Sequences
The following sequences are available for this feature:
Gene sequence (with intron)
Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGAATTTTGACCGTGGGGCATTTTTAGGAGAAGGGAAGAAAGGAGGAGGCAGAAAAGAAAAGGCAGTCTTTTTCCTCTCTCGAGTCACAGGCCACTTGTCGCAGCATCATCAGCCCTCTCCGCGACGCATCATCAGTCCTCGTTGCCGTATCACCATAGTCTGCGCTGCAGCATCTCAGCCCTCTCTACAACGCATCGTCAGTCTTCATCGCCGCGTCACTTGTTCTCTCCGCGACGCATCGTCTGTCTTCATCGCCGCGTCGCCTGTCCTCTCCACGACGCATTGTCACAGCCTTCGTAGCGCGTTGCCGCATTGTAGGAAAGTCGCTGCCTCATTGAGTCTTGCTGACACGCTGAGTCTCGCTGTCTCGCTCGGTATTGCTCAGTATCGCTCAGTATCGCTCGGTATCGCTCAGTATCGCTCCAGTCTCGCTCTCGCAGGTAAAGGACTTACTACCAGGTTTTAGTGATGCCTACTGTCTAACGGTGTTGTTGGCTATTGAATGTCGTTATGAACTTTTGTCTCAGATGTTGTTGCTATGATTGTTTAGGCATGCTAAGTTTGTATTGTAAGTAACGTTCTTATGCTTATGTGCTTGTGACTCTGCGAATCTCTGTTATAAATTAGTTATGCCATGACACGTTACAGGTTGCCCTATTGTCGTGCCCCGTACCCCTAATGTACTATGCTACGAAGGGTGTCCCTCGGGATCACCACCTATGTTCATGTTACAATTATAGTCAATGCGTACTCTCGGGGCGCTTCCTATGCTTATGCTGGGTACACGGGCGCATACGACAAAAAGGGGTAACAGCTAGGCCCAGTAGTGGGTCTCTTATTGAGTATGTTTACTACCCTTTTTCTATGTTTTTCTTCCAGGTAAGGAGTATGGTGGCCCGACGCATGGCTGAGGAAATTCGTGATCGTACCATGGGACTGTCACACTGCTTCCGCACCTTAGACTAGGGTAGTTGTAATTGCATTCATTAAACCATTGGTTAATTGTTTTTGGTTATTTCTGTTCTTTTCTTGGGATTTTGCCTAACAATTTAAGGGTACCCCGCTAAAGTGTTTTTACTATTTTATGTTGGTTTAATAAACTTTAAAAAATTTAGCCTTATTATAAACTAAACTGCATTTATTTGAAGTGGATGATATCATGTCTCCTTGTCCCAACGTATTTATATAAATGTTCATGCATGTTGTAGCGACGAGTTAGTTATTAAGGGGTCAGGTCGTTACAATAACTAAATTATTTTAAGAGTTTTCTAGGACAATTGGACTATTCTGATGTTGAAATTTGGGTTTTTAACCATAAATTGTTGATTGCTCGTAGGTTGGACTTATTGTTGGAAGTTAGTAAAATTGGAACCTAGTTGCACGGTGGTTAAGGCCATTGGTGCAATTGTTAAGTAATTATTTTGGGGATTGAACCTAATTGGTGTAATTGTTTTGGCTTTTATGCCTAAAAGCTTACTGTAATTTTGGGTTCGGGTTGTATCCTAGTTTTAATTCAAGGTCCTTGGCGAAAATTGTCGGCTGGAAAATCTTTTGGACTCATTCCCAAGGTAAGTGATTTACTACTATTTGTGTTATCAATAAGATCTCATGAATGGTTCAATGTAGGAACATTATTTAGTTATGATTACTGGACTGGACATTATGATTAAGTCAATTTGTGTTATAAGTTAGATCTCATGAATGTAAGAGATGCGAGTATGTTGGATTTACTGTGTTTGTTGGGTACAATTTTGGTATATGGTTTTATGTAGGAATATTATTTGGTTACTATGGACTGGATTGGACATTAGGATTAAGTTGTGATGCCTATTTCTGAATGTCTATTGGAATGACGGTGATTGTTATCCTACTTATCAGACCCTATACTCTCTATTAAACTTGAACATTCAGGTTTACTAACTATGATTATGACTGGGTGTCCCTCGGGACCACCACTGGGATCATCACCTATGTTTGTGACTGTGACCTTCAGATCACTACCTATGACTGCATGCCTCGGCTTTGCTACTTATGCCTATGCCTATGCCTATGTTTGATAAAGAGGATAACAATTTCACCTAGTGGGTCCAGTAGTAGGTCACTTAGTGAGTATTTTAATATTCATTCTTTCTTATTACACATTTTTTAGTTGAATGAGCTAATGACAAAAAGAATCCGTGATCGTCCCATGGGACCAGTCATCTCTTCCGCGTATCATGTTTATGTCTTCTCTTTCTAGGCTATAATTCTAGTTGCAATTGATAATCTAAATAGGTTATAGTTGCAATTGATAATCTAATTTATTTATATTTAATATTAATTTGGACCTATGTTTTAAGGAGAACCGGAGAAACTTATTTCATGTAATTTGATTTAATCAGTTTATTCAATTCATATTTTATTTTATTTTATTTATGTATGTATTTATTTTTATAAACAAAATAATAGTAAAATATGTTTTATTACTTGATTTACAAACCGTTTTACACGATCTCTTGTGCATAGAGTAGCGTCTGGTCAGTTAGAAAAGTTGAGTCGTTACAATCGAGCTAGCTACTATCCAATATCGAGTGTACTGTGTATTAAGTGTGCTTCAATTTTAATCGGGGAACGTGTAATGAGCGTATCGAGTAATCGAGTATGACTACGAGTTTCTGACTCTCGAGGAGCGAGTTAGCGTGCATCGAGCAATCAAGTCATCGGACATTAAGCATCGAGTAATCTGGACCCAGGTAGGCATGCAAATGGTTCTCAGGAGCAAACTCGAACTTTCATATGAGGCTGATGTAAGCAGAAGACCACTTTTTATATAGGAGGCCGTCTGTATAAAATCCCCTAAAAGAATAACGAGATTCTTTCTTTAGACGAGTTTTGAGAGAGTGTTATTTGAAAAAAGAGAAAATTTTCGAGGCTATTTTGGACCCGAGGAATTGAGGCAAGCAAAAGAAAAAGTAGAAACTTCTCCCGAAACACCTGAAGTTCAAAATAGGAAAAGGGAGAGTCGGACGGTGGAATCCCGCGGTGTACTCTCTCCCGCGGCTTTTGAAAGAGAATTTGCCACCCACGTCATGGAACGTCCGGCGACTGGCAGCCATACCCACCAACGCCGCCCTTCTTCCACCAACTGCACCGCTCAACCTCCATTGAAGCCGCCTAGGCTCTATACAATTTCACAAGTATCTTCCAAATCCTGCCACTTTTCTCCTCGCATTTCGCCATTTCGCCATTTCCTTTTTGTTTTTTTTTTAGGGGATATAGATAGTTTCGGCTATTTCTGTTTTCGTGCTGCTGAGGATAGGTGACTTTTGTGTTCATTGGAGACTTAATCTATGAAAACTATGATTGTTTCTCATCTTTTTCTTACATTTTGTCGTCGTCAGGGTTTATAACTCCTGCCATCATGAAACGTGTGTATTGCCTCCTGCTTCAATTGTCTTTAAGTGAACAGTTGGATTTATCTACAACTGAAGCTGCGTTGAACGAGTTGAACCACGAATTTAGTCAGTCTGGATTCAAGGAAACTTATCGGGATATTTGGGGTCTGGCAGATTCTTTGTTCAAAGAACTTGATAGGAGGTTTAAGGGAGTTTTCCATGATTTGAGAAGTATTTCTTTTAGCCCTTCTCCTGAACTTGCTCGTAAAGACGATGATTTGTGGGATACCATTAAAGAGTTTATGTTGCTCTTAAGAAGTTGTTTGGTTATCATGACTCTGGTTGATTTCGAACAAAATGCTCTACTGGAAAAGGGCGGTGTAGTTCTTTCAGTTCTCAGGAAATTGCTATATTTGATTACAAGTGGAAAGGAGGAGCAAGAGTCCATCAGCTTGGAAAAATCTTTTTTACACGAATGCAGAATCACGGAATCTGATTGTACTACCCTTGTCTCTGAGGATTATTTTGCTTCCTTGTGTATTTTAGAACCTTCTGATCCATGCCATCCATTCATATGTGCAGTCCTTGAGGTTCTTACAAATTTTCCTTCTATCTTTGGGGACTTGATATCATTTCTCTGCTTTTTACTGCATTTTCACCATTATTCCTTTGCATGAAATATCTTTTTTTAACAAGTTATTTATCAATTACCATGATAAAAAAGATTTAATATTTTGATATCTTTACCAATTAGATAAGAATGTTGTAGTGTAGGAATATTATAAGGAACTCACATGCTCAAGTGCACTCACTTTGGGAAGTGGCTCACTAGCATTATCACTTTTGCTCTCTGATCTTTGATGTTGGCTTGTCTTCACCCACCATTCAACTTGAAAATCTCCGTATGTTCACATAATATCGTCTGAGTGGAGGAGTGGGTTTCATCGGGCAGTCAATTGTCATGATTTTCTTGCACAAACTGTTCACCTTGTTGTGATGAGCTTCTTACGTTTGGTTCCTATTTTGGCTTTATTTATTTATTCATATATTATTAATACTCGTGTGCATGTGTTGCTTTGGCTAGGTATTTGTGGATGAGCTTCTGATGCATAGATCGTTAAGAGAATACTTTATGCTGATAGATTCTGCAACTTCTACTAATAAAATGGTATTTTTGCACAACCTAGATCATGGTGGAATTGGGACGGTGCTGGAGGTGATTTCTGCTCATTTTATCCTGTCAGCCTCTGATGATCAAGCGTTTCATAATTTCCTCAATAGACTACATTGGGCGCACTATGAGGATTTAAAAGTTCCTGAATTAAGCCTGACGTCAGCTTTATCATTACTTCTAAATCCTGTCATGCTCTCTGCACCCAAACTGTTCCAGGCTCATTTTATTTCACTGGTTTCTGAAGTCATTGGCATCGGCGTTTTCTTGAAATCCCCAAACCCAGATCATAGGCTTATGGATTGGTACCTTATTGCGTTTGAAAAGGCAATCATGTTGTATAACAGGCATATGTCTAATTCGTGTTTGAAGGATACCCCATTGAATTCCAATGGCTGTTTTTCCAGTTCAAGTGTACCTTGGAATGGTGGTCAGCAACCTTTTGAATCTTATATTCATCAAGTTAGGAGAGAAAAAATTGAAAATCTTATTTCCAAGTATGAAAATACATGTTTTTTCTTTAGGGAAAAATCAGAGCTGCTAGCCTTATCGATTTCGTTTGTGGAGGAGAACCAACATATCTTGGATGAATCGCTTAAAGATGATCCTTTATCAATCTTACATTGTATAATTCTTGGAGCTTCTCAGGATGATGTTAGTGACACTGAAATATACAAGACTGGGTATACAAGTCACTATGAGATTTTTCTTCTTGCTTCTATATTGAAGTTGATGAGTTCGTCGTTTTTGCCTGCTATCTGGTGTCTAAGGCACCATGGAAACTCTGGTGGCCTTAAAACCTTACGAGACATTTCATCTAGTACGGAGTATGGTTTTATTTTGAGTATCATTAGCTGTTTTGAGGAATTTGATACTTTCCTACCAAATCAGAATCTCATATCTAAAGTGATGAAATCTCACCCAAATAGGCATAAGAGTTCCAAGTGGATGTTCCTGCATTTTACAGGACTACTGGCATTAAGTTTTTCTAGAGGGTCTGACATCTTAGTGAAAGACTGCGTACTTGCAATTATGACAACATTGAATCTGTTTGTTTTTGAAGAGGGAGATTTAGATGCATTATCATCGTTAATTGGATCTGAGAAAGCTGAAGAGGTACATTTATTTTTAATTACTTCGATTTGCCTTGCTCTTCAATTTTTCTTCTCTTTCACCATTTCTTTGAATTATTGCTTTTAACTATTGACATATCCTATAGGGCTTCTTACACCTAAAATCTAGTGAAACAGTTGCAATGGAGTTCCAAAAAACTCAGACAGTTCACATAAGGTACAGGGAGCCACTTTTTGCAATATCTTTAGAACTATCCCATAAATGGACAAAATGAAACTCTTACCTTCTGGGTTCGTTATACTTCACTCTTATGTATTTGTGTCATCGGGTGTCTGAATTCAGCTGCTCCTCTTTATGGATGTGTTAAAACTGTTTTACCTTTAAATGCAAATTCCATGGGGATCTCTTTTATGTACTTGTTCCTGCTTCCTCATCTCTTAGATTGCTATTCTTAATAGTTGGTTCTTCTTTAGAGAGAATTTCAAAACTCTTTTTTTTTTTTTTTTTGACATTGTACAAACATGACAACGAGAAAAATGTTTGTAAACCCAAATGCTTCAGCTGACTGGATTAAATTGTTCTCTTCTATAGCATTAGCCTTGTTTTAAGATGTTTGATTGTTTAAGTTGTATTTCTTATTAGCAGTTCTTTATGCAGAAACTTTGCTGCTTGTGTATTTTTCAGTTCTTGTGACATTAACATATCAGAAAGATCTGGCTGGAATGGAAAGCTTTGACCATATTTTACTATTAAGAAGTTTTATCAGAGGTATACTTATTTAACCTTCATCTTGCAGCAGAAATTCTCTCGAAAGCTGCCATGGAAGAATACAGGATGAGTCGGGACAATGGTTGGAAACTGCAGCCATTCATAATAGTGAAAAGGGGAGTAGTGTTGAGATAGAGGAAGCGGAAGAAACTTGCAGTGGGGAGATATTTCTAAAATGTTTGGGCTCTTCATCCTATGATGATGATATAGCAGACTTTGTGGAGTGTAAGCGTGGGAAGGATTATTTGCAGTGGATGAAGAACAGACAAAAATATCGCAAATGGAAATCACATAAATTGGCAGTGTTGAGATGGAAGAAAAAGAAAAAAATTTGGAAATGTATCAAAACAACAAAAAGATGATAACTGATTTGCTAAAATAGCTTTCTGGGTATATTCTCTCTCTCTCTATATATTTTCTTTTTTAACAAACTCAATCTGCCAAATTCAATTGTTACTGGTCTAAAATATTGTGCAGACTTTACGATATCACAAAATCTTTAGAACATGTACAAATAATCGAATTGAAACTTCCAAATCAAAAGACACATTAGAAGTTTTCAATTCTGTCAAAATCTCGCTACTCCCTGTGATGATGATTCTTGCACTTACTCCTCTTGATTCTCGCATCTATTGTTTCTAGTTCATGTCCCCCTATGAGGGAGGAGGGAGAAGAAGACAAAGATGAGAGGAACAGAAAAAAGTGAAGAAACAATACAAAATATTTTGTTAATCTTTTTTCTAGTTTAAATTAGCTTATTAGCTGCAGTGTCAGTTAAGAAGGATCTCCATGGTCGAAGATAATATTCCTTTGTTGATCTTTTTTGTATTTGAAAATTAATCATTTGTTCGTTCTAAAGGCATACTTGGATTTCAGACTGTGAGATTTATATGTTAAATCTTGAAGTTTTAGGTCATATTGAGTTGCTGAGAAATTTTGAGTTGTTTTCACATTGGTTTTTTCCAACTCAAGATAACTTCAAAGAAATTAATTGTTTGGGCGTTGAATTTCTTATATTTACATTTAGACATTAAAAAAAAAATGTGAGTTAGATCTTGATGTTATTGAAATTAATTGTTTGGGTGTTGAAATTCTTGACCTTTTCTTAAAAAGATTAAAAAAAAAAAAAAAACAACAACAAACAACTAGAATGAAGCGTAATGCATATGTTGTTGCTAGCTCACTTGTCAAGTCTCAACCATTTTATCCCATTCATTGAAAAAAAAAAAAAGAAAAAAATTCAAATCTCATTGGTGAGTCAAACTTCAGGTTAAAGGCAACCTTATTTTGACTTACAATTCTCATGGGCTAAATCTTACATTTACCATAAACCCTTCAAACAAGGTTTTAATTATCGCACTGATATTGTAAACACCACAGGATCTGAAATTAGTCACTATAAAACTATGAGCCTAGCCAACCAACATATGTGAATTTGTGGTAAGCCACTATTTTTACCATTTTAAAACAAGCTTTGCATAAGCTGTGAAATGACACACAGCTTTGCCCCATTATTGGGAACCATGAGTTTTACTCGTACAATGAAGGTTTAGTATTGGCCGGTTTGATGATGATGGGCTTTAGTGAACCAATAAAACCTTTCCTCCAGTTTGATGATTTGTCATATTTATGTTGTGATTTATGCTCTAAAACCTCTTAATTGATTAACTAATTAATTTCATTCTTAATTATGCAATATTAATTTATCAATTAACGAAAAAATCTAAGGTTATTGCATGTAGTCTTGAACAATATGTAGTTGACATATAAGGTGGATCATGTTTAAGAAATAACCTAAAAGTCTATAGTATATGAATAAAGTTGAATGTTTTATCTTGGATACACTATGAATACGACCCGCTTTGTAATAGTTACAAATGGTTTGATCCAAACTGTTCATGTGGAGACATATGAGTGGGGTATCTATACAAAGAGTTTGTATAAAATCGAACTACGAAATATTTAATCTCTTTTTGTAAATCCATTAATTGATGAGATTAATATTTCATACGATGATCATATGTGACTTGATCTTAATCCAGAGTGACTTATGAACTCCGTATGTGAGGTCGGTCTTTTGATTTGCATGGGTGAGAGTGGCCGAGTTGTTAATTTAATAAGTCTACCTATTTTTGGGACTTGACTAAATGAGGAGCTGAGAACATAACTTCACAAGATGAAATCCACTCCTTCCCAAATAGGGTAAGTAGATGAATAGTTCTTTTAAGAGCTGATTTCGGGTCTTGACCAAGCACTCCACCGTCTCACTGGCCTAGGAGGGACTTAGTTTATGGTTGGACAGACATTTAACCCAGTTATAATTATGAACAACTCGTGAAGGATCTACTTGCTTCTATTGATTATATCCATGGACACAACTTGTCCTACAGTGTATACGAGTTCAATTATTGGTCTATAGTGGTTTGCCCTGTAGTTAATGAATGAAGATTAAGTTACTTAAAAGAGTTGAAACTAGGTCCATAAGGTCCCCTTGCTACCTTATCACGGATCAATTATGATTGAAAGAAAATTTGAACTATTCAAATTTTAAGGAAAAATGATAATTGTATTGGATACAATTAAATATATGTTTTATTATAGAGTTTATCTAAATTAAATTCAAATTACTTTATAATATGGAGAATTAATTTATTGGAATGAAATTCAAATAAATAAATTATTTAATTTGAATAAGATTCAAATTAAATATATTAGAAGAGAATTAATGTATTTGAATGTAATTCAAATAATTAATTATTTATTTCAATGAGATCTATGTAGATAAATAAGTTATTTAATTTGAATAAAATTTGAATTAAATAAATAGAGGGAGAATTAATTAATTAATTTGAATTGGATTCAAATAATTAATTATTTAATTTGGATAAGATTCAAATTAAAGATTCTATAGAAAATAAATATTTAAATAAGATCAAAATATTTTAAACCATTTAATATGAGATATTATTTGGGTACATATTTATTAATATTGAATATTATTAAATATTAATTTAAAATATCTAGTTGTCCAACTATGAGTAGGAGTAACCCATAGAATTCTATAAATAGGACTTTTTGGTTCCCTCATAAAATACATAATAATCTCTAAGATTACTCTTGTCACACTCCCTCTCGAGTTACCCTCTGTAGCTCGAAAAGAGGCGTGAGGACAACGGATATCGACCCTTTTACGATATCTATGTCAACTTATACTCCTTTATGACTTAACATGTACAACGTAAATAATCAAATTCAATATTAAATCATTTTAACGTGCATAATTTTATTTACACAATTGTTTATAAGGTTTGTTTACAAGTAACGTACCCCTAGCTCGATAAAAGTTTCTGCTTATTTCAATTGATAACATTATATCTCGACAGACCTCGATTTTGCACAGCAATGGGAACTCGACTGCTACCTAGAAAGAAAAACATAAGAAAAGGTTGAGTTTCACAAAGCCTAGTAAGTAGTCAATACATATGACCCTTCCAACATAACTGATATGATAAAGTTCATTATTAACCACAACTATGACGAGTGACTTGTCTCATATCCTTCGACTCATCATTCTATCCTTCCATGACTTTTACTTGATACCTTATTAAGAATGATGCCTTCCAAACCTTCAATAAGGAAGATGCAATGAAGATGTCAGAACAGATAGTTTGTTTTTAAGACTTCAGAATCAAGTAAATGAAAAATGTGGGGGGAGTGTAATTCTAATCCTAAAAGGATAAAAGTCCCCAAATTAATTCAAATACTAAGAAAATCAACAAATGAATGAACTAAAGTGAATCTTTTTGATGTGACTACACGAGGACAATTATATCCGTTGACACTGCTACATCCCCAATTCTTATCCTAAAGGGCAAAAGCTCGAAGTATAGAGTTGTGGTTGTGTGTAGAAAGAATGTATAAAATGGTTGTATAAACAAAAAGCTAAAGTTCAAACTTTGGGTGATGTAGCAGGGATTGGCATAAATTAGGCTATCTTGGTCAAATTTGTGATGATTAGGATTAAGATTAGTTTCTTAGATAAATTAGAATTAGGATTAGTTTATTTTCCAATTCTCTATAAATAGAAAAATTGTTTCTTGTATAGACAACATCTAATTGATAATGAAGACTTAGATTTTATTCTTGGAGATTTCTTTTTTTTGTTCCTTTAGGCTACATCAATTTGTTTTCATCCTTCTCATTACACGCGATTACACAAAATTTTTGTCCATTAATTATTCCCCCTCCTTGACTCCTATAACTTTATTTAACAATAAGTTCGCTTCAACTTTTTCTTTGGTCGGGTCATATTTACGTTTTCTCTTGAATTTGTTTTGTTTGTCTCTTCTTTTTCTCCTTGATCGAATGACTTTTCTTCTTCTTTGTGTGATTGGTATAATTGGTATTTCCCTTAAATTTGGCTTGCTTGAATTTCACTTTTGATCATTCATTGAATTTTTCTTGTGCAAATTCACAACTTCGCGTGATTTTTAGTTTTCCTTAAAATTTTCCCAAAAGATGTCAGATTTCATCCATTCCCTTATGATTCAAGTCATCCTAATAGATGTTCTTATTCAAATATTTCTATTTTCTTCAAAATATTTCAACCACCATATTGGTCATAATAATTTCTTTCACACTTTGAATAATTTTTTGAATCATCCAACTCCCAATTCTTACGTCGACTTCTTAGAAAATCGATTTGATTATAACGTCTGGCTCTTAATAATGTCGATTTGTTATTCCCTCCCAAACTTCATTAGAATCATCATCAGAATTACTAAAATCACTAGAACCCAAATTCCAATGTGGATCTAGATAGATTTTTTGAGAAAATCAAGCATTATTATGTTGTGCCAAAAAAGTATTTTTCTTGTTTCTCACAGAAGAAAGGGGTTTCTTAAATAGCAAAAAAAAAAAAAAAAAAAACCATTACAAATAAGGAAAAAAAAATACAACAAATATAACACAATAGATACATGGAGATAGTAAGAAAAAAGGAAATAATCAACATGTTGGAATTCTTCTTATGAAGCACTCGGGTCAGAATTCCAACATTATTCTTGGGATTACATTTGACCTTCTTGCCTATACCAATTGTTGTATTTTTTTCTCTTGTGTCTACATTGATTAATGATAGCACCTAAAATGTTCTATCTTCCTTAGCTTAACTCAGGATCGTAGTGCTATTTAATGTGTCTATTATGTTATTTTGTAGGTTTTGAGCACTTAACAGGTAGAACGGGAGGGGGGTGTTAGCAACAAAATCGAGCTAAAACGGACCAAAAAAGAGTTCCACGACATCAACCGAGAAATAGAACTCCAAAATGACCAAAATGCCCCTAAAACCACGGCGCCGTGACGCTTTTTCCCGAGTCCTTCTGTTGGCGAAGCGCAGCAGGCACTGTGACACTCCAAAAATATCAGGCGGCCAAATTCGCGTTAGCGCCGCGGCACTGCGACGGTTTCCTTAAAAGAAACCTTCGATTTCTAGGTTAAATAAATGCCCGACCAGCCGACTTTTGGCTCCATTCTCTCCTCTTTTCTTCTTTTCATACCTAGGAACTTGAACCCAATAATCGGTATGCCGATTATTGGCTAAGGTAACATTTTTTCTAGCTTGGGTATTAGAGATTTTCCCTTGTAATTGATGTTCTTTTGAGGTTTTGAACTTAATTCAAGTGTATGCATGACCTATTCAGATATTCACGACCAAGAAACACTGGACAACAATTCTGTGTCAGTCAAGCTTCTCGGTAATTTTGAGTTTTTAAGAATTACGATCAATTTGTAACACTGGTGTTTATTTTGATTATTGCTTTGATTGTATTACAATTCGTGACAATTTGTTGTATGTCAATCATAAGAAGCAATAGGTTAGGTTAGCTTGCAAATCTAGATGGTGATGCACATTGTTATAATCAACCTAGGATTAAATCGATAGGACGTTCAATCTAGGTCTTTCCAGTTACATGTTCCACCTAATTTTCCTTTGAACTTAATGCAATTGGGTTTAGTCAAATTTTGCATGCTTTTCATCGATTTGCCTTAAATCTAACTTGTCGACTAGGACAATTCAATTCTGGCCTTTCCAATTGAATTGACTAGGTGTTAACTTCATTGGATTTAGTAATGACGAACCAATGATAAGAACATGAAACAAAGGAAATCCCGCATAACCCAAGCTAGAGCTTCTTCAATTGAATTTTAACTCTTTTTACTTCGCACAATTTATTTGTATGAAATTTACTTTTTATTGTGATTAACCGTTTCTCAACCCCCCTTTGGTTACCTTGAATTGAAACTTTCAACTATGAATTTTAACTACTACTGTGGGTAAGTTAGGAAAATTTATTTGGCATGGAATTGGGTGACAAATTCCGTCCGTCAAATTGACGCCGTTGCCGGGGAGCCAAGAAATTTCACTTTTGTGGGTTTACAATTCTTTATCGCTCTTTAGTTTTTCCTCCTTTGTATGACCCGATCCTCCCCTCTTAGGATCGAGACAATTTGTTATATTTTGCAGACATCAATAGAGAGGAAAGGCGGCGGAGGAGGGAAACTAAAGAACGAAGAGCTTCAGAGGAACACACTCGTGCAGTAGGCACATTCGAAAAGCTTTTAGAAGAAGAACCATCAATGACGCAACTTGTAGAGTGCACATTGCGGGACCTCTCGGCCCCAAATGTTGATCAACAACCCTTTTGCATTACCTATCTGGCCACGACAGGTAATTTTGAACTTAAATCGGGCTTAATTCACTTACTCACTTCCTTTTCTGGATGTGCAGGTGAGGACCCCCACAAGCTTCTTAAGGAGTTCATTATTGTGTGCGAGGGGATGAGATCACATGGCGTAACCGAGGAGCAGATTAACCTCAGAGCCTTCCCTTTCTCCCTGAAAGATGATGCCAAGGATTGACTTGACTTCCTTCCTCCAGGTTCTATAACCACCTGGAAGGAGATGTAGAGTCAATTCTTGGGGAAGTTCTTTCCCACATCGTGCGCCGCGCGAATCAGGAAGAAAATTTACGAGATTTCCTAGACGGCGGGGGAGACACTGTTTGAGTACTGGGAGCGGTTCAAACGCTTGTGCGCCAGCTTTCCCAACCACCAGATCTCGGATGCGCTGCTGATACAGTACTTCTATGAAGGGCTTGTCCCTAGTGATAGGAGTACTATTGATGCAGCCAGTGGTGGCACCTTGGTCAACAAGACTCCTACGGAGGCTAGGGCACTCATTTCCACCATGGGGGAGCATGCGCAGCAGTTCGGGATGCGAGCTCCCAGCAGTACCACGTCCTCACGAGAGGCAAGTGAAATTAGAGCTGAACTTTCTGAACTCTCTTCTTTGGTGAAGCAGGTCTTTGCTGCCAGGCAGCATCCCCAGGAGCCAGCTGAGGTTAGTTATGCTGACAATCAGCAAGGTGGGCGGATATATAACTACAACCGCTGGGGTGGTCAAGGAAACCAGGGCCACGAAAATTCAGGGATGCCTTTGGAGGACATGGTAAAAGAGCTGGCCGATTCACCGCTCAGATCCAACGCACTCAAGAACAGTTTATCTAGACCACCACCTCCCATATTTAGAGCATGGCCAACTAGCTCTCCTAGCTAA
mRNA sequence
