Cucsat.G15547.T1 (mRNA) Cucumber (B10) v3
Overview
Sequences
The following sequences are available for this feature:
Legend: exonCDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.AATGGAGTGGGCCTATGGCCCATAAAAAGAAAGGATGGAGGTAGCAAATGGGATTTTATAGATGGAGAAGAGCCCGAAATGAGACACGCAATGTGATTAGGAGCGGCGGTAGCGGAAGGCAGACGGTGCGCGTGAAGGCTAGCCAAAATGCACAGAGTAACGGTGGCCCAGATTTGGAGGACTCTGAGACAAAGCCGCTTTATTCTCTCTTCCCGCTGAGAACACAAAGAAGAACCGAACAACAAACAACCATCATCGCCAAATTCCTTACTCCTTTCTTCCAACCAAAACTCCATTAACAAACATCTCCATCTCCTACAAGATCCAAAAAACGGACAATACTATGTTCTTCTTCACTACCAGGTACCTCTTTCTCCGATAGGTTTTTGTCTTTTCTTTTCTATTACGTTCTTGGTTTTCTGCTAGATTCTCTTTGTTTCTTGCCAATTCACATGGAAATGGAAATGGAGTTTCCGAAGCTAATGCATTGCCGTCTTCTTCTCTCTTCAAATGCTTTTCTCCTTAAATGCATTTCTTTCTTCCCTTTCCTTTTTCTTACTTTACCGTTTTGTTTTGCTTAACTTTCGGAGATTGAGGCGTAATCATTCCGGAATTCTTTTCTTTTACATCTTTTTGTCTCTTCTTGTTGCACTATTACACCGGGGACTAATCTTTTCTCTTCAAGGATTTCATTTTTATTTCATAATCGGTTTATTAAAGTTGTGCTTGATTTCCCCCCTTGGCGAGCTGTGTTTCTCGTAATTGAAATTAGACGTGCGAATTTCTGAGGTAGAAGTTGGAGTACGAGCCAACCTGAGCTAAGCTTATGGTTGGCCATTTGTTACTCCAGTCTAGCCTCGTCTTCCCTTTTGTTTTTCTGAATTTCAATTTTTAGAAATGGAGCTGGAGTACGGAAGTTTGTTATAGGATTGTACTTATGTTGATACGTACGTTTCGTTTCTCAATCATAGACCCACTAGTCATTCAAATTTTTTCTTTTTGGTGTTTGTTTTAAATAATGGAATTTAATACGCATCTACAGTTCGAGGGGTTTACTATTTTTTTTTTTTGGTTATATACTGATATCTTCCAATTTCATTTCCGCAACGTAGATGGTGTTGAATGGCTGTTTTGTTCACCATCATCACATTATGTGTAATGAGATTGACATTATGAATACTTCGAAGGGAACAAATTGCATATTAGCATGTGTTTTTACACTATGCTATTCAATGATTTGATGATTAGTACCCTAAAGTCTTAGACATTCATTCTGTTAGATGGTCTGATCAGCTTTGAATTGCATTAGTGTCTTCTTTAAAATCTTCATCTTTTATTCGATGCAAATGTACATCCTATTCACCATAAAAATATGCTTTGATAGCTTAACTAGTTTAAGTCCATAGTTTTCCTTGCTGTTTCCCTGGTTTTGATAATTCATTCGTTGTTGCATGATATAAGTGATTGACTATGGTGCTAAGTAAACATGCATGTGTTTGTTTTTTTTTTTTGTGAGTTGCCGAACTGAGTTAACTGAGTTTAACTGAGCAGTAAATGCCATGATCTTCCACCCTAGAGGTTGGAAGTTCGATTCCCATCCCGCTAGTTGTTTGTGAGCTACCTTATCTTCCTTTTAGTAATGACATCTGTCAATCAAATCTATCAAATAATTAAAGTCACAATAATGATGATAATAGTGCATGCAGTCATCTGTACCATAGGTTATTTGACGTAGTTTGGAGTTTTTGTAAGTTGTTTCTAGATTTCCATTCCATTACTTATATTATTACGAAACGAAAATTCATTCACAGTTTAGCAATATAATGCACGATGTTTAAATTATTTTATTTAATTTCTATAACCTCGTTATTCAAACTTTGTTTGTTTCTATCTTAAGGAAACTAAATTTTAGGCAGGTATATGAAAAGGAATTTCAAGAATTAATAACGGTCACATGAATTTCTTTGTTCTCTCTCACAAAGAATAAATTAAAATAAAACGAATGACTTTTGCTGAGTATACCTTTTAATCTATCTCAAAATTGGATATCTGTTCAGTTCATAAATTAAGGTTATAAGTACGAAGTCTTCACAGTAGAAGCTGAGTTAATATATATTATGATAATTTTGCCTCATGAATTTATCTTTTAAATGGAATACTTTGAGACTATTTTAAGTAACGTAATTTTGTTTTTTTATCTTGATTGAAGATTTCCTATAACTATTATTTGCTGACACTTGTTTGGAATTCTGAAATCAAAGAATGGATTGTAGAATCCAAAAATACCTCTTTATTATTTATCACTACTAGCCCTTATATCTTTCAAGATGGCTGATGCTGGTCATCTTGGTGTCTCTCCAGTGCCCTGATAGTCAAGATGTATGAATGTCTGTGGAGAAGTTTGGTGAGGGAAGTGCTTGAGGTGGTTCCTATACGCATGTAGGATAAATATTCAGTACAGCAAAAAGGAAAATTTCTGCTCCTTGGCTATTGTAGAAATTGAAAAAATTAACTCCAAAATGATCGAGCAGGAACTGACTTTTAATCTTCAGAAGTGATGAGCAAAAAATCTACATTATTTTAGTGGTTGATTCTTTGGCCTTAAGTCTGAGCAACCCCTAGTTGATCTAATAGGAATAGGAGTAGTCAAACTGGAGATTAGCTGATATTCTTAGGGGACAATATGGAAGAAAGAGATGAAAGTACCGATACAGAATCAAGACCTAATAATAATGCTGAAGCAGTACAGGAAGCCAAGGCCAGTGTCGATATGGAAGAAAGAGATGAAAATACTGGTACAGAATTAAGACCTTTCAATAATGCTGAATCTGTACAAAAAGCCAAGGCCAGCGACAATATGGAAGAAAGAGATGAAAATACTGATACAGAATCAAGACCTAATAATAATCCTGAAGCCGTACAAGAGGCCATGGCCAGCGACAATATGGAAGAAAGAGATGAAAGTACTGGTACAGAATCAAGACCTAATAATAATGCTGAAGCTGTACAAGAAGCCAAGGCCAGTGACAATATGAAAGAAAGAGATGAAAATACTGTTACAGAATCAAGACCAAATAATAATGCTGAAGCCGCACAAGAAGGCAAGGCCAGTGACAATATGGAAGAAAGAGATGAAAATACAGATACAGAATCAAGACCTAATAAAATTGCTGAAGCCGTACAAGAAGCCAAGGCCAGTGTTGAAGTTGAAGTGCTAACTTGTCTTTCAAATGAGGCAAAGTATTCAGGTTATCAGGAGTTGGGAACAACTCCAGAGTTTTCCAGCAAAATTGATGGTCCAGATGAAGAAAAAGCAGGAGTCCAACAGAATATGGAACTTGGTTCTGGATATTTGCTTAGTGAGTTGTCAGAAAAAGATAATCAGACCATCTCTAATCATGCTGATAATGATCGAGTTGAAGCTGGCAATTTATTATCTAATGATAAAGATACTAAAAATTTAAAATTATCTATTGAAGATGAGGCAACGACTCTTCTTAATGAGTGCTCGGAACTTCCTCTTGAAGATGTCACCAAAAATTATATCGAAAAGATGAACCCTCCCATTGGAGATTTAACTCAAATTACTTCTATCCAAAGTTTAGAAACAATCCCCAGTAATTCCCAGCAATCGGCTCGCAAGGATAAGATATTTTTGAAATCAAAAAAGAAAAATTATAAGTTAAGGTCCCATGTAAGTAGCGACAGAGTTTTGCGTTCAAGGACCCAAGAGAAAGCTAAAGCTCCTGAACGAAGTAATGACTTGAATAATTTTACTGCTGAAGAGGATGGAAAAAGGAAGAAGAAGAAGAAGAGAAATATACAAGGAAAGGGAGCAAGAGTGGATGAGTATTCATCAATCAGGAATCATTTGAGATATTTACTGAATCGCATCAGATATGAACAGAGTTTGATTGAAGCTTATTCTAGTGAAGGCTGGAAAGGGTTCAGGTATGTATTTTTCCCTCTAATGGGTCTTATATTGACTGGATCTTGATACTTGCTGTATTACTGTGTCTTTACTGATTTTGACGGATGGTCATTAGCTCAATTGTGTGAAAAACCTCTATTGATTTCTTTTTCTGTGGTGTCTGTGTTTCTTTGAACCCCCCCACCAACATAAAAGCTTGTTATAGGTCTCTACCCCACCCCGTGGTAGAGGGTGGTTCTGGTTGAAAGCTAACAGATTTGCAGCCTTGTGTGGTTCCTCACCATTTGGTTTGGTTCATATGATGATTGTTTCGTATTTCAAGATTTATGAATTTGTCCTAATTAGACTTCTAGAATTCCTGACGATAATAAAAAATAGAAAGTTAAATTTATTGTTATTTCATTCTGACATGAAGCAGATAGACATTTCTATGCACTATGTTTGGATCAGTATTCTGAACTTTGTATTATAATTTGATCTTTGTTTCAGTCATTAATGCATCAGATGATTATTTCTCTTTCCATTTTATCTATCATAATGGATGTAATGGAATGCATGCTGATCATTACTATAACCATGCAGCTCAGATAAATTGAAGCCCGAAAAGGAACTTCAGCGAGCATCAAATGAAATAATGCGACGCAAATTGAAAATAAGAGATCTATTTCAACGTATTGATGCCCTTTGTGCTGAAGGGAGGCTTTCTGAATCTTTATTCGATTCTGAAGGACAGATAGACAGCGAGGATGTAGGGAGATACTATCTTAAATTTATTTTTTACCAGATGTTATGTTTTGATTCATTCTGAATAAATTTTGACTCTGTCAAGGCATCTGCTTTTTGTGATAAATGACTTCATTGTGAACTTCTGACCTTGTATCAGATATTCTGTGCAAAATGTGGATCCAAAGAACTGTCCCTTGAGAATGACATCATATTATGCGATGGCATTTGTGATCGTGGGTTCCATCAGTTCTGTTTAGAACCACCTTTGCTAAACACAGACAGTAATACTCTCACTGGGAACTAGATAATTAAAAAGTTGATTTTGTGTTTCTCAAGTAATTTTCTGTTCATGCTCCCTCTTTTCCTCTCACAGTTCCGCCGGATGATGAGGGATGGCTGTGCCCTGGATGTGATTGCAAAGATGACTGCTTAGATCTTCTCAATGAATTTCAAGGATCAAATCTTTCAATCACTGATGGTTGGGAGGTAATTTAAATTTTGCAAAATATATTCAAATAGTGCCTTTTTCATTGTTTGTTATATTGTTGTTTTCCTCTACTGTGTGCAGAAAGTCTATCCTGAGGCGGCAGCAGCAGCAGCTGGACGAAATTCTGATCACACCTTAGGTCTTCCTTCAGATGATTCTGAAGATGGTGATTATGATCCTGATGTTCCAGATACCATTGACCAGGACAATGAATTGAGTTCTGATGAATCAAGTTCTGATCAATCTAACTCTGATCCGTCAAACTCTGATACATCTGGTTATGCTTCTGCTTCTGAGGGATTAGAGGTTTCATCTAATGATGACCAGTACTTAGGTCTCCCTTCTGATGACTCGGAGGATAATGACTATGATCCCAGTGTTCCAGAACTTGATGAGGGTGTTAGACAGGAAAGCTCAAGTTCTGACTTTACATCTGATTCTGAGGATCTAGCTGCCCTTGACAATAACTGTTCTTCGAAAGATGGTGACCTTGTGTCTTCATTAAATAATACTTTGCCTGTCAAAAACTCTAATGGGCAAAGTTCCGGTCCCAACAAGAGTGCACTACATAATGAGTTATCAAGTCTACTAGACTCTGGTCCTGATAAGGATGGTCTTGAGCCTGTTTCGGGAAGAAGGCAGGTTGAACGGTTGGATTATAAGAAGCTCCATGATGTGAGTATTCTCTTATAATCATAATGCATTATATTCTTATAAAAAAAGAAATTATATTGCTATTTGCCAATTTGTTCTTTAAGTATATGGTATATGGGAGACTCTCTCAACAATCAACATTATGCAAACATAGTTGATTGACCATATGTTTCTTTTTTCATAAAGAATATCTCATTACCCGATTGGAATCATTGATGTGTAGGTAACTTGTGTCTTTATTAGCTAACTGAAGTTTTAGGTTAGTGACAAGCCTCTTCTTTTGAAACATTTCAGTGTGTTCTACTCCTGATCTTGAGCATGGTAGGAAGACATGCCTTCTCTCTTACAGTAGTATTTATAGGACTACTGATTAAAGAGAAAGGGAATCACATTTTTGGCCCTTCAACTAACTTCCATTTACTTTCAACTTTTATAATTTAAACCACAAATTTTCAGAAGTAATTTGATTTGAACTTCGACTTTTTTTCCTTCTTTTTCCCCTCATCTTCTTTTTTTTTTTTCTTTCCTCTGTCTCATCTCTTTCATCTTGTGCTTTTTCTCCCCTACTCCTTTTCTTCATTTTTTTCTGGTTTCATACTCTTTTTGAAGGTTGTCACCCTCTCACATCTTCATTGCAAGTTTACTATCTCCCTTTCTTCTATGCTCTATTTTCTTTAAATGAAAAACTCGAATAAAATGACTGACCGACCTGACAGCCAGTCAGTTGACCAAATAAACCCTAAACAGTTAGTCGGTTTCCATTTATGGAAAACCATCTGTTCGGTTTTCCCCCAAAACCGATGTTGATGACATGGACAACCCTAAATACACCTTTGATCTGGTGTTGGTATCTATGTGATCCTTTCTGTTTCAAAATGTATTAGTCCTTGTATATCCCACTTTCTGTTTAGCTCTTGTTCCAAATAGGGACTATTGACCCCTCTTTCTTGTTTAGCTCTTGTGTATCCTTCCTGTACTAAGTGCCTACTGTCTTTTTTTATCTATTAATAAAGAGATCCATTTCCCTTTCAAAAAAGAAAAAAATGTATTAGTCCTTGGCTCCTTGCATTTTGGAAACTAGTTCTAAATGGTCCTTGAGATCTTTTGATCATTATTGCCTAACCATTATGATCAGGCAGTTAAATTGTTGATTGGGTGATTTGGCCATGATATATTGTTGTAAAAGTATCTTTTGTTGAGTTGGTAATTTTCTCTCTTTCTTCTTTCCCTTCCCCTTTTTCTTCAAGCTACTTTGTTGGAGACAAGGTTTGCCACCATACGCTCTCCTGTCTCCTCCCTTCTCTTTCTAGTCCTTCAAATGTGCGGTAACATCACCACTGTTGGGAGTTATCGTCATTGTTGATAAGTGCCAATTTGAATCTGCACAATGAGAGGGAACCTTCCCTTTGTATCAGAATTTATATAGAAAGAAGGGAAGCCTCCTCTCTCTTCTCCAAGGATTTGGGTGCCATGCGACAGTTAGGAGTGAGAAGAGCAGACGTCCATTGTCACTAGCAAAGGCAAAGATGAGGGGAACGGAGAGAAAAATTGTCAACGCATGTTTAATCAAGTATTATTAATTTAATATAATATTGCCTAATCATCCAATATATAGGAACCAAAGGTGTATTTTTGTTTTTATCTAATTAATACCATAAATAATTATTTTAAAAAAAGTGTCCAGCTTTCTTTTGCCATTAAAAGTATTGAAAGCAATAAACACGAAACCAAGGCTTACGTGGAAACTCGAGAACTGGGAGAAAAACCACGATGTTTTTAGTTTTCTTATTTTCTCTGATAATTACAATGGTACAAATGAGGGAACTTAAATAGGATGTAAAGAGCAAAGAAGAAAAGGAAAAGAAATATTTATGGTAAGTTTTCCATAAATATTTTTTCCATATATACAAATTCTAACACTCCCCCTCAAGTTGGGACATAAATATCAATGAGGCCCAACTTGCTAACACAAAAATCAAAGTTTGGCCTGAGAAGCCTCTTGGTGAGAACATCAGCAACCCTGTTGGCTAGAGGGGATGTATGGTATGCATATGCTCCCACTGTCAAGTCTTTCTTTGATGAAATGTCGATCAATCTCAACATGTTTGGTTCTATCATGTTGAACTGGGTTGTTAGCAATACTAATAGCGGCTTTATTATCACAAAAGAGCTTTAATGGAGTCTCGCATTCCTGATGAAGATCAGATAGGACTTTCTGGAGCCAAATTTTCTCACATATTCCCAGACTCATAGCTCTGTATTCGGCCTCAGCACTGCTCCTGGCCACAACACTTTGCTTCTTACTCCTTCAAGTAACAAGATTGCCCCAAACAAAGGTACAATAACCGAAAGTAGACTTTTGGTCAACAATAGATCCTGTCCAATCCGAGTCAGTATATGCTTCAATGGTCTTTTTGTCTGTTTTTCTAAACATCAGCCCTTTACTAGGTGTTTGTTTCAAGTATCTCAGAATTCTATTGACAGCGTCTATGTGTTTCTCATAAGGAGCTTGCATAAACTGGCTGACAACACTCACAGCAAAGGAAATATCAGGACGAGTATGGGATAAGTAAATCAATTTACCCACAAGGCGCTGATATTGTTCTTTATCAACTATAACTTGATCATCAGAGTTTCCAAGTTTACAATTGAACTCAATAGGAGTATCAGCAGGACGACATCCCAATATACCTGTTTCAGTTAGCAAACCAAGGGTGTATTTTCTCTGAGATACGGAGATACCTTCTTTAGATCTGACCACCTCCATTCCAAGGAAATATTTCAGATTTCCCAAATCCTTGATTTCAATCACCCATTCTCTGCTTTAGTTGACTGATTTCTACCTGATCATCTCCAGTTAAAAGAATGTCATCCACATAAACTATTAGAACAACAATTTTCCCTATCTTGGAAACCATTGTAAATAAAGTATGATCAGAGTGCCCCTGACTGAATCCTTGGGACTTGATAAAGGTATTGAATCTGTCAAACCATACTCTGGGAGACTGTTTCAGACCATATATGGATTTGTGGAGTTTACACACCTGTTGACCAAACTGGGCTTCAAATCCAGGCAGGGGCTCATGTAGACCTCCTCAACAAGGTCTCCATTCAAAAAGGCATTCTTAACATCCAGCTGGTAGAGAGGCCAATCTTTGTTCACAGCAACAACAGATAGTCAATTCCATGGGTTTGAGTAAATCCCTTTGCAACTAACCTTGCTTTGTGTCTGTCAAGAGTACCATCTGCTTTGTATTTCAGAGAGAACACCCATTTGCATCTCACAGTTTTGTGTCCCTTGGGTAGAACACAAATTTTCCAAGTTCTATTCTTTTCAAGAGCCTTCATTTCTTCCATGACTGCATTCTTCCATTCAGGACACTCTAAAGCAGTGTAGATGTTTTTCGGTATTATGGTAGAGTCAAGGCTTGCTGTAAAAGCTCTGAAATGTGGAGAGAGATTATCATAGGAAACATAGTTGCAAATTGGATGTTTAGTACAAGATCGGGTACCTTTTCTTAGAGCAATGGGAATGTCAAGAGAGGGATCATACTCATCAAGTTTCCCTGTATGACCCTGTTCAGCTTCATTATTATCAGTTTCTGTCTCAATCTCATCACCACTATTCTTTTCTTCCACATTTTCAAGAACAGCAACATCAAATTTGTCATTCTCACTTATCGTATTATTAGTACAAGGTTCAGTAGGGTTTTCCATACCTTGATCTCGAGGAGGTTCAGTGTCTTGGACTGGAGCCGACGGCTGACTAGTAGGGGACCTAACTTCCTTTCTGAGATTCCTCCTGTACTACGTTTTCCAAGGAACTTGGTTTGTGGGTAGAACTATAGGATGAGGATCAATGTCAGACACAATATTAGGAGTAGGTTCGATAAATTCAAAGGCGTTGTTAGACTCTTCACTCACACTCTTCCCCTGAAGATGGCTAACGGGAAAGTAAGGTCGGTCCTCACTGAAAGTAACATACATAGTGACAAAGTATTTCTTGGACGGCGGGTGAAAACATTTATAACCACGCTGGTGAAGGGGATACCCAACAAACACACATGCCTGAGCTTGAGGGGTAAATTTGGTTTGGTTAGGGCAAAAATTATGGACATAAGCGGTACACCCAAACACACGAAGAGGAGCCTCATAAACAAAACGAGTAGAAGGGTAGAACTCCTTAAGACAATCTAAGGGAGTCTGAAGGTGGAGAATACGAGAAGGCATTCTATTGATTAAATGAGTTGCTGTAAGAATAGCATCTCCCCACAAGTATGAAGGAAGGGAAGTGGATAGCATAAGGGAAGGGGCTACTTCCAGAAGGTGACGGTTTTTTCGCTCAGCCACTCCATTTTGTTGAGGAGTGTAGGCGCATGAGTTTTGGTGAACAATCCCCTTAGAGGCTAGAAATTCACTAAGGCTATGATTTTGGAAATCCCGGCCATTAACACTCCGAAGAATAGCAATTTTTTTATGGAATTGGGTTTCAATGGTGTGATAGAAGTTTTGAAAAATAGAAGAAACCTCCAATTTATCGGTGATAAGGTAGACCTAGAAAAGACGGGTATGATCATCAATGAAAGTTACAAACCACCGTTTCCCAGATGAGATGGTGACCTTGGAGGGACCCCAAACATCACTATGGATAAGGGTAAACGGTTGTTTAGGTTTATATGGTTGTGAAGGAAAAGAAATCTGATGTTGTTTTACCCGAATGCACACATCACAAGATAACGAGGAGACATCGATTTTAGAAGGAAAAAAAATGGGGAAACAAATATTTCATATAAGTATAGTTCGGGTGACCCAACCGAAAATGCCATAACATAAAGTCATGTTCAGAAGTGCTAAAATAGGGAGATAGTAAACCAGTCTTAGAGATACTACTACCGGAGGTATCATCATCAAGGATGTAACGCCCCCTGCTATGTCGGGCAGTGCCAATTGTCCTCTCCGAGCTCGAGTCCTGAAAACAGACAGATTTAGGTAAGAAAGTAGCTTTACAATGCAGCTCACGAGTGATCTTACTAATAGATAACAAGTTCTAAGAAAGCTTAGGCACGTGCAAAACATTCTGGAGAGAGAAACCGGCAAAGAGAACTATTTGTCCTTTGCCAGCAATCGGGGCTAAAGAACCATATGCTATCTTGATTTTCTCATTACCGGCACAGGGTGTATAAGAGACAAAGTGCTCCGAAGAACCTGTCAAGTGATCTGTGGCTCCCGAGTCTAAAATCCAGGGATTCTTCCATCAACACTAATAAGATCGAGGGACTGAGGCATACCTGATTGAGCAATGGCACCTAGGGTAGGAGGGCTGGTCTGGCTAGTAGTAGGGCTAGTTGACTGAGAGGTATTGGCAATCTCCCTAACATCGGTACGCCCTAAGTGCTTGTTGGAGGTACGTTTGTTACCTCTTGGGGGTCGACCGTGGAGTTTCCAACACTGATCCTTGGTGTGCCACTGTTTCTTGCAGTGCTCACATATGAGGATTGCTTTTCCACTATTCTTCTCATTACCGTGGGTCGAGAATCGAGCACTAAGGGAAACAAAGTTAGTTATATAATTCAAAGGTACATTAGGGAGCGAAGTTACCGGGTTCTTTGAATACATCGGTAGATCGATTGATTTAGAGGATACACCAACTTCAAAAACAACTCTGTTGTAGGTTTGGTTAATCGCAGGACCACAAACATATGGTTGTACAAAACTGGAGGGTGCCAATGACATGCTCACTTCAATTCCCGATCTGTTATGGAGTTGGTCAACCTCATTCCCACCGTAGAAAGGTTGCCGTAAAGGGTCGACGGACAGATTTGCATTGCTGTACAAATTTGACAGATTTGTAGGTTGCTGTCCGACGGCAATAGGTGGAGCGTGCAGCTGCGGATGGCCGGAAGGGTAAAACAATTGGATAGGCGACGGCGTGTAGAGGCGGATGGGATGAGTAGTGAGATGAACATACGGCGGCGCGTGCGGTGGTTTTTGGTCGGAATATTGCCCGGACGGCGGCGAGGGTTGGCCCACTGTGTAGATCGGCACCTTCTGAATCTGGTGGAGTAGTTTTTCCATGGTGGTGTCCACGGAGGCGGAGCCCGGACAATGGCGAAGGTTGGCCCACTGTGTAGATCGACGCCTTCTGAATCTAGTGGAGTAGTTTTTCTATGGTGTCCACGACGACGGTGGCAGAGGTGGTGGCGGCGTCGGTAACATTTTTTTTGGTCAGGGTGTTTCCTAAATTTTTTTCTAGGGTTTTGTGGTTGCTTTGCTCTGATACCATATTGAAAGCAATAAACACGAAACCAAGGCTTGCGTGGAAACCCGAGAACCAGGAGAAAAACCACGATGTTTTTAGTTTTATTATTTTCTCTGATAATTACAATAGTACAAATGAGGGAACTTAAATAGGATGTAAAGAGCAAAGAAGAAAAGGAAAAGAAATATTTATGGTAAGTTTTCCATAAATATTTTTTCCATAGATACAAATTCTAACAAAAAGATTAAAATAATAATATGATAAAATAGGAGCATTTTAAAAATAGCAAAATAAATTAAAATATTTACAACCTATAGCAAAATTTTGGATTTTATCAATGATAAAAACTGATAGACTTATATCACTAACTATCAATGTCACTGATAGAAGCATATTAGTGGCTATCAATGTCTATTATTGATATAATCTAAAAAAAATTTGCTTTATGTTTAAATATTTTGTCAAATTTGCTATTTTTGACAATTCCCCGATAAAATAACCCCTTAGACATACTTTTTAAAATTCATAGTTTAGATAGATTTGGAAACTTAAGAAGTTAAATAGACTTGGAAAAGTCAAAAGTGTAATTTACCTTTAATCAAATCTAATTTTTGATGCGAAAGTTTTTAGTTTTTACATTAGATACCAACCAATATTTCCTGTTTGGTCGCTACGAGTTGCATTATATTATCATTTAGGGCATTTTTCTCATAAACTATTATTTATCAAAATAAACCTAATATTCTTCATAGTGAAGAGTAGGGAAATTTGTTTTCCATGCTTTTTGGTAAGTACAGAAGTACGTTCTATGAATTTTTCCTTGTTGTAAAATGTTGAATCAGTAGTAAGTCATTTCTCATTCTTTTATCCTTTTGTAAATAATTGTTTTCTTACTTCTATTGTTTGTTCTTTGTCAAGAAATAGCAAAAGATAAATAAAATCAAGTGGCCTTATCTCCATCAAGATGTGTTTATGTAGCTTTAGTACATCATGTTTGTATGTTGTGCTTTAAATGCTTGATAGGAGAAAGTCTAGATATTGAACAGGGTTCTTGCTTAGTTTTGGACTAAATGAGTTAACATTTCTATTCATTTAAATTTTTTTCCTATTACATTATTGAAGGAGACATACGGGAACGTTCCTACTGACTCAAGCGATGACACCTACGGGAGTACTTTGGACTCGAGTGATGACAGAGGCTGGGATAGTGGTACAAGGAAGAGAGGTCCTAAAACTCTGGTTCTTGCATTGTCAAACAATGGATCTAATGATGATTTGACCAATGTAAAAACTAAACGCAGTTATAAGAGGAGAACTCGTCAAAAGCCAGGTGCTATAAATGTGAATAATTCTGTGACTGAAACTCCTGTAGACACTGCAAAATCTAGTTCCTCTGTTAAGAAAAGCACATCATCATCAAATAGAAGACTCAGTCAACCTGCATTGGAGGTAACTTCTCCTTTTATGTTTGTGTGTATATATATTTTTTCCATTGGCTGGGATTTCCTGTTCCATTCATTGTCTTATTTGTCATGTATGTTCTTTTTCCTCTTTTCTCCGGTGGGGTTGGGAGATAAGGGTTTACTCAAAGATCTCCCATTAGTCCCCTTGCATTTAAGAATGCATTGTGATGCGTAGAGACTACATCAAAGGAGACAAATATTGGAATTACTGACAGCCATACGATCTAATATATTTGCTGTTTCAAAAAATATATCTATATAGAAAGAAACTCTTGCTAAAATAAATGTGTCATTCTAAAATTCTGAAGCCAGTCAGGTGGTCCGAATAATTGCTGAGAAACTCAAAAACAGTTTTCTTCTGTTCTTCTGTCTTTCAGTTTTCATCTCGCTTCCATGAAATTTGAAACGAAATTCAGACTGTCCTTCATGTTTCATCTCGCTTCCATGAAATTTGAAATGAAATCTGAATCCTGTATATGTTTCACATTCTCATTTAGCTAGTTATATGTAAGAAATTGAATTGTGACATGATGATTAATTTAAATTAAGATGTTATTCCTTCTTGTAACTGGAACAAAACTTTTCTTTGTTGTAGCTAATAGTGAGCATTTTAGCTCTCTTTATGCCCTTGGGTCTTCTCTTTGCAAACGGCAGTCTCAATTTTGAGCAACTATACTCTTGATTTCAACTTAGATGCTTTATTAAAATTCTATAGGTTATCAGCTTGCGTGCGTTGTTGGTTAGATTAGCAATCAGCACCCTTCCTGATCTTTGAGTTTGGACTACTTATTGTGAATATCAGTTTCCTTGCACTTGTATAGTTCACTTGGTTTTTAAAACAAACATGCCTTAGATTTTGAAACGTTAAAATGATTTGCACGCGAAACTAATCAGTTTTGAGTGAGAGGACCAAACAGGTAAGATGTAAAAGAGCCATTGAGATCTTTGTTTCTTGGTTGTGAGAAACAAAATGTATTATTAACTTCGATATATCAAGTTTTTTTATGCAGGTTCAACATTTTACTGAGAAGAAAAGATTACTATTTATTAATTTAATGCCATGCCTTGTTCCTAATATTGTCGCAAATGTTCCAGAGACTTCTTGCATCATTCCAAGAAAATGAGTATCCTAAACGAGCTACAAAGCAGAGTTTAGCACAAGAACTAGGCCTTGGTCTGAAGCAGGTTTGCATTGGGTTTCTTTGAAAGTTTTAGCTCAAATTTTATTCTATTGAAGGCTCAATAATCTATTCCATTTTCAGGTTAGCAAATGGTTTGAGAACACGCGATGGAGCACACGCCATCCCTCAAGCAGTGGTAAGAAAGCAAAAAGTTCCTCAAGAATGAGCATTTATTTATCACAGGCAAGTGGAGAACTATCCAAGAACGAGCCAGAATCTGCAACATGTTTCAGAGATACTGATAGCAATGGTGCTCGACATCAAGACTTACCAATGGCAAATAGTGTTGTGGCTTCATGTCAGAGTGGGGATACAGGGGATAAGAAATTGTCGTCTCGGAAAACTAAAAGAGCAGACTCTTCAGCCACAAAATCCAGAAAACGGAAGGGCAGGTCAGATAACACGGCATCACATTCAAAAGACAGGGAGGGATCACCAAGGCCTCCTGCCAAGTCACCTAAAGTTAATGAAATGCAAACAGCAGATAGGTTTAAGACAAGGAGGAGGAGATCCATTTAGGTTCTGAAGTATTGATGCGTTCACAGGAATTTATTCGACTATTTACCCTCTCCCAAGAAACACACTAGATCAGATGCGGGGATTGTTTGAAGGGAGGTAATTATGAGAAATCCCAATTGTTTGTAGGTCTTTGTGATCATATTGAAATTGTTCCAGATCTAATCCCTCACGCATAAATGCTTAGTCTTAGTTACTTAAATCTAGAGTTTGTTGTTAGATATTTATTTGCATTTTCAAGTGAATGTTCTCATCAGACCCTTCTCTTGATATGTGTTAAACAATCAATACGGACATCCATTTAGTTGGAGAGATCCTTCAGTTAAACAAGCCTTGTCCAGTATGAGGTGACATGAATTTATATCAGCTGGTAGTAGTCCATTTCTTGAATCTTCTGCAGGGCCATCTTTGACTTTTGCAAGCCATGCCAACTTGAACGCCCCTGGGAAGGAAGCCATGCAAATAGAACTATAGAGCTACAGCTACCCTTTGGCCTCAGAAGCGATAGATCACTTATGGAATATGGATGCAACATCGTTCTGAAGTCCTATTCAGTATTTTATTGTCCTTATCTTTATTGAAAAATTTTGCGATTAGTTCGGTTATGAAATTTGAACTTTAGATTTGGCAAAATTTACACTAATGTTGAATTTAGTTCTCTGTATACATTGAAAGAAATTGGATCTCCTGCAGTTGGAACCTACGTTTATCAAATTGAATGAGTAAAAGTGTTGTCAGCGACTCAAATTGGTATCAAATCATCCTCCATGTTGATGGAGCTTACATCCACGTTTTCTAGATGTTTTCATCTTGTAATTCAAATGGAAGCTTGAGCTCTGGGTGATCGTGATCGAGGACTGGGACATTCCTCCCTAATGGGAAACCACAGGAAGAGATGACTGAAGCAAGAATCTTAAAGTTTACAATTATTATTGATCTTTTTTTCTTCCCCCTTACACCCTACTTACTTAGTTTGATGTAATTTATATACTCTACATCTTATGGTTGAAACAAATCAGGCCTCTTGTGTTTCATGAAGCAGAAGAGATATAACATTAAAGATGCATCTTCCTGATTTCACATTGGATTCTAGCACTTCTCCTAAAGTTAGTCATGTGCTTGATATATATGAATGAGCTATTGGACACTATAGGAATGAAGAAGACAATCCCATATCATTACAACAGACAGATTTAAAGTCGGAGACTCAGGTCGAGCTTGAATGGTTCCATTGGTGGTTCTCGTGGTGGTGGTGGCTCTGGGAGAATCTGATGTTGAGCGAAACGGAAGCTTCCTGGCCACATAAAGTCCATGGCATCCCCCAACATGAAAGGTGCTGCCCATGAACCATTTTTAACATGATTAAATCTTGCAACAACTGCAGTGTCTTCCCTGCCTGGTTTGTGCACAAGTGAATGTGGTTGAACACCAAGGGATCTAACCATAGAATTATGAATTGGAAGACCTAGCAAAGTCATCATTTTATGAGCCTGGTGCCTTCTAGCTGCACTTCTCTCCCTCTTGTGGGCATTTTGGTGGCCTCCTAATGCTTGTGAACTGTAAAATATTCTCTTACAGAAGTTGCATGAAAAAGTCTTGGTTGAAGCTGCAGATCTTTGTGAATCGTTTAAAGGCTGTTTGTTCCGTCCCAAGCTCAAGCTCAGCCACTCCAAAGCTCCAACACCATCAGGTTGGTCTCTTGCTTCTTCTAATTCTGCTTCTTCATCTAATTCTGCTTCTTCTTCTTCATTTGATTCATCTTGTCCTTTGTTCTCTTTAAATGATTCAATTTGTTCTCCTTGAAAAATCATCGCAAACACCAGATTTCCAAATTAGTAGAGCTAGAGATGATGATATTGAACTATAAAATGGACAGGAATAGGATTGCTTAGCTGATTCTTTGTCTAACCTTAAAAACTACTACTACTACTGCAACTGCTAAAAGCTTTGGTGGTAACAAATTTTTTATTCTTGGTTTTTCCCAGATGAAGAAATGCTGAGAAAAAACTATAAGGATGTAAGTGCAAGTTTTTGGTATATATGTTTTTTTTGCATTTCTTATCTTCTCATTCTCTTCCGACCATTAGTGGTCCAGTGGACAATGCTTATGTCATCTCTACTGTTTCCCTTTCAAACTAAAGGATTCCCCACTTCCATCAATCTTTCCCATCCCTAATTTCTCAAACTATACCACCTTTTTTTTTTTAACGTTCGAGATGCTTTCAGATAATCAGATATTCAACTCCTTTGATTAGATTATTTATCTCGACCGAATCATTATCGGTTAATCTAGACATCTTTGAAGTGTTAGGTTCACATCATGGTCACTAACTTAATTTCTTTAGGATATTGAATATTCTATTGAAAGTTTCTACGCCAAATGTTTGAAATTAGATAGTTTTCTTGTGAGATTAAATGCCAAAATGTTATAATTCTTTAGATGTTTGCGATTACGATGATGAAAAAAAAAAGGACGGTCAAAGTTTGAATTTGAAATCACTTCAATTATTTGCTTCAACCCCACAAAAGAGAAATGGTTTGATGTATTGAAAGAAAGATTGGTCAAAATCCAAACTCAAGATAATGTTGATTTTCT