![](http://cucurbitgenomics.org/sites/default/files/styles/slideshow/public/carousel/101322_web.jpg?itok=EG-G51x6)
Spg021704 (gene) Sponge gourd (cylindrica) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.ATGACCACTGCTATCTCTGCCACAGCTCAACCTTGGAACCACTCCACCAGATCTATCTACATTGATCGAAAAACTTTCTCCATTGAATTTGATGAACCTTCTAGGGGAAGCCGAGCAAAAATCACAGAGCATAGTAGAGCCTCCTCCCATTCCTTAACTTTGTCTTGGAAATCTCTCCATTGGCTAGCATCCTCCTTCAAAACTCTTGCCCATGAACCGTGCTCCTACAAATTCTCCTCCAAGATAAGAACTGATGACTATGTTCTCTGGTTGGAAAAACTCAGCAATAAGTATGGCTTCTTTGTGGAAATTAATCATCTGTTGAATTCAGGTGATCGACGTCGACTCCTTATACCATCTGAAGACAACAAGCAAGGTTGGTTCTCCTTTTTCTCCCTCATCTCTGATTACCCAGGAGAGGCTCATCGATCAACAAAATCATATAAAGATGTCCTCCAACAAAAGGAAAGTCATGTTGTCACCACTCACCCTTCATCATCTGTCCCTTCACCACAGCCTCTCGACAGTGAGATTATTGTTGTTCAACGATTCCATAAAAAGGATGATTGGCCTTCCATTCGGAACACCATTCTTGCCGGCATATCCCACCGTTGCTCCATCAATCCATTTCAAGATAATAAAGCTTTGTTACATGTATATGATCAAAATATCGTGTCAAAACTTTGCAACAACAAGGATTGGTCCTCCATTGGCAAATACCGATTGAAGTTTTACCCATTGACTACCGACTCATTTTATCAAGACACTATGACTAATTCTTTTGGTGGATGGATTGAAGTGCTGCAACTTCCTTTACCTTTATGGACAGAACAAATTTTCAGATATATTGGTGATGTTTGTGGAGGCTTCACTGAAATATCCAACCACACCAGCAGGAAGCTAAATCTCACAGCGGCAAAGATTAAAATCCGGCAAAATTCCATCGGTTTCATCCCGGCCAGAATTAAGCTACCTTCATCCCTTGCCGGCGGCGACGTTACAGTGGAAATCAAAGGGTTGACGGCCAGCCTTTTCAAATCAGCGAGATTTGAGGAATCCCCGTCATTTTCGGAACAAAATAATTTAGAAATTAAGAGGAGTGAGAAATTGGATGGAAAAAATTTGAAACTACCAGAGGAAATCAAATCGCCTCCTAAAAATCAGGAATTCATTCCTATTTTGGCCGAAACTGCTTCTCCAAAGGGTTTATCTCCTTGTCTGGTTTCTCCCCAAACTATATCACAGCCAAGAAGTATTTTGCAAGCGGCAGATCACTCCAATATATCTCCTAAAAAAAAGACAGCACACTCCAACAAAGGTAAATCTCCCCTCCACGTGGCCTCCCCCATTGAGGCAAAGAATCATTCAAATTATTTTCTTCCAGTGGGACCCACCACTCTTGGTTTAGGAGAAAAGAAATCAACAGGCAACAAGATAATAGCATCTGATACTGAGGCTTACTTATCAAGTCCAGCCAATGACAAATCCCCTCATACTTCGGTTTGTGACCCTACATCGCCTCGAAACTTTGACCTTGCAATTTTTGATGAGTTACATTTACCCGAGTCGGAACAAATTCCATTGGCAAGCTTACCTCCGACCTCCCACATTCCATCATCCCCCCATATTATTCCCTCTCCCACAAAAGATGTTACCCCACTACAACAACCATCTAGCTCTCCACCCGAACCATCACCCCTTTCCCTCCCAACATATCTCTGTCATTTAGCTCCAATGCTTAGTAAACATGGTTTATGCATCATGGTTCTTCCAACTGGCTCAATACCCAAACCACCAACTAAGAAAACTAAAGCTACTACAGGGAAAAAGTCAAAACTTAAGAGAGAGGTACAAAATTTACAGAGTACAGTTCATTACGATAAATCGGCTACTTTGGCTTTATTGGAAGGAGAATCAATTGATCAATGAAGTTTCTTTCATGGAATGTTAGAGGTTTGGGCTCTTGGAAAAAAAAGAGCATTAATTAAGAAGACCATCCAACAACAAAATCCGAGCTTCGTGCTACTTCAAGAAACTAAAAAGACATCGGTTGATGGAAAATTTATTAAATCTATATGGAGTTCTTCTTGCATTGGTTGGGCTTCCCTTGATTCCATTGGAGCATCCGGAGGCATCCTTATTCTTTGGAGTGATCCTGATTTCACGATCAAAGAAGTTATTCAAGGTCACTTTTCAATCTCAATTCATGTTTTTATGGCTGACGGTTTTTCTTTTTGGCTTTCGGCTATTTATGGTCCTTCTAGGCGTGAGCACCGTGCAGATTTTTGGCAAGAACTCCATGATTTGGCTGGTTTAGGTGGTGATCGATGGATCCTTGGAGGGGATTTTAATGTTACTCGCTGGTCTTGGGAGAAATCTCATGGTCGAAATGTTACTAGGAGCATGCGCACTTTCAATCAATGGATTGCCAATTACCATCTCTTGGACATTCCACTACAAAATGGCTCTTACACTTGGTCTAGCTTTGGGGATGACATTGAATATCTCTCACTTCTGGATAGATTTTTATTAACAAATGATTGCCTTCACAAATTTGGGTCAGCAAATCTCCTTCGTCTTGATAGAGTCACATCAGATCACTACCCTTTAGCTCTTTCTTTTGGAGACATAGCTTGGGGGCCTTGTCCTTTCCGTTTTGACAATGCTTGGTTACATATTGAGTCCTTTCGTGAAGTTCTGAAAAACTGGTGGAACCAAAATCCTCTCCAAGGCTGGCCAGGGCATGGTTTTATGATGAAACTCAAGGGATTGAAAATGGAACTAAGAAAATGGAACATCACGAATCGTAATGATGTTTCCCAACTACCATCTCTTATTTCTCAATTGAAGAGTTTGGACAGTATTGGGGATGAGCACATTTTATCTACAGATCAGAAAGTACAGAGACGATTATTGAGGGAACAAATTGAAGACCAGACAGCCCGTGATCATATTGCTTGGCAACAAAGATGTAAGTTACAATGGCTCAAGGAAGGTGATGAAAATACTAGATTTTTTCATCGTATCATGGCTGCCCGTAAACGGAAAAACTCTATTCATGAGGTTCTTTCTAGAAATGGAATCAGTTTACTCACTGCTAGTGATATTGAGACGGAGTTCATTAGCTTCTACCAGTCTTTATTTACTAAAGACTATAATCACCGTTTTCTCCCAATAAACGTTGATTGGAGCCCTATCAGTGCAAATCAGTCAGCAGGCTTGGAATTGGCTTTTTCGGAGGAAGAAGTTTATCAGGCTGTAAAATCGCTAGGTACAAATAAATCTCCAGGTCCAGATGGTTTTACTGCCGAATTTTTTAAATACTCATGGCATATTATTAAATCGGATGTTATGACAATGATCAGAGATTTTTTCACCACAGGTATTATTAATGTGAGTCTGAATGAAACATATATTTGTCTAATCCCAAAGAAACTGGACTCCAAATCTGTCTCAGATTATCGGCCTATTAGTCTGATTCCATGTGCATACAAGATCATTGCTCCTATTCTGTCCAACAGATTAAAGTTAGTTTTGCCATCTACTATCGCATATAATCAATTGGCTTTTGTAGCCAACAGACAAATTTTAGATGCTTCTTTAATGGCCAATGAGTTGATTGATGATTGGACTATTTCTAATAAGAAAGGTGTGGTTCTTAAACTCGATCTGGAGAAGGCTTTTGATAAGATTGATTGGGACTTCTTGGATGCAGTTCTTCAAGCCAAAGGTTTTGGTTTGATTTGGAGAAAATGGATTCATGGTTGCATTTCAAGTGTTAACTACTCTATTATCATTAATGGTAGACCTAGGGGAAAAATTATTCCTTCTCGTGGTATTCGCCAAGGTGATCCTCTTTCTCCTTTTCTGTTCATATTGGTTTCTGATTGCCTCAGTCGTCTTTTATCTCACAGTGCAAGATTGGGTAGAATTATTTCTCATCCAATAGGTAACTCTCGTCTCTCATTGACACACTTGCAATTTGCGGACGATACTCTTCTTTTCTCCATCTATGATTCTAAAGCATTGGATAATCTTTTTGAGATTATCAAACTCTTTGAGATGGCTTCTGGTTTGAACATCAATTTTGCTAAGAGTGAGCTTTTGGGGATTCACATTGCCGACTCAGATATGGAATGTTTGACAGCAAAATTTGGTTGTAAGCAGGGTTCATGGCCTTCCACATATCTGGGGCTTCCTTTGGGAGGCAGTTCGAAAGGTTCTCAGTTTTGGCAGCCTGTTATTGAAAGAATCCAACATAAGCTTCATAACTGGAAATACTCTTTTATCTCCAAAGGTGGTAGGCACACCCTCATCCAATCTACTCTCTCAAGTATGCCCACATATTACTTATCCTTATTTAAATTACCTTCTAAGGTTGCAAAATCTCTGGATAAGCTTATTCGAGATTTTTTTTGGGAGGGCTCCAGAGGCGAGGGCGGCATGCATAATGTAAATTGGGAGACAACTCAGCTTCCAAAATTTATGGGTGGAGTAGGCATTGGAAATTTCCATCACCGTAATTTGGCTCTCTTATCAAAATGGATTTGGAGGTTTTTACATGAAGGTAATGCCCTTTGGCGCCAACTTATTATTGCTAAATATTATTTCTCAGAATCAACTTGTATTTGGCCTACACATATTCAGAGAGGATCTTTTAAATCTCCTTGGCGCTTTATTTGTTCTACCATAGATCTTGTTGCTAGTCGTATTCAGAGACGGCTTGGAAATGGTTGTTCCACCCTTTTTTGGCATGATTCTTGGCTAAGTTGTGGAGTCTTGTCTGAGGCTTTCCCTCGTCTTTATAGATTATCTAATCGCTCGGACGGTACAGTTGCTGACTTTTGGGTTTCATTGAATTCGGCTTGGGATTTGAGTCTTCGTCGAAATTTAAATGATTCGGAGACAAATGAGTGGGCTAGTCTCTCTCATCTGCTTTCTTCCATCAGAATTCGAGTTATTGATGACACTTGGTCTTGGCCTATTGATTCGTCTAATGCATTCACAGTTAAATCTCTTATGGGAGATATGGTTGGTGATTCTGACCCCACATCGAGCAAATTATATAATGTGGTGTGGAAAGACGTTTATCCAAAGAAGATCAAAATTTTTATCTGGGAGCTTAGTCTTGGAGCTATTAATACGTCTGATCGACTTCAAAGACGAATGCCTTATTTGCACCTTTCTCCATCCTGGTGTGTTATGTGTTGTTCTGATGCTGAAAATACTTGTCATCTATTTGTGCATTGCTCCTTTGCTTCCCGTTATTGGTCTACAATCTTCAATGCCTTTGAGTGGTCCTTGGCTCTACCAAACAACATTTATGATGTTCTTGCTTCCATTTTTGTGGGACATCCCTTCCATGGTGTGAAGAAGATCCTTTGGCTTGCTCTTAACCGGGTCTTCCTCTGGTTTCTTTGGGGCGAAAGGAATGGTCGAATTTTCAGGGATTCTTTCTCATCTTTTGAGAACTTTATGGATTTGATCCTTTTTTATGCTTTATATTGGTGCAAATGTAAACATCCATTTTCTGATTATAGTCTTTCTTCTTTAATTCTTAATTGGAGATCTTTCTTGTAATCACCTTCTTAGGTTTTGGAGTTTTACTCCTTTTATTTCATTTATCAATGAAATTTGTTTCCCTTCTCTAAAAAAAGATAAGAATTAAGAACCAAGAACAACAGACTCTCACCTTCAAAAAGAAGCTTATTGAAAAAGCGAACGAATTTTCTGGAGTAAACTTTTTTGTCAAATGCATAGTCGATCAAGATACTTTTCAACTTTAAAGGGAAAAAGAATCTAGACTTGAGTAAAGATAATTCCTTTGTGATTCTCTTACCTGCGCTTATGATGAATATGATATCAGACCTGCTCACTGCCAAGTGTTAAAATAAAATTGCATCTGATGGACCAATGTTTTGGGTTCTCAAATGGACATTTTTAAGGTTTCAAGCTCAGATGGATTAACGGGAGGGGCATTGGATATCAGGAATGGAATGCTCCAATGGGAAGTTTGAAACAAAATGAAATAGTATTAACTTAGCTGAAATCTTATGTGAATTTCAAATATTCTCTTGAATGAAACATCCTAAATAACAACTATGAATGTTCAAATTTTATGCTTGGCAAGTCTTACTGTGGGAGGGTTAACACTTTGGATCATGTTCAAAGACATTCTTCTTTAGTTTTGTCCCCGCAATGGTGCACTCTTTGCAAAAGACATGAGGAGGATTTGTTTCATTTGCTGTGGGAGTGTCAGTATGCTAACCACCTTTGGGATTGTTGGAGGAGCTCGTTCAGTGTTAGTGGTCCGCGTAACAGAGATGGGCGAGGGCCGTTGGAGGAGGTGCTCTTGCATCCTCCCTTTAGGGAGAAAGGAAATGTGTTGTGGCAAGCTTGTTTTTTTGCAGTTTTGTGGGGCGTTTGACTTGAGAGAAATAATAGAATTTTTAGGGAGAAGGAGAGATCAGGTGAGGAAGTTTGGAAGGTTGTTAGGTTTAATACTTCCTTGTGGGCGTCGGTCACGAGACCCTTTTGTAATTATGATCTTGGCATGGTGCTTTTGGATTGGAGTCCCTTTTTGTAATTTTGTCGGACTCCATCTTCTTTAGGGCTTTTTTTTTTTTTTGGTATGCCCTTGTATTATTTCATTTGTTCAATGAAAATTCGGTCTCTTATCAAAAAAAAAAAAAAAAAAAAAACTATGAATGTTCAATGTTGTACAATTCTAGAAATGTATGCAGCTTGGTTACTGCATCACAGAATTGTTGCCTGTATTTACTCATTGTACAACAAATTGCACTAGTCATTGCAATCCTAATTACAGTTAAGAAAAAATATGAATTGTTCCAGGCTGGTGGTGTTGTTGCTTCAAATGGTCGACTGCAGGGTCGTCTTGAAGTTTCTCGGGCATTCGGTGATCGCCAATTTAAAAAGGTTTTATGGCGTTCATTCATACACCCTGTTTATTATCCCATTTGTTCTTGTTTTTATTGTTTATAGTTTAAAATCTCATGGCAAAGATTAAGTTGGACGGGAAACATTGCATCTTGAAAAAAATTTATAACTAAAATCTTTTAAGAAACAATCCTTCTTCTGCAATAGATTAGAATATGAGGTTTTCCATTTCCCGTATGATATAAAAAACTACAACCAAATTTTCTTTTTAAGTTTCCTTTATGCATAGGCATGGCCAAACTATTACAAACGTTCTATCCTTAGCATTATCTTTTGAACCCAAATCTGAGCAGCAACACATACCACTTGCAGTTGGGTGTTATTGCAACTCCAGACATCCATTCTTTCGAATTGACTGATAAGGAGCATTTTATCATTCTCGGATGTGATGGATTTTGGGGGGTTAGTTTCACTTTCAGCACTGTTTACGTTTTTGTTTTATCATTCCTATTATTGTCTCTCATGTCTTTATCTAGTTTCCTCTTTCCTTTTTGACTTTTCTTTCATAATTGTTTCAGGTCTTTGGACCAAGCGATGCTGTTGATTTTGTCCAGAAATTATTGAAGGTAGGGGCACATGTTTCATATTTTACTAAGAATCTAACTGAGGGAGCGTTTTATTATCATGTGGAAGTACTCCATTTATTTGTTTATCCTTTCTTTTGGGCACCACTTTTCACATTAATCTCATCGTTAAGCAAAGTTTCCATTGTTCTAACTAATGATTTTTGGTTGGCTCTGTCAAACTATGTCCTTAATTATGACATTCTTCTTTTTCTTGCAAATTCATACTTTGGCATTCGTTTATGCTTTTACTCAGCACCAAGTCGAGTTGTTGCATAGATAATAAATTTTAATTATTGTTTTTCATTATTTCATTTTATCTTACTCTTTCAAATGTCATAACTTTAAAGAGGAAAAATGAACTCTCGATGGAGAATATTGGTTTTCTCCTTTCTCTGAAAAATTTTAATGTTTAAATTGAGTTTGATTGTGTTGAAAGGCATTTCTTCACTATGTGGTACATGCTAGTCTTGGAAATTTGTTAGTTCGTGTGTATGTGCGCACATGCGCTTGTGTGTTTGTATAAGTAGAAACCTGTTCGTATATGTCAATTAGAAATCAAGGTCACAAAAAAGAAATCAAGGTCACAATAAAGGGAAGGTAGAGGGATCCTCCCTATTAGCCAAGAGAGTTACAAAAAGAAATAAATAAAATTAATAGAATAGCTCTCTTGTAAAATTCTTAAAGAGAATACAATACACCATCAAAAGGTCCAAAGATAACCCCATCAAAGGTCTATTGAGTAGTTGAAATTATATCCTTAAAAAGTTCTTTTGTTCCTTTCCAACAAAATAGCCCGGAAGGGTCCTAATCATAGTCTTCCTAAAGGTCTCTGTCTTGTCGAAAAGGCCCCAGCCGTAGATGCTTTGGACAAGAATTTCTGCTTAGTTGGAGGGGAACAACAATGAAAATTAGCAGCTTGAAGAAAATTGCCTTGGACATCGCGAGGGGACAAAGAACAAAAATATGACCGACCAATTCCCCCCCTTTTGACAAATAATACACTAAGAGGACGAGAGATACAGGTTCAAACACTTCTTTTATACCCTTATTCTATGTGTTAATCTTGCGATGGAGAGTCTAAAAATTGAATCAAACTATTTTCATGATCTTCCAACCCTGAATTGGCTTAGCAATTCCTTTTAGTTTTAGATGCACCCAAGATATGTCAAGAATATGATTGAATGAAGAGGAGATAGTAATGAACCCTAAAGTGTCAATACTCCTAGTAAAGGGAAGAAGACGAGCTCATTCCTTAACTTCCAAATCAATTAAGGTTTTCTTGACCTCAAGTTCCAACTAAGCATGGAGACTATTCCAAACATTTTCCATACGCTTCATGTTGTGGTTTGAGAGTTTAAAATTCTTAGGAAAATAATCTTTGAAGGACATGCCCCCAATCCAAACATCCTTCAAAAACTTTATTTTGCTTCCATCACCGAGTTTGGAACAAAAAAAAAGCCTCCACTGTCCACTGAGGATTTGTAAGAAGCTGTCAGCTTCCATGGCCTTCTTTCTATCACGACATCCTTTGGACTTCTTTGTAAACCAACCAAAGGAAGTCAAATGCTTCCTCATTTACAAAATCTCCAAATTTCCTCTAGCAATTAGAGCCATGTGTTTCAGCAACGTGAGCATAAAATAAATTTTTAGCTTTATGTAGCTGCAAAATTTTCTTTGCTTTCAACTTTTACTCAGGCCACCTGTTGAACAGTAAGTCAGTGTTATATCTCTTCTGGCCTTTGCATGAGGGGGTGACTATGGTAAGTTGTTTTGTGTTATTAAAGACTCACCTTGATCAAGTATCACGAAAGATATCCTTGTTGAACAGGAGGGCTTGCCCATAACATCAGTAAGTCGACGCCTTGTGCGGGAAGCTATTCGTGAACGGCGCTGTAAAGATAACTGTACTGCAATGGTTATTGTCTTCAGGCCCAAATGATTAAGCGAGAAATAATTCCGAATGATTTGAGATTTCTGTATTACTGGTGCTGCTCAAGCGAACTCCCTAGACAGATAACTTTTTTGTACAAGTGGGTAGACTGCTTTACTAGGGATTGTGGAATCCGCCAGCATTAGAGATGCAGGGTTTGGAGGGTTTGGAAGCTGATGTGGAAACAGTGAGATACCCAGTGTTCCATTTTGTGTGCAACTTCAGTTTCAAGATTTTGTAAGATACTGATGATACTACCTTCCAACAATATTGTGCAAGTAAAGATTTTCTTAGTTGTTTGTATGTTGGTGGAAATATGTGAAAACTCTACAACAATGTTGATTTCCTGCTTAGATATGTATTCTTGTTCATGACAAAACAATCAGGAGTGATGATTCCATGATTGGAACTCAATGATATTCATAACTAAAATCACTTAAAAGTAGGGACTTGTTGAT ATGACCACTGCTATCTCTGCCACAGCTCAACCTTGGAACCACTCCACCAGATCTATCTACATTGATCGAAAAACTTTCTCCATTGAATTTGATGAACCTTCTAGGGGAAGCCGAGCAAAAATCACAGAGCATAGTAGAGCCTCCTCCCATTCCTTAACTTTGTCTTGGAAATCTCTCCATTGGCTAGCATCCTCCTTCAAAACTCTTGCCCATGAACCGTGCTCCTACAAATTCTCCTCCAAGATAAGAACTGATGACTATGTTCTCTGGTTGGAAAAACTCAGCAATAAGTATGGCTTCTTTGTGGAAATTAATCATCTGTTGAATTCAGGTGATCGACGTCGACTCCTTATACCATCTGAAGACAACAAGCAAGGTTGGTTCTCCTTTTTCTCCCTCATCTCTGATTACCCAGGAGAGGCTCATCGATCAACAAAATCATATAAAGATGTCCTCCAACAAAAGGAAAGTCATGTTGTCACCACTCACCCTTCATCATCTGTCCCTTCACCACAGCCTCTCGACAGTGAGATTATTGTTGTTCAACGATTCCATAAAAAGGATGATTGGCCTTCCATTCGGAACACCATTCTTGCCGGCATATCCCACCGTTGCTCCATCAATCCATTTCAAGATAATAAAGCTTTGTTACATGTATATGATCAAAATATCGTGTCAAAACTTTGCAACAACAAGGATTGGTCCTCCATTGGCAAATACCGATTGAAGTTTTACCCATTGACTACCGACTCATTTTATCAAGACACTATGACTAATTCTTTTGGTGGATGGATTGAAGTGCTGCAACTTCCTTTACCTTTATGGACAGAACAAATTTTCAGATATATTGGTGATGTTTGTGGAGGCTTCACTGAAATATCCAACCACACCAGCAGGAAGCTAAATCTCACAGCGGCAAAGATTAAAATCCGGCAAAATTCCATCGGTTTCATCCCGGCCAGAATTAAGCTACCTTCATCCCTTGCCGGCGGCGACGTTACAGTGGAAATCAAAGGGTTGACGGCCAGCCTTTTCAAATCAGCGAGATTTGAGGAATCCCCGTCATTTTCGGAACAAAATAATTTAGAAATTAAGAGGAGTGAGAAATTGGATGGAAAAAATTTGAAACTACCAGAGGAAATCAAATCGCCTCCTAAAAATCAGGAATTCATTCCTATTTTGGCCGAAACTGCTTCTCCAAAGGGTTTATCTCCTTGTCTGGTTTCTCCCCAAACTATATCACAGCCAAGAAGTATTTTGCAAGCGGCAGATCACTCCAATATATCTCCTAAAAAAAAGACAGCACACTCCAACAAAGGTAAATCTCCCCTCCACGTGGCCTCCCCCATTGAGGCAAAGAATCATTCAAATTATTTTCTTCCAGTGGGACCCACCACTCTTGGTTTAGGAGAAAAGAAATCAACAGGCAACAAGATAATAGCATCTGATACTGAGGCTTACTTATCAAGTCCAGCCAATGACAAATCCCCTCATACTTCGGTTTGTGACCCTACATCGCCTCGAAACTTTGACCTTGCAATTTTTGATGAGTTACATTTACCCGAGTCGGAACAAATTCCATTGGCAAGCTTACCTCCGACCTCCCACATTCCATCATCCCCCCATATTATTCCCTCTCCCACAAAAGATGTTACCCCACTACAACAACCATCTAGCTCTCCACCCGAACCATCACCCCTTTCCCTCCCAACATATCTCTGTCATTTAGCTCCAATGCTTAGTAAACATGGTTTATGCATCATGGTTCTTCCAACTGGCTCAATACCCAAACCACCAACTAAGAAAACTAAAGCTACTACAGGGAAAAAGTCAAAACTTAAGAGAGAGGTTTGGGCTCTTGGAAAAAAAAGAGCATTAATTAAGAAGACCATCCAACAACAAAATCCGAGCTTCGTGCTACTTCAAGAAACTAAAAAGACATCGGTTGATGGAAAATTTATTAAATCTATATGGAGTTCTTCTTGCATTGGTTGGGCTTCCCTTGATTCCATTGGAGCATCCGGAGGCATCCTTATTCTTTGGAGTGATCCTGATTTCACGATCAAAGAAGTTATTCAAGGTCACTTTTCAATCTCAATTCATGTTTTTATGGCTGACGGTTTTTCTTTTTGGCTTTCGGCTATTTATGGTCCTTCTAGGCGTGAGCACCGTGCAGATTTTTGGCAAGAACTCCATGATTTGGCTGGTTTAGGTGGTGATCGATGGATCCTTGGAGGGGATTTTAATGTTACTCGCTGGTCTTGGGAGAAATCTCATGGTCGAAATGTTACTAGGAGCATGCGCACTTTCAATCAATGGATTGCCAATTACCATCTCTTGGACATTCCACTACAAAATGGCTCTTACACTTGGTCTAGCTTTGGGGATGACATTGAATATCTCTCACTTCTGGATAGATTTTTATTAACAAATGATTGCCTTCACAAATTTGGGTCAGCAAATCTCCTTCGTCTTGATAGAGTCACATCAGATCACTACCCTTTAGCTCTTTCTTTTGGAGACATAGCTTGGGGGCCTTGTCCTTTCCGTTTTGACAATGCTTGGTTACATATTGAGTCCTTTCGTGAAGTTCTGAAAAACTGGTGGAACCAAAATCCTCTCCAAGGCTGGCCAGGGCATGGTTTTATGATGAAACTCAAGGGATTGAAAATGGAACTAAGAAAATGGAACATCACGAATCGTAATGATGTTTCCCAACTACCATCTCTTATTTCTCAATTGAAGAGTTTGGACAGTATTGGGGATGAGCACATTTTATCTACAGATCAGAAAGTACAGAGACGATTATTGAGGGAACAAATTGAAGACCAGACAGCCCGTGATCATATTGCTTGGCAACAAAGATGTAAGTTACAATGGCTCAAGGAAGGTGATGAAAATACTAGATTTTTTCATCGTATCATGGCTGCCCGTAACTCTCGTCTCTCATTGACACACTTGCAATTTGCGGACGATACTCTTCTTTTCTCCATCTATGATTCTAAAGCATTGGATAATCTTTTTGAGATTATCAAACTCTTTGAGATGGCTTCTGGTTTGAACATCAATTTTGCTAAGAATCTTGTTGCTAGTCGTATTCAGAGACGGCTTGGAAATGGTTGTTCCACCCTTTTTTGGCATGATTCTTGGCTAAGTTGTGGAGTCTTGTCTGAGGCTTTCCCTCGTCTTTATAGATTATCTAATCGCTCGGACGGTACAGTTGCTGACTTTTGGGTTTCATTGAATTCGGCTTGGGATTTGAGTCTTCGTCGAAATTTAAATGATTCGGAGACAAATGAGTGGGCTAGTCTCTCTCATCTGCTTTCTTCCATCAGAATTCGAGTTATTGATGACACTTGGTCTTGGCCTATTGATTCGTCTAATGCATTCACAGTTAAATCTCTTATGGGAGATATGGTTGGTGATTCTGACCCCACATCGAGCAAATTATATAATGTGGTGTGGAAAGACGTTTATCCAAAGAAGATCAAAATTTTTATCTGGGAGCTTAGTCTTGGAGCTATTAATACGTCTGATCGACTTCAAAGACGAATGCCTTATTTGCACCTTTCTCCATCCTGGTGTGTTATGTGTTGTTCTGATGCTGAAAATACTTGTCATCTATTTGTGCATTGCTCCTTTGCTTCCCGTTATTGGTCTACAATCTTCAATGCCTTTGAGTGGTCCTTGGCTCTACCAAACAACATTTATGATGTTCTTGCTTCCATTTTTGTGGGACATCCCTTCCATGGTGTGAAGAAGATCCTTTGGCTTGCTCTTAACCGGGTCTTCCTCTGGTTTCTTTGGGGCGAAAGGAATGGTCGAATTTTCAGGGATTCTTTCTCATCTTTTGAGAACTTTATGGATTTGATCCTTTTTTATGCTTTATATTGA