ATGAATTTTGACCGTGGGGCATTTTTAGGAGAAGGGAAGAAAGGAGGAGGCAGAAAAGAAAAGGCAGTCTTTTTCCTCTCTCGAGTCACAGGCCACTTGTCGCAGCATCATCAGCCCTCTCCGCGACGCATCATCAGTCCTCGTTGCCGTATCACCATAGTCTGCGCTGCAGCATCTCAGCCCTCTCTACAACGCATCGTCAGTCTTCATCGCCGCGTCACTTGTTCTCTCCGCGACGCATCGTCTGTCTTCATCGCCGCGTCGCCTGTCCTCTCCACGACGCATTGTCACAGCCTTCGTAGCGCGTTGCCGCATTGTAGGAAAGTCGCTGCCTCATTGAGTCTTGCTGACACGCTGAGTCTCGCTGTCTCGCTCGGTATTGCTCAGTATCGCTCAGTATCGCTCGGTATCGCTCAGTATCGCTCCAGTCTCGCTCTCGCAGGTAAAGGACTTACTACCAGGGTGTCCCTCGGGATCACCACCTATGTTCATGTTACAATTATAGTCAATGCGTACTCTCGGGGCGCTTCCTATGCTTATGCTGGGTTTACTAACTATGATTATGACTGGGTGTCCCTCGGGACCACCACTGGGATCATCACCTATGTTTGTGACTGTGACCTTCAGATCACTACCTATGACTGCATGCCTCGGCTTTGCTACTTATGCCTATGCCTATGCCTATGTTTGATAAAGAGGATAACAATTTCACCTAGTGGGTCCAGTAGTAGGTCACTTAGCATGCAAATGGTTCTCAGGAGCAAACTCGAACTTTCATATGAGGCTGATGCTCTATACAATTTCACAAGGTTTATAACTCCTGCCATCATGAAACGTGTGTATTGCCTCCTGCTTCAATTGTCTTTAAGTGAACAGTTGGATTTATCTACAACTGAAGCTGCGTTGAACGAGTTGAACCACGAATTTAGTCAGTCTGGATTCAAGGAAACTTATCGGGATATTTGGGGTCTGGCAGATTCTTTGTTCAAAGAACTTGATAGGAGGTTTAAGGGAGTTTTCCATGATTTGAGAAGTATTTCTTTTAGCCCTTCTCCTGAACTTGCTCGTAAAGACGATGATTTGTGGGATACCATTAAAGAGTTTATGTTGCTCTTAAGAAGTTGTTTGGTTATCATGACTCTGGTTGATTTCGAACAAAATGCTCTACTGGAAAAGGGCGGTGTAGTTCTTTCAGTTCTCAGGAAATTGCTATATTTGATTACAAGTGGAAAGGAGGAGCAAGAGTCCATCAGCTTGGAAAAATCTTTTTTACACGAATGCAGAATCACGGAATCTGATTGTACTACCCTTGTCTCTGAGGATTATTTTGCTTCCTTGTGTATTTTAGAACCTTCTGATCCATGCCATCCATTCATATGTGCAGTCCTTGAGGTATTTGTGGATGAGCTTCTGATGCATAGATCGTTAAGAGAATACTTTATGCTGATAGATTCTGCAACTTCTACTAATAAAATGGTATTTTTGCACAACCTAGATCATGGTGGAATTGGGACGGTGCTGGAGGTGATTTCTGCTCATTTTATCCTGTCAGCCTCTGATGATCAAGCGTTTCATAATTTCCTCAATAGACTACATTGGGCGCACTATGAGGATTTAAAAGTTCCTGAATTAAGCCTGACGTCAGCTTTATCATTACTTCTAAATCCTGTCATGCTCTCTGCACCCAAACTGTTCCAGGCTCATTTTATTTCACTGGTTTCTGAAGTCATTGGCATCGGCGTTTTCTTGAAATCCCCAAACCCAGATCATAGGCTTATGGATTGGTACCTTATTGCGTTTGAAAAGGCAATCATGTTGTATAACAGGCATATGTCTAATTCGTGTTTGAAGGATACCCCATTGAATTCCAATGGCTGTTTTTCCAGTTCAAGTGTACCTTGGAATGGTGGTCAGCAACCTTTTGAATCTTATATTCATCAAGTTAGGAGAGAAAAAATTGAAAATCTTATTTCCAAGTATGAAAATACATGTTTTTTCTTTAGGGAAAAATCAGAGCTGCTAGCCTTATCGATTTCGTTTGTGGAGGAGAACCAACATATCTTGGATGAATCGCTTAAAGATGATCCTTTATCAATCTTACATTGTATAATTCTTGGAGCTTCTCAGGATGATGTTAGTGACACTGAAATATACAAGACTGGGTATACAAGTCACTATGAGATTTTTCTTCTTGCTTCTATATTGAAGTTGATGAGTTCGTCGTTTTTGCCTGCTATCTGGTGTCTAAGGCACCATGGAAACTCTGGTGGCCTTAAAACCTTACGAGACATTTCATCTAGTACGGAGTATGGTTTTATTTTGAGTATCATTAGCTGTTTTGAGGAATTTGATACTTTCCTACCAAATCAGAATCTCATATCTAAAGTGATGAAATCTCACCCAAATAGGCATAAGAGTTCCAAGTGGATGTTCCTGCATTTTACAGGACTACTGGCATTAAGTTTTTCTAGAGGGTCTGACATCTTAGTGAAAGACTGCGTACTTGCAATTATGACAACATTGAATCTGTTTGTTTTTGAAGAGGGAGATTTAGATGCATTATCATCGTTAATTGGATCTGAGAAAGCTGAAGAGGGCTTCTTACACCTAAAATCTAGTGAAACAGTTGCAATGGAGTTCCAAAAAACTCAGACAGTTCACATAAGCAGAAATTCTCTCGAAAGCTGCCATGGAAGAATACAGGATGAGTCGGGACAATGGTTGGAAACTGCAGCCATTCATAATAGTGAAAAGGGGAGTAGTGTTGAGATAGAGGAAGCGGAAGAAACTTGCAGTGGGGAGATATTTCTAAAATGTTTGGGCTCTTCATCCTATGATGATGATATAGCAGACTTTGTGGAGTACATCAATAGAGAGGAAAGGCGGCGGAGGAGGGAAACTAAAGAACGAAGAGCTTCAGAGGAACACACTCGTGCAGTAGGCACATTCGAAAAGCTTTTAGAAGAAGAACCATCAATGACGCAACTTGTAGAGTGCACATTGCGGGACCTCTCGGCCCCAAATGTTGATCAACAACCCTTTTGCATTACCTATCTGGCCACGACAGGTGAGGACCCCCACAAGCTTCTTAAGGAGTTCATTATTGTGTGCGAGGGGATGAGATCACATGGCACGGCGGGGGAGACACTGTTTGAGTACTGGGAGCGGTTCAAACGCTTGTGCGCCAGCTTTCCCAACCACCAGATCTCGGATGCGCTGCTGATACAGTACTTCTATGAAGGGCTTGTCCCTAGTGATAGGAGTACTATTGATGCAGCCAGTGGTGGCACCTTGGTCAACAAGACTCCTACGGAGGCTAGGGCACTCATTTCCACCATGGGGGAGCATGCGCAGCAGTTCGGGATGCGAGCTCCCAGCAGTACCACGTCCTCACGAGAGGCAAGTGAAATTAGAGCTGAACTTTCTGAACTCTCTTCTTTGGTGAAGCAGGTCTTTGCTGCCAGGCAGCATCCCCAGGAGCCAGCTGAGGTTAGTTATGCTGACAATCAGCAAGGTGGGCGGATATATAACTACAACCGCTGGGGTGGTCAAGGAAACCAGGGCCACGAAAATTCAGGGATGCCTTTGGAGGACATGGTAAAAGAGCTGGCCGATTCACCGCTCAGATCCAACGCACTCAAGAACAGTTTATCTAGACCACCACCTCCCATATTTAGAGCATGGCCAACTAGCTCTCCTAGCTAA
Coding sequence (CDS)
ATGAATTTTGACCGTGGGGCATTTTTAGGAGAAGGGAAGAAAGGAGGAGGCAGAAAAGAAAAGGCAGTCTTTTTCCTCTCTCGAGTCACAGGCCACTTGTCGCAGCATCATCAGCCCTCTCCGCGACGCATCATCAGTCCTCGTTGCCGTATCACCATAGTCTGCGCTGCAGCATCTCAGCCCTCTCTACAACGCATCGTCAGTCTTCATCGCCGCGTCACTTGTTCTCTCCGCGACGCATCGTCTGTCTTCATCGCCGCGTCGCCTGTCCTCTCCACGACGCATTGTCACAGCCTTCGTAGCGCGTTGCCGCATTGTAGGAAAGTCGCTGCCTCATTGAGTCTTGCTGACACGCTGAGTCTCGCTGTCTCGCTCGGTATTGCTCAGTATCGCTCAGTATCGCTCGGTATCGCTCAGTATCGCTCCAGTCTCGCTCTCGCAGGTAAAGGACTTACTACCAGGGTGTCCCTCGGGATCACCACCTATGTTCATGTTACAATTATAGTCAATGCGTACTCTCGGGGCGCTTCCTATGCTTATGCTGGGTTTACTAACTATGATTATGACTGGGTGTCCCTCGGGACCACCACTGGGATCATCACCTATGTTTGTGACTGTGACCTTCAGATCACTACCTATGACTGCATGCCTCGGCTTTGCTACTTATGCCTATGCCTATGCCTATGTTTGATAAAGAGGATAACAATTTCACCTAGTGGGTCCAGTAGTAGGTCACTTAGCATGCAAATGGTTCTCAGGAGCAAACTCGAACTTTCATATGAGGCTGATGCTCTATACAATTTCACAAGGTTTATAACTCCTGCCATCATGAAACGTGTGTATTGCCTCCTGCTTCAATTGTCTTTAAGTGAACAGTTGGATTTATCTACAACTGAAGCTGCGTTGAACGAGTTGAACCACGAATTTAGTCAGTCTGGATTCAAGGAAACTTATCGGGATATTTGGGGTCTGGCAGATTCTTTGTTCAAAGAACTTGATAGGAGGTTTAAGGGAGTTTTCCATGATTTGAGAAGTATTTCTTTTAGCCCTTCTCCTGAACTTGCTCGTAAAGACGATGATTTGTGGGATACCATTAAAGAGTTTATGTTGCTCTTAAGAAGTTGTTTGGTTATCATGACTCTGGTTGATTTCGAACAAAATGCTCTACTGGAAAAGGGCGGTGTAGTTCTTTCAGTTCTCAGGAAATTGCTATATTTGATTACAAGTGGAAAGGAGGAGCAAGAGTCCATCAGCTTGGAAAAATCTTTTTTACACGAATGCAGAATCACGGAATCTGATTGTACTACCCTTGTCTCTGAGGATTATTTTGCTTCCTTGTGTATTTTAGAACCTTCTGATCCATGCCATCCATTCATATGTGCAGTCCTTGAGGTATTTGTGGATGAGCTTCTGATGCATAGATCGTTAAGAGAATACTTTATGCTGATAGATTCTGCAACTTCTACTAATAAAATGGTATTTTTGCACAACCTAGATCATGGTGGAATTGGGACGGTGCTGGAGGTGATTTCTGCTCATTTTATCCTGTCAGCCTCTGATGATCAAGCGTTTCATAATTTCCTCAATAGACTACATTGGGCGCACTATGAGGATTTAAAAGTTCCTGAATTAAGCCTGACGTCAGCTTTATCATTACTTCTAAATCCTGTCATGCTCTCTGCACCCAAACTGTTCCAGGCTCATTTTATTTCACTGGTTTCTGAAGTCATTGGCATCGGCGTTTTCTTGAAATCCCCAAACCCAGATCATAGGCTTATGGATTGGTACCTTATTGCGTTTGAAAAGGCAATCATGTTGTATAACAGGCATATGTCTAATTCGTGTTTGAAGGATACCCCATTGAATTCCAATGGCTGTTTTTCCAGTTCAAGTGTACCTTGGAATGGTGGTCAGCAACCTTTTGAATCTTATATTCATCAAGTTAGGAGAGAAAAAATTGAAAATCTTATTTCCAAGTATGAAAATACATGTTTTTTCTTTAGGGAAAAATCAGAGCTGCTAGCCTTATCGATTTCGTTTGTGGAGGAGAACCAACATATCTTGGATGAATCGCTTAAAGATGATCCTTTATCAATCTTACATTGTATAATTCTTGGAGCTTCTCAGGATGATGTTAGTGACACTGAAATATACAAGACTGGGTATACAAGTCACTATGAGATTTTTCTTCTTGCTTCTATATTGAAGTTGATGAGTTCGTCGTTTTTGCCTGCTATCTGGTGTCTAAGGCACCATGGAAACTCTGGTGGCCTTAAAACCTTACGAGACATTTCATCTAGTACGGAGTATGGTTTTATTTTGAGTATCATTAGCTGTTTTGAGGAATTTGATACTTTCCTACCAAATCAGAATCTCATATCTAAAGTGATGAAATCTCACCCAAATAGGCATAAGAGTTCCAAGTGGATGTTCCTGCATTTTACAGGACTACTGGCATTAAGTTTTTCTAGAGGGTCTGACATCTTAGTGAAAGACTGCGTACTTGCAATTATGACAACATTGAATCTGTTTGTTTTTGAAGAGGGAGATTTAGATGCATTATCATCGTTAATTGGATCTGAGAAAGCTGAAGAGGGCTTCTTACACCTAAAATCTAGTGAAACAGTTGCAATGGAGTTCCAAAAAACTCAGACAGTTCACATAAGCAGAAATTCTCTCGAAAGCTGCCATGGAAGAATACAGGATGAGTCGGGACAATGGTTGGAAACTGCAGCCATTCATAATAGTGAAAAGGGGAGTAGTGTTGAGATAGAGGAAGCGGAAGAAACTTGCAGTGGGGAGATATTTCTAAAATGTTTGGGCTCTTCATCCTATGATGATGATATAGCAGACTTTGTGGAGTACATCAATAGAGAGGAAAGGCGGCGGAGGAGGGAAACTAAAGAACGAAGAGCTTCAGAGGAACACACTCGTGCAGTAGGCACATTCGAAAAGCTTTTAGAAGAAGAACCATCAATGACGCAACTTGTAGAGTGCACATTGCGGGACCTCTCGGCCCCAAATGTTGATCAACAACCCTTTTGCATTACCTATCTGGCCACGACAGGTGAGGACCCCCACAAGCTTCTTAAGGAGTTCATTATTGTGTGCGAGGGGATGAGATCACATGGCACGGCGGGGGAGACACTGTTTGAGTACTGGGAGCGGTTCAAACGCTTGTGCGCCAGCTTTCCCAACCACCAGATCTCGGATGCGCTGCTGATACAGTACTTCTATGAAGGGCTTGTCCCTAGTGATAGGAGTACTATTGATGCAGCCAGTGGTGGCACCTTGGTCAACAAGACTCCTACGGAGGCTAGGGCACTCATTTCCACCATGGGGGAGCATGCGCAGCAGTTCGGGATGCGAGCTCCCAGCAGTACCACGTCCTCACGAGAGGCAAGTGAAATTAGAGCTGAACTTTCTGAACTCTCTTCTTTGGTGAAGCAGGTCTTTGCTGCCAGGCAGCATCCCCAGGAGCCAGCTGAGGTTAGTTATGCTGACAATCAGCAAGGTGGGCGGATATATAACTACAACCGCTGGGGTGGTCAAGGAAACCAGGGCCACGAAAATTCAGGGATGCCTTTGGAGGACATGGTAAAAGAGCTGGCCGATTCACCGCTCAGATCCAACGCACTCAAGAACAGTTTATCTAGACCACCACCTCCCATATTTAGAGCATGGCCAACTAGCTCTCCTAGCTAA
Protein sequence
