Lsi11G007350 (gene) Bottle gourd (USVL1VR-Ls) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGAGTGATTCTTCAATACTAAAGCAACAACCTTCCTACCACACAAAGAAACACGTGTTAATGTCGCTTACCTATTATTTTACGTTGTTTGACGACTAATAAATGAATTTATCAAACACAAACAACTAAATAAAATTATAAAACTAGCAACTAAACTAATTAATAAAAGAGAAAAATCATTTAAACTAATTAATAAAGCGGTAAAAGATTAATTACTAATATTCTAAAGTTAACTATTTTCTTTTTTAACAGGAAGTAAAACTATTTATTGAATAAATGAAAATAGACTAATATTCAAAAGATACCTACGTCTATGATAACCATGTACAAAGTTCCTAAAAGGTGATTAAATCAGCACTTTATTAGTTGAGTTCAGTAGATGTAAATTAGCAATATAGAAATATATTACTGGATATTTTTAACATTTTATTTTTTTATTTTGTTTTTAATTTATTCATATTCTAGTCAATTCACTTTAATCCCTTGAGACTTGATAAACAAGCCATCATGATAAAGGGAAGGGAACTACTACCTAAGAAAGGGTGAGCACTAGTACAATCTCCACAATGACAATCTATTCATTTTTCTTACATAAGCTTGGTTATTGTAATTGGTATTTCTTGAATATCTCAAATTTTAATCTGAAAATAAAATTTTAAAAATAAGGGATTCAAATAAAATAGAGTTGTATTTCGTGTTTTCATATATATATTTGGTACCGGATTTAGAAATTAATATCCAATTTAAACAATTTTTCAAAATGTGTTTGATAATATATTTATAAACTATAAAACTAATAATAGTTACTCACTAAATATTTGGTTGAATATAAAGTATTATTAATTAATTAATTAACTAATTTGTTTTATGTTAAATTTTTTTGTATAATTATTATTTTGTTATATCATATTTTATAATATATTATATAACACATATTTTAATTTAACAAAAATAATTGAATTAATAACATGTAATATTATATTTGTCGTTATTGTTTTTATCTTTTCTAATATAATTCTAAATTCAAAATCTAGATACACTGAAAACATAAATATCCAAACTGCCTACCAAATATATATTCGTTGAATTCAGTGAATTTGAAAATCATAAAACATGATTTGAATTGCCTATCCAACAAATTCTTTTAACTATTTGGAGTAGGGTGAATCAAATAACTTAATGCATTGAGGATACATATTATCTACAAAGGGTATATTTGTTAAAAGAAATAATTTAGCAATTGCCCTCCAAATGTTCTCTATACTTTTACTTTAGCTTATTGGGCCTTTTTTTTTTTTTTTTTTGTAATTTTAATCTTAAGTAATTGCAATTGGTAACACTTTTAGGGTTAATAAATAAGTGTATAAAAATATTTTTTAAAAAAATTACAAATATAGCAAAATCTATCCGTGATAGACTTTATTGTTGATAGACTCCTATTAGCAATATGGTCTATCACTTATAGACTCCTCTTAGTGATATGGTCTATCACTAATAGACTCTGAAAGCTAGTTAAATTTTTTGCTATATTTACAAATTCTTTTGTATTGTGCTATATTTACTACTACTTTGTGCATGATTGTTTATATTGACAACTACCCCTATAATTTGTTGGGTCAACTCTCCTATTTAAGGTTGAGAAGAGAAATAACATATTCTAACTTTTCATTTGGAAAAATATAAAAATTATTATCCTTTTATAAAAATGGCAAAATAAATTTAAAAAGAATAATAATTACGAATTTATAAAGGTCCAAACTATCCCTAGCTATTCAAATGAAATGCTACCGCCCTGATTTAAATAAATTCTTAAATACACTTTAATTAAAATCACGTAAAATTATCAACATACCTTTAATGGTTGGGACATGTGTAAGGAGATTTCAAATTTGAAACCCCAATGCAATCGGTTCATCTTCCCCAAAAACCAAAAGCTCTTTTCCCATCAATCAAATTCATCCCGAAATGAATAACCTTCCATCCTCCCCTACTCCATGAAAATGTTGGGGAAAATGATATATATAGAACTGAATACACTAACAAAATGATAACACATCAACTTAAAGTAGTACTTTCAATGTATAATATTCAACCAGCAAGATGATGTAACAAGACTTATGAATTGAAATAATTAAAACCCCAAAACCTTTGGAGATTCAAGACATAGTCGAGACACACTTCTTGAAAAGTATTGTCCTGAAGACAATTATTTGCTCTGCACCTGATGCAAGCAGACTACAGCGATCATCTCAGCAGGATACAACGACTAACTCCGGTAGAACTACAACATCGAACTACTCGGATTTGGCAGAACTCTTCAATACTTGCTCTCAACTTAACACAAGATGAAAAGAAAGAAAGAAAGAAATGAGAGACTTCTTCTATTTGAAGTGGGATGCTACAAATGAATAAACAAATTGTTACTTATAGGCTAGCAACTTAGTAACTCTAAAAAATACAAAATCAGATCAAATAAATACAAAAATTGAAACAAATGTCAAATTTAACTTAATTTAGTTGTTACTTGACAAAAACCATATATAACTCATTCAAATTGAAGAAACTACAAATTTAATTTTCATACATGTTAAATTTGCACATGTAGCATCATTTTAATTTAAAGATTCAATAATCCAATTTGAAAGTTTCTAAACAATGAATTTAATCTACACAATTAAATCCATTTTTATGTTTCAATATTCAATTGTTTCACTTTCTTTCATTATATATATATCTAAATCCCAAAACAGACCAACTTTTGATTATCAAGCTACTTCATTGTAAACCATTTGAAAGCTCCATCCATCAAAACCACAAGGAAACCAAGAGTGAGAGTCTGAAAGTGAGAATCTTGTTTCAAACATTATTTTTCAGAGAATTTTTGGTATATAACCTTCAAACTTCTGAAATCACGTGCATTAGAGATTTGAAGAAAGATCAAAGTTCATAAAACCTACAAAGTGGTCATTCTATGAGGCTGATTTCGTTGGTAAAGACAAGAAATTATGAACTAAACCCTATACTTCGTGTTTATAACGAAATTATAGTGAGGATAATGATAAAGTCAATTTTAAAAATAAGAAGAATTAGTTAGAAACAAGACACATCTATATATTTTATGTTTAAAATAATACTATAATAAAGATAATGATAAAAACAATTCAAAAATTGTATGATTTGGTTAGGATTAATCGAAAAGAGAAGATGAATATAAAAAGTCAGATTTAGGAAAGGTAATATAATATGAAATTCAAATCAACAATTGAAGATTGAAGATTCTTTAGATACAAATTTGGATAATTTTCAAATTAAAAATCGAGATTTAGGCTAAAATATTCACATGGAAAGAAGAAGTCAATTCACGCTGAATATTTGAATGAAAATCAATAGAGCCCAAATTACAAATTTGGTGAAATTAATAGAGATGTTGGATTAATTACAGTATAATTAAAGAAGTTGTTAAAGGAATTTCAGGATTAACAAAATAAAGATTCACGTGTCATTCATGCGTTTTGCTGTAATTCTAAAAACTTCCATATTTTGCCATATTTACAAATGAGAATGTAATTAGCACTACATAATCCAATTTTCCTTCTATTTAAGTGTTATGTTGGCCTTTCTTTTTGGCATGTGAAACTTAATGAGAATATATTTCTTTTCTAAATACCTTTCTGGTCATCAATACATCACTACTAACACTATTTTTTTTTCACTCTTTCTTGAATTATGAATTCTTTCAATTCTCCTCACAAATTTCTGAAAAATCTCTCGTCAACTTCCCTCATATTTTAAACTTTGGAATCAGACATTTATTATAGTTGGTATCACGTGAAAGTCAAATACATTTTTCCTATCTAAATTTTACCATCAACCTAACAATTTTCAATAAAAGGTAACTCATCATTTAAATTTATATAAGTAAAAGTCTAAATTATTTCCTTCCAATGGAAAAAAAGAGAGAATATTTTCTATATAATTTATCCACTAATTTTAACCAAAAAAGAAAAAAAACACTATGAAAATTTATGTCATTCTATGATCTCACTAATTTCAATAATGTCAAGTTTGGTACAAAATTAAGTTTGATTTACGTACAAATTAATCATGGTATACTTAACAAAACTCGTAAATTTTAACAAAAAAGAAAAATTAGTTCAATGTCATTTTCTTTAATATATATTTTATCATTCATTGAGCATATATATGAATATACTTTTTTTAATTGATTTTTCAAACAAAAGTTTATCAAAGGTACGTAAAAATTGCAACTCTTTTTCATTTTCAAGGGTTAAATAGATTGATACACTTTATCATGTTCAAGATGCAATTTGATGAAATTGAAAATTTGCGATAAAAAATTACATATTTAGATAAGTTTAAAGGTATGAATTAATTTTTTTTCCAATAAAAAATATATATAGCTATATACTTATTGTAATAAAGAATGATTTAACATTAAAATTATGTTCTAAATATTTTTAAAATTTTCAAAATCACTTCAAAAATACCATCAAAATTAACATTAACATAGCGTAATTAGATCAAGAGGTCAAAAGTTCAAATAACTATATATATTGTTACCTTAAAAAGAGAGAGAAAAAAAAAAAGAAACATCATTAGAAATTATTTTGAAATTTTCTCTATCATTAGTTGCAACATACGCATCATAAACCTAAATAAAGTTTAAAAAAACATTTTTTTTTCTCTCAATTTTTATGAAAATAAAAATTAATTAGTTTCTAAATTTTAGTTTATAACAATAAAGTCAGAATATTTTAAAATTTATAACAATTTAGATTTTTAAACTAAATCCATTAACCATTGATTCCCTATCATAAAAATTTTCATAAAAAATAGATGTCAATTTATATCATATAATTATTGAGTTTTTGTAGTTGATAAACACATATGGTCATAATCAATTTATCAATCTGTATATGTAAGAAATTTCATCCAATCTTAACAATATTTTTTTTATAATAGGAACTAAATTATTAGAAATTCTAAAGATAGGGACTAAACTATTACACTAAATTATTAAAACAATGAAAAATACATAAATTATATTATAATAAACTAAAGTTTATTGTTTTTCTCGGAAAAAAAATTAAGACTCGTTTTTTTTAACCACACAATTATAAAAAGAGTATCCCCTTTTAACGATGGATCGAGGTGGTTGATGGAAAATATTTTTTGAGGTCAGGGTTCTTTGAAATGTTAATTCTAGTTTTGTTGGAAAGTTGGTAATTAATGACACATTGTTTCTATATCAAGAAAGCTAGTAAAAGAAAGGTGTAAAGGTAGAACCTTGGTACTCCCCAAACTTTTTTTTTTTTTTTAAACTAACCGGCACTTAATCTCATGCATCTCTTTTTTTTAGGGACATAAATTAAATTAATAAAAAAATTCTTTTTTAAGAAGTTAATAAGACATAAAATTGATGTTTCGGCAAAATACGTTACATAGGAATCAAATGAAAACTAAACCCAAAATCTTAGAGATAAAAAAAATGTATTTTTCACTTGATATTTTTAACAATACAACGCACGATCGAATTCCTTGGGTTAAACAAAGAGTAGAGTTCACAACTTTACTCTCCCAACTTCTTGGGCCAAAAAATCCCTATTTGTTCCTTGTATGATCGTCCTCTCTTTAGAGAAGTGGGTGAAAATGTTGGGACAATATAATTAAACCAACATTATAAATATTTTTCTGCGCAATATAAATGGAAAAAAAACACCTCTAAAGTATGGTGGTAGTTGCAATTATACCTTTAAACTTTAAATGGTAAAAATTAAACTCTCAAACTTATACAAAGTGTTAAAATTGGACCCTCTAGCTTACATAATTGTAGAAATTTTTATTATTTGGGAGACCGATTTCTACAACTATTATAAGCTTGAAAGTCCAATTTTAACACTCTTGTATAAGTTTGATGGTGTAATTGTAACCATCACTGTACTTTAGAGATAGTTTTTGCAATTTATCCTATTTTTAGTACAATAGAGACAGGGGGATTCGAACACACTTTTCGGTAGCTAACATATTTGTATGCGAGTTGAGCTATCATCACTTTGACATATTATTAAGGAAAAAACTTAGATGCAGTCGGCTGCACCCGTCTATGGTGCAGCCCTCTGCTGCACCCAATTAAAAACTGTCACATGACAGTTTGTATTTCTTTTAAAAAAATATTAAAGAATTATTTTTTATGCGTGTATGAAAATGGAGAGTATGGACTTAAGTGCATAGTGCATCCAAAGTTTAAAATATCGATGTCAATGGAAATATCGAGGTCCTAATTTTACGGAAATATCGATGGAAATATCGATAAAATATCGATTTCGACGGATATTTTTGAAAAAATTTTAAAAACAAAAAATTTTAAAAATAATTTAAATTAGTAAATAAATATTTTATTATTTTTAAATTAGTAAACATGTCTATTATTTATATTATATTTATATTAGTGGCATTTTGATTCTTGTTTTTTTTCGTGTTTTGTGAATTTTTCTACAATATAATGAAAATATCGATTCACCCCTCATTTCGATATCAAACCTATGGAAACGTGAAAATATCGATAGAAATATCAACATATCGATGAAAATTTAATACTATAAGTGCATCTAAGTATTGCTCCATTACTTCTATATTAAATGTTGTATATATTTGTGCGAGGAGAAGTGATAGATGTACCCTTTAATAGTTTTCCATCTTTGAACTTTAAAAAATTGATGGTAAAAGAAAATAAAAAACCTCATCCATTTAAGCTGTTCTTTCTTTTCTTTTCTTTTTGTAGAAAATTGTCATAATTGAGCTGTTGCATATCAAGAACAGGAAGAAAAAAGAAAATCTCACTTTTTTCTGTCAAATGGAAAAAGTAGCAAGAACCGAATGGCGGCACCAAGTGCTGGTTTTAGCCTTCCCCTTCGGCAGCCATCCTAGTAGCCTTCTCAGCCTTGTCCGGCGACTCGCTGGCGATGCTCCCGACGTGAAATTCTCCTTCTTCAACACGGCGACTTCCAATGCTGCCATTTTCAACGACGGCGGACGAAATGACAACGTTTTCCCTTATAGCGTTGGCGATGGTCTGCCGGAGGGGTACGTGAGGAGACCGGGAGTGCCGGAGGAGCCGGCGGAGCTTTTTCTGAAGGCGGCAGCTGGAAATTTTAGGGAGGCGATTGCGGCGGAGAAGGTGGCGGTGGAGGTAAGAGGGGTGATGAGTGACGCATTTTTGTGGTTTGCCGGTGAGATGGGGGCGGAAATGGAGGTGCCTTGGGTTCCGGTATGGATTCCGGGGCTACGGAGCCTTGTTGTTCATATTCACGCCGATTTGTTTCGTCAAAATCTGGTGGATTCAGGTATGTTTGTCAATTGTCATCAACTTTATGGATTTTGTTTTTTCATTTTTATAAAAAAGAATAAAGTCTTAAGGAGGCGTTGGAGTACACTGAGTTGTTTATTATCCTATGTGGTTATTATTAGTCTATCATTAATTATAATAGTCTATGTTTGGTGTAGACTGTTTGAGTGTGTTTGGCCCAAGGAATTGAAAAGTCAGAGTTGAGAAGTAGTATTGAACTCCACTCTTTGTTTGGTCAAAAAAATTGGTGGGTCCCACTACTAAAAAAAGTCAAAGTTTATATCTTATCAACTCTTTACATTGTGGATCCAGAGTTCAACTTCCTAAACTTTATAACTTCTTACTCGTTACTATTTCACTCCTCACTTCAAACACCCCCTTAGTTTGAGTAAGAAATAGGAAACACAATAACAAAATAGATATTTCAAATAGTATTACATTACTTAATTGTATGTTATATTTGGAACCACTATAAAATTAAAACAAAAAAACCATTAAATATTGGAACTACCAAGTTTTGAAGACTAAACAAAGTAGTTTTTTTTAAATAAAAAAAAAAGGACCAATTTCGCATAAGATATTAAATTCTAGGTATAGATAGCCACGGTAGATTGAACTCATGACCCTTTAAGCCTTTTGACCCTTTTTTATGTTCCCACTACTCATGGTGGTTGTTTTTGTTTTAAAAGTTTGACTAGAAATTCAAGTGTTTTTTTAATATAGGTGAAAGCTATAACAGAAACGAGAAAACAAACATAAATTTCAAAAACAGACAATTAATTAACAACAAAATTATTGTCAAAACGGGTCTAAAATATCATGTTTGAAGACTGAGACTGAAATATACAATATAAGTGAAACTTCAAAACTAAATTAAAAGAGTATGTTCGTAAGGTACATCAACATTTAAGTAACAATGTTGTACCTTGTATATATTCTTATCTTATTAAAATTAAAACATAATGTCAAGGTCAATAAACACAATTATCAAATTCAAAACCTAAAATTTTAATTAAAGAATAAAAAATGCCTCTCATGAATAATGGCCTATTTCTCAAGATGAATATACTTTTGAAGATGTAAATATATATCTAGTCTCCTTTGCTAATTCACAACATTTGATTTTTGCAGGAGATGATGAAGAGAAAGCCATCAACTTCCTCCCTAGCTTTTCAAAATTTCGTAATATTGACTTACCCCATGAAGGGATCTATGGAGACTTACAATCACCCATTGCAACCATGTTACATAAAATGAAGTTACATCTCCCGAAAGCTTCTGCCGTCGTCGTAAACAGCTTCAAAGAAGCCGAGCCTAAGATGTTCGACATACTAAAACCAAAGCTTCGAGAACTTCTCACCGTTGCGCCAATTAACCTAACGCCACCAACATCGATTATTTACGACGAATATGGATGTCTCAAATGGTTGGACAAGGAGAAGCCAGAATCCGTAGCGTACATATGCTTTGGTACATTCATAACACTCCCACCTCATGAGTTAGCAGCCTTGGCCGAGGCGCTAGTCGAGAGCGGGGTTCGGTTTCTATGGTCATTTAGAGGCAACCCTAAGGAAAGCTTCTGTGAGGGCTTTCTTCAGACAGTTGATGTGCAAGGAAAATTAGTGCCATGGGCTCCCCAAACTAGAGTGTTGGCACATCCTTCAGTTGGAGTTTATATAGGTCATTGTGGATGGAACTCTGTTTTGGAGGCTATAATGGAAGGTGTGCCCATGATATGTAGGCCCTTTGTTGGGGACAATGGCCTTAATGTAAGGACAGTGGAGTTTGAGTGGAAGGTTGGCTTAGGACTTCCAAATGGAATCTTTACAAAGGATGGAATAATGAAGGCAATGGAGTTAATCTTAAGCCCTTATAAAGGGGTCCAAATAAGAAGCAATCTTAAAGCTCTTAAAGATTTGGCTCTCAAGGCTAGTGGACCTATGGGTAGTTCAACTATGAACTTCAATTCTTTGAAAGAGTTACTCACAAAGTAGGTTATTAGCTATTTTTATTGTTAAAAATCTCATTATCTATGGCAATATTAATTGTATTTTGCTTATTCTAATCTTGTTTTAGTTCTTATTGTTAAGAATTGTCTGTGATGTTACTTTATTCAGTCCACTATTAGCTTGTTTCTGTTATTTACTCTTCTACATTTATTATAGTTGATTTTGCCCATATAATCTCACTCTTTCTCTCATTATGTATATTCTCCTATTTAAAGGATTGTAAAGGTTGCTTGATGTGTTGGAAAAAATCATCCACTTCTACCATAGGAATAAACAGAAAAATAATAGAAAAATTAAAAGAAAGCGGTAAACACAAGAATTAACGTGGAAAACTCCCAACTCGGAGAAAAACTGCAGACCCAAAAAAATCCACTATGTGAAAAATTGTTACAATCATACGGAATAATTCTCTCTCCCGATCCCAATTACAAGAGCACTCTCTCAAAGCTTTTATACTACTCACACCATTTTCCACTCTCAAATGAGAGAATACAGGGAATTTAACTAGAGTTAGCACACTAAGTTTAGAGTGTTTCTAACTGTTAGCGGAGACAATTGAAAAACCAAAGACATAAACTCCCCTTTTCAATGTAGGACAAGCCATGAAAAGGTAGGACCATAACTTTCCTAAATCCTTTTTTATGTGGAGCAACTGCACTTCTAATATTTAGCCAAAAACCCAACATGATATTGATTGTTCCCTTTTTTTCAGTTCCAAAACCAAATATGGTATCAGGAGCTCAGCCTTCCCCTCAACCCAAAGAATTAAAGGTTCAAGTTTGACCGAAGCCCAAGCCTTACGGGTCTCAAACATTTTTTTGGGTAAGGCTTGGGCCAGTCCAACCTCTTAAACATAAGCCCATAGCCCAATCTATGGACCTTATTCGATGGGTCGAAATTTGTTTAGATTTGGATTAACCTTTTGGATCGGGCTCAAATTAGCCTTTAGAATAAATTATTAATTTAAAATTTAAAATTGTAAAAAATAACCTTTAAAGCTTATTTATAGAGTATTCAACCTCTTGATTCTTCAAATTTTCCAATATGGGACAAGAATATAGTGATTCTTTTTTTCACTTTCATCTACCATCTATCGTATGCTACACTTCTTTAATTCCCTCTCTCATATATTTTTTTTTTCTAATCCCCATGCACGTGTAGATGATAATTAATTGGTGGTTAAATTAAATGTTTAAACTTTTTACTATTTATTAATTAGTATTAATAATTATATATAAAAATTTATATTGTTATATTGGATTGGCCTTTTGGGTCAGCCTGACGGGCCGATCTAAATACAGCTCAAACGGGCTGGCTATTGTGCTAGCCTAATTAAAAAAAAGATAGATCCATATCTAATCCAATTTATGAAAGAATTGGATTGGGTCTGGTTGGTCAACTGTTGACCTTGAGTTGGGTTGGATCGGACTTGGAATGAACTTGGATTGACCTTTAAATTTTAAGCCTCATGATGAGGCTAATACCAGAGCTCGATATGGATAACGTCTTATCATCCTACCACAACTTCAAGGGATCCTCCTAAGGAGCCAACAACCTAGATCTCAGCTCCATATGGAATAAGACTAACAAGAAAATCTATTTAGAAAGGAGCAATAACTATCAAAAGTTGGTTCTAAACTCAATCTTCACAAATCTTTTGGTAAGTGACTTTGATCAAACTTGATAAAAAAAAATTCCTACTTTGGCAAAACGTTGTCCTTCCATTCCTCAAGAGTTACGAACTTGAAGGGCATCTAGATACCACCGCTTGAGATGGGTATCATTTTCCTCCATCCAAAGACGAACCTCAAGTGTTTTTAAGTGCCAAATCCATAGTGCGATATTTGGCTAGCAATTTATCAATTGATGGTCAAATGGCTATATTATAATTACATGACCCCTGAGGTTGTAATACAAATAATGGGTCACGATGTAGCCAAGGAATTATTTGAGATTCAATTTTATAGTTCTATGGAGTGTAGTAAAAACCACAAAAAGATTACAACATATGGATGTTTTAAACAAACTCGTAAAGGTACCATGAAAATGTAAAATTCTTAATTTTTCGAATGTAAAAAGTTATTTTCTTTCACCTCAAAGATTTTTTTTTTTGTACTTTAATTATATTTCGTACCAGGGAGTTTTCTTAACCATTTTCATCAACACTAAATTTTATTCTTTCTACATTTTTGTTTTCTCAATTCACAATTATGATCAAAGCATGTTCTATTTTCGAGCCATCTCAAGATTTTGTTATATACAAGTTGCAAAGCACTACAAGAAATATACTTTTAATAGCTTTTCGCTATAGCCTTTTTGAAAATGGGCTATAAAATCTATCGTGAAAAAAAAAGGCGGGCCATGAAAAATTGAAAAAATTAGGTGGGCGCACCCAAATTTTTAGAATTAGCCCACGTCACCCAAAATTCAAGTGATAAAAACCTTCTTTTATGCAAGAACAAAATATGTTATTGAGTATAAATATCGATAACTCAAATTTACAGATATGTTTGACGGATATTTAAATATTGACAAATATTCTAGAAAAAATCACGAATATTACGAAAATTTATAAAAATATTATAAAATTTTAGTAAAATTTTAGAACAAACTTATCTAAGTAATAAATTATAACTTTAAGCATACAAATCAAGAATTAGAAGCCAAATATGATTGGTAATGGAATAATAGATATAGTAAAGACCAAAAAAATGATTATGAATTGAATATTTTATTAACAAAGTCTAGGTCATACAAAATAAAGGCCAAATACAAAATTTAATTATCAATTTGAGCATCATCATGTGTGGACCTTCTATGAATGTGTAATATTTTCCTATTGCTCCATTGAGGTGAAATGACTTGAAATTTCAATGCAAAAGTTTGAATGAGGTTAAAAATTAATATATGTTATTTTTTTAAATGAAAAATTTTGGATGGTGAAGTAAGCAAAATTCACCTGAATTTAATTTTGAGGTGAAATAATATAAAATTTTAATTTAAAAAGTTTGAATTAGGTCAGAAATTAATATATATTATTTTTTAAATTATTTCTCTTAGAAATGAAAATTTTGGATAGTCAAGTAAGCAAAACTCACATTAATTTAATTTTGATGTGAAAATTCAACCGAATAATGAGGTTAAAAATAAATATATGTTCTTTTTTGTAGTTTCTTCAAATTCAATTTCTTTTGGAAATGTAAGTCTTGGATTGAAAATTGAGGAAAGTTTAAAATTGGAAAAGATAACACATTGAAAAAAAAACGATATATGAAGATTTCTCCACGATATCTTCGCGAAATATCCACGATATATCCCACTAAATATCTACTATATATTAGCGATATACCTATGATTATCATAATTTGCAAACGAAATATCCTTGAAACGATATATCTTCGATATATCATCAATATCGGCGATTTTTCAAGAAAAAAAAGAACTTACCCTCCATATCTCTATCGGATATGTCAATTTATGGATATATGAGCGTTAATTTTTCAATCCTTGCTTTTATATTTTATTATTTCGCTTCTTCTCGTTTTGTTCTCTAAAATTAGATTTTGAACACACAAACATTTTAGGGCCATCTGAAATGTCTCTGCATTTTTCTTTTCTTCTTTTTTCTCCTCAGTTTTTCTCTATTCTATCTCGTTTCCTTGTTGGTTCGTCTGTGGGCGGTGATGAAGAACCAACGATGACACAACCCTCAAATCACAAATCTCCTTAA