ATGACCACTGCTATCTCTGCCACAGCTCAACCTTGGAACCACTCCACCAGATCTATCTACATTGATCGAAAAACTTTCTCCATTGAATTTGATGAACCTTCTAGGGGAAGCCGAGCAAAAATCACAGAGCATAGTAGAGCCTCCTCCCATTCCTTAACTTTGTCTTGGAAATCTCTCCATTGGCTAGCATCCTCCTTCAAAACTCTTGCCCATGAACCGTGCTCCTACAAATTCTCCTCCAAGATAAGAACTGATGACTATGTTCTCTGGTTGGAAAAACTCAGCAATAAGTATGGCTTCTTTGTGGAAATTAATCATCTGTTGAATTCAGGTGATCGACGTCGACTCCTTATACCATCTGAAGACAACAAGCAAGGTTGGTTCTCCTTTTTCTCCCTCATCTCTGATTACCCAGGAGAGGCTCATCGATCAACAAAATCATATAAAGATGTCCTCCAACAAAAGGAAAGTCATGTTGTCACCACTCACCCTTCATCATCTGTCCCTTCACCACAGCCTCTCGACAGTGAGATTATTGTTGTTCAACGATTCCATAAAAAGGATGATTGGCCTTCCATTCGGAACACCATTCTTGCCGGCATATCCCACCGTTGCTCCATCAATCCATTTCAAGATAATAAAGCTTTGTTACATGTATATGATCAAAATATCGTGTCAAAACTTTGCAACAACAAGGATTGGTCCTCCATTGGCAAATACCGATTGAAGTTTTACCCATTGACTACCGACTCATTTTATCAAGACACTATGACTAATTCTTTTGGTGGATGGATTGAAGTGCTGCAACTTCCTTTACCTTTATGGACAGAACAAATTTTCAGATATATTGGTGATGTTTGTGGAGGCTTCACTGAAATATCCAACCACACCAGCAGGAAGCTAAATCTCACAGCGGCAAAGATTAAAATCCGGCAAAATTCCATCGGTTTCATCCCGGCCAGAATTAAGCTACCTTCATCCCTTGCCGGCGGCGACGTTACAGTGGAAATCAAAGGGTTGACGGCCAGCCTTTTCAAATCAGCGAGATTTGAGGAATCCCCGTCATTTTCGGAACAAAATAATTTAGAAATTAAGAGGAGTGAGAAATTGGATGGAAAAAATTTGAAACTACCAGAGGAAATCAAATCGCCTCCTAAAAATCAGGAATTCATTCCTATTTTGGCCGAAACTGCTTCTCCAAAGGGTTTATCTCCTTGTCTGGTTTCTCCCCAAACTATATCACAGCCAAGAAGTATTTTGCAAGCGGCAGATCACTCCAATATATCTCCTAAAAAAAAGACAGCACACTCCAACAAAGGTAAATCTCCCCTCCACGTGGCCTCCCCCATTGAGGCAAAGAATCATTCAAATTATTTTCTTCCAGTGGGACCCACCACTCTTGGTTTAGGAGAAAAGAAATCAACAGGCAACAAGATAATAGCATCTGATACTGAGGCTTACTTATCAAGTCCAGCCAATGACAAATCCCCTCATACTTCGGTTTGTGACCCTACATCGCCTCGAAACTTTGACCTTGCAATTTTTGATGAGTTACATTTACCCGAGTCGGAACAAATTCCATTGGCAAGCTTACCTCCGACCTCCCACATTCCATCATCCCCCCATATTATTCCCTCTCCCACAAAAGATGTTACCCCACTACAACAACCATCTAGCTCTCCACCCGAACCATCACCCCTTTCCCTCCCAACATATCTCTGTCATTTAGCTCCAATGCTTAGTAAACATGGTTTATGCATCATGGTTCTTCCAACTGGCTCAATACCCAAACCACCAACTAAGAAAACTAAAGCTACTACAGGGAAAAAGTCAAAACTTAAGAGAGAGGTTTGGGCTCTTGGAAAAAAAAGAGCATTAATTAAGAAGACCATCCAACAACAAAATCCGAGCTTCGTGCTACTTCAAGAAACTAAAAAGACATCGGTTGATGGAAAATTTATTAAATCTATATGGAGTTCTTCTTGCATTGGTTGGGCTTCCCTTGATTCCATTGGAGCATCCGGAGGCATCCTTATTCTTTGGAGTGATCCTGATTTCACGATCAAAGAAGTTATTCAAGGTCACTTTTCAATCTCAATTCATGTTTTTATGGCTGACGGTTTTTCTTTTTGGCTTTCGGCTATTTATGGTCCTTCTAGGCGTGAGCACCGTGCAGATTTTTGGCAAGAACTCCATGATTTGGCTGGTTTAGGTGGTGATCGATGGATCCTTGGAGGGGATTTTAATGTTACTCGCTGGTCTTGGGAGAAATCTCATGGTCGAAATGTTACTAGGAGCATGCGCACTTTCAATCAATGGATTGCCAATTACCATCTCTTGGACATTCCACTACAAAATGGCTCTTACACTTGGTCTAGCTTTGGGGATGACATTGAATATCTCTCACTTCTGGATAGATTTTTATTAACAAATGATTGCCTTCACAAATTTGGGTCAGCAAATCTCCTTCGTCTTGATAGAGTCACATCAGATCACTACCCTTTAGCTCTTTCTTTTGGAGACATAGCTTGGGGGCCTTGTCCTTTCCGTTTTGACAATGCTTGGTTACATATTGAGTCCTTTCGTGAAGTTCTGAAAAACTGGTGGAACCAAAATCCTCTCCAAGGCTGGCCAGGGCATGGTTTTATGATGAAACTCAAGGGATTGAAAATGGAACTAAGAAAATGGAACATCACGAATCGTAATGATGTTTCCCAACTACCATCTCTTATTTCTCAATTGAAGAGTTTGGACAGTATTGGGGATGAGCACATTTTATCTACAGATCAGAAAGTACAGAGACGATTATTGAGGGAACAAATTGAAGACCAGACAGCCCGTGATCATATTGCTTGGCAACAAAGATGTAAGTTACAATGGCTCAAGGAAGGTGATGAAAATACTAGATTTTTTCATCGTATCATGGCTGCCCGTAACTCTCGTCTCTCATTGACACACTTGCAATTTGCGGACGATACTCTTCTTTTCTCCATCTATGATTCTAAAGCATTGGATAATCTTTTTGAGATTATCAAACTCTTTGAGATGGCTTCTGGTTTGAACATCAATTTTGCTAAGAATCTTGTTGCTAGTCGTATTCAGAGACGGCTTGGAAATGGTTGTTCCACCCTTTTTTGGCATGATTCTTGGCTAAGTTGTGGAGTCTTGTCTGAGGCTTTCCCTCGTCTTTATAGATTATCTAATCGCTCGGACGGTACAGTTGCTGACTTTTGGGTTTCATTGAATTCGGCTTGGGATTTGAGTCTTCGTCGAAATTTAAATGATTCGGAGACAAATGAGTGGGCTAGTCTCTCTCATCTGCTTTCTTCCATCAGAATTCGAGTTATTGATGACACTTGGTCTTGGCCTATTGATTCGTCTAATGCATTCACAGTTAAATCTCTTATGGGAGATATGGTTGGTGATTCTGACCCCACATCGAGCAAATTATATAATGTGGTGTGGAAAGACGTTTATCCAAAGAAGATCAAAATTTTTATCTGGGAGCTTAGTCTTGGAGCTATTAATACGTCTGATCGACTTCAAAGACGAATGCCTTATTTGCACCTTTCTCCATCCTGGTGTGTTATGTGTTGTTCTGATGCTGAAAATACTTGTCATCTATTTGTGCATTGCTCCTTTGCTTCCCGTTATTGGTCTACAATCTTCAATGCCTTTGAGTGGTCCTTGGCTCTACCAAACAACATTTATGATGTTCTTGCTTCCATTTTTGTGGGACATCCCTTCCATGGTGTGAAGAAGATCCTTTGGCTTGCTCTTAACCGGGTCTTCCTCTGGTTTCTTTGGGGCGAAAGGAATGGTCGAATTTTCAGGGATTCTTTCTCATCTTTTGAGAACTTTATGGATTTGATCCTTTTTTATGCTTTATATTGA MTTAISATAQPWNHSTRSIYIDRKTFSIEFDEPSRGSRAKITEHSRASSHSLTLSWKSLHWLASSFKTLAHEPCSYKFSSKIRTDDYVLWLEKLSNKYGFFVEINHLLNSGDRRRLLIPSEDNKQGWFSFFSLISDYPGEAHRSTKSYKDVLQQKESHVVTTHPSSSVPSPQPLDSEIIVVQRFHKKDDWPSIRNTILAGISHRCSINPFQDNKALLHVYDQNIVSKLCNNKDWSSIGKYRLKFYPLTTDSFYQDTMTNSFGGWIEVLQLPLPLWTEQIFRYIGDVCGGFTEISNHTSRKLNLTAAKIKIRQNSIGFIPARIKLPSSLAGGDVTVEIKGLTASLFKSARFEESPSFSEQNNLEIKRSEKLDGKNLKLPEEIKSPPKNQEFIPILAETASPKGLSPCLVSPQTISQPRSILQAADHSNISPKKKTAHSNKGKSPLHVASPIEAKNHSNYFLPVGPTTLGLGEKKSTGNKIIASDTEAYLSSPANDKSPHTSVCDPTSPRNFDLAIFDELHLPESEQIPLASLPPTSHIPSSPHIIPSPTKDVTPLQQPSSSPPEPSPLSLPTYLCHLAPMLSKHGLCIMVLPTGSIPKPPTKKTKATTGKKSKLKREVWALGKKRALIKKTIQQQNPSFVLLQETKKTSVDGKFIKSIWSSSCIGWASLDSIGASGGILILWSDPDFTIKEVIQGHFSISIHVFMADGFSFWLSAIYGPSRREHRADFWQELHDLAGLGGDRWILGGDFNVTRWSWEKSHGRNVTRSMRTFNQWIANYHLLDIPLQNGSYTWSSFGDDIEYLSLLDRFLLTNDCLHKFGSANLLRLDRVTSDHYPLALSFGDIAWGPCPFRFDNAWLHIESFREVLKNWWNQNPLQGWPGHGFMMKLKGLKMELRKWNITNRNDVSQLPSLISQLKSLDSIGDEHILSTDQKVQRRLLREQIEDQTARDHIAWQQRCKLQWLKEGDENTRFFHRIMAARNSRLSLTHLQFADDTLLFSIYDSKALDNLFEIIKLFEMASGLNINFAKNLVASRIQRRLGNGCSTLFWHDSWLSCGVLSEAFPRLYRLSNRSDGTVADFWVSLNSAWDLSLRRNLNDSETNEWASLSHLLSSIRIRVIDDTWSWPIDSSNAFTVKSLMGDMVGDSDPTSSKLYNVVWKDVYPKKIKIFIWELSLGAINTSDRLQRRMPYLHLSPSWCVMCCSDAENTCHLFVHCSFASRYWSTIFNAFEWSLALPNNIYDVLASIFVGHPFHGVKKILWLALNRVFLWFLWGERNGRIFRDSFSSFENFMDLILFYALY Homology
BLAST of Spg021704 vs. NCBI nr
Match: XP_022158956.1 (uncharacterized protein LOC111025405 [Momordica charantia]) HSP 1 Score: 359.0 bits (920), Expect = 1.7e-94 Identity = 174/367 (47.41%), Postives = 236/367 (64.31%), Query Frame = 0
BLAST of Spg021704 vs. NCBI nr
Match: RVX15530.1 (putative ribonuclease H protein [Vitis vinifera]) HSP 1 Score: 337.0 bits (863), Expect = 7.0e-88 Identity = 242/920 (26.30%), Postives = 364/920 (39.57%), Query Frame = 0
BLAST of Spg021704 vs. NCBI nr