MNFDRGAFLGEGKKGGGRKEKAVFFLSRVTGHLSQHHQPSPRRIISPRCRITIVCAAASQPSLQRIVSLHRRVTCSLRDASSVFIAASPVLSTTHCHSLRSALPHCRKVAASLSLADTLSLAVSLGIAQYRSVSLGIAQYRSSLALAGKGLTTRVSLGITTYVHVTIIVNAYSRGASYAYAGFTNYDYDWVSLGTTTGIITYVCDCDLQITTYDCMPRLCYLCLCLCLCLIKRITISPSGSSSRSLSMQMVLRSKLELSYEADALYNFTRFITPAIMKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFKELDRRFKGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGGVVLSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDPCHPFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHFILSASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEVIGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPWNGGQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDESLKDDPLSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLRHHGNSGGLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWMFLHFTGLLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHLKSSETVAMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEETCSGEIFLKCLGSSSYDDDIADFVEYINREERRRRRETKERRASEEHTRAVGTFEKLLEEEPSMTQLVECTLRDLSAPNVDQQPFCITYLATTGEDPHKLLKEFIIVCEGMRSHGTAGETLFEYWERFKRLCASFPNHQISDALLIQYFYEGLVPSDRSTIDAASGGTLVNKTPTEARALISTMGEHAQQFGMRAPSSTTSSREASEIRAELSELSSLVKQVFAARQHPQEPAEVSYADNQQGGRIYNYNRWGGQGNQGHENSGMPLEDMVKELADSPLRSNALKNSLSRPPPPIFRAWPTSSPS
Homology
BLAST of Cla97C08G144770 vs. NCBI nr
Match:
XP_038891042.1 (uncharacterized protein LOC120080460 [Benincasa hispida])
HSP 1 Score: 1191.8 bits (3082), Expect = 0.0e+00
Identity = 597/679 (87.92%), Postives = 641/679 (94.40%), Query Frame = 0
Query: 277 MKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFKELDRRF 336
MKRVYCLLLQLSLSEQLDLS TEAALNELNHEF +SGFKE++R+ W LAD LFKELDRRF
Sbjct: 1 MKRVYCLLLQLSLSEQLDLSRTEAALNELNHEFGRSGFKESFRNFWALADFLFKELDRRF 60
Query: 337 KGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGGVV 396
KGVFHDLRSISF PSPELARKD+DLWD +KE MLLLRSCLVIMTLVDFEQNALLEKGGVV
Sbjct: 61 KGVFHDLRSISFCPSPELARKDNDLWDAVKELMLLLRSCLVIMTLVDFEQNALLEKGGVV 120
Query: 397 LSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDPCH 456
LSVLRKLL LIT+GKEE++SISLEKSFLHECRITES CTT+ SED+FASLCILEPSDPCH
Sbjct: 121 LSVLRKLLNLITTGKEEKDSISLEKSFLHECRITESHCTTIFSEDFFASLCILEPSDPCH 180
Query: 457 PFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHFIL 516
PFICAVLEVFVDELLMHRSLREYFML+DS +ST KM+F+H+L HGGIGTVLEVISAHFIL
Sbjct: 181 PFICAVLEVFVDELLMHRSLREYFMLVDSVSSTTKMIFMHDLVHGGIGTVLEVISAHFIL 240
Query: 517 SASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV 576
S SD+QAFHNFLNRL+WAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV
Sbjct: 241 SVSDEQAFHNFLNRLYWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV 300
Query: 577 IGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPWNG 636
IGIGVFL+SPNPDHRLMDWYLIAFEKAIMLYNRHMSNS +K T LNSNGCFS+S VPWN
Sbjct: 301 IGIGVFLRSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSYMKGTSLNSNGCFSNSRVPWNS 360
Query: 637 GQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDESLKDDP 696
GQQPFESYIHQVRREKI+NLISKYENTC FFR+KSELL LS+S+VEENQHILDESLKDD
Sbjct: 361 GQQPFESYIHQVRREKIDNLISKYENTCLFFRDKSELLTLSMSYVEENQHILDESLKDDS 420
Query: 697 LSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLRHHGNSG 756
LSILHCIILGASQDDV+DTEIYKTGYTSHY+I+LLASILKLMSSSFLPAIWCLRHHGNSG
Sbjct: 421 LSILHCIILGASQDDVNDTEIYKTGYTSHYDIYLLASILKLMSSSFLPAIWCLRHHGNSG 480
Query: 757 GLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWMFLHFTG 816
G K LRDISSSTEYGF+LSII CF+EFD FLPNQNLISK+MKS+P RHK+SKWMFLHF G
Sbjct: 481 GRKNLRDISSSTEYGFLLSIIGCFQEFDIFLPNQNLISKLMKSYPKRHKNSKWMFLHFIG 540
Query: 817 LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHLKSSETV 876
LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSS+IGS+KAEEGFLHLKSSETV
Sbjct: 541 LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSIIGSDKAEEGFLHLKSSETV 600
Query: 877 AMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIH-NSEKGSSVEIEEAEETCSGEI 936
AMEFQK QT+HIS NSLESCH RIQD SGQ LETAA H NSE+ S++++E+AEETCSGE+
Sbjct: 601 AMEFQKIQTIHISTNSLESCHRRIQDVSGQSLETAASHSNSEEESNMDVEKAEETCSGEV 660
Query: 937 FLKCLGSSSYDDDIADFVE 955
FLKCLGSSS+ DDIADFVE
Sbjct: 661 FLKCLGSSSH-DDIADFVE 678
BLAST of Cla97C08G144770 vs. NCBI nr
Match:
KAA0039234.1 (uncharacterized protein E6C27_scaffold64G00230 [Cucumis melo var. makuwa])
HSP 1 Score: 1146.7 bits (2965), Expect = 0.0e+00
Identity = 588/716 (82.12%), Postives = 643/716 (89.80%), Query Frame = 0
Query: 271 FITPAIMKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFK 330
F+TPA+MKRVY LLLQLSL EQ DLS TEAALNELNHEF + GFKE+ RD GLAD LFK
Sbjct: 65 FVTPAVMKRVYYLLLQLSLGEQFDLSRTEAALNELNHEFGRFGFKESSRDFLGLADVLFK 124
Query: 331 ELDRRFKGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALL 390
ELDRRFKGVF DLR++SFSPSPE+A KD+DLWDTI+EFMLLLRSCLVIMTLV+FEQ+ALL
Sbjct: 125 ELDRRFKGVFRDLRNVSFSPSPEVAHKDNDLWDTIEEFMLLLRSCLVIMTLVEFEQDALL 184
Query: 391 EKGGVVLSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILE 450
EK G +LSVLRKLL+LIT+GKEE+ESISLEKSFLHEC+IT SDCTT VSED FASLCILE
Sbjct: 185 EKAGFLLSVLRKLLHLITTGKEEKESISLEKSFLHECKITGSDCTTFVSEDLFASLCILE 244
Query: 451 PSDPCHPFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVI 510
PSDPCHPFICAVLEVFVDELLMHRSLREYFML+DSA+STNKMVF+HNLDHGGIGTVLEVI
Sbjct: 245 PSDPCHPFICAVLEVFVDELLMHRSLREYFMLVDSASSTNKMVFVHNLDHGGIGTVLEVI 304
Query: 511 SAHFILSASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI 570
SAHFILS S+ QAFHNFLNRL+WA Y DLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI
Sbjct: 305 SAHFILSVSNQQAFHNFLNRLYWARYGDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI 364
Query: 571 SLVSEVIGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSS 630
SLV EV IGVFLKSPNPD RLMDWYL+ FEKAIMLYNRH+SNS +KDTPLNSNGCFS
Sbjct: 365 SLVCEV--IGVFLKSPNPDQRLMDWYLVGFEKAIMLYNRHISNSYMKDTPLNSNGCFSDP 424
Query: 631 SVPWNGGQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDE 690
SVPWN QQPFESYIHQVRREKI +L SKYENTC FFREKSELLALSIS+VEEN+HILDE
Sbjct: 425 SVPWNSAQQPFESYIHQVRREKINHLSSKYENTCLFFREKSELLALSISYVEENRHILDE 484
Query: 691 SLKDDPLSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLR 750
SL+DDPLSILHCI+LGASQDDV+DTEIYK GYTS Y+I+LLASILKLMSSSFLPAI CLR
Sbjct: 485 SLEDDPLSILHCILLGASQDDVNDTEIYKAGYTSQYDIYLLASILKLMSSSFLPAIRCLR 544
Query: 751 HHGNSGGLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWM 810
HHGNS GLKTL D+SSS EY FILSIISCF+EFD FLPNQNLIS+VMKSHP RHK+SKWM
Sbjct: 545 HHGNSDGLKTLLDVSSSKEYSFILSIISCFQEFDIFLPNQNLISEVMKSHPKRHKNSKWM 604
Query: 811 FLHFTGLLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHL 870
FLHF GLLALSFS GSDILVKDCVLAIM TLNLFVFEEGDLDALSSLIGSEKA+EG HL
Sbjct: 605 FLHFIGLLALSFSIGSDILVKDCVLAIMATLNLFVFEEGDLDALSSLIGSEKAKEGVYHL 664
Query: 871 KSSETVAMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEET 930
KSS+TVAMEFQK QT+H+S SLESCH RI+DESGQWLETAAIH+SEK SS+E+EEAEET
Sbjct: 665 KSSKTVAMEFQKIQTIHVSTTSLESCHHRIRDESGQWLETAAIHSSEKESSIEVEEAEET 724
Query: 931 CSGEIFLKCLGSSSYDDDIADFVEYINREERRRRRETKER-RASEEHTRAVGTFEK 986
SGEIFLKCLGSSS+ DDI DFVE ++ + + +++ R + H AV ++K
Sbjct: 725 WSGEIFLKCLGSSSH-DDIVDFVECKRGKDYSQWMKNRQKYRKWKSHKLAVLRWKK 777
BLAST of Cla97C08G144770 vs. NCBI nr
Match:
XP_008459668.1 (PREDICTED: uncharacterized protein LOC103498717 [Cucumis melo])
HSP 1 Score: 1125.5 bits (2910), Expect = 0.0e+00
Identity = 581/710 (81.83%), Postives = 635/710 (89.44%), Query Frame = 0
Query: 277 MKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFKELDRRF 336
