGTATCATGTCCACAAGAATTCTCTCTGAATCAGAAATAGCTCCATCTCCAAGGTAGTCCACACAAGCCTGAGAAGCTATATGGTTATTATAAATATATCATGAATTTGTAAGCTAGGTCCATGCATTAAGTTATTTTATCCTTTGTCCAATATAGCTTTTCTCCATCTTTTGCTTTGTAATTTCCCTTTATGTCTGTCGCTTACTACTTCATTATTGTATATTGGTGATGCCCATTTTGGTTTTGGGTTTATGGTGTTAATTTAATAAGATGTCTAGCTTAATCCAACAGTAACTTGTTCAATTAAAATATGCCATTGTTTTTGTACTGAAATCCAAATTTTACCTGAAAAGCATATGAGAAAGGAGGGGCCGGGGGTAATAATAAGGCCCGAGTGTAAGAAAAAAGAACCAAACCTATAAGTTTAACTTCAATAGGGAGTTGTCTCCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACTTCAATAGGGAGTCTGTAGAAAAGATAGAGAGAATGAAGAAGAAAGAATATAAGAACATGAAGAAGCAATGTTTAAAAGTTCATATCTAAATTTCCATATATACTTAATCTCCTACCTATAAAAGGTCCTACCGGGAGTTGAACCCAGGTCGCTGGATTCAAAGTCCAGAGTGCTAACCACTACACCATAGAACCAAATGTATGTTCTAAATATCTGTAAAACCAATAGTTCACAGAGATGTGAAACCGGCCAACATACTGTTAGATATTATCAAGTATGTATGTATTGTCTATTAATACTACTTAATAAAAGCCAAAGAAAAATGTGTCCCAGAGAAAAGACGATTTACCGAGCATGGATATCGTCCAAAAGTAAAACAACGACGACTCCAAAGTCACTGCCTGCGACGACGTAATAAACTTGAGCCAACGATGAAGTATCTATATTGAAGAAAAAGATCCAACCCAAAGGCACCTTATGACTTTGTGTAATAAATTTATTATGACTTTTTTTTTTTTTTAAATTCAACCTATGGAGGTGTGATCTCTAACCTCTTAGTTGAAAATATATGTTTTAACTAGTTAAATTACGTTTATAATAACAATGATTAGAATTTTTGACATGTTTGTCGTATCAAATGTGTTTAAGACTGTATATATAAGTCGTCTTTTACTCAACAATCTTGATTGTCATCCGCAATTTTACAAATGTGCAAATCTTTATGACTTTTTTTTTTCTTTTTTTTTTTTCTAAACGACAAATCTATAGGACCTATTTTCTTCATAGATTGAAATTTAATAACATATAAACCATATAAATTAGATTTCATAATATTTGATGAACCAATAAAAATATGAGGAATATGAAATAAGATAAGAAGAATCTAGCTAACTATAATAAGTTGCGAACTAAAGTGTGTGTAGCACACAAATAAGCTAAAAATGAGTTAATTAAAGACACACAGACACCTATTTGGCATCGAAACTTTAAAATTCGATTTTCGAGTAAAGAGTTCGTACATTTACCCAAATTGTCTCTGCAGCTTGGGATAAAATTGATCACACATCTACGTGTTTTACGGCTTGAAAACTACAGGCTGATTTTTCTTGATGTGACGGGTGAAATCTTTGATATTTTGATGAAAGTATAATATCTTATTCAATTAAGTATCTTAATTAACTATTGGAATACTTTTTTTTAGTACATCAACACTTGGGGGTGGAAGATTCGAACTTCTGACCTTTTGATCGAGAGTACATGTCAATTATCGCTGAGCTAAACTCACTTTGGCCTTTGACTATTGCAATACTTACCTAAGGACAAGTTAGGATAAAAATTGAAATTGGAAGTTTTTGGACAAAATTGATATGTCTTACGTACCAAGTTTAGTGTAAAAATTGATTTTTTCTTCCAATTTTTTTTTTCTTAAATTTCTCAATTTTATTCTTAATGTAATATAAGGTCTCAATTAGGAATTTATTTCCAAACAAAATTTGTTGACCTTTTTTTTTTCTTCGAAAATTCGAATCTCTGACCTCTTGCTCAAACATGCATGTCAATTACTGTTTCTATTGGTCATTAGTATAACTTTATACCCGTTGAACTATGCCCATGTTGGTACAATAGTTCAAATTAGATATTCCTTTTCCTTCAAAGAAATGGTTTAGTGATATCAATGCTCAATAAATAAAGTTTATTACATACATCACATAAATTAAATCTAAACCATTAAAAATATAAGGAAATGAATTAAGAAGAGTTAAAAAAAGAAAAATTGTTTAGTCCTTGTCATCTCCTTCGCTTTCATGTAGGGATTGCAGAGAAGAGAACACCAACGTTTACGGAAAAAGATCACTATCAACAACTCACAAAATAAAATAAAATAAAATAAATATTTGAACATATTACTAAAATTCTTCTAAATGTTGAAATAAAGTTTAAGGAATATACCTCAACGATGCATTTTTTTTGCTTATATATATGAAGAGAGAGCAATTATGTACCTGTTATAAAGGAAAAAAGAAAACAATAATTAATTAGGTACCAAAATGAAAATACCATAGTTTCATATAGCTTTGCTTCGCCATGGCGATGTTGGGGGTTGGATGCAATTTGGTTTCAGTGCTCTTTCTGATCTGTGTTTTAATGGCGATTGGCTTCCTCTTTGTCCATGCTAATCATGAAGTTCCAAAAGGTAAGAAATGCTTTAATTTCTAATATGTTTTTGCTGAACCATAATATATCAAATCTTCAATTTCTCTCAAGAAGATTCAATACCCAACTGATCTATCTTTTTGCCACATTTTAAAAATAAGAAAGTGAAAAAATGGGGAAAAGAAACTTGTTAAAAATATATATATAACATTTCGGAAAGATTTTCAAGAACAGAATAATGTTTATAAATATGAAGATCACAGAAACCTGACAAAGAAAAGAACCACCGAAATGACAGTAGGAGAAAGTTGAAAGGTGGAAAGAAAAGAAGTGCCGCAAATTAATTATATTGGTTGTAGATGATGTTAGGCGGAAAATAAAAGTGCCTGTAAAAATCTTGACTGTTAAGAACATTTGTTTGTTTTATACTTTTTCAAAATTAAGGCCAATCATTTTGTTTTTGGTTTTTGAAAATTAGGCTGGTTTTCTTGAAGGAGATATTTAAATTCTTAATCAAATTTAAAAAACAAAAACAAGTTTAAATTTTTTTTTTTTCCTTTCAAAATTTGACTTTGTTTTTTACAAGGTGGGAGGATGAGTGAAACGCTTAATTTTCCAAAAAAAAAAAAAAAACGAAATGGTTATCAAACTGGATCTAAAAGATTTCATTTGTTGTATCGATTTTATTTTAATATTTGTTATATTTACATTGGATTTAAAATGTTTTAAAACTATGAAGTCAAAAAAAAAAAAAGAAAAAAAAAGGATAGGTATAAATTTCCTCTTCTAACCTTGTCCTAATTCGTATATAAACCACTAATCCTATCCCTAAAACCCTGATCTTAAACTTTCAATTTTGTATATATGAATAAAGTTAGTGATCTATTAAAAACTCTTTTAAGTTTAAACATTTATTAGGGAGAGATTTGAAAAAGTTAGGATTAAATGTGTGATTTAAGCTTATTTGAATTACATGATTATTAATTATGAAGTTTGGGTTGGGTTGAAGGTTTCATTAGTATCGACTGCGGTGCAGAGGAAGACTCGGTAGACCCGCGGAGTGGGTTCCAATACAAATCCGACAAGAATCTGATAAATTCAGGAGTGATCCGTCAAATTTCCCCCAAAACTGGTGAAGAATATTATCAGATGCAATACAAAAACCTAAGAAGCTTCCCGGAGGGAGTGAAGAATTGTTACACTCTGAGGCCAGTAGCCGGCAGAGACAACAATTACTTGATCAGAGCCATCTTCGTGTATGGCAATTACGATGGAAAAAACTCCAACCCTGTATTTCAAATCTATCTCGGTGTTAATTTGTGGAATACGATCAAGTACAATGCTACTAGAATAGAGGCCGTTTACATGGCTCCCATGGATAACATTGAGGTATGCCTCGTGAATATTGGAACCGGAGTCCCTTATATTTCTACCTTGGAATTACGCCAATTGGACAACTCTATCTATCGCCCCGACGACCAACAGTTCATGGTCTTGTGGGATCGACGCGATGTCGGTGGTAGCGTTACACTCAGGTAATCGATCATATATATTTGGTTTCATTTTCTAATTTTGGTATATTGTATCATATTGATTTTCTCAATTATACAACTTCATCTCAAAACACAATTTAGCAATGAGTGAAATAACTCATGTATCTTATATATCGTGAGATCTACTCTTATCTTTTTAATATGGGATCCTCAACACAATAGATATCCACATGATGTTGATGACCGAATCTGGATATCTTATGACACGGACTTCAAATATTTAATGTTGTTGAAGAAGATGCAGACGAACGAGAGCATGGCACAGAACACGAACAGTAAGGATCCGTATAAATTACCAGAATTAATGTTGAAAACTGCCTATGGAACCTTGAATTCCAGCAGTCCTTTCGTCTACGAATGGATACCTCAAGAGGACACCTCTCGATTCTATTTCTGCTTTTATTTCGCCGAGATTGAGAAGTACTTGGATTTCGTAAGAGAAATGAGTATCGTATTGAATGGCATCCACACCATAGCACAATCTGTGAAGCTCCAGTATCTCCAACCACAAACCATATGCTCCACTTCAGCTGGTCTCCCCGTTAATCTCAATCGAACAAATTATATACAGATTTCCGCAGCCTCCGGTTCGGATCTTCCTCCCATTATCAATGGGTTTGAGGTTTTTTATCTCCGCGACCTCTTCGTTTCACCTACATTCTTACAGGACGGTATATATTTATATTTATATATATATATATATATCTCTCTCAGCTCTTTCGTCTTTTATTTTCCTATTTTTTGGTCATTACACGAACACTAATAATTTTTTTTTAAATTTTATTTTATTATATGCATATAGTTGACGCCATAAGGGATATGGAGAAGACGTTGAAAATATTGAATAGTGACTGGCAAGGGGATCCATGTTTGCCTGAAATTTCTGTATGGAATGGTTTAAATTGCAGCTCAAGTAACCCTCCAAGGATAATTTCACTGTGAGTGCATCGTATTTAACGTAGAAAACTCATCCTTTCTCTCAGAATATTAATTCAAATAATTTCTGAGGATGAAATTGTGAAATTGGCAGGAACTTAAGTAGAAGCAAGTTAACAGGAGAGATCCCATTTTCCATCTCCAATCTCACTCAGCTGGAGACTTTGTACGTACCTCATTATTTAACATCACATTGTCTTTTATATTTCGTTAAATTTCATATTTACTGATCTTAACTTTCAAGTTTGTGCTTTTCAAAAAAAAATCAAGTTTGTGGTTCAATTTTAGAAAGTGTTTCATAGGTCCGTAAAACTTTCAATTTTATGTCTAATACGTCTTTCAACTTTTAAAAGCTTCTAATAAGTAATTGTATTTTTAATTTTGTATTTAATACATCATTGAATTTTTTATTTTGTGTCTATTATGTCTTTTAACGGCCTATTCAACACTTTTAGAAATTCAGGGATTTTATTATGTTTGAATGGCGTTTATGGTTTTATAGGACATAAAATTAAATTTTATGTCTAATAAATTAATTAATTTTAACAATTTCAAATATTCAGAGGCTGTTATCAAAAAAAAAAAAAAAATTATTAAACACAAAATTGAAAGTTTAAGAACCTATAGATTTATAGACACAAAATTATAAATTTAGAATTCTATGAGATTGTTTTTGAAATTCAGGTACTTATTAATTAAACATAGACCACTAACTAAACTTGTAATTTAACCTTTATGTTAACTCTCATCATCTTTTTCAAAAAAAAAAAAAACTCTCGTCATCTTTCGTTCCTCTCAATTATTCTTTTGATGGACAAAACTAAATACACATGAGTATTCATTGAATTAAATCTTTAACCCTGCCTTTTATCTTACAGGGATCTGTCGTACAATGACTTGAATGGATCACTTCCAGAATTTTTAGGGCAACTACCTCATCTGAAAATCCTGTAAAAAATATATATATATATTTTTTAACTTCAATTCTAAATTGCAACTATAACCTTTTGCAGGATTGGTACAATTGATTGGATAAGTGATTTCATGTTGACAATTTTTTTTGCAGCAATTTAGCTGGGAATAATTTTGGTGGCATAGTTCCGGAAGCACTTGTTGCGAAATCTAGAGATGGGGTTTTGGATTTGAGGTTCACAAAATTTAACTCAAAACTTCTTATTCAATTCTTCTTTTTAGTTTCCTTTTATTTGATGATTTAGCTTCCCCCACTTATATCTTTTTTGCACTTGTTGCATGCAGTGTGGCTGATAATCCAGAACTCAGTTTGTCACCTCCTTCCAACAGAAAGAGGGTTTCTATCATTATTCCTGTTATCACTTCTGTCATAGCAGCCGTCGTCCTTGTAATCTGCCTGCTTTTACTTTTAATCTATAAGAGAAACAAAAAGAAGTAAGCTATGCCACTTTTTGTTACCGCTAATTGGATCTGCTTGTAAATTTTGAAGTAATCAAGCCTACCTAATTGTGTAACAACTTTATTGAAGAAGTCCTAAATCTATTGGTGATCTTAGACCATTTCAGTTTTAAACTAAACCACTCAAGCATAAGATTCACATTTAACATCAAATAATTTGTGATCAAGAGATTGTATATTAATAGCATTTAAGCAAGTAAATACATGAATGGAACAAAAGAAATTAGTCAAGGTAAACAATTGATCAACTCATAAAGTCTAGTGGCTACATCAACTTTTAAGAACTAAAACTTTAGTCCCATTTGGGTTTGGTTCAGTTTTTAATTTTTTTTTCTTTGAGTACATCAACATTTGGGAGTGGGGGGATTCGAACCTCTGACCTCTTGATCGAAGGTATATGTCAATTACTGCTGAGCGATACTCGCTTTGGCTGTTTTTAACACATTTTTTAATTATACTTTGTTATCTACCGTGGTTTCATATTTGTTAACACATTTTTGAATTCTAAGCCAAATTTCAAACAGAAAAAACAAGTTTTTGAAAACTACTTTTTTTTAGTTTTCGAAACTTGACTCTTGGTTTTTGAAGACAGACAAAGAAGTAGATAACAAAAAAAAAAAAAAAAAAAACCCAAAAATCAGAAAAAATAAAATAAAATAACATACGGGATCTTAATTACTCATATACAAACAACAAGGAAAATGAGAAAAACTAAATTTGGAGTATCAATTGTCCATATCCTTGAAGCAATATCCACGATCTAGATTAAAAAATTATTCCTTTTCTTAGTTCCAACTTCCAACAATGTCTCCTTTTCCCTCAAAATCAAGCTATCTCAAATATGACTTTTCTCTCTCTAGAGCTATTTATTAGAATATATGTGTAATTAGTGTATTTCATTGTATTTTACTGTTATTTAAATGAGCTGGATTAGTCAACTTATCACCTCTGTATAAATACCTTTGTTATTCTCTAATAAAGTGAGGTGAAATTATTTACATTTCAGTGTAAATTCTCATGGTATTAGAGTTGGTTGACTAGCGTCATTCTCTCTCTCCATGTGTTGGATCTTGCAATCCCTTTTTTTCGATTCTTTTTCGCGTGAAACTCATGTCTTCCGTCGAAAGTACCACTGCAATTTCATCTCCTTCAGAACAATCTTATCAGTAATTTGATCACTGTTCGTCTGGATTCATCCAATTACGTTCTTTGACACTTTCAAGTTTTTCCACTTCTCAAGGCACACAAATACATACATATATATAATAGTAAAAAATGCTAATCAAAGGTGGCTGTTAGGACTTAGAATTAAGGTGCGTTCACTCTTCAGATATTTCCAAGGACAAATTAAGCTAAAGATAATAATAATGAGAATGGGGTTCAGGGCATGTCGTCGTGAAAGAGGGGTTGGCATGTGCTCGTAAGAAGACTCGAAAAGTCTCACCCTTTCATTTGTATGTTTCTTACATATCCATCAATGAAGTATCTTTTTTCAAAAAAAGAAAGAAAGAAAAAAGAAATAAAGAAAAGTCACAGCCGGGAATATGGCACAAGAAATGACATAGACAGTTGTTCGACATTGAAAGATTAAAGAAAGATCGAAAGGTCAGTTTTTGAATAATCTACGTACGTACATTACCCAAATAGTCTGCAGCATAAGAAAATTTATCACACATCTACGTTTTTTACACGGTTTAGAAATTTAGGATAAATTATTTAGCCCTTGCTCGTGTTGAGAAATCATTCGAGGTCACATCAATATATCTAGTAATTTTATACCGTTGGATATGGAAAAAGGTTTTGTAATGGCATTTCGAATTTATATTCAATGAATATTGATGACACATAGATTTTCAAATATCCATCCAATGGTTACTAAATGACAATTGGATTGTGGTAGGCTCATTCACCGACTTTTTCGTATTTTAGGGTTTGAACAATCAAACTGGAACATCTCTAACGAGTCAATGTTAATCCTCAGAATTTTTGTGGCCATGCCGTTTTGATCGGAGCAATTGAAGAAAAAATAAAAGGCATAGATAGAGAAGTGGAAGATGAAGACACATGAATAATATGACAACAAATAATGTCAATATTTGAGAGAGAACTTGAACCAAAAGAAACGAGAGAGCTTATTTTTAACCACCGGCCGTCAATAAATGTGGGGATGAAGGATTCAAACCTCCAACCACAAGAAAAGAACATGACCATTAATCGGTTATGTTCATGTTACACTAGCTACTTGATACATAAAATCCAACTATTCAACAAAAGTACATTAGTTCATTAACAAAATCCATTTCTTCAAAGTTGCATTCTCCTGTACTCTTAGATGTGTTGACAAAACAATAATTTAATGATGATTTAGCTTTTGCTAACAAATTGAATAGATTTTTTTTTTAAAAATAATGGCCTAATTGACAATTTTTAATACATTAAAATTAAAATTAGATATTTTAGTATTAAGGATCAAAATTGACAACGGATCTAAAGATCAGAGTATATTTGGTATATTCAGTCTTAAAATTTTGAAAAAACATATTTCCACTACAATTTTATTCTTAAAAGATAATATAGTTTTTAGAACTTCCAAAAGGTATTGTTAAAATAGTTCAAAGATATTTTCCCTTCAAAGAAATGGTTTATAGATGCTCACAAAGTATCAAAGATAAGTGTTAAATTTTTTTGAAATTTTTAAGAATAATATTTTAAGTAAAACATTTATATATATTTATTTTTTTAAAAAAGAACTTTTGATTATATAGTTAAATTGTATGAAAACTTTGAAATGTTAAATTAAAACTATTTTTGATGGTGTAGTGAAACTTTAAATATCTTTGAAGAAAATTAAATTTTTTAAAAACTAACTATTTTAGAAGTCGATTTTTTTTTTCAAGAATTCAACGAAAAGGAGTTGGGAGATACGAATCCATAACCTCTTGACTATAAGCACATACTTTAAGCCCTTATAACTTTGTTTTTGGATCACCCCAAAATACCTCATACCAATAGAGATACTTGTCCTCCCTTATATACCCATGATCTCTCCCTTATCTTATGTAGCCAATGTGAAACTTTGATCGCACTGCCAACAAAACACAAACTTTGATCGCACTGCCAACAAAACATCGCCATTTTCTTCCTCGAACGTTGAACTTTCTACCACCGTTAAGTCCTTATTGTTCCCCTTCGCTTCCATGTTTATGGAAGAAGATTTCAGATTTCACCATCAACTCAAAAAATAAGATAAAAATTAATAATAAAATCATCCATTACTAAAATTCTTCTAATTTTGATGTAAAGTTTAAGGAATATGCGTCAAATTTGCGACCAATTCCAACCGAGAAATAAATGTGAAATTGAATTAAAAGAACACTACGGCAGTTTGCTTATAAATACTAACAGAACATAATTAGGGACCCCCAAATACCAAAGTTTTATTACTTCGATTGGTCTTTCTGTGTCTTTTGGCAAATGAGAGCATCCACTGCGGCTGCTTGCGTTAACACCAACCAAGTTCCAAAAGGTAACAAATCTATCTAACCCAGAAAAATCGATTTTATTTTAAAGTTATTCCAAACACACTATAAATCACCAAGTAGTGTTCCTTCCAACAATTTCTATACCAGTATTGTTGGCACTTGGAAGTTGATTTTAATATTTTGTGAACATAAAACATGTACTTCACAGTGTTTTTAATTGAAATATTTTACTATAAACCCTTTTTTCAGGAAAAACAAAAAACAAAATAATAAATACTGAATGTTTTTTTTAGGAAAATTTTGTTTTATAATTGTTTCAAACCAACTTTTGATCTGTTGGCCAAAACTGCGCAACTTGGATGCACACCTGGTAGTGAGTTGTTAAGAAATTGAAGAATTTTAGTCCGGTTTGAAATGGTATGTTCAATATTAGAGGGGTAGATTTGAGAGTCATATAGTTTTAGTCGAAATGGTCATTCTGAAAAATATTATGCATGTGTATAGAAATCAACTTCCATTTTGATTGTGAAGAAAACAGACATTGAAAAAGATAAAAAAGAGTGAGATGAAGAGAGAATAATTTAGCTGATTATAAGAAAGATAGCTACAAGATTTATTAGTAATTTTGATGTTGAAAGAACAAAAGCTGTGGAGTTTTAAAAAAAAAAAAAAAAAAAAAATTCTGCAGGAGAACTCGATCTTCGCAAATTGCTTGTTGGGTATATCCTCACTCCATTCCTTTAAATTTCACAAGAATGGAGATTGAAATGGGAGACGGGGACAGGGGAAGCCATCCCTGTTCCCACCCCACCCCATGAACATGTCTCACTCCACATGTATTACTATGTTTTAGTTTTTATTATCACTAATGTTATTACTATACAATAAAGAGAATAATTAGTCTCTTTATATATTCATGCCAACTTTCTTCATTAATTTTTCACATTCAATTTATCTTCCTAATTTCACTAATCTCTCTACCTATACAATTTTGGTCATGCTTATGCACAATCATTCATTTCCAATTGAAACTAAACTGAATACACTCCATTATATTTGATTATTAGTAATTATACATAAGGTTTGAAAAGTTGACATGGATAGAAATGTCAAGGTTTCAATTTTATGGAAACGTCGATGGAACTATTGATAAAGTGTTGATTTTCTAAAAAAAAAAAATCTTAAAAATATATTTAAATTAATAAATAAACATTTTACTTTTTAAATCGGTTGAAATACGTACTTGTTATGA ATGTCATTATTAATTAACTCCCAAGTCTATTTTCGCAGTAACTTGAGCAGCAGCAACTTGAACGGAGATATCCCATCTTCCATCTCCAATCTCACTGCAATCAACTACTTTAATTTAAGTGGGAACAAGCTCACAGGTGTAGTTCCTGACGCTCTTCTCCAGAAATACAAAAATGGAACTTTAGTTTTAAGTGTGGAAGGAAATCAGGAACTCTGTTGGTCACCACCATGCAACCACAAAAAGGAGTTGCCAATTTCTATTCCTATTCTCTGCACTGTTATTGTGGCCCCTGTCCTTGTAATCTTCTTGGGAGTCATTATTGTAATCTATACAAGAAAATCCAAAGGTTTAACTTCTTTAAAAACACCCAATTACTTGAATTGTTGCTATCAGATTTTGCATATGTTTGCTGAGAATTTGATTGTTTTCTTAATTATTTCCTTAGAGAATTCGGTTGAATCGAAACATGATGGATCACTAAAATTGAAGATCAACAGACGGTACAGTTATTCAGAGGTTGCGAGTATTACTGATAACTTTGGAGTGGTTATTGGAGAAGGAGGATTTGGGAAAGTTTATTTGGGTGCTTTAAAAGACCAAACTAAGGTTGCTGTGAAAGTGCTTTCAGCATCATCACAGCAAGGCTATAAAGAATTTCGAGCAGAGGCACAACTCCTGATGGTTCTTCACCATCGCAACTTGGTTACTCTTCTTGGATACTGTGATGAAGGCAATCACAAGGCACTCATTTACGAATACATGGCTAATGGCAATTTAAAACAACATTTATCAGATACAAGTACGAACACTCTTAATTGGATGGAAAGACTCCAAATTGCAGTGGATGCAGCGCAGGGATTGGAGTATCTACACAATGGCTGCAAACCCCCTATTATCCATAGAGATTTGAAACCTGCCAACATATTATTAGACAATACAATGCAAGCCAAAATAGCCGATTTTGGATTGTCTAGAACTTTTGCAACTGAAAGTCAATCTCAACTTTTAACTCGTCTGGCTGGTACGCCTGGATATATTGATCCTGGAACTCAAACGTATGGAAATGTAAATAAGCAAAGCGATGTCTATAGCTTCGGAATTATCTTGCTCGAGTTGATCACTGGACAGCCTCCAATAGCGAGATCTTCTCAAGCCAATTTTCACATTCTAAACTGGTTGGAATCAATGATAAAAACAGGAGACATCCAAAACATTGTTGATTTGAAATTAGGAGGAAAGTTTAACCAAAACTCAGCGTGGAAGATTATAGAACTTGGCATGTCTTGCACACATCCAAGTGCAGTTGAAAGGCCAGACATGAGCCATGTTTTGATGGAGCTCAAGGAGTGTTTGGCAGTCCATCAAACCACTTTAATGCAGAGTCGTATCATGTCCACAAGAATTCTCTCTGAATCAGAAATAGCTCCATCTCCAAGGTAG