Match: RVW99869.1 (Transposon TX1 uncharacterized 149 kDa protein [Vitis vinifera]) HSP 1 Score: 318.5 bits (815), Expect = 2.6e-82 Identity = 247/825 (29.94%), Postives = 348/825 (42.18%), Query Frame = 0
BLAST of Spg021704 vs. NCBI nr
Match: TYJ99315.1 (LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa]) HSP 1 Score: 312.0 bits (798), Expect = 2.4e-80 Identity = 270/1062 (25.42%), Postives = 447/1062 (42.09%), Query Frame = 0
BLAST of Spg021704 vs. NCBI nr
Match: TYJ99315.1 (LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa]) HSP 1 Score: 103.6 bits (257), Expect = 1.3e-17 Identity = 54/161 (33.54%), Postives = 84/161 (52.17%), Query Frame = 0
HSP 2 Score: 299.3 bits (765), Expect = 1.6e-76 Identity = 156/395 (39.49%), Postives = 232/395 (58.73%), Query Frame = 0
BLAST of Spg021704 vs. ExPASy TrEMBL
Match: A0A6J1E2G6 (uncharacterized protein LOC111025405 OS=Momordica charantia OX=3673 GN=LOC111025405 PE=4 SV=1) HSP 1 Score: 359.0 bits (920), Expect = 8.4e-95 Identity = 174/367 (47.41%), Postives = 236/367 (64.31%), Query Frame = 0
BLAST of Spg021704 vs. ExPASy TrEMBL
Match: A0A438K2W1 (Putative ribonuclease H protein OS=Vitis vinifera OX=29760 GN=VvCHDp000001_863 PE=4 SV=1) HSP 1 Score: 337.0 bits (863), Expect = 3.4e-88 Identity = 242/920 (26.30%), Postives = 364/920 (39.57%), Query Frame = 0
BLAST of Spg021704 vs. ExPASy TrEMBL
Match: A0A438IT16 (Transposon TX1 uncharacterized 149 kDa protein OS=Vitis vinifera OX=29760 GN=YTX2_785 PE=4 SV=1) HSP 1 Score: 318.5 bits (815), Expect = 1.3e-82 Identity = 247/825 (29.94%), Postives = 348/825 (42.18%), Query Frame = 0
BLAST of Spg021704 vs. ExPASy TrEMBL
Match: A0A5D3BLV7 (LINE-1 retrotransposable element ORF2 protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold248G005290 PE=4 SV=1) HSP 1 Score: 312.0 bits (798), Expect = 1.2e-80 Identity = 270/1062 (25.42%), Postives = 447/1062 (42.09%), Query Frame = 0
BLAST of Spg021704 vs. ExPASy TrEMBL
Match: A0A5D3BLV7 (LINE-1 retrotransposable element ORF2 protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold248G005290 PE=4 SV=1) HSP 1 Score: 103.6 bits (257), Expect = 6.3e-18 Identity = 54/161 (33.54%), Postives = 84/161 (52.17%), Query Frame = 0
HSP 2 Score: 299.3 bits (765), Expect = 7.9e-77 Identity = 156/395 (39.49%), Postives = 232/395 (58.73%), Query Frame = 0
BLAST of Spg021704 vs. TAIR 10
Match: AT1G43760.1 (DNAse I-like superfamily protein ) HSP 1 Score: 71.2 bits (173), Expect = 6.7e-12 Identity = 59/245 (24.08%), Postives = 106/245 (43.27%), Query Frame = 0
BLAST of Spg021704 vs. TAIR 10
Match: AT4G04650.1 (RNA-directed DNA polymerase (reverse transcriptase)-related family protein ) HSP 1 Score: 61.6 bits (148), Expect = 5.3e-09 Identity = 63/262 (24.05%), Postives = 107/262 (40.84%), 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:
|