ATGACAAGAACCGAATGGCGGCACCAAGTGCTGGTTTTAGCCTTCCCCTTCGGCAGCCATCCTAGTAGCCTTCTCAGCCTTGTCCGGCGACTCGCTGGCGATGCTCCCGACGTGAAATTCTCCTTCTTCAACACGGCGACTTCCAATGCTGCCATTTTCAACGACGGCGGACGAAATGACAACGTTTTCCCTTATAGCGTTGGCGATGGTCTGCCGGAGGGGTACGTGAGGAGACCGGGAGTGCCGGAGGAGCCGGCGGAGCTTTTTCTGAAGGCGGCAGCTGGAAATTTTAGGGAGGCGATTGCGGCGGAGAAGGTGGCGGTGGAGGTAAGAGGGGTGATGAGTGACGCATTTTTGTGGTTTGCCGGTGAGATGGGGGCGGAAATGGAGGTGCCTTGGGTTCCGGTATGGATTCCGGGGCTACGGAGCCTTGTTGTTCATATTCACGCCGATTTGTTTCGTCAAAATCTGGTGGATTCAGGAGATGATGAAGAGAAAGCCATCAACTTCCTCCCTAGCTTTTCAAAATTTCGTAATATTGACTTACCCCATGAAGGGATCTATGGAGACTTACAATCACCCATTGCAACCATGTTACATAAAATGAAGTTACATCTCCCGAAAGCTTCTGCCGTCGTCGTAAACAGCTTCAAAGAAGCCGAGCCTAAGATGTTCGACATACTAAAACCAAAGCTTCGAGAACTTCTCACCGTTGCGCCAATTAACCTAACGCCACCAACATCGATTATTTACGACGAATATGGATGTCTCAAATGGTTGGACAAGGAGAAGCCAGAATCCGTAGCGTACATATGCTTTGGTACATTCATAACACTCCCACCTCATGAGTTAGCAGCCTTGGCCGAGGCGCTAGTCGAGAGCGGGTTTTTCTCTATTCTATCTCGTTTCCTTGTTGGTTCGTCTGTGGGCGGTGATGAAGAACCAACGATGACACAACCCTCAAATCACAAATCTCCTTAA ATGACAAGAACCGAATGGCGGCACCAAGTGCTGGTTTTAGCCTTCCCCTTCGGCAGCCATCCTAGTAGCCTTCTCAGCCTTGTCCGGCGACTCGCTGGCGATGCTCCCGACGTGAAATTCTCCTTCTTCAACACGGCGACTTCCAATGCTGCCATTTTCAACGACGGCGGACGAAATGACAACGTTTTCCCTTATAGCGTTGGCGATGGTCTGCCGGAGGGGTACGTGAGGAGACCGGGAGTGCCGGAGGAGCCGGCGGAGCTTTTTCTGAAGGCGGCAGCTGGAAATTTTAGGGAGGCGATTGCGGCGGAGAAGGTGGCGGTGGAGGTAAGAGGGGTGATGAGTGACGCATTTTTGTGGTTTGCCGGTGAGATGGGGGCGGAAATGGAGGTGCCTTGGGTTCCGGTATGGATTCCGGGGCTACGGAGCCTTGTTGTTCATATTCACGCCGATTTGTTTCGTCAAAATCTGGTGGATTCAGGAGATGATGAAGAGAAAGCCATCAACTTCCTCCCTAGCTTTTCAAAATTTCGTAATATTGACTTACCCCATGAAGGGATCTATGGAGACTTACAATCACCCATTGCAACCATGTTACATAAAATGAAGTTACATCTCCCGAAAGCTTCTGCCGTCGTCGTAAACAGCTTCAAAGAAGCCGAGCCTAAGATGTTCGACATACTAAAACCAAAGCTTCGAGAACTTCTCACCGTTGCGCCAATTAACCTAACGCCACCAACATCGATTATTTACGACGAATATGGATGTCTCAAATGGTTGGACAAGGAGAAGCCAGAATCCGTAGCGTACATATGCTTTGGTACATTCATAACACTCCCACCTCATGAGTTAGCAGCCTTGGCCGAGGCGCTAGTCGAGAGCGGGTTTTTCTCTATTCTATCTCGTTTCCTTGTTGGTTCGTCTGTGGGCGGTGATGAAGAACCAACGATGACACAACCCTCAAATCACAAATCTCCTTAA MTRTEWRHQVLVLAFPFGSHPSSLLSLVRRLAGDAPDVKFSFFNTATSNAAIFNDGGRNDNVFPYSVGDGLPEGYVRRPGVPEEPAELFLKAAAGNFREAIAAEKVAVEVRGVMSDAFLWFAGEMGAEMEVPWVPVWIPGLRSLVVHIHADLFRQNLVDSGDDEEKAINFLPSFSKFRNIDLPHEGIYGDLQSPIATMLHKMKLHLPKASAVVVNSFKEAEPKMFDILKPKLRELLTVAPINLTPPTSIIYDEYGCLKWLDKEKPESVAYICFGTFITLPPHELAALAEALVESGFFSILSRFLVGSSVGGDEEPTMTQPSNHKSP Homology
BLAST of Lsi11G007350 vs. ExPASy Swiss-Prot