ATGGAAGAAAGAGATGAAAGTACCGATACAGAATCAAGACCTAATAATAATGCTGAAGCAGTACAGGAAGCCAAGGCCAGTGTCGATATGGAAGAAAGAGATGAAAATACTGGTACAGAATTAAGACCTTTCAATAATGCTGAATCTGTACAAAAAGCCAAGGCCAGCGACAATATGGAAGAAAGAGATGAAAATACTGATACAGAATCAAGACCTAATAATAATCCTGAAGCCGTACAAGAGGCCATGGCCAGCGACAATATGGAAGAAAGAGATGAAAGTACTGGTACAGAATCAAGACCTAATAATAATGCTGAAGCTGTACAAGAAGCCAAGGCCAGTGACAATATGAAAGAAAGAGATGAAAATACTGTTACAGAATCAAGACCAAATAATAATGCTGAAGCCGCACAAGAAGGCAAGGCCAGTGACAATATGGAAGAAAGAGATGAAAATACAGATACAGAATCAAGACCTAATAAAATTGCTGAAGCCGTACAAGAAGCCAAGGCCAGTGTTGAAGTTGAAGTGCTAACTTGTCTTTCAAATGAGGCAAAGTATTCAGGTTATCAGGAGTTGGGAACAACTCCAGAGTTTTCCAGCAAAATTGATGGTCCAGATGAAGAAAAAGCAGGAGTCCAACAGAATATGGAACTTGGTTCTGGATATTTGCTTAGTGAGTTGTCAGAAAAAGATAATCAGACCATCTCTAATCATGCTGATAATGATCGAGTTGAAGCTGGCAATTTATTATCTAATGATAAAGATACTAAAAATTTAAAATTATCTATTGAAGATGAGGCAACGACTCTTCTTAATGAGTGCTCGGAACTTCCTCTTGAAGATGTCACCAAAAATTATATCGAAAAGATGAACCCTCCCATTGGAGATTTAACTCAAATTACTTCTATCCAAAGTTTAGAAACAATCCCCAGTAATTCCCAGCAATCGGCTCGCAAGGATAAGATATTTTTGAAATCAAAAAAGAAAAATTATAAGTTAAGGTCCCATGTAAGTAGCGACAGAGTTTTGCGTTCAAGGACCCAAGAGAAAGCTAAAGCTCCTGAACGAAGTAATGACTTGAATAATTTTACTGCTGAAGAGGATGGAAAAAGGAAGAAGAAGAAGAAGAGAAATATACAAGGAAAGGGAGCAAGAGTGGATGAGTATTCATCAATCAGGAATCATTTGAGATATTTACTGAATCGCATCAGATATGAACAGAGTTTGATTGAAGCTTATTCTAGTGAAGGCTGGAAAGGGTTCAGCTCAGATAAATTGAAGCCCGAAAAGGAACTTCAGCGAGCATCAAATGAAATAATGCGACGCAAATTGAAAATAAGAGATCTATTTCAACGTATTGATGCCCTTTGTGCTGAAGGGAGGCTTTCTGAATCTTTATTCGATTCTGAAGGACAGATAGACAGCGAGGATATATTCTGTGCAAAATGTGGATCCAAAGAACTGTCCCTTGAGAATGACATCATATTATGCGATGGCATTTGTGATCGTGGGTTCCATCAGTTCTGTTTAGAACCACCTTTGCTAAACACAGACATTCCGCCGGATGATGAGGGATGGCTGTGCCCTGGATGTGATTGCAAAGATGACTGCTTAGATCTTCTCAATGAATTTCAAGGATCAAATCTTTCAATCACTGATGGTTGGGAGAAAGTCTATCCTGAGGCGGCAGCAGCAGCAGCTGGACGAAATTCTGATCACACCTTAGGTCTTCCTTCAGATGATTCTGAAGATGGTGATTATGATCCTGATGTTCCAGATACCATTGACCAGGACAATGAATTGAGTTCTGATGAATCAAGTTCTGATCAATCTAACTCTGATCCGTCAAACTCTGATACATCTGGTTATGCTTCTGCTTCTGAGGGATTAGAGGTTTCATCTAATGATGACCAGTACTTAGGTCTCCCTTCTGATGACTCGGAGGATAATGACTATGATCCCAGTGTTCCAGAACTTGATGAGGGTGTTAGACAGGAAAGCTCAAGTTCTGACTTTACATCTGATTCTGAGGATCTAGCTGCCCTTGACAATAACTGTTCTTCGAAAGATGGTGACCTTGTGTCTTCATTAAATAATACTTTGCCTGTCAAAAACTCTAATGGGCAAAGTTCCGGTCCCAACAAGAGTGCACTACATAATGAGTTATCAAGTCTACTAGACTCTGGTCCTGATAAGGATGGTCTTGAGCCTGTTTCGGGAAGAAGGCAGGTTGAACGGTTGGATTATAAGAAGCTCCATGATGAGACATACGGGAACGTTCCTACTGACTCAAGCGATGACACCTACGGGAGTACTTTGGACTCGAGTGATGACAGAGGCTGGGATAGTGGTACAAGGAAGAGAGGTCCTAAAACTCTGGTTCTTGCATTGTCAAACAATGGATCTAATGATGATTTGACCAATGTAAAAACTAAACGCAGTTATAAGAGGAGAACTCGTCAAAAGCCAGGTGCTATAAATGTGAATAATTCTGTGACTGAAACTCCTGTAGACACTGCAAAATCTAGTTCCTCTGTTAAGAAAAGCACATCATCATCAAATAGAAGACTCAGTCAACCTGCATTGGAGAGACTTCTTGCATCATTCCAAGAAAATGAGTATCCTAAACGAGCTACAAAGCAGAGTTTAGCACAAGAACTAGGCCTTGGTCTGAAGCAGGTTAGCAAATGGTTTGAGAACACGCGATGGAGCACACGCCATCCCTCAAGCAGTGGTAAGAAAGCAAAAAGTTCCTCAAGAATGAGCATTTATTTATCACAGGCAAGTGGAGAACTATCCAAGAACGAGCCAGAATCTGCAACATGTTTCAGAGATACTGATAGCAATGGTGCTCGACATCAAGACTTACCAATGGCAAATAGTGTTGTGGCTTCATGTCAGAGTGGGGATACAGGGGATAAGAAATTGTCGTCTCGGAAAACTAAAAGAGCAGACTCTTCAGCCACAAAATCCAGAAAACGGAAGGGCAGGTCAGATAACACGGCATCACATTCAAAAGACAGGGAGGGATCACCAAGGCCTCCTGCCAAGTCACCTAAAGTTAATGAAATGCAAACAGCAGATAGGTTTAAGACAAGGAGGAGGAGATCCATTTAG