ATGTCATTATTAATTAACTCCCAAGTCTATTTTCGCAGTAACTTGAGCAGCAGCAACTTGAACGGAGATATCCCATCTTCCATCTCCAATCTCACTGCAATCAACTACTTTAATTTAAGTGGGAACAAGCTCACAGGTGTAGTTCCTGACGCTCTTCTCCAGAAATACAAAAATGGAACTTTAGTTTTAAGTGTGGAAGGAAATCAGGAACTCTGTTGGTCACCACCATGCAACCACAAAAAGGAGTTGCCAATTTCTATTCCTATTCTCTGCACTGTTATTGTGGCCCCTGTCCTTGTAATCTTCTTGGGAGTCATTATTGTAATCTATACAAGAAAATCCAAAGGTTTAACTTCTTTAAAAACACCCAATTACTTGAATTGTTGCTATCAGATTTTGCATATGTTTGCTGAGAATTTGATTGTTTTCTTAATTATTTCCTTAGAGAATTCGGTTGAATCGAAACATGATGGATCACTAAAATTGAAGATCAACAGACGGTACAGTTATTCAGAGGTTGCGAGTATTACTGATAACTTTGGAGTGGTTATTGGAGAAGGAGGATTTGGGAAAGTTTATTTGGGTGCTTTAAAAGACCAAACTAAGGTTGCTGTGAAAGTGCTTTCAGCATCATCACAGCAAGGCTATAAAGAATTTCGAGCAGAGGCACAACTCCTGATGGTTCTTCACCATCGCAACTTGGTTACTCTTCTTGGATACTGTGATGAAGGCAATCACAAGGCACTCATTTACGAATACATGGCTAATGGCAATTTAAAACAACATTTATCAGATACAAGTACGAACACTCTTAATTGGATGGAAAGACTCCAAATTGCAGTGGATGCAGCGCAGGGATTGGAGTATCTACACAATGGCTGCAAACCCCCTATTATCCATAGAGATTTGAAACCTGCCAACATATTATTAGACAATACAATGCAAGCCAAAATAGCCGATTTTGGATTGTCTAGAACTTTTGCAACTGAAAGTCAATCTCAACTTTTAACTCGTCTGGCTGGTACGCCTGGATATATTGATCCTGGAACTCAAACGTATGGAAATGTAAATAAGCAAAGCGATGTCTATAGCTTCGGAATTATCTTGCTCGAGTTGATCACTGGACAGCCTCCAATAGCGAGATCTTCTCAAGCCAATTTTCACATTCTAAACTGGTTGGAATCAATGATAAAAACAGGAGACATCCAAAACATTGTTGATTTGAAATTAGGAGGAAAGTTTAACCAAAACTCAGCGTGGAAGATTATAGAACTTGGCATGTCTTGCACACATCCAAGTGCAGTTGAAAGGCCAGACATGAGCCATGTTTTGATGGAGCTCAAGGAGTGTTTGGCAGTCCATCAAACCACTTTAATGCAGAGTCGTATCATGTCCACAAGAATTCTCTCTGAATCAGAAATAGCTCCATCTCCAAGGTAG MSLLINSQVYFRSNLSSSNLNGDIPSSISNLTAINYFNLSGNKLTGVVPDALLQKYKNGTLVLSVEGNQELCWSPPCNHKKELPISIPILCTVIVAPVLVIFLGVIIVIYTRKSKGLTSLKTPNYLNCCYQILHMFAENLIVFLIISLENSVESKHDGSLKLKINRRYSYSEVASITDNFGVVIGEGGFGKVYLGALKDQTKVAVKVLSASSQQGYKEFRAEAQLLMVLHHRNLVTLLGYCDEGNHKALIYEYMANGNLKQHLSDTSTNTLNWMERLQIAVDAAQGLEYLHNGCKPPIIHRDLKPANILLDNTMQAKIADFGLSRTFATESQSQLLTRLAGTPGYIDPGTQTYGNVNKQSDVYSFGIILLELITGQPPIARSSQANFHILNWLESMIKTGDIQNIVDLKLGGKFNQNSAWKIIELGMSCTHPSAVERPDMSHVLMELKECLAVHQTTLMQSRIMSTRILSESEIAPSPR Homology
BLAST of Spg014355 vs. NCBI nr
Match: XP_022155125.1 (senescence-induced receptor-like serine/threonine-protein kinase [Momordica charantia]) HSP 1 Score: 645.2 bits (1663), Expect = 4.5e-181 Identity = 341/496 (68.75%), Postives = 383/496 (77.22%), Query Frame = 0
BLAST of Spg014355 vs. NCBI nr
Match: XP_038899862.1 (probable LRR receptor-like serine/threonine-protein kinase At1g51880 isoform X2 [Benincasa hispida]) HSP 1 Score: 636.3 bits (1640), Expect = 2.1e-178 Identity = 346/477 (72.54%), Postives = 379/477 (79.45%), Query Frame = 0
BLAST of Spg014355 vs. NCBI nr
