Csor.00g100760 (gene) Silver-seed gourd (wild; sororia) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: CDSinitialstart_codonpolypeptideintroninternalterminalstop_codon Hold the cursor over a type above to highlight its positions in the sequence below.ATGGGAAACAAGAAGGCGGAGGTTAGTCTTTTGAATGTACTCCTCTTGTTTTTACTAATATTTTCATCCGCCGGAGACACTGCCGTTGTATTAAAAGACAGAGATGGAGATTCCATTGTTTCCGAGGGAGGAAGATTTGAACTTGGTTTTTTCACTCCTCACGGAAGATCAGACGCTAGAAGATACGTCGGAATATGGTACTACGGCTTAGAACCGGAGGTGGTTGTATGGGTTGCCAACAGAAACCAACCACTGTCCGACAGAAATGGAACTTTCACCATGGTAGGTGGGAATCTCAAGATATTGGATTCCAACAGCACTTGGTTATGGTCCGCCCTCCAGTTCCCTTCTAATTCTAGGTACACAACAATGGAGCTGATGGATTCTGGGAATTTAGTTCTCAAGGAATTAGGCGTCAATGGCACAACTCTGTGGCAAAGCTTCCAAAATCCAACTGATACATTTCTTCCGGGCATGAACATGACCGACGACTTGAAGTTGACTTCTTGGAAAGCTTCAGACGACCCCTCGCCTGGGAGTTTCAGGTTTCTCAAGGATACGGGTGGCCGGTTCATTATCGAGAAACATGGTTCGCAGTATTGGGTCAGCAAGGAACTATGGCAAAATTTCTCAACCGAGACTGATGGAATGATTGCGGAAGTAATAGAGTTTCTGTCACTAAATACTGTCGGTAGCTGGAAGGACACCGACTATACAAGAGCAGTTACGGATTTCAGTGGGAATGTACAGTACCTTGCTAGAAACAGAACGACTGGGGAATGGGATGTCATCTGGTCGGAGCCGAGAAACAAATGTAATGTCGTATCAGCTTGTGGGACCTTCGCTAGCTGTCGGAGTGACACTAAACATACTTGCAGGTGCTTGCCTGGGTTTGAGCCCGCGTCCAAGGATGAATGGGGTTCTGGTGATTACTCGCATGGGTGCAAGAGAAAGTCAGAAATTTGCATCAAGGAAGTGGTTGAAGCTCGAGAGTTTTTTAAATTAAATATGAAGATGAAAAGGACGTCGAATATTGTGAAAGTAAATGGTGATGGGGAATGCAAAAGTAAGTGCCTTGAATCTTGTACATGTAAGGCGTATGCTGAAATAGGAATCAGCAGAACCAATATTTTGTGCGCCATTTGGGAAGATGACCTCCAAAGCATTTGGGAATATGCAGATGATGGTGGTGACGTTTACGTCCGTATCAAACGTTCTGACATTGGTATTTTTCATTTTTCAATCCAATTCGTCTATATTTGTCTTGGCCGACTACGAATTACCAAAATCTTCGCCATCTTTGCCTTCTAAGCTACTTTGCCCTGTTTGGCTGTTTTCTACAGAGTATATAACGGCACTCGACTGTGAAACATGTGGAAGCAGTATCGTCCCTTATCCTCTGAGCACAGGTCCCAACTGCGGTGATCCTATGTATGGTCGCTTCGATTGTTTACTTACTAACAGCATGTTCTACTTCCAGGCAGAAGATGATTCTTACGAAGTCACCAACATCGATCCACAATCAAATATTTTTACCATTGCAACAAACGGGTCTATCTGTAGAGGTAATGATAAACATGCAATTCAAAAGCTACTGAAATTAGAAAACTCGTCTACATTCAATGTAAAAAGTGGCTGTGACTCTGAATTCCATGAAATTGATATTCAATGGGAGAAACCATTAGAGCCAATCTGCAATGCACAAAAGGATTGCATCAATTGGCAGAATTCATTATGCAACTCATCAACAGACGGAAAAAACAGGTGCTTGTGCAATTCTTCTTTTAACTGGACTGGTACCGGCTGCCGTGATCTTCCAGGTAAAAATCTAAACGTACAAAGTTTTCTTTTTTTTTTTTGTACTTTATCATTAAATTAAGACTCTTTGTTCATAATCATGCAAACAATGTACTTGTAGAAGATGGTTTGAACCAGCCAGATCCAAAGAAGAGAAATATAAGAGTTGGTATCATCGTCCCAGTGACCATTGCTGGGTTGATTGTTATTTCTTACTTGGTGTTGTATATTTACAAGAAAAGAGGGAAGGTAGAAAACACAAAAGGTAACATAAATTTGCACTTCTTTCTTAGTTTTGATGTAATGTGATGTACTGGGTCATCCACCGACTGGTTATTTTTCTTGATACTAGAGGAGCAAACAACAAGTCTTGGGGGACATCTGGAAATGACCCACTTGTACGAAAGTGAGATGCGTATCAGAGACTTCATGGGTTCCGGGATGTTTGGAGAAGATGATAGAAAAGCCATAGAAGTACCCGTTTTCGATTTGGAAACCATACTCAATGCTACAGACAACTTCTCTGAAGCAAACAAAATTGGACGAGGAGGATTTGGGACAGTTTACAAGGTTTGCATAACAGTTTTCCAGCAATTAACTTGGTTTATAAACAACTAACAGTTTCTGCTTAACAGGGACTTTTTCCAGGAGGACTGGAAATTGCAATAAAAAGACTGTCCCAAGGTTCCGCTCAAGGCTTAGATGAGTTTAAGAATGAAGCGATTCTCATCGCAAAACTTCAGCATCGAAACCTCGTTAGACTTTTGGGCTATTGTGTTGCAGGAGATGAAAAAATTTTGGTCTATGAATATATGCCCAACAAAAGCTTAGATTTTTTTATATTTGGCAAGTCTCTCACCTCTACCTAATTACCTTGATGATTACACTTGAAGCTAAGCTTCCAAACTCCTCTTTGGTAGATCGAACCCTATGTTTGCTGGTGAATTGGGAGATGCGGTTTAATATCATCATTGGCATTGCTCGAGGACTAGTTTATTTGCATGAAGATTCAAGGTTGAGGATTATTCACAGAGATATGAAAACAAGCAATGTTCTGTTGGACGCAGAAATGAATCCTAAAATCTCCGACTTTGGTTTGGCAAGAATCTTTGATGGCAAGCAAACAGAGGCATTCACCAAGAGAGTTGTTGGAACTTAGTAAATTTCCCTTCACCAGTTCAATTGATATCTATCCTTGTAGCCACATTCAAATTGATGTTTAAGTTGTTCGTATATTGCAGCGGCTATATGTCCCCAGAATATGCGATGGATGGATCATTCTCAGTGAAATCAGACGTGTTCAGTTTTGGTATAGTTGTGCTGGAGATTGTTAGTGGGATAAGGAACACAGGGTTCTACCAGTCGAAAGAAGCACTGAATCTTCTTGGATATGTTAGAATAAGTCTTCTTCAATAAAGTTGCTTCTATCCAAAACTCCTTTTACTTTAGTTTGAACTGGATGTTTGTTGGGTGGTGGTGTACGCAGGTATGGAGGTTGTGGAGAGGAAAGAGAGCAACGGAAATAGCAGAGGTAGCCATGCGAGAAAGCTACAATCCAAGTGAAGTTGTTAAATGTGTGGCTGTGGGATTGCTGTGTGTACAAGAAGACCCCAACGATCGCCCCACCATGTCAAATGTGGCCTTTATGCTCAGCTCCGGCAGTGATCCTGCTTCTCTTCCAATTCCTAAACAGCCAGCTTTCCTTGATAAGAGATCAACTCCTACTTCTTCTACAACAACCTCTTTGGAGTTTATGCAAGAAAATGTAAACGATGATTTTAGCTTACCTAACCCTCTCGCTAATTACCTGACCTGTAGTGATCCTACTTCTCATAGCTTTGCTTTTGATTTTAACAGAAGGCTTGATACTCCTCTCGATAGTTCTCAATAATTCTTAACAATTCTCCCTCGAACAAAACACACCATAGAGACTCTCTTAAGGTCATCTTCTCTGTGGGACTTCTCCTCAATAATCCTCTCACCAATTTTCTCTTTGAACAAAGCATATCATAGAGCCTCCCTTGAGACTTCCTTCTTTGTGGGACTATTCTCAATAATTCTCAATAATTCTCCCCTCGAACAAAGTATACTATTGTTTGACACTTGAGTCACTTTTAACTACACTTTCGAGATTCACAATTTCTTTGTTCGACATTTGAGAAATGGCTAAATGAAGAGAATGGCTCTGATACCATGTTAGAAGCTACAATTATCCACAGTAGTATGATATTGTTCACTTTGAACATAAACCCTTGTGGTTTTGCTTTTGGTTTCCTCAGAAGGCTTCATACCAATAGAGATATTATTCCTTACTTGAAAATCCATGATATTCCTATTAATTAGCCAATGTGTTACTACTCCTCTCAATAATTCTCGACATTTTATATATATACCTAATATTTATACTTGTCTAAGTCAAATTTTGATTGTTGCGGGAGAAGGTTCTGGTAAGTTTGGCAGGTTCTGGCATTAGTAATAACTCCTATGGTTGCTAAACCTTTCTATTTAAGATTTTTCACTTCGATTATCGTTATTCAAGCAGTATTATAGAGAGTCTTTCCTTTTGTCCTTCTGGCAAGGATTTGAAGAAGGGCTTGGTAGCTAGGAAAGTCAAGTCAAGGAGGAAGGCGATGTACTATTGGGCAAGTAGCGGTTGTAATCTTGTCTTTCTTGTAGCTTTGGGGATTTTTTTATGCTACGGATGGATTCAAACAAAGGCAAGCAATAACCAATAATTGTTTACAAAATATGATAATGATTTGTCTAAATAATTAAAATATATTTTGTATATAAAAAAATAGTCACCTACCATCAAAATCAACATCATTGATATAGAGAAAGTTACCACATGCCTATTGTTTGGTGACTTTGGCTGAATTTTTTGAATAGGTATACGGTGGCTATGCGAGTCTGCACTGAACGACAAAGATATATGGTATTACTGTTTAATTTTCAATAAGAAAAGACCACTTTGATCAGTTCAATATGTGAAGCTAAGCAGCTGATGGAAGGAGATTGAAGGAGAAGATGCTATCTAAGTGCTCTGTTCTGTAATGGAATATGAGAGGAGTAGCGGCCATGATCTTCAAATTATGTATCTTGTTCTTATTATTACTTCCATCCTCCGCAGATAATTTCAATATATTAAGAGACAGTAATGAAGATTCTCAAGTCTCTGATGGAGGAAGATTTGAACTTGGATTCTTCACTCCAGAGGGAGCCTCAGAAGCCACAAGATACGTTGGTATATGGTTTCATAATTCCAAACCGCGGATCGTTGTGTGGGTTGCCAACAGAGACCAACCACTGTCCGACAAGAATGGAGTTTTTGCTATCAAAGATGGCAATCTCAAGGTATTGGCATCAAACGGCACTTCTTTATGGTCCACCGCCCTCGATTACTCTCCTAATTCAACAATGGAGCTGATGGCTTCTGGGAATTTAGTTCTCAAGGAATTAGGCGTCAACAGCACAACTCTGTGGCAAAGCTTCCAAAATCCAACCGATACATTTCTTCCGGGCATGAACATGACCGACGACTTGAAGTTGACTTCTTGGAAAGCTTCAGACGACCCCTCGCCTGGGAATTTTACGTTTCTCAAGGATTTAAAAGGCCGCTTCGTCATCGAGAAAAGTGGTTCGCAGTATTGGGTCGGCAAGGAACTATGGCAAAATTTCTCAACCGAGACTGATGGAAATATTGCTGTAGCCATGGACTTACTGTCAAAGATTAGTGTCAGTGATTTGAAGGCCACCAACTACACCGTTCGTTTTCAAAATCAAGACTTGGATTACAACTACACAAGAGCAGTTATGGATTTCAGTGGGAAGGTACAGTTCCTTGCTAGAAACAGAACGACTGGGGAATGGGATGTCATCTGGTCGGAGCCGAGAAACAAATGTGATGTCGTATCAGCTTGTGGGACCTTCGCTAGCTGTCGGAGTGACACTAAACATACTTGCAGGTGCTTGCCTGGGTTTGAGCCCACGTCCAAGGATGAATGGGGTTCTGGTGATTACTCACATGGGTGCAAGAGAAAATCAGAAATTTGCATCAAAGAAGTGGTTGAAACTCGAGAGTTTTTGAAATTAAATATGAAGGTGAAAAGAACGTCTAATATTGTGAAAGTAAATATTGGGGAATGCAAAAGGAAGTGCCTTGAATCTTGTACATGTGAGGCGTATGCTGAAATAGAAGACAACAGAGCCGAATTTGTGTGCATCATTTGGGAGGATGACCTCGAAAACATTTGGGAATATGCAGATGGTGGTGGCGACGTTCACATTCGTATCAAACGTTCTGACATTGGTATTTTCACTCCCAATTCATCTATGTTTAGTCTTATCCAACTATGAACGACAAGAATCTTTCTAATCTACTTTGCTCTGTTTCGATGTTTCCTTTAGAATTGACAGAGCTCGATTGTGAACCATGTGGCAGTAACATCGTGCCTTATCCTTTGAGTCTGAGCACAGAATTCGACTGCGGCGTTCCTCTATATCGTAACTTTAGCTGCAACACTTCTGCTGGTCAGGTCCTCTTTCACACGGCACATGATGACTACAACGTCATCAACATGAACCCACAACTAAGAACTTTTACCATTGCAACAAACGGGTCTATCTGCAGAGGAAATGATATAGATGCAATTCAAAAGCTTCTGAAACTGGATCGCTCGTCTACATTCAAAGTAAGCAGCGGTTGTGACCCTGAATTCAATGAAATTGATATTCAATGGGAGAAACCACTAGAACCAATCTGCAATTCGCCAAGAGGTTGCACCAAATGGCTGAATTCAACATGCAAATCAACAACAGATGGAACAAATACAAATAGATGCTTGTGCAATCCTCCTTTAGAGTGGACAGGCATGGGATGCCTTAAACCAACAGGTAACTCAATGCATAAATTCAAGTCAACTGCAGATAGGAGTGCCATCAGGTTGTTATTAGTATATGATTGAGGCTACATTGGTAGTCGTTGAAGTATTGACATAACTAAATAGATTATACTCTGAGTTCAAGCTTTTGGTTTCAAAACAAAGCTTCTTATTAAACTGACAGGAATTGTCCCTGAATATTGCAATTAATGTTCCTGTAGAGAATGGTTTGAATCAGCCACGTGGAAAGCAGAGAAATATCAGAGTTGGCATCATTGTCCCAGTGACTATTGCTGGGTTGATTATTCTTTCCTGCTTGTTTCTGTATATTTGCTACAAAAGAAGGAAGGTACAAGATAAAAAAGGTAACAACTTAGAACCTTGTTTTTAGAAAGTTTGATGGGAAGTGATGTTGTGAGATCCTATATCGATTGGAGAGGGGAATGAAGCATTGTTTATAAGAGTGTGGAAATCTCTCTCTAGCAGACGCGTTTTAAAATGTTGAGGGGAAGCCCAGAAGGAAAACCCCAAAGAGGACATTATATGCTAACGGTGGACTTGGACTCTTACAAATGGTATGAGAACCAGACACCGGGCGATGTGCCAATGAGGACGCTGGGTTCTCAGGGGGGGTGGATTGGGAGATCCCACATCGGTTGGAGAGGGGAACGAAGCATTGCTTATAAGGGTGTGAAAGTCTCTCCCTAGTAGACGCATTTTAAAACCTTGAAGGGAAGGCTAGAAGGGAAAGTCCAAAGAGGATAATATATGCCAGCGGTGGACTTGGACTATTACAAATGGTATCAGAGCCAGATACCAGACGGTGTGCCAGTGAGGATGCTAGGCTCCCAATGGAGTGGATTGTGAGATTTCACATCGGTTGGAGAGGGTAACAAAGCATTGCTTATAAGGGCGTGGAAACCTCTCTCTAGTAGACGCGTTTTAAAATTTGAGGGAAAACCCAAAGAGGACAATATCTGCTAGGGGTGGACTTGGGCAGTTACGGATGTAATGAGTAAGATTGACTATTTTTATTTTTTCTTTTATACACAGAGCAAATAGGAAGCTTTTGGAGAAATCAGGAAGCTACTCACCTGTACGAAAGTGAGAAGCGTATCAGAGACTTCATGGGTTCCGGGATGTTTGGAGAAGATGATAGAAAAGCCATAGAAGTACCCATTTTTGATTTGGACACCATACTCAATGCTACAGACAACTTCTCTGAAGCAAACAAAATTGGACAAGGAGGATTTGGGACAGTTTACAAGGTTTGCATAAAAGCTCTCAACAGTTAACTTGGTTTATACACAACTAACAGTTCATGTATGTCAGGGACTTTTCCCAGGAGGACTGGAAGTTGCAATAAAGAGACTGTCGCAGGGTTCCGCTCAAGGCATGGTTGAGTTCAAGAATGAGGCGATTCTCATCGCAAAACTTCAGCATCGAAATCTCGTCCGACTTTTAGGCTATTGTGTTGCAGGAGAAGAAAAACTATTGATCTATGAATATATGCCCAACAAAAGCTTAGACTTCTTTATATTTGGCAAGTTTCTCACCTCTACCTTACCATAATTAAAGTAAAAGTTCTGATCTTGACATTTTCTTCTCTATTGGTAGATCGAACGCAATGTTTATTGGTGAACTGGGAGATGCGTTTTAATATCATCATGGGCATTGCTCGAGGACTAGTTTATTTGCATGAAGATTCAAGGTTGAGAATTATCCACAGAGATATGAAAACAAGCAATATTCTGTTGGATGCAGAAATGAATCCTAAAATCTCAGACTTTGGTTTAGCAAGAATCTTTGATGGCAATCAAATAGAGGGAATCACCAACAGAGTTGTTGGAACCTTGTATGTAAATCTCCATCCTTGTACTCATATTCAAATCTCTATTCAAGTTGTGAATTGTTCTTGTTGGATATTGCAGCGGGTACATGCCACCAGAATATGCATTGGATGGATCATTCTCAGTGAAATCAGACGTGTTCAGTTTTGGTATAGTTGTGTTGGAGATTGTTAGTGGGAGAAAGAACACAGGGTTCTACCAGTCCAAAGAAGCACTGAACCTTCTTGGATATGTGAGAACAATTCTTCTTCAACAAAGTTGGTTCTTACCTAAACTCCTTTTACTTTAGTTTGAACTGGGTGTACGCAGGTATGGAAGTTGTGGAGAGAACACAGAGCAATGGAGATCGTCGAGGCGACGGTGCGAGAAAGGTGCAGTCCAAGTGAAGCTGTTAAATGTGTGGCTGTGGGGTTGCTGTGTGTGCAAGAAGACCCTAAGGACCGCCCCACCATGTCAAATGCAGTGTTTATGCTGAGCTCTGGCAGTGATCCTGCTTCTCTTCCAAATCCTAAGCAGCCGGCTTTCCTTGATAAGAGGTCCACTCCTTCTACTTCTTATGCAACCTCTTCTTCCGAGTTTAAGCAAGAAATTGTAAGTAATGATTATAGCTTACTTGAGCCTCGCTAAGCATGTCTTTTGTTCCTTGAACACTTTACCTGTGTCCATGAACAACCTTAGAGAGTTATGTTGTTACCAAATTATGTTAGTTTAGACCGAGAAGATGTATAAATATGAAGACTAAATTAGTTGCCTTAATTGATTTCATTTATAGCGGTAGAAAAGTGAGAGCGGCAAGTAATAGAGATTGTTAGGAGAAGAAAATGCAGGCACCTTAAACACGGTGAGAACAAGTCTTTGGCACTGCCGTCTTCAAAAGTCAATATCAATCAATGTTTCCATAAATACCAATAAATGATTCTTCAAGCCCACATAACACTTTCCCTAGTTTTGCCCCCTCTTGACTCTGTCTTCGGTTTGTTGAGGATGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTAAAGGTCGCTCTCTTATGAATAGAAAAAGATAGTTCTCTTGGGACCCTTATGAATAAAATAAGGTAGTTTGAGAACCGATATGGCTTTCTTAGGTTTTTCCCTTTGAACTTCCTCTTAAGGTATTTAAAATGATCTGTTAGGAAGATACTTTCACATCTTTATAAAGAATGTTTTGTTCTTCTCCCCAACCGATATGGGATCTCACAATTCACCCCTTTCGGGCCTATCGTCCTTGTTGACACTCACTTCTCTCTCTAATCGATGTGAGATCTCACAATCCACCCCCTTCAAGGCTCAGTGAGCTGGAACACCGCCCGTGTCTGACTCTGATATCATTTTTTATAAGGGTGTAGAAACTTCTCCCTACTAGATGCGCTTTCCAACCTTCTGGGAAAACCCAAAAGAAAAAAGTCAAAAAAGACAATATCTAAGCAAACACATCTTAAAAGCTTGAGAGAAAGTCCGAAAGGGAAAACCCAAAAAAATCATATTTGTTAGTCGTAGGTTTAGACTATTCCAGCTTCTTAGACCCGAACCAGCTTCTTACTAGATGAGCTGGAACTTCCCGCTCCATGTGGGATCTCACAATCTACCCCCTTCGAGATTCAATGAGCTGAAACACCGCCTATGTCTGACGCTGATATCATTTTTTACAAAGGTGTAGAAACCTCTCCCTACTAAATGCCCTTTCAAAACTCTAAGGGAAAACTCATAAGAAAAAAAAAAAAGCCAAAAAAGTCAATATATAAGCAAACACGTTTAAAAAACTTGAGAGAAAGTCCGAAAGGGAAAACCCAAAAAAAAATCACATTTGTTAGCGGTAGGCTTAGACTATTCCAGCTTCTTAGACCCGAACATAAGAAGATATTGTATAGATACATGGAGAAATTATCTTTGGGTTTCTTAGAATCAAAGCAACAGTAAAAAAAAAAAAAAAAACATATCTTTGGGTATAAACAGCTTCCACCGAGTTGAATTCCTAAACTTTGAACCTTTTTTTTTTTTTTGTTTTTTCCTTATGAAAACATGTGAACTGCACAGATCCTGTTGTTGTACCTGCACTTTCCCTATCCAAAATGAACACAAACGTGTCAGCCTACAGACAGCACCAAAAGCGGAGCCTCCAACATGTGAAGTACACAAAGTCGGGCAATATGGCAACACGATTCTTCTCAATGATCCATTCAAATAA ATGGGAAACAAGAAGGCGGAGGTTAGTCTTTTGAATGTACTCCTCTTGTTTTTACTAATATTTTCATCCGCCGGAGACACTGCCGTTGTATTAAAAGACAGAGATGGAGATTCCATTGTTTCCGAGGGAGGAAGATTTGAACTTGGTTTTTTCACTCCTCACGGAAGATCAGACGCTAGAAGATACGTCGGAATATGGTACTACGGCTTAGAACCGGAGGTGGTTGTATGGGTTGCCAACAGAAACCAACCACTGTCCGACAGAAATGGAACTTTCACCATGGTAGGTGGGAATCTCAAGATATTGGATTCCAACAGCACTTGGTTATGGTCCGCCCTCCAGTTCCCTTCTAATTCTAGGTACACAACAATGGAGCTGATGGATTCTGGGAATTTAGTTCTCAAGGAATTAGGCGTCAATGGCACAACTCTGTGGCAAAGCTTCCAAAATCCAACTGATACATTTCTTCCGGGCATGAACATGACCGACGACTTGAAGTTGACTTCTTGGAAAGCTTCAGACGACCCCTCGCCTGGGAGTTTCAGGTTTCTCAAGGATACGGGTGGCCGGTTCATTATCGAGAAACATGGTTCGCAGTATTGGGTCAGCAAGGAACTATGGCAAAATTTCTCAACCGAGACTGATGGAATGATTGCGGAAGTAATAGAGTTTCTGTCACTAAATACTGTCGGTAGCTGGAAGGACACCGACTATACAAGAGCAGTTACGGATTTCAGTGGGAATGTACAGTACCTTGCTAGAAACAGAACGACTGGGGAATGGGATGTCATCTGGTCGGAGCCGAGAAACAAATGTAATGTCGTATCAGCTTGTGGGACCTTCGCTAGCTGTCGGAGTGACACTAAACATACTTGCAGGTGCTTGCCTGGGTTTGAGCCCGCGTCCAAGGATGAATGGGGTTCTGGTGATTACTCGCATGGGTGCAAGAGAAAGTCAGAAATTTGCATCAAGGAAGTGGTTGAAGCTCGAGAGTTTTTTAAATTAAATATGAAGATGAAAAGGACGTCGAATATTGTGAAAGTAAATGGTGATGGGGAATGCAAAAATGATGGTGGTGACGTTTACGTCCGTATCAAACGTTCTGACATTGAGTATATAACGGCACTCGACTGTGAAACATGTGGAAGCAGTATCGTCCCTTATCCTCTGAGCACAGGTCCCAACTGCGGTGATCCTATGTATGGTCGCTTCGATTGTTTACTTACTAACAGCATGTTCTACTTCCAGGCAGAAGATGATTCTTACGAAGTCACCAACATCGATCCACAATCAAATATTTTTACCATTGCAACAAACGGGTCTATCTGTAGAGAGCCAATCTGCAATGCACAAAAGGATTGCATCAATTGGCAGAATTCATTATGCAACTCATCAACAGACGGAAAAAACAGGTGCTTGTGCAATTCTTCTTTTAACTGGACTGGTACCGGCTGCCGTGATCTTCCAGAAGATGGTTTGAACCAGCCAGATCCAAAGAAGAGAAATATAAGAGTTGGTATCATCGTCCCAGTGACCATTGCTGGGTTGATTGTTATTTCTTACTTGGTGTTGTATATTTACAAGAAAAGAGGGAAGGTAGAAAACACAAAAGAGGAGCAAACAACAAGTCTTGGGGGACATCTGGAAATGACCCACTTGTACGAAAGTGAGATGCGTATCAGAGACTTCATGGGTTCCGGGATCTCCGGCAGTGATCCTGCTTCTCTTCCAATTCCTAAACAGCCAGCTTTCCTTGATAAGAGATCAACTCCTACTTCTTCTACAACAACCTCTTTGGAGTTTATGCAAGAAAATGTAAACGATGATTTTAGCTTACCTAACCCTCTCGCTAATTACCTGACCTATAATTTCAATATATTAAGAGACAGTAATGAAGATTCTCAAGTCTCTGATGGAGGAAGATTTGAACTTGGATTCTTCACTCCAGAGGGAGCCTCAGAAGCCACAAGATACGTTGGTATATGGTTTCATAATTCCAAACCGCGGATCGTTGTGTGGGTTGCCAACAGAGACCAACCACTGTCCGACAAGAATGGAGTTTTTGCTATCAAAGATGGCAATCTCAAGGTATTGGCATCAAACGGCACTTCTTTATGGTCCACCGCCCTCGATTACTCTCCTAATTCAACAATGGAGCTGATGGCTTCTGGGAATTTAGTTCTCAAGGAATTAGGCGTCAACAGCACAACTCTGTGGCAAAGCTTCCAAAATCCAACCGATACATTTCTTCCGGGCATGAACATGACCGACGACTTGAAGTTGACTTCTTGGAAAGCTTCAGACGACCCCTCGCCTGGGAATTTTACGTTTCTCAAGGATTTAAAAGGCCGCTTCGTCATCGAGAAAAGTGGTTCGCAGTATTGGGTCGGCAAGGAACTATGGCAAAATTTCTCAACCGAGACTGATGGAAATATTGCTGTAGCCATGGACTTACTGTCAAAGATTAGTGTCAGTGATTTGAAGGCCACCAACTACACCGTTCGTTTTCAAAATCAAGACTTGGATTACAACTACACAAGAGCAGTTATGGATTTCAGTGGGAAGGTACAGTTCCTTGCTAGAAACAGAACGACTGGGGAATGGGATGTCATCTGGTCGGAGCCGAGAAACAAATGTGATGTCGTATCAGCTTGTGGGACCTTCGCTAGCTGTCGGAGTGACACTAAACATACTTGCAGGTGCTTGCCTGGGTTTGAGCCCACGTCCAAGGATGAATGGGGTTCTGGTGATTACTCACATGGGTGCAAGAGAAAATCAGAAATTTGCATCAAAGAAGTGGTTGAAACTCGAGAGTTTTTGAAATTAAATATGAAGGTGAAAAGAACGTCTAATATTGTGAAAGTAAATATTGGGGAATGCAAAAGGAAGTGCCTTGAATCTTGTACATGTGAGGCGTATGCTGAAATAGAAGACAACAGAGCCGAATTTGTGTGCATCATTTGGGAGGATGACCTCGAAAACATTTGGGAATATGCAGATGGTGGTGGCGACGTTCACATTCGTATCAAACGTTCTGACATTGAATTGACAGAGCTCGATTGTGAACCATGTGGCAGTAACATCGTGCCTTATCCTTTGAGTCTGAGCACAGAATTCGACTGCGGCGTTCCTCTATATCGTAACTTTAGCTGCAACACTTCTGCTGGTCAGGTCCTCTTTCACACGGCACATGATGACTACAACGTCATCAACATGAACCCACAACTAAGAACTTTTACCATTGCAACAAACGGGTCTATCTGCAGAGGAAATGATATAGATGCAATTCAAAAGCTTCTGAAACTGGATCGCTCGTCTACATTCAAAGTAAGCAGCGGTTGTGACCCTGAATTCAATGAAATTGATATTCAATGGGAGAAACCACTAGAACCAATCTGCAATTCGCCAAGAGGTTGCACCAAATGGCTGAATTCAACATGCAAATCAACAACAGATGGAACAAATACAAATAGATGCTTGTGCAATCCTCCTTTAGAGTGGACAGGCATGGGATGCCTTAAACCAACAGAGAATGGTTTGAATCAGCCACGTGGAAAGCAGAGAAATATCAGAGTTGGCATCATTGTCCCAGTGACTATTGCTGGGTTGATTATTCTTTCCTGCTTGTTTCTGTATATTTGCTACAAAAGAAGGAAGGTACAAGATAAAAAAGAGCAAATAGGAAGCTTTTGGAGAAATCAGGAAGCTACTCACCTGTACGAAAGTGAGAAGCGTATCAGAGACTTCATGGGTTCCGGGATATCCTGTTGTTGTACCTGCACTTTCCCTATCCAAAATGAACACAAACGTGTCAGCCTACAGACAGCACCAAAAGCGGAGCCTCCAACATGTGAAGTACACAAAGTCGGGCAATATGGCAACACGATTCTTCTCAATGATCCATTCAAATAA ATGGGAAACAAGAAGGCGGAGGTTAGTCTTTTGAATGTACTCCTCTTGTTTTTACTAATATTTTCATCCGCCGGAGACACTGCCGTTGTATTAAAAGACAGAGATGGAGATTCCATTGTTTCCGAGGGAGGAAGATTTGAACTTGGTTTTTTCACTCCTCACGGAAGATCAGACGCTAGAAGATACGTCGGAATATGGTACTACGGCTTAGAACCGGAGGTGGTTGTATGGGTTGCCAACAGAAACCAACCACTGTCCGACAGAAATGGAACTTTCACCATGGTAGGTGGGAATCTCAAGATATTGGATTCCAACAGCACTTGGTTATGGTCCGCCCTCCAGTTCCCTTCTAATTCTAGGTACACAACAATGGAGCTGATGGATTCTGGGAATTTAGTTCTCAAGGAATTAGGCGTCAATGGCACAACTCTGTGGCAAAGCTTCCAAAATCCAACTGATACATTTCTTCCGGGCATGAACATGACCGACGACTTGAAGTTGACTTCTTGGAAAGCTTCAGACGACCCCTCGCCTGGGAGTTTCAGGTTTCTCAAGGATACGGGTGGCCGGTTCATTATCGAGAAACATGGTTCGCAGTATTGGGTCAGCAAGGAACTATGGCAAAATTTCTCAACCGAGACTGATGGAATGATTGCGGAAGTAATAGAGTTTCTGTCACTAAATACTGTCGGTAGCTGGAAGGACACCGACTATACAAGAGCAGTTACGGATTTCAGTGGGAATGTACAGTACCTTGCTAGAAACAGAACGACTGGGGAATGGGATGTCATCTGGTCGGAGCCGAGAAACAAATGTAATGTCGTATCAGCTTGTGGGACCTTCGCTAGCTGTCGGAGTGACACTAAACATACTTGCAGGTGCTTGCCTGGGTTTGAGCCCGCGTCCAAGGATGAATGGGGTTCTGGTGATTACTCGCATGGGTGCAAGAGAAAGTCAGAAATTTGCATCAAGGAAGTGGTTGAAGCTCGAGAGTTTTTTAAATTAAATATGAAGATGAAAAGGACGTCGAATATTGTGAAAGTAAATGGTGATGGGGAATGCAAAAATGATGGTGGTGACGTTTACGTCCGTATCAAACGTTCTGACATTGAGTATATAACGGCACTCGACTGTGAAACATGTGGAAGCAGTATCGTCCCTTATCCTCTGAGCACAGGTCCCAACTGCGGTGATCCTATGTATGGTCGCTTCGATTGTTTACTTACTAACAGCATGTTCTACTTCCAGGCAGAAGATGATTCTTACGAAGTCACCAACATCGATCCACAATCAAATATTTTTACCATTGCAACAAACGGGTCTATCTGTAGAGAGCCAATCTGCAATGCACAAAAGGATTGCATCAATTGGCAGAATTCATTATGCAACTCATCAACAGACGGAAAAAACAGGTGCTTGTGCAATTCTTCTTTTAACTGGACTGGTACCGGCTGCCGTGATCTTCCAGAAGATGGTTTGAACCAGCCAGATCCAAAGAAGAGAAATATAAGAGTTGGTATCATCGTCCCAGTGACCATTGCTGGGTTGATTGTTATTTCTTACTTGGTGTTGTATATTTACAAGAAAAGAGGGAAGGTAGAAAACACAAAAGAGGAGCAAACAACAAGTCTTGGGGGACATCTGGAAATGACCCACTTGTACGAAAGTGAGATGCGTATCAGAGACTTCATGGGTTCCGGGATCTCCGGCAGTGATCCTGCTTCTCTTCCAATTCCTAAACAGCCAGCTTTCCTTGATAAGAGATCAACTCCTACTTCTTCTACAACAACCTCTTTGGAGTTTATGCAAGAAAATGTAAACGATGATTTTAGCTTACCTAACCCTCTCGCTAATTACCTGACCTATAATTTCAATATATTAAGAGACAGTAATGAAGATTCTCAAGTCTCTGATGGAGGAAGATTTGAACTTGGATTCTTCACTCCAGAGGGAGCCTCAGAAGCCACAAGATACGTTGGTATATGGTTTCATAATTCCAAACCGCGGATCGTTGTGTGGGTTGCCAACAGAGACCAACCACTGTCCGACAAGAATGGAGTTTTTGCTATCAAAGATGGCAATCTCAAGGTATTGGCATCAAACGGCACTTCTTTATGGTCCACCGCCCTCGATTACTCTCCTAATTCAACAATGGAGCTGATGGCTTCTGGGAATTTAGTTCTCAAGGAATTAGGCGTCAACAGCACAACTCTGTGGCAAAGCTTCCAAAATCCAACCGATACATTTCTTCCGGGCATGAACATGACCGACGACTTGAAGTTGACTTCTTGGAAAGCTTCAGACGACCCCTCGCCTGGGAATTTTACGTTTCTCAAGGATTTAAAAGGCCGCTTCGTCATCGAGAAAAGTGGTTCGCAGTATTGGGTCGGCAAGGAACTATGGCAAAATTTCTCAACCGAGACTGATGGAAATATTGCTGTAGCCATGGACTTACTGTCAAAGATTAGTGTCAGTGATTTGAAGGCCACCAACTACACCGTTCGTTTTCAAAATCAAGACTTGGATTACAACTACACAAGAGCAGTTATGGATTTCAGTGGGAAGGTACAGTTCCTTGCTAGAAACAGAACGACTGGGGAATGGGATGTCATCTGGTCGGAGCCGAGAAACAAATGTGATGTCGTATCAGCTTGTGGGACCTTCGCTAGCTGTCGGAGTGACACTAAACATACTTGCAGGTGCTTGCCTGGGTTTGAGCCCACGTCCAAGGATGAATGGGGTTCTGGTGATTACTCACATGGGTGCAAGAGAAAATCAGAAATTTGCATCAAAGAAGTGGTTGAAACTCGAGAGTTTTTGAAATTAAATATGAAGGTGAAAAGAACGTCTAATATTGTGAAAGTAAATATTGGGGAATGCAAAAGGAAGTGCCTTGAATCTTGTACATGTGAGGCGTATGCTGAAATAGAAGACAACAGAGCCGAATTTGTGTGCATCATTTGGGAGGATGACCTCGAAAACATTTGGGAATATGCAGATGGTGGTGGCGACGTTCACATTCGTATCAAACGTTCTGACATTGAATTGACAGAGCTCGATTGTGAACCATGTGGCAGTAACATCGTGCCTTATCCTTTGAGTCTGAGCACAGAATTCGACTGCGGCGTTCCTCTATATCGTAACTTTAGCTGCAACACTTCTGCTGGTCAGGTCCTCTTTCACACGGCACATGATGACTACAACGTCATCAACATGAACCCACAACTAAGAACTTTTACCATTGCAACAAACGGGTCTATCTGCAGAGGAAATGATATAGATGCAATTCAAAAGCTTCTGAAACTGGATCGCTCGTCTACATTCAAAGTAAGCAGCGGTTGTGACCCTGAATTCAATGAAATTGATATTCAATGGGAGAAACCACTAGAACCAATCTGCAATTCGCCAAGAGGTTGCACCAAATGGCTGAATTCAACATGCAAATCAACAACAGATGGAACAAATACAAATAGATGCTTGTGCAATCCTCCTTTAGAGTGGACAGGCATGGGATGCCTTAAACCAACAGAGAATGGTTTGAATCAGCCACGTGGAAAGCAGAGAAATATCAGAGTTGGCATCATTGTCCCAGTGACTATTGCTGGGTTGATTATTCTTTCCTGCTTGTTTCTGTATATTTGCTACAAAAGAAGGAAGGTACAAGATAAAAAAGAGCAAATAGGAAGCTTTTGGAGAAATCAGGAAGCTACTCACCTGTACGAAAGTGAGAAGCGTATCAGAGACTTCATGGGTTCCGGGATATCCTGTTGTTGTACCTGCACTTTCCCTATCCAAAATGAACACAAACGTGTCAGCCTACAGACAGCACCAAAAGCGGAGCCTCCAACATGTGAAGTACACAAAGTCGGGCAATATGGCAACACGATTCTTCTCAATGATCCATTCAAATAA