MEERDESTDTESRPNNNAEAVQEAKASVDMEERDENTGTELRPFNNAESVQKAKASDNMEERDENTDTESRPNNNPEAVQEAMASDNMEERDESTGTESRPNNNAEAVQEAKASDNMKERDENTVTESRPNNNAEAAQEGKASDNMEERDENTDTESRPNKIAEAVQEAKASVEVEVLTCLSNEAKYSGYQELGTTPEFSSKIDGPDEEKAGVQQNMELGSGYLLSELSEKDNQTISNHADNDRVEAGNLLSNDKDTKNLKLSIEDEATTLLNECSELPLEDVTKNYIEKMNPPIGDLTQITSIQSLETIPSNSQQSARKDKIFLKSKKKNYKLRSHVSSDRVLRSRTQEKAKAPERSNDLNNFTAEEDGKRKKKKKRNIQGKGARVDEYSSIRNHLRYLLNRIRYEQSLIEAYSSEGWKGFSSDKLKPEKELQRASNEIMRRKLKIRDLFQRIDALCAEGRLSESLFDSEGQIDSEDIFCAKCGSKELSLENDIILCDGICDRGFHQFCLEPPLLNTDIPPDDEGWLCPGCDCKDDCLDLLNEFQGSNLSITDGWEKVYPEAAAAAAGRNSDHTLGLPSDDSEDGDYDPDVPDTIDQDNELSSDESSSDQSNSDPSNSDTSGYASASEGLEVSSNDDQYLGLPSDDSEDNDYDPSVPELDEGVRQESSSSDFTSDSEDLAALDNNCSSKDGDLVSSLNNTLPVKNSNGQSSGPNKSALHNELSSLLDSGPDKDGLEPVSGRRQVERLDYKKLHDETYGNVPTDSSDDTYGSTLDSSDDRGWDSGTRKRGPKTLVLALSNNGSNDDLTNVKTKRSYKRRTRQKPGAINVNNSVTETPVDTAKSSSSVKKSTSSSNRRLSQPALERLLASFQENEYPKRATKQSLAQELGLGLKQVSKWFENTRWSTRHPSSSGKKAKSSSRMSIYLSQASGELSKNEPESATCFRDTDSNGARHQDLPMANSVVASCQSGDTGDKKLSSRKTKRADSSATKSRKRKGRSDNTASHSKDREGSPRPPAKSPKVNEMQTADRFKTRRRRSI Homology
BLAST of Cucsat.G15547.T1 vs. ExPASy Swiss-Prot
Match: Q04996 (Homeobox protein HAT3.1 OS=Arabidopsis thaliana OX=3702 GN=HAT3.1 PE=1 SV=3) HSP 1 Score: 433.7 bits (1114), Expect = 5.8e-120 Identity = 268/543 (49.36%), Postives = 355/543 (65.38%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy Swiss-Prot
Match: P48786 (Pathogenesis-related homeodomain protein OS=Petroselinum crispum OX=4043 GN=PRH PE=2 SV=1) HSP 1 Score: 426.4 bits (1095), Expect = 9.3e-118 Identity = 281/605 (46.45%), Postives = 362/605 (59.83%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy Swiss-Prot
Match: Q8H991 (Homeobox protein HAZ1 OS=Oryza sativa subsp. japonica OX=39947 GN=HAZ1 PE=2 SV=1) HSP 1 Score: 384.0 bits (985), Expect = 5.3e-105 Identity = 280/701 (39.94%), Postives = 394/701 (56.21%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy Swiss-Prot
Match: P46605 (Homeobox protein HOX1A OS=Zea mays OX=4577 GN=HOX1A PE=2 SV=1) HSP 1 Score: 379.4 bits (973), Expect = 1.3e-103 Identity = 271/676 (40.09%), Postives = 376/676 (55.62%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy Swiss-Prot
Match: P48785 (Pathogenesis-related homeodomain protein OS=Arabidopsis thaliana OX=3702 GN=PRH PE=2 SV=1) HSP 1 Score: 198.4 bits (503), Expect = 4.1e-49 Identity = 175/602 (29.07%), Postives = 282/602 (46.84%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. NCBI nr
Match: XP_011651230.2 (homeobox protein HOX1A [Cucumis sativus] >XP_011651231.2 homeobox protein HOX1A [Cucumis sativus] >KAE8650494.1 hypothetical protein Csa_011375 [Cucumis sativus]) HSP 1 Score: 1950 bits (5051), Expect = 0.0 Identity = 1039/1039 (100.00%), Postives = 1039/1039 (100.00%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. NCBI nr
Match: XP_008456177.1 (PREDICTED: pathogenesis