Match: XP_038899861.1 (probable LRR receptor-like serine/threonine-protein kinase At1g51880 isoform X1 [Benincasa hispida]) HSP 1 Score: 620.9 bits (1600), Expect = 9.0e-174 Identity = 345/501 (68.86%), Postives = 378/501 (75.45%), Query Frame = 0
BLAST of Spg014355 vs. NCBI nr
Match: XP_038899864.1 (probable LRR receptor-like serine/threonine-protein kinase At1g51880 isoform X3 [Benincasa hispida]) HSP 1 Score: 620.9 bits (1600), Expect = 9.0e-174 Identity = 345/501 (68.86%), Postives = 378/501 (75.45%), Query Frame = 0
BLAST of Spg014355 vs. NCBI nr
Match: KAG6575498.1 (putative leucine-rich repeat receptor-like protein kinase, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 619.0 bits (1595), Expect = 3.4e-173 Identity = 335/499 (67.13%), Postives = 391/499 (78.36%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy Swiss-Prot
Match: O64556 (Putative leucine-rich repeat receptor-like serine/threonine-protein kinase At2g19230 OS=Arabidopsis thaliana OX=3702 GN=At2g19230 PE=1 SV=3) HSP 1 Score: 374.4 bits (960), Expect = 1.9e-102 Identity = 210/476 (44.12%), Postives = 295/476 (61.97%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy Swiss-Prot
Match: C0LGQ7 (Probable LRR receptor-like serine/threonine-protein kinase At4g20450 OS=Arabidopsis thaliana OX=3702 GN=At4g20450 PE=1 SV=1) HSP 1 Score: 374.0 bits (959), Expect = 2.5e-102 Identity = 202/446 (45.29%), Postives = 275/446 (61.66%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy Swiss-Prot
Match: C0LGD9 (Probable LRR receptor-like serine/threonine-protein kinase At1g07560 OS=Arabidopsis thaliana OX=3702 GN=At1g07560 PE=1 SV=1) HSP 1 Score: 372.1 bits (954), Expect = 9.5e-102 Identity = 202/469 (43.07%), Postives = 297/469 (63.33%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy Swiss-Prot
Match: O65924 (Putative leucine-rich repeat receptor-like protein kinase At2g19210 OS=Arabidopsis thaliana OX=3702 GN=At2g19210 PE=1 SV=1) HSP 1 Score: 369.4 bits (947), Expect = 6.2e-101 Identity = 201/446 (45.07%), Postives = 280/446 (62.78%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy Swiss-Prot
Match: Q9LIG2 (Receptor-like protein kinase At3g21340 OS=Arabidopsis thaliana OX=3702 GN=At3g21340 PE=1 SV=1) HSP 1 Score: 366.7 bits (940), Expect = 4.0e-100 Identity = 211/472 (44.70%), Postives = 295/472 (62.50%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy TrEMBL