MGNKKAEVSLLNVLLLFLLIFSSAGDTAVVLKDRDGDSIVSEGGRFELGFFTPHGRSDARRYVGIWYYGLEPEVVVWVANRNQPLSDRNGTFTMVGGNLKILDSNSTWLWSALQFPSNSRYTTMELMDSGNLVLKELGVNGTTLWQSFQNPTDTFLPGMNMTDDLKLTSWKASDDPSPGSFRFLKDTGGRFIIEKHGSQYWVSKELWQNFSTETDGMIAEVIEFLSLNTVGSWKDTDYTRAVTDFSGNVQYLARNRTTGEWDVIWSEPRNKCNVVSACGTFASCRSDTKHTCRCLPGFEPASKDEWGSGDYSHGCKRKSEICIKEVVEAREFFKLNMKMKRTSNIVKVNGDGECKNDGGDVYVRIKRSDIEYITALDCETCGSSIVPYPLSTGPNCGDPMYGRFDCLLTNSMFYFQAEDDSYEVTNIDPQSNIFTIATNGSICREPICNAQKDCINWQNSLCNSSTDGKNRCLCNSSFNWTGTGCRDLPEDGLNQPDPKKRNIRVGIIVPVTIAGLIVISYLVLYIYKKRGKVENTKEEQTTSLGGHLEMTHLYESEMRIRDFMGSGISGSDPASLPIPKQPAFLDKRSTPTSSTTTSLEFMQENVNDDFSLPNPLANYLTYNFNILRDSNEDSQVSDGGRFELGFFTPEGASEATRYVGIWFHNSKPRIVVWVANRDQPLSDKNGVFAIKDGNLKVLASNGTSLWSTALDYSPNSTMELMASGNLVLKELGVNSTTLWQSFQNPTDTFLPGMNMTDDLKLTSWKASDDPSPGNFTFLKDLKGRFVIEKSGSQYWVGKELWQNFSTETDGNIAVAMDLLSKISVSDLKATNYTVRFQNQDLDYNYTRAVMDFSGKVQFLARNRTTGEWDVIWSEPRNKCDVVSACGTFASCRSDTKHTCRCLPGFEPTSKDEWGSGDYSHGCKRKSEICIKEVVETREFLKLNMKVKRTSNIVKVNIGECKRKCLESCTCEAYAEIEDNRAEFVCIIWEDDLENIWEYADGGGDVHIRIKRSDIELTELDCEPCGSNIVPYPLSLSTEFDCGVPLYRNFSCNTSAGQVLFHTAHDDYNVINMNPQLRTFTIATNGSICRGNDIDAIQKLLKLDRSSTFKVSSGCDPEFNEIDIQWEKPLEPICNSPRGCTKWLNSTCKSTTDGTNTNRCLCNPPLEWTGMGCLKPTENGLNQPRGKQRNIRVGIIVPVTIAGLIILSCLFLYICYKRRKVQDKKEQIGSFWRNQEATHLYESEKRIRDFMGSGISCCCTCTFPIQNEHKRVSLQTAPKAEPPTCEVHKVGQYGNTILLNDPFK Homology
BLAST of Csor.00g100760 vs. ExPASy Swiss-Prot
Match: Q9ZR08 (G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230 OS=Arabidopsis thaliana OX=3702 GN=At4g03230 PE=3 SV=3) HSP 1 Score: 252.3 bits (643), Expect = 3.0e-65 Identity = 142/329 (43.16%), Postives = 191/329 (58.05%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy Swiss-Prot
Match: P0DH87 (Putative inactive G-type lectin S-receptor-like serine/threonine-protein kinase SRK OS=Arabidopsis thaliana OX=3702 GN=PSEUDOSRKA PE=5 SV=1) HSP 1 Score: 220.7 bits (561), Expect = 9.7e-56 Identity = 135/404 (33.42%), Postives = 203/404 (50.25%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy Swiss-Prot
Match: P0DH86 (G-type lectin S-receptor-like serine/threonine-protein kinase SRK OS=Arabidopsis thaliana OX=3702 GN=SRK PE=2 SV=1) HSP 1 Score: 220.3 bits (560), Expect = 1.3e-55 Identity = 135/404 (33.42%), Postives = 203/404 (50.25%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy Swiss-Prot
Match: O81905 (Receptor-like serine/threonine-protein kinase SD1-8 OS=Arabidopsis thaliana OX=3702 GN=SD18 PE=1 SV=1) HSP 1 Score: 216.9 bits (551), Expect = 1.4e-54 Identity = 137/415 (33.01%), Postives = 205/415 (49.40%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy Swiss-Prot
Match: P22553 (S-locus-specific glycoprotein BS29-2 OS=Brassica oleracea var. alboglabra OX=3714 GN=SLSG PE=2 SV=1) HSP 1 Score: 213.4 bits (542), Expect = 1.5e-53 Identity = 141/413 (34.14%), Postives = 207/413 (50.12%), Query Frame = 0
BLAST of Csor.00g100760 vs. NCBI nr
Match: KAG6570860.1 (G-type lectin S-receptor-like serine/threonine-protein kinase, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 2707 bits (7018), Expect = 0.0 Identity = 1303/1303 (100.00%), Postives = 1303/1303 (100.00%), Query Frame = 0
BLAST of Csor.00g100760 vs. NCBI nr
Match: XP_022944619.1 (LOW QUALITY PROTEIN: uncharacterized protein LOC111449024 [Cucurbita moschata]) HSP 1 Score: 2330 bits (6037), Expect = 0.0 Identity = 1214/1679 (72.30%), Postives = 1234/1679 (73.50%), Query Frame = 0
BLAST of Csor.00g100760 vs. NCBI nr
Match: XP_023512255.1 (LOW QUALITY PROTEIN: uncharacterized protein LOC111777045 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 2301 bits (5964), Expect = 0.0 Identity = 1215/1713 (70.93%), Postives = 1235/1713 (72.10%), Query Frame = 0
BLAST of Csor.00g100760 vs. NCBI nr