MKRVY LLLQLSL EQ DLS TEAALNELNHEF + GFKE+ RD GLAD LFKELDRRF
Sbjct: 1 MKRVYYLLLQLSLGEQFDLSRTEAALNELNHEFGRFGFKESSRDFLGLADVLFKELDRRF 60
Query: 337 KGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGGVV 396
KGVF DLR++SFSPSPE+A KD+DLWDTI+EFMLLLRSCLVIMTLV+FEQ+ALLEK G +
Sbjct: 61 KGVFRDLRNVSFSPSPEVAHKDNDLWDTIEEFMLLLRSCLVIMTLVEFEQDALLEKAGFL 120
Query: 397 LSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDPCH 456
LSVLRKLL+LIT+GKEE+ESISLEKSFLHEC+IT SDCTT VSED FASLCILEPSDPCH
Sbjct: 121 LSVLRKLLHLITTGKEEKESISLEKSFLHECKITGSDCTTFVSEDLFASLCILEPSDPCH 180
Query: 457 PFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHFIL 516
PFICAVLEVFVDELLMHRSLREYFML+DSA+STNKMVF+HNLDHGGIGTVLEVISAHFIL
Sbjct: 181 PFICAVLEVFVDELLMHRSLREYFMLVDSASSTNKMVFVHNLDHGGIGTVLEVISAHFIL 240
Query: 517 SASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV 576
S S+ QAFHNFLNRL+WA Y DLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLV EV
Sbjct: 241 SVSNQQAFHNFLNRLYWARYGDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVCEV 300
Query: 577 IGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPWNG 636
IGVFLKSPNPD RLMDWYL+ FEKAI+LYNRH+SNS +KDTPLNSNGCFS SVPWN
Sbjct: 301 --IGVFLKSPNPDQRLMDWYLVGFEKAIVLYNRHISNSYMKDTPLNSNGCFSDPSVPWNS 360
Query: 637 GQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDESLKDDP 696
QQPFESYIHQVRREKI +L SKYENTC FFREKSELLALSIS+VEEN+HILDESL+DDP
Sbjct: 361 AQQPFESYIHQVRREKINHLSSKYENTCLFFREKSELLALSISYVEENRHILDESLEDDP 420
Query: 697 LSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLRHHGNSG 756
LSILHCI+LGASQDDV+DTEIYK GYTS Y+I+LLASILKLMSSSFLPAI CLRHHGNS
Sbjct: 421 LSILHCILLGASQDDVNDTEIYKAGYTSQYDIYLLASILKLMSSSFLPAIRCLRHHGNSD 480
Query: 757 GLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWMFLHFTG 816
GLKTL D+SSS EY FILSIISCF+EFD FLPNQNLIS+VMKSHP RHK+SKWMFLHF G
Sbjct: 481 GLKTLLDVSSSKEYSFILSIISCFQEFDIFLPNQNLISEVMKSHPKRHKNSKWMFLHFIG 540
Query: 817 LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHLKSSETV 876
LLALSFS GSDILVKDCVLAIM TLNLFVFEEGDLDALSSLIGS A+EG HLKSS+TV
Sbjct: 541 LLALSFSIGSDILVKDCVLAIMATLNLFVFEEGDLDALSSLIGS--AKEGVYHLKSSKTV 600
Query: 877 AMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEETCSGEIF 936
AMEFQK QT+H+S SLESCH RI+DESGQWLETAAIH+SEK SS+E+EEAEET SGEIF
Sbjct: 601 AMEFQKIQTIHVSTTSLESCHHRIRDESGQWLETAAIHSSEKESSIEVEEAEETWSGEIF 660
Query: 937 LKCLGSSSYDDDIADFVEYINREERRRRRETKER-RASEEHTRAVGTFEK 986
LKCLGSSS+ DDI DFVE ++ + + +++ R + H AV ++K
Sbjct: 661 LKCLGSSSH-DDIVDFVECKRGKDYSQWMKNRQKYRKWKSHKLAVLRWKK 705
BLAST of Cla97C08G144770 vs. NCBI nr
Match:
XP_004141650.1 (uncharacterized protein LOC101210920 [Cucumis sativus] >KGN52708.1 hypothetical protein Csa_008550 [Cucumis sativus])
HSP 1 Score: 1115.9 bits (2885), Expect = 0.0e+00
Identity = 570/678 (84.07%), Postives = 608/678 (89.68%), Query Frame = 0
Query: 277 MKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFKELDRRF 336
MKRVYCLLLQLSL EQ DLS +AALNELNHEF Q GFK + RD+ GLAD LFKEL RRF
Sbjct: 1 MKRVYCLLLQLSLGEQFDLSRNQAALNELNHEFGQFGFKGSSRDLLGLADVLFKELGRRF 60
Query: 337 KGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGGVV 396
KGVFHDLR+ SFSPSPE+A K+ D WDTI+EFMLLLRSCLVIMTLVDFEQ+ALLEK G++
Sbjct: 61 KGVFHDLRNDSFSPSPEVAHKNIDFWDTIEEFMLLLRSCLVIMTLVDFEQDALLEKAGIL 120
Query: 397 LSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDPCH 456
LSVLRKLL+LITSGKEE ESISLEKSFLHECRITESDCTT VSED+FASLCILEPSDPCH
Sbjct: 121 LSVLRKLLHLITSGKEE-ESISLEKSFLHECRITESDCTTFVSEDFFASLCILEPSDPCH 180
Query: 457 PFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHFIL 516
PFICAVLEVFVDELLMHRSLREYFML+DS +STNKMVF+HNLDHGGIGTVLEVISAHFIL
Sbjct: 181 PFICAVLEVFVDELLMHRSLREYFMLVDSVSSTNKMVFVHNLDHGGIGTVLEVISAHFIL 240
Query: 517 SASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV 576
S SD QAFHNFLNRL+WA Y D K PELSLTSALSLLLNPVMLSAPKLFQAHFISLV EV
Sbjct: 241 SVSDQQAFHNFLNRLYWARYGDFKAPELSLTSALSLLLNPVMLSAPKLFQAHFISLVCEV 300
Query: 577 IGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPWNG 636
IG G+FLKS NPD RLMDWYLI FE AIMLYN+HMSNS +KDTPLN NGCFS SVPW
Sbjct: 301 IGNGIFLKSSNPDQRLMDWYLIGFETAIMLYNKHMSNSYMKDTPLNCNGCFSDPSVPWI- 360
Query: 637 GQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDESLKDDP 696
QQPFESYIHQVRR KI NL SKYENT FFREKSELLALSIS+VEEN+HILDESL+DD
Sbjct: 361 -QQPFESYIHQVRRGKINNLSSKYENTRLFFREKSELLALSISYVEENRHILDESLEDDS 420
Query: 697 LSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLRHHGNSG 756
LSILHCI LGASQDDV+DTEIYKTGY+S Y+I+LLASILKLMSSSFLP IWCLRHHGNSG
Sbjct: 421 LSILHCIFLGASQDDVNDTEIYKTGYSSQYDIYLLASILKLMSSSFLPTIWCLRHHGNSG 480
Query: 757 GLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWMFLHFTG 816
GLKTLRDI S EY FI SIISCF+EFD FLPNQNLIS+VMKS+P RHK+SKWMFLHF G
Sbjct: 481 GLKTLRDIFSCKEYNFISSIISCFQEFDVFLPNQNLISEVMKSYPKRHKNSKWMFLHFIG 540
Query: 817 LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHLKSSETV 876
LLALSFS GSDILVKDCVL IM TLNLFVFEEGDLDALSS IGSEKA EG HLKSS+TV
Sbjct: 541 LLALSFSIGSDILVKDCVLVIMVTLNLFVFEEGDLDALSSFIGSEKANEGVYHLKSSKTV 600
Query: 877 AMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEETCSGEIF 936
AMEF+K QT+H+S NSLESCH R QDESGQWL TAAIH+SEK SS+E+EEAEET SGEIF
Sbjct: 601 AMEFKKIQTIHVSTNSLESCHSRKQDESGQWLGTAAIHSSEKESSIEVEEAEETWSGEIF 660
Query: 937 LKCLGSSSYDDDIADFVE 955
LKCLGSSS+ DDIADFVE
Sbjct: 661 LKCLGSSSH-DDIADFVE 674
BLAST of Cla97C08G144770 vs. NCBI nr
Match:
KAG6607491.1 (hypothetical protein SDJN03_00833, partial [Cucurbita argyrosperma subsp. sororia])
HSP 1 Score: 1078.2 bits (2787), Expect = 0.0e+00
Identity = 555/694 (79.97%), Postives = 613/694 (88.33%), Query Frame = 0
Query: 267 NFTRFITPAIMKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLAD 326
NFT F+TP IMKR+YCLLLQ SL+E L LS EAAL ELN EFSQSG ++++RD+ LAD
Sbjct: 19 NFTGFLTPTIMKRLYCLLLQWSLTEPLGLSRNEAALVELNKEFSQSGSRKSFRDLCDLAD 78
Query: 327 SLFKELDRRFKGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQ 386
LFKELDRRFK VF+DLR+ISFS SPE ARKD+DLW++IKEFMLLLRSCLVI+TLV FEQ
Sbjct: 79 FLFKELDRRFKRVFYDLRTISFSISPEHARKDNDLWNSIKEFMLLLRSCLVILTLVAFEQ 138
Query: 387 NALLEKGGVVLSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASL 446
N +LEK GV+LSVLRKLLYLITSGKEE+ESISLEK FLHECRITE DCTT VSED+ ASL
Sbjct: 139 NVVLEKVGVLLSVLRKLLYLITSGKEEKESISLEKYFLHECRITEPDCTTFVSEDFVASL 198
Query: 447 CILEPSDPCHPFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTV 506
CILEPSDPCHPFICAVLEVFVDELLMH SLREYFML+DSA+ST KMVF+HNL HGGIGTV
Sbjct: 199 CILEPSDPCHPFICAVLEVFVDELLMHGSLREYFMLVDSASSTTKMVFMHNLVHGGIGTV 258
Query: 507 LEVISAHFILSASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQ 566
LEVISAHFILS SD+QAFHNFLNRL+WA +EDL+VPELSLT+ALSLLLNPV+LSAPKLFQ
Sbjct: 259 LEVISAHFILSVSDEQAFHNFLNRLYWAQFEDLRVPELSLTTALSLLLNPVILSAPKLFQ 318
Query: 567 AHFISLVSEVIGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGC 626
AHFISLVSEV+GIGVF+KSPNPDHRLMD YL+AFE+AIM+YNRHMSNS LKD LNSNGC
Sbjct: 319 AHFISLVSEVVGIGVFVKSPNPDHRLMDRYLVAFERAIMMYNRHMSNSYLKDASLNSNGC 378
Query: 627 FSSSSVPWNGGQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQH 686
FS+SSVPW+ GQQPF SYI QVRREK++NLISKYENTC F REKSELLAL+ S+VEENQH
Sbjct: 379 FSNSSVPWSSGQQPFGSYIQQVRREKVDNLISKYENTCLFLREKSELLALASSYVEENQH 438
Query: 687 ILDESLKDDPLSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAI 746
I DE KDD LSILHCI+LGASQ DV DT+IYKTGY S ++IFLLASILKLMSSS LPA+
Sbjct: 439 IFDEQHKDDFLSILHCIVLGASQVDV-DTKIYKTGYASPHDIFLLASILKLMSSSLLPAV 498