Match: A0A6J1DLJ4 (senescence-induced receptor-like serine/threonine-protein kinase OS=Momordica charantia OX=3673 GN=LOC111022261 PE=4 SV=1) HSP 1 Score: 645.2 bits (1663), Expect = 2.2e-181 Identity = 341/496 (68.75%), Postives = 383/496 (77.22%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy TrEMBL
Match: A0A6J1H5D3 (putative leucine-rich repeat receptor-like protein kinase At2g19210 OS=Cucurbita moschata OX=3662 GN=LOC111460278 PE=4 SV=1) HSP 1 Score: 614.0 bits (1582), Expect = 5.3e-172 Identity = 329/494 (66.60%), Postives = 368/494 (74.49%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy TrEMBL
Match: A0A6J1GMQ6 (putative leucine-rich repeat receptor-like protein kinase At2g19210 OS=Cucurbita moschata OX=3662 GN=LOC111455803 PE=4 SV=1) HSP 1 Score: 609.4 bits (1570), Expect = 1.3e-170 Identity = 332/499 (66.53%), Postives = 386/499 (77.35%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy TrEMBL
Match: A0A6J1JWL9 (putative leucine-rich repeat receptor-like protein kinase At2g19210 OS=Cucurbita maxima OX=3661 GN=LOC111488538 PE=4 SV=1) HSP 1 Score: 600.5 bits (1547), Expect = 6.1e-168 Identity = 327/499 (65.53%), Postives = 385/499 (77.15%), Query Frame = 0
BLAST of Spg014355 vs. ExPASy TrEMBL
Match: A0A7N2QZB2 (Protein kinase domain-containing protein OS=Quercus lobata OX=97700 PE=4 SV=1) HSP 1 Score: 492.7 bits (1267), Expect = 1.8e-135 Identity = 258/461 (55.97%), Postives = 324/461 (70.28%), Query Frame = 0
BLAST of Spg014355 vs. TAIR 10
Match: AT2G28970.1 (Leucine-rich repeat protein kinase family protein ) HSP 1 Score: 395.2 bits (1014), Expect = 7.5e-110 Identity = 209/454 (46.04%), Postives = 297/454 (65.42%), Query Frame = 0
BLAST of Spg014355 vs. TAIR 10
Match: AT4G29990.1 (Leucine-rich repeat transmembrane protein kinase protein ) HSP 1 Score: 384.4 bits (986), Expect = 1.3e-106 Identity = 207/440 (47.05%), Postives = 283/440 (64.32%), Query Frame = 0
BLAST of Spg014355 vs. TAIR 10
Match: AT2G19230.1 (Leucine-rich repeat transmembrane protein kinase protein ) HSP 1 Score: 374.8 bits (961), Expect = 1.0e-103 Identity = 210/474 (44.30%), Postives = 292/474 (61.60%), Query Frame = 0
BLAST of Spg014355 vs. TAIR 10
Match: AT4G20450.1 (Leucine-rich repeat protein kinase family protein ) HSP 1 Score: 374.0 bits (959), Expect = 1.8e-103 Identity = 202/446 (45.29%), Postives = 275/446 (61.66%), Query Frame = 0
BLAST of Spg014355 vs. TAIR 10
Match: AT1G07560.1 (Leucine-rich repeat protein kinase family protein ) HSP 1 Score: 372.1 bits (954), Expect = 6.8e-103 Identity = 202/469 (43.07%), Postives = 297/469 (63.33%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01
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.
|