Match: XP_022986243.1 (G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230 isoform X5 [Cucurbita maxima]) HSP 1 Score: 1189 bits (3075), Expect = 0.0 Identity = 570/632 (90.19%), Postives = 591/632 (93.51%), Query Frame = 0
BLAST of Csor.00g100760 vs. NCBI nr
Match: XP_022986244.1 (G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230 isoform X6 [Cucurbita maxima]) HSP 1 Score: 1189 bits (3075), Expect = 0.0 Identity = 570/632 (90.19%), Postives = 591/632 (93.51%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy TrEMBL
Match: A0A6J1FX09 (LOW QUALITY PROTEIN: uncharacterized protein LOC111449024 OS=Cucurbita moschata OX=3662 GN=LOC111449024 PE=4 SV=1) HSP 1 Score: 2330 bits (6037), Expect = 0.0 Identity = 1214/1679 (72.30%), Postives = 1234/1679 (73.50%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy TrEMBL
Match: A0A6J1JFJ0 (G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230 isoform X6 OS=Cucurbita maxima OX=3661 GN=LOC111484057 PE=4 SV=1) HSP 1 Score: 1189 bits (3075), Expect = 0.0 Identity = 570/632 (90.19%), Postives = 591/632 (93.51%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy TrEMBL
Match: A0A6J1JFY9 (G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230 isoform X5 OS=Cucurbita maxima OX=3661 GN=LOC111484057 PE=4 SV=1) HSP 1 Score: 1189 bits (3075), Expect = 0.0 Identity = 570/632 (90.19%), Postives = 591/632 (93.51%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy TrEMBL
Match: A0A6J1JFY2 (G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111484057 PE=4 SV=1) HSP 1 Score: 1184 bits (3062), Expect = 0.0 Identity = 570/637 (89.48%), Postives = 591/637 (92.78%), Query Frame = 0
BLAST of Csor.00g100760 vs. ExPASy TrEMBL
Match: A0A6J1J713 (G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230 isoform X4 OS=Cucurbita maxima OX=3661 GN=LOC111484057 PE=4 SV=1) HSP 1 Score: 1184 bits (3062), Expect = 0.0 Identity = 570/637 (89.48%), Postives = 591/637 (92.78%), Query Frame = 0
BLAST of Csor.00g100760 vs. TAIR 10
Match: AT4G03230.1 (S-locus lectin protein kinase family protein ) HSP 1 Score: 429.5 bits (1103), Expect = 9.7e-120 Identity = 247/653 (37.83%), Postives = 359/653 (54.98%), Query Frame = 0
BLAST of Csor.00g100760 vs. TAIR 10
Match: AT4G21380.1 (receptor kinase 3 ) HSP 1 Score: 216.9 bits (551), Expect = 9.9e-56 Identity = 137/415 (33.01%), Postives = 205/415 (49.40%), Query Frame = 0
BLAST of Csor.00g100760 vs. TAIR 10
Match: AT1G65790.1 (receptor kinase 1 ) HSP 1 Score: 207.6 bits (527), Expect = 6.0e-53 Identity = 134/401 (33.42%), Postives = 194/401 (48.38%), Query Frame = 0
BLAST of Csor.00g100760 vs. TAIR 10
Match: AT4G27290.1 (S-locus lectin protein kinase family protein ) HSP 1 Score: 203.8 bits (517), Expect = 8.7e-52 Identity = 132/400 (33.00%), Postives = 202/400 (50.50%), Query Frame = 0
BLAST of Csor.00g100760 vs. TAIR 10
Match: AT1G61610.1 (S-locus lectin protein kinase family protein ) HSP 1 Score: 199.9 bits (507), Expect = 1.3e-50 Identity = 135/415 (32.53%), Postives = 210/415 (50.60%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Silver-seed gourd (sororia) v1
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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