Query: 747 WCLRHHGNSGGLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKS 806
WCLRHHGNSGGLKTLRD+SSSTEYGFILSIISCFEEFD LPNQNLISKVMKSHP RHK+
Sbjct: 499 WCLRHHGNSGGLKTLRDVSSSTEYGFILSIISCFEEFDVSLPNQNLISKVMKSHPERHKN 558
Query: 807 SKWMFLHFTGLLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEG 866
SKWMFLHFTGLLALSFSRG + LVKDCVL IMTTLNLFVFEEGDLDALS L GSE A+EG
Sbjct: 559 SKWMFLHFTGLLALSFSRGFEFLVKDCVLGIMTTLNLFVFEEGDLDALSLLGGSENAKEG 618
Query: 867 FLHLKSSETVAMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNS-EKGSSVEIE 926
+ LKSSETVA+EF+K QT + +SL+SCH R+ D+ GQ +ETA IHN+ K + IE
Sbjct: 619 LIDLKSSETVAVEFKKIQTFQMRTDSLKSCHRRMHDDLGQSMETAPIHNTCGKECDIGIE 678
Query: 927 EAEETCSGEIFLKCL-----GSSSYDDDIADFVE 955
EAEETCSGEIFLKCL GSSSY DDI DFVE
Sbjct: 679 EAEETCSGEIFLKCLLADPKGSSSY-DDITDFVE 710
BLAST of Cla97C08G144770 vs. ExPASy TrEMBL
Match:
A0A5A7T6X6 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold64G00230 PE=4 SV=1)
HSP 1 Score: 1146.7 bits (2965), Expect = 0.0e+00
Identity = 588/716 (82.12%), Postives = 643/716 (89.80%), Query Frame = 0
Query: 271 FITPAIMKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFK 330
F+TPA+MKRVY LLLQLSL EQ DLS TEAALNELNHEF + GFKE+ RD GLAD LFK
Sbjct: 65 FVTPAVMKRVYYLLLQLSLGEQFDLSRTEAALNELNHEFGRFGFKESSRDFLGLADVLFK 124
Query: 331 ELDRRFKGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALL 390
ELDRRFKGVF DLR++SFSPSPE+A KD+DLWDTI+EFMLLLRSCLVIMTLV+FEQ+ALL
Sbjct: 125 ELDRRFKGVFRDLRNVSFSPSPEVAHKDNDLWDTIEEFMLLLRSCLVIMTLVEFEQDALL 184
Query: 391 EKGGVVLSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILE 450
EK G +LSVLRKLL+LIT+GKEE+ESISLEKSFLHEC+IT SDCTT VSED FASLCILE
Sbjct: 185 EKAGFLLSVLRKLLHLITTGKEEKESISLEKSFLHECKITGSDCTTFVSEDLFASLCILE 244
Query: 451 PSDPCHPFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVI 510
PSDPCHPFICAVLEVFVDELLMHRSLREYFML+DSA+STNKMVF+HNLDHGGIGTVLEVI
Sbjct: 245 PSDPCHPFICAVLEVFVDELLMHRSLREYFMLVDSASSTNKMVFVHNLDHGGIGTVLEVI 304
Query: 511 SAHFILSASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI 570
SAHFILS S+ QAFHNFLNRL+WA Y DLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI
Sbjct: 305 SAHFILSVSNQQAFHNFLNRLYWARYGDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI 364
Query: 571 SLVSEVIGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSS 630
SLV EV IGVFLKSPNPD RLMDWYL+ FEKAIMLYNRH+SNS +KDTPLNSNGCFS
Sbjct: 365 SLVCEV--IGVFLKSPNPDQRLMDWYLVGFEKAIMLYNRHISNSYMKDTPLNSNGCFSDP 424
Query: 631 SVPWNGGQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDE 690
SVPWN QQPFESYIHQVRREKI +L SKYENTC FFREKSELLALSIS+VEEN+HILDE
Sbjct: 425 SVPWNSAQQPFESYIHQVRREKINHLSSKYENTCLFFREKSELLALSISYVEENRHILDE 484
Query: 691 SLKDDPLSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLR 750
SL+DDPLSILHCI+LGASQDDV+DTEIYK GYTS Y+I+LLASILKLMSSSFLPAI CLR
Sbjct: 485 SLEDDPLSILHCILLGASQDDVNDTEIYKAGYTSQYDIYLLASILKLMSSSFLPAIRCLR 544
Query: 751 HHGNSGGLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWM 810
HHGNS GLKTL D+SSS EY FILSIISCF+EFD FLPNQNLIS+VMKSHP RHK+SKWM
Sbjct: 545 HHGNSDGLKTLLDVSSSKEYSFILSIISCFQEFDIFLPNQNLISEVMKSHPKRHKNSKWM 604
Query: 811 FLHFTGLLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHL 870
FLHF GLLALSFS GSDILVKDCVLAIM TLNLFVFEEGDLDALSSLIGSEKA+EG HL
Sbjct: 605 FLHFIGLLALSFSIGSDILVKDCVLAIMATLNLFVFEEGDLDALSSLIGSEKAKEGVYHL 664
Query: 871 KSSETVAMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEET 930
KSS+TVAMEFQK QT+H+S SLESCH RI+DESGQWLETAAIH+SEK SS+E+EEAEET
Sbjct: 665 KSSKTVAMEFQKIQTIHVSTTSLESCHHRIRDESGQWLETAAIHSSEKESSIEVEEAEET 724
Query: 931 CSGEIFLKCLGSSSYDDDIADFVEYINREERRRRRETKER-RASEEHTRAVGTFEK 986
SGEIFLKCLGSSS+ DDI DFVE ++ + + +++ R + H AV ++K
Sbjct: 725 WSGEIFLKCLGSSSH-DDIVDFVECKRGKDYSQWMKNRQKYRKWKSHKLAVLRWKK 777
BLAST of Cla97C08G144770 vs. ExPASy TrEMBL
Match:
A0A1S3CA85 (uncharacterized protein LOC103498717 OS=Cucumis melo OX=3656 GN=LOC103498717 PE=4 SV=1)
HSP 1 Score: 1125.5 bits (2910), Expect = 0.0e+00
Identity = 581/710 (81.83%), Postives = 635/710 (89.44%), Query Frame = 0
Query: 277 MKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFKELDRRF 336
MKRVY LLLQLSL EQ DLS TEAALNELNHEF + GFKE+ RD GLAD LFKELDRRF
Sbjct: 1 MKRVYYLLLQLSLGEQFDLSRTEAALNELNHEFGRFGFKESSRDFLGLADVLFKELDRRF 60
Query: 337 KGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGGVV 396
KGVF DLR++SFSPSPE+A KD+DLWDTI+EFMLLLRSCLVIMTLV+FEQ+ALLEK G +
Sbjct: 61 KGVFRDLRNVSFSPSPEVAHKDNDLWDTIEEFMLLLRSCLVIMTLVEFEQDALLEKAGFL 120
Query: 397 LSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDPCH 456
LSVLRKLL+LIT+GKEE+ESISLEKSFLHEC+IT SDCTT VSED FASLCILEPSDPCH
Sbjct: 121 LSVLRKLLHLITTGKEEKESISLEKSFLHECKITGSDCTTFVSEDLFASLCILEPSDPCH 180
Query: 457 PFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHFIL 516
PFICAVLEVFVDELLMHRSLREYFML+DSA+STNKMVF+HNLDHGGIGTVLEVISAHFIL
Sbjct: 181 PFICAVLEVFVDELLMHRSLREYFMLVDSASSTNKMVFVHNLDHGGIGTVLEVISAHFIL 240
Query: 517 SASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV 576
S S+ QAFHNFLNRL+WA Y DLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLV EV
Sbjct: 241 SVSNQQAFHNFLNRLYWARYGDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVCEV 300
Query: 577 IGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPWNG 636
IGVFLKSPNPD RLMDWYL+ FEKAI+LYNRH+SNS +KDTPLNSNGCFS SVPWN
Sbjct: 301 --IGVFLKSPNPDQRLMDWYLVGFEKAIVLYNRHISNSYMKDTPLNSNGCFSDPSVPWNS 360
Query: 637 GQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDESLKDDP 696
QQPFESYIHQVRREKI +L SKYENTC FFREKSELLALSIS+VEEN+HILDESL+DDP
Sbjct: 361 AQQPFESYIHQVRREKINHLSSKYENTCLFFREKSELLALSISYVEENRHILDESLEDDP 420
Query: 697 LSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLRHHGNSG 756
LSILHCI+LGASQDDV+DTEIYK GYTS Y+I+LLASILKLMSSSFLPAI CLRHHGNS
Sbjct: 421 LSILHCILLGASQDDVNDTEIYKAGYTSQYDIYLLASILKLMSSSFLPAIRCLRHHGNSD 480
Query: 757 GLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWMFLHFTG 816
GLKTL D+SSS EY FILSIISCF+EFD FLPNQNLIS+VMKSHP RHK+SKWMFLHF G
Sbjct: 481 GLKTLLDVSSSKEYSFILSIISCFQEFDIFLPNQNLISEVMKSHPKRHKNSKWMFLHFIG 540
Query: 817 LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHLKSSETV 876
LLALSFS GSDILVKDCVLAIM TLNLFVFEEGDLDALSSLIGS A+EG HLKSS+TV
Sbjct: 541 LLALSFSIGSDILVKDCVLAIMATLNLFVFEEGDLDALSSLIGS--AKEGVYHLKSSKTV 600
Query: 877 AMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEETCSGEIF 936
AMEFQK QT+H+S SLESCH RI+DESGQWLETAAIH+SEK SS+E+EEAEET SGEIF
Sbjct: 601 AMEFQKIQTIHVSTTSLESCHHRIRDESGQWLETAAIHSSEKESSIEVEEAEETWSGEIF 660
Query: 937 LKCLGSSSYDDDIADFVEYINREERRRRRETKER-RASEEHTRAVGTFEK 986
LKCLGSSS+ DDI DFVE ++ + + +++ R + H AV ++K
Sbjct: 661 LKCLGSSSH-DDIVDFVECKRGKDYSQWMKNRQKYRKWKSHKLAVLRWKK 705
BLAST of Cla97C08G144770 vs. ExPASy TrEMBL
Match:
A0A0A0KSZ0 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G651660 PE=4 SV=1)
HSP 1 Score: 1115.9 bits (2885), Expect = 0.0e+00
Identity = 570/678 (84.07%), Postives = 608/678 (89.68%), Query Frame = 0
Query: 277 MKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFKELDRRF 336
MKRVYCLLLQLSL EQ DLS +AALNELNHEF Q GFK + RD+ GLAD LFKEL RRF
Sbjct: 1 MKRVYCLLLQLSLGEQFDLSRNQAALNELNHEFGQFGFKGSSRDLLGLADVLFKELGRRF 60
Query: 337 KGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGGVV 396
KGVFHDLR+ SFSPSPE+A K+ D WDTI+EFMLLLRSCLVIMTLVDFEQ+ALLEK G++
Sbjct: 61 KGVFHDLRNDSFSPSPEVAHKNIDFWDTIEEFMLLLRSCLVIMTLVDFEQDALLEKAGIL 120
Query: 397 LSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDPCH 456