Match: Q9SBQ8 (Kaempferol 3-O-beta-D-galactosyltransferase OS=Petunia hybrida OX=4102 PE=1 SV=1) HSP 1 Score: 262.3 bits (669), Expect = 7.2e-69 Identity = 136/293 (46.42%), Postives = 192/293 (65.53%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy Swiss-Prot
Match: A6XNC6 (Flavonoid 3-O-glucosyltransferase OS=Medicago truncatula OX=3880 GN=UGT78G1 PE=1 SV=1) HSP 1 Score: 255.8 bits (652), Expect = 6.8e-67 Identity = 133/290 (45.86%), Postives = 180/290 (62.07%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy Swiss-Prot
Match: A0A2R6P624 (Flavonol 3-O-glucosyltransferase F3GT2 OS=Actinidia chinensis var. chinensis OX=1590841 GN=F3GT2 PE=1 SV=1) HSP 1 Score: 247.7 bits (631), Expect = 1.8e-64 Identity = 139/288 (48.26%), Postives = 181/288 (62.85%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy Swiss-Prot
Match: P51094 (Anthocyanidin 3-O-glucosyltransferase UFGT OS=Vitis vinifera OX=29760 GN=UFGT PE=1 SV=2) HSP 1 Score: 243.4 bits (620), Expect = 3.5e-63 Identity = 131/300 (43.67%), Postives = 185/300 (61.67%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy Swiss-Prot
Match: Q9LFJ8 (Flavonol 3-O-glucosyltransferase OS=Arabidopsis thaliana OX=3702 GN=UGT78D2 PE=1 SV=1) HSP 1 Score: 241.9 bits (616), Expect = 1.0e-62 Identity = 126/294 (42.86%), Postives = 180/294 (61.22%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy TrEMBL
Match: A0A5D3CI30 (Kaempferol 3-O-beta-D-galactosyltransferase-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold231G00500 PE=4 SV=1) HSP 1 Score: 505.0 bits (1299), Expect = 2.4e-139 Identity = 245/292 (83.90%), Postives = 259/292 (88.70%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy TrEMBL
Match: A0A5A7VJB6 (Glycosyltransferase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold418G00860 PE=3 SV=1) HSP 1 Score: 502.3 bits (1292), Expect = 1.5e-138 Identity = 244/292 (83.56%), Postives = 258/292 (88.36%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy TrEMBL
Match: A0A1S3BT28 (Glycosyltransferase OS=Cucumis melo OX=3656 GN=LOC103493220 PE=3 SV=1) HSP 1 Score: 502.3 bits (1292), Expect = 1.5e-138 Identity = 244/292 (83.56%), Postives = 258/292 (88.36%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy TrEMBL
Match: A0A6J1FDP8 (Glycosyltransferase OS=Cucurbita moschata OX=3662 GN=LOC111444447 PE=3 SV=1) HSP 1 Score: 473.0 bits (1216), Expect = 1.0e-129 Identity = 227/292 (77.74%), Postives = 254/292 (86.99%), Query Frame = 0
BLAST of Lsi11G007350 vs. ExPASy TrEMBL
Match: A0A6J1DIJ8 (Glycosyltransferase OS=Momordica charantia OX=3673 GN=LOC111020840 PE=3 SV=1) HSP 1 Score: 455.3 bits (1170), Expect = 2.2e-124 Identity = 224/295 (75.93%), Postives = 248/295 (84.07%), Query Frame = 0
BLAST of Lsi11G007350 vs. NCBI nr
Match: XP_038889319.1 (flavonoid 3-O-glucosyltransferase-like [Benincasa hispida]) HSP 1 Score: 516.5 bits (1329), Expect = 1.6e-142 Identity = 246/291 (84.54%), Postives = 268/291 (92.10%), Query Frame = 0
BLAST of Lsi11G007350 vs. NCBI nr
Match: TYK10878.1 (kaempferol 3-O-beta-D-galactosyltransferase-like [Cucumis melo var. makuwa]) HSP 1 Score: 505.0 bits (1299), Expect = 4.9e-139 Identity = 245/292 (83.90%), Postives = 259/292 (88.70%), Query Frame = 0
BLAST of Lsi11G007350 vs. NCBI nr
Match: XP_008452121.1 (PREDICTED: kaempferol 3-O-beta-D-galactosyltransferase-like [Cucumis melo] >KAA0067267.1 kaempferol 3-O-beta-D-galactosyltransferase-like [Cucumis melo var. makuwa]) HSP 1 Score: 502.3 bits (1292), Expect = 3.2e-138 Identity = 244/292 (83.56%), Postives = 258/292 (88.36%), Query Frame = 0
BLAST of Lsi11G007350 vs. NCBI nr
Match: KAE8651656.1 (hypothetical protein Csa_021247 [Cucumis sativus]) HSP 1 Score: 500.0 bits (1286), Expect = 1.6e-137 Identity = 245/292 (83.90%), Postives = 259/292 (88.70%), Query Frame = 0
BLAST of Lsi11G007350 vs. NCBI nr
Match: XP_004149090.1 (kaempferol 3-O-beta-D-galactosyltransferase [Cucumis sativus]) HSP 1 Score: 500.0 bits (1286), Expect = 1.6e-137 Identity = 245/292 (83.90%), Postives = 259/292 (88.70%), Query Frame = 0
BLAST of Lsi11G007350 vs. TAIR 10
Match: AT5G17050.1 (UDP-glucosyl transferase 78D2 ) HSP 1 Score: 241.9 bits (616), Expect = 7.2e-64 Identity = 126/294 (42.86%), Postives = 180/294 (61.22%), Query Frame = 0
BLAST of Lsi11G007350 vs. TAIR 10
Match: AT1G30530.1 (UDP-glucosyl transferase 78D1 ) HSP 1 Score: 219.2 bits (557), Expect = 5.0e-57 Identity = 118/291 (40.55%), Postives = 170/291 (58.42%), Query Frame = 0
BLAST of Lsi11G007350 vs. TAIR 10
Match: AT5G17040.1 (UDP-Glycosyltransferase superfamily protein ) HSP 1 Score: 208.8 bits (530), Expect = 6.8e-54 Identity = 117/291 (40.21%), Postives = 170/291 (58.42%), Query Frame = 0
BLAST of Lsi11G007350 vs. TAIR 10
Match: AT5G17030.1 (UDP-glucosyl transferase 78D3 ) HSP 1 Score: 198.4 bits (503), Expect = 9.1e-51 Identity = 112/294 (38.10%), Postives = 171/294 (58.16%), Query Frame = 0
BLAST of Lsi11G007350 vs. TAIR 10
Match: AT1G22400.1 (UDP-Glycosyltransferase superfamily protein ) HSP 1 Score: 70.5 bits (171), Expect = 2.9e-12 Identity = 72/316 (22.78%), Postives = 130/316 (41.14%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (USVL1VR-Ls) v1
Date Performed: 2021-10-18
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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