LSVLRKLL+LITSGKEE ESISLEKSFLHECRITESDCTT VSED+FASLCILEPSDPCH
Sbjct: 121 LSVLRKLLHLITSGKEE-ESISLEKSFLHECRITESDCTTFVSEDFFASLCILEPSDPCH 180
Query: 457 PFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHFIL 516
PFICAVLEVFVDELLMHRSLREYFML+DS +STNKMVF+HNLDHGGIGTVLEVISAHFIL
Sbjct: 181 PFICAVLEVFVDELLMHRSLREYFMLVDSVSSTNKMVFVHNLDHGGIGTVLEVISAHFIL 240
Query: 517 SASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV 576
S SD QAFHNFLNRL+WA Y D K PELSLTSALSLLLNPVMLSAPKLFQAHFISLV EV
Sbjct: 241 SVSDQQAFHNFLNRLYWARYGDFKAPELSLTSALSLLLNPVMLSAPKLFQAHFISLVCEV 300
Query: 577 IGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPWNG 636
IG G+FLKS NPD RLMDWYLI FE AIMLYN+HMSNS +KDTPLN NGCFS SVPW
Sbjct: 301 IGNGIFLKSSNPDQRLMDWYLIGFETAIMLYNKHMSNSYMKDTPLNCNGCFSDPSVPWI- 360
Query: 637 GQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDESLKDDP 696
QQPFESYIHQVRR KI NL SKYENT FFREKSELLALSIS+VEEN+HILDESL+DD
Sbjct: 361 -QQPFESYIHQVRRGKINNLSSKYENTRLFFREKSELLALSISYVEENRHILDESLEDDS 420
Query: 697 LSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLRHHGNSG 756
LSILHCI LGASQDDV+DTEIYKTGY+S Y+I+LLASILKLMSSSFLP IWCLRHHGNSG
Sbjct: 421 LSILHCIFLGASQDDVNDTEIYKTGYSSQYDIYLLASILKLMSSSFLPTIWCLRHHGNSG 480
Query: 757 GLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWMFLHFTG 816
GLKTLRDI S EY FI SIISCF+EFD FLPNQNLIS+VMKS+P RHK+SKWMFLHF G
Sbjct: 481 GLKTLRDIFSCKEYNFISSIISCFQEFDVFLPNQNLISEVMKSYPKRHKNSKWMFLHFIG 540
Query: 817 LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHLKSSETV 876
LLALSFS GSDILVKDCVL IM TLNLFVFEEGDLDALSS IGSEKA EG HLKSS+TV
Sbjct: 541 LLALSFSIGSDILVKDCVLVIMVTLNLFVFEEGDLDALSSFIGSEKANEGVYHLKSSKTV 600
Query: 877 AMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEETCSGEIF 936
AMEF+K QT+H+S NSLESCH R QDESGQWL TAAIH+SEK SS+E+EEAEET SGEIF
Sbjct: 601 AMEFKKIQTIHVSTNSLESCHSRKQDESGQWLGTAAIHSSEKESSIEVEEAEETWSGEIF 660
Query: 937 LKCLGSSSYDDDIADFVE 955
LKCLGSSS+ DDIADFVE
Sbjct: 661 LKCLGSSSH-DDIADFVE 674
BLAST of Cla97C08G144770 vs. ExPASy TrEMBL
Match:
A0A6J1DR48 (uncharacterized protein LOC111022382 OS=Momordica charantia OX=3673 GN=LOC111022382 PE=4 SV=1)
HSP 1 Score: 1074.7 bits (2778), Expect = 4.6e-310
Identity = 556/699 (79.54%), Postives = 608/699 (86.98%), Query Frame = 0
Query: 277 MKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFKELDRRF 336
MKR+YCLLLQ SLSE LD STTEA+ ELN E ++ GF+ ++ D GLAD LFKELD F
Sbjct: 1 MKRLYCLLLQFSLSEPLDFSTTEASFIELNKEINRLGFEGSFGDFCGLADFLFKELDLSF 60
Query: 337 KGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGGVV 396
K VFHDLRSISFS SPELAR+D+DLWDTIKEF+LLLRSCLVI+TLV FEQN LLEKGGV+
Sbjct: 61 KRVFHDLRSISFSRSPELARRDNDLWDTIKEFILLLRSCLVILTLVAFEQNVLLEKGGVL 120
Query: 397 LSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDPCH 456
LSV+RKLL LITSGK+E+ESISLEKSFLHECRIT+SDCTT VSED ASLCILEPSDPCH
Sbjct: 121 LSVVRKLLDLITSGKDEKESISLEKSFLHECRITKSDCTTFVSEDVVASLCILEPSDPCH 180
Query: 457 PFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHFIL 516
PFICAVLEVFVDELLMHRSLREYFML+DSA+ST KMVF+HNL HGGIGTVLEVISAHFIL
Sbjct: 181 PFICAVLEVFVDELLMHRSLREYFMLVDSASSTTKMVFMHNLVHGGIGTVLEVISAHFIL 240
Query: 517 SASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVSEV 576
S SD+QAFHNFLNRL WAHYEDL+VPELSLT+ALSL +NPVMLSAPKLFQAHFISLVSEV
Sbjct: 241 SVSDEQAFHNFLNRLCWAHYEDLRVPELSLTTALSLHMNPVMLSAPKLFQAHFISLVSEV 300
Query: 577 IGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPWNG 636
IGIGVFLKSPNPDHRLMDWYL+AFE AI LYNRHMSNS +D P NSNGCFSSS VP N
Sbjct: 301 IGIGVFLKSPNPDHRLMDWYLVAFETAITLYNRHMSNSHAEDAPFNSNGCFSSSGVPRNS 360
Query: 637 GQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDESLKDDP 696
GQQPFESYI +VRRE+I+NL SKYENTC REKSELLALSIS+V ENQHILDES KDD
Sbjct: 361 GQQPFESYIQKVRREQIDNLTSKYENTCLLLREKSELLALSISYVVENQHILDESHKDDL 420
Query: 697 LSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLRHHGNSG 756
LSILHCIILGASQDDV D EIYKTGYTSH++I+LLASILKLMSSS LP IWCLRH NSG
Sbjct: 421 LSILHCIILGASQDDVHDIEIYKTGYTSHHDIYLLASILKLMSSSMLPVIWCLRHCRNSG 480
Query: 757 GLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWMFLHFTG 816
GLK LRD+SS EYGFILSII+CF+EFD LPNQNLISKVMKSHP RHK+SKWMFLHFTG
Sbjct: 481 GLKILRDVSSCKEYGFILSIINCFQEFDISLPNQNLISKVMKSHPKRHKNSKWMFLHFTG 540
Query: 817 LLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHLKSSETV 876
LLALSF+RG D LVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSE AEEG LHLK ETV
Sbjct: 541 LLALSFTRGFDFLVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSETAEEGLLHLKYGETV 600
Query: 877 AMEFQKTQTVHISRNSLESCHGRIQDESGQWLETAAIHNSEKGSSVEIEEAEETCSGEIF 936
AM+FQK QT+H+S +SL SCH RI+D+ GQ +ET IHNS + +V +EEAEETCSGEIF
Sbjct: 601 AMKFQKVQTIHMSTDSLTSCHQRIRDDLGQSVETPPIHNSLRECTVGVEEAEETCSGEIF 660
Query: 937 LKCL-----GSSSYDDDIADFVEYINREERRRRRETKER 971
LKCL SSSY DDIADFVE ++ + + K+R
Sbjct: 661 LKCLLEDSKDSSSY-DDIADFVECKRGKDYLQWMKNKQR 698
BLAST of Cla97C08G144770 vs. ExPASy TrEMBL
Match:
A0A5D3BNT8 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold169G00230 PE=4 SV=1)
HSP 1 Score: 1064.7 bits (2752), Expect = 2.9e-307
Identity = 558/737 (75.71%), Postives = 612/737 (83.04%), Query Frame = 0
Query: 271 FITPAIMKRVYCLLLQLSLSEQLDLSTTEAALNELNHEFSQSGFKETYRDIWGLADSLFK 330
F+TPA+MKRVY LLLQLSL EQ DLS TEAALNELNHEF + GFKE+ RD GLAD LFK
Sbjct: 65 FVTPAVMKRVYYLLLQLSLGEQFDLSRTEAALNELNHEFGRFGFKESSRDFLGLADVLFK 124
Query: 331 ELDRRFKGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALL 390
ELDRRFKGVF DLR++SFSPSPE+A KD+DLWDTI+EFMLLLRSCLVIMTLV+FEQ+ALL
Sbjct: 125 ELDRRFKGVFRDLRNVSFSPSPEVAHKDNDLWDTIEEFMLLLRSCLVIMTLVEFEQDALL 184
Query: 391 EKGGVVLSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILE 450
EK G +LSVLRKLL+LIT+GKEE+ESISLEKSFLHEC+IT SDCTT VSED FASLCILE
Sbjct: 185 EKAGFLLSVLRKLLHLITTGKEEKESISLEKSFLHECKITGSDCTTFVSEDLFASLCILE 244
Query: 451 PSDPCHPFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVI 510
PSDPCHPFICAVLEVFVDELLMHRSLREYFML+DSA+STNKMVF+HNLDHGGIGTVLEVI
Sbjct: 245 PSDPCHPFICAVLEVFVDELLMHRSLREYFMLVDSASSTNKMVFVHNLDHGGIGTVLEVI 304
Query: 511 SAHFILSASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI 570
SAHFILS S+ QAFHNFLNRL+WA Y DLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI
Sbjct: 305 SAHFILSVSNQQAFHNFLNRLYWARYGDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFI 364
Query: 571 SLVSEVIGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSS 630
SLV EV IGVFLKSPNPD RLMDWYL+ FEKAIMLYNRH+SNS +KDTPLNSNGCFS
Sbjct: 365 SLVCEV--IGVFLKSPNPDQRLMDWYLVGFEKAIMLYNRHISNSYMKDTPLNSNGCFSDP 424
Query: 631 SVPWNGGQQPFESYIHQVRREKIENLISKYENTCFFFREKSELLALSISFVEENQHILDE 690
SVPWN QQPFESYIHQVRREKI +L SKYENTC FFREKSELLALSIS+VEEN+HILDE
Sbjct: 425 SVPWNSAQQPFESYIHQVRREKINHLSSKYENTCLFFREKSELLALSISYVEENRHILDE 484
Query: 691 SLKDDPLSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLPAIWCLR 750
SL+DDPLSILHCI+LGASQDDV+DTEIYK GYTS Y+I+LLASILKLMSSSFLPAI CLR
Sbjct: 485 SLEDDPLSILHCILLGASQDDVNDTEIYKAGYTSQYDIYLLASILKLMSSSFLPAIRCLR 544
Query: 751 HHGNSGGLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPNRHKSSKWM 810
HHGNS GLKTL D+SSS EY FILSIISCF+EFD FLPNQNLIS+VMKSHP RHK+SKWM
Sbjct: 545 HHGNSDGLKTLLDVSSSKEYSFILSIISCFQEFDIFLPNQNLISEVMKSHPKRHKNSKWM 604
Query: 811 FLHFTGLLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIGSEKAEEGFLHL 870
FLHF GLLALSFS GSDILVKDC G HL
Sbjct: 605 FLHFIGLLALSFSIGSDILVKDC--------------------------------GVYHL 664
Query: 871 KSSETVAMEFQKTQTVHIS---------------------RNSLESCHGRIQDESGQWLE 930
KSS+TVAMEFQK QT+H+S SLESCH RI+DESGQWLE
Sbjct: 665 KSSKTVAMEFQKIQTIHVSSAICHSRDINISEIDLAGMECTTSLESCHHRIRDESGQWLE 724
Query: 931 TAAIHNSEKGSSVEIEEAEETCSGEIFLKCLGSSSYDDDIADFVEYINREERRRRRETKE 986
TAAIH+SEK SS+E+EEAEET SGEIFLKCLGSSS+ DDI DFVE ++ + + ++
Sbjct: 725 TAAIHSSEKESSIEVEEAEETWSGEIFLKCLGSSSH-DDIVDFVECKRGKDYSQWMKNRQ 766
BLAST of Cla97C08G144770 vs. TAIR 10
Match:
AT4G27510.1 (unknown protein; Has 25 Blast hits to 23 proteins in 8 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 0; Plants - 25; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )
HSP 1 Score: 307.8 bits (787), Expect = 4.0e-83
Identity = 230/746 (30.83%), Postives = 384/746 (51.47%), Query Frame = 0
Query: 276 IMKRVYCLLLQLSLSEQLDLSTTEAALNELNHEF-SQSGFKETYRDIWGLADSLFKELDR 335
I+KR+ CLL LSL++ + + A + N +F + + D+ L+D LF ELDR
Sbjct: 39 ILKRLLCLLGPLSLTQPTNWENCDIASHHWNIKFRGEKVDLINFDDVCFLSDVLFTELDR 98
Query: 336 RFKGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGG 395
+ +F L F E + D+I+ L L+ C+ IM+L+ +Q +LEK
Sbjct: 99 SLESLFATL----FKQKAETCPTFESTEDSIELASLFLKCCMKIMSLLVAKQELVLEKAK 158
Query: 396 VVLSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDP 455
+LS+L +L+ R DC+ + + D SL DP
Sbjct: 159 TLLSILGRLI-----------------------RARNGDCSFVFTHD--GSL------DP 218
Query: 456 CHPFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHF 515
H F+C +EVF+DE+L+++S+ + ++DSA S+ ++ H D G V++++SAHF
Sbjct: 219 RHTFLCTGIEVFMDEILVNKSISDLLFVVDSAFSSCRLFSKH--DRAG---VVQIVSAHF 278
Query: 516 ILSASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVS 575
I++ SD++ + RL+W + P++SL++A+SLLLNPVM SAPK+ A+ + LVS
Sbjct: 279 IIATSDEKTNQMCVERLYWKKGNAFRTPQISLSAAVSLLLNPVMFSAPKMIHAYVVLLVS 338
Query: 576 EVIGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPW 635
+ IGI D +L+D Y+ AFEK+++LY RHMS S NG
Sbjct: 339 DAIGICSHPCFKGLDLQLIDHYIDAFEKSVVLYKRHMSKS--------ENGLSGKFGFLT 398
Query: 636 NGGQQPFESYIHQVRREKIENLISKYENTCFFF------REKSELLALSISFVEENQHIL 695
+ + FE + K+ ++ + +++ + RE +EL+A S+++ +E+ +
Sbjct: 399 SKSRVAFEHRLLPSTLAKVNDVTQQLKDSWDSYQSDNAKRENNELVAYSVAYAKESLCVF 458
Query: 696 D----ESLKDDPLSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLP 755
D ES+ LSIL C+IL AS DDV D+ + K +S +++LLAS LK M+ S L
Sbjct: 459 DSSCSESMLSQTLSILGCVILRASSDDVMDSVLEKYNTSSMEDLYLLASTLKFMTCSMLQ 518
Query: 756 AIWCLRHHG--NSGGLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPN 815
AI LR+ +GG D+ + EY ++ ++ FE+F+ +P Q+ + M+S+P+
Sbjct: 519 AIRVLRNWNWHEAGG-----DVRACKEYKAMMDVVQRFEQFNIHMPCQSFLRDRMESYPH 578
Query: 816 RHKSSKWMFLHFTGLLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIG--- 875
R SKWM +HF+GLL++SF+ D LVKD + ++ ++ LF+ E GDL+AL +G
Sbjct: 579 R---SKWMLMHFSGLLSVSFALKLDFLVKDSIFGMVISMYLFILEGGDLEALGDSVGHSE 638
Query: 876 ----------------SEKAEEGFLHLKSSETVAMEFQKTQTVHISRNSLESCHGRIQDE 935
S KA++ + K S VA++F K +T+++ G++ +
Sbjct: 639 NTSSSILSSGSKNLAASGKADKTAVDRKQSGAVALKFHKNRTLYL---------GKVSEA 698
Query: 936 SGQWLETAAIHNSEKGSSVEIEEAEETCSGEIFLKCLG-----SSSYDDDIADFV----- 976
G E GS + EETC+GE FL C+ + + D++ADF+
Sbjct: 699 KG----------PENGSDSGVGVEEETCNGERFLWCMAGKGNVTKTDVDELADFIACDPG 709
BLAST of Cla97C08G144770 vs. TAIR 10
Match:
AT4G27510.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; EXPRESSED IN: 22 plant structures; EXPRESSED DURING: 12 growth stages; Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). )
HSP 1 Score: 295.0 bits (754), Expect = 2.7e-79
Identity = 207/645 (32.09%), Postives = 343/645 (53.18%), Query Frame = 0
Query: 276 IMKRVYCLLLQLSLSEQLDLSTTEAALNELNHEF-SQSGFKETYRDIWGLADSLFKELDR 335
I+KR+ CLL LSL++ + + A + N +F + + D+ L+D LF ELDR
Sbjct: 39 ILKRLLCLLGPLSLTQPTNWENCDIASHHWNIKFRGEKVDLINFDDVCFLSDVLFTELDR 98
Query: 336 RFKGVFHDLRSISFSPSPELARKDDDLWDTIKEFMLLLRSCLVIMTLVDFEQNALLEKGG 395
+ +F L F E + D+I+ L L+ C+ IM+L+ +Q +LEK
Sbjct: 99 SLESLFATL----FKQKAETCPTFESTEDSIELASLFLKCCMKIMSLLVAKQELVLEKAK 158
Query: 396 VVLSVLRKLLYLITSGKEEQESISLEKSFLHECRITESDCTTLVSEDYFASLCILEPSDP 455
+LS+L +L+ R DC+ + + D SL DP
Sbjct: 159 TLLSILGRLI-----------------------RARNGDCSFVFTHD--GSL------DP 218
Query: 456 CHPFICAVLEVFVDELLMHRSLREYFMLIDSATSTNKMVFLHNLDHGGIGTVLEVISAHF 515
H F+C +EVF+DE+L+++S+ + ++DSA S+ ++ H D G V++++SAHF
Sbjct: 219 RHTFLCTGIEVFMDEILVNKSISDLLFVVDSAFSSCRLFSKH--DRAG---VVQIVSAHF 278
Query: 516 ILSASDDQAFHNFLNRLHWAHYEDLKVPELSLTSALSLLLNPVMLSAPKLFQAHFISLVS 575
I++ SD++ + RL+W + P++SL++A+SLLLNPVM SAPK+ A+ + LVS
Sbjct: 279 IIATSDEKTNQMCVERLYWKKGNAFRTPQISLSAAVSLLLNPVMFSAPKMIHAYVVLLVS 338
Query: 576 EVIGIGVFLKSPNPDHRLMDWYLIAFEKAIMLYNRHMSNSCLKDTPLNSNGCFSSSSVPW 635
+ IGI D +L+D Y+ AFEK+++LY RHMS S NG
Sbjct: 339 DAIGICSHPCFKGLDLQLIDHYIDAFEKSVVLYKRHMSKS--------ENGLSGKFGFLT 398
Query: 636 NGGQQPFESYIHQVRREKIENLISKYENTCFFF------REKSELLALSISFVEENQHIL 695
+ + FE + K+ ++ + +++ + RE +EL+A S+++ +E+ +
Sbjct: 399 SKSRVAFEHRLLPSTLAKVNDVTQQLKDSWDSYQSDNAKRENNELVAYSVAYAKESLCVF 458
Query: 696 D----ESLKDDPLSILHCIILGASQDDVSDTEIYKTGYTSHYEIFLLASILKLMSSSFLP 755
D ES+ LSIL C+IL AS DDV D+ + K +S +++LLAS LK M+ S L
Sbjct: 459 DSSCSESMLSQTLSILGCVILRASSDDVMDSVLEKYNTSSMEDLYLLASTLKFMTCSMLQ 518
Query: 756 AIWCLRHHG--NSGGLKTLRDISSSTEYGFILSIISCFEEFDTFLPNQNLISKVMKSHPN 815
AI LR+ +GG D+ + EY ++ ++ FE+F+ +P Q+ + M+S+P+
Sbjct: 519 AIRVLRNWNWHEAGG-----DVRACKEYKAMMDVVQRFEQFNIHMPCQSFLRDRMESYPH 578
Query: 816 RHKSSKWMFLHFTGLLALSFSRGSDILVKDCVLAIMTTLNLFVFEEGDLDALSSLIG--- 875
R SKWM +HF+GLL++SF+ D LVKD + ++ ++ LF+ E GDL+AL +G
Sbjct: 579 R---SKWMLMHFSGLLSVSFALKLDFLVKDSIFGMVISMYLFILEGGDLEALGDSVGHSE 627
Query: 876 ----------------SEKAEEGFLHLKSSETVAMEFQKTQTVHI 889
S KA++ + K S VA++F K +T+++
Sbjct: 639 NTSSSILSSGSKNLAASGKADKTAVDRKQSGAVALKFHKNRTLYL 627
The following BLAST results are available for this feature:
Match Name | E-value | Identity | Description | |
XP_038891042.1 | 0.0e+00 | 87.92 | uncharacterized protein LOC120080460 [Benincasa hispida] | [more] |
KAA0039234.1 | 0.0e+00 | 82.12 | uncharacterized protein E6C27_scaffold64G00230 [Cucumis melo var. makuwa] | [more] |
XP_008459668.1 | 0.0e+00 | 81.83 | PREDICTED: uncharacterized protein LOC103498717 [Cucumis melo] | [more] |
XP_004141650.1 | 0.0e+00 | 84.07 | uncharacterized protein LOC101210920 [Cucumis sativus] >KGN52708.1 hypothetical ... | [more] |
KAG6607491.1 | 0.0e+00 | 79.97 | hypothetical protein SDJN03_00833, partial [Cucurbita argyrosperma subsp. sorori... | [more] |
Match Name | E-value | Identity | Description | |
Match Name | E-value | Identity | Description | |
A0A5A7T6X6 | 0.0e+00 | 82.12 | Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold... | [more] |
A0A1S3CA85 | 0.0e+00 | 81.83 | uncharacterized protein LOC103498717 OS=Cucumis melo OX=3656 GN=LOC103498717 PE=... | [more] |
A0A0A0KSZ0 | 0.0e+00 | 84.07 | Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G651660 PE=4 SV=1 | [more] |
A0A6J1DR48 | 4.6e-310 | 79.54 | uncharacterized protein LOC111022382 OS=Momordica charantia OX=3673 GN=LOC111022... | [more] |
A0A5D3BNT8 | 2.9e-307 | 75.71 | Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold... | [more] |
Match Name | E-value | Identity | Description | |
AT4G27510.1 | 4.0e-83 | 30.83 | unknown protein; Has 25 Blast hits to 23 proteins in 8 species: Archae - 0; Bact... | [more] |
AT4G27510.2 | 2.7e-79 | 32.09 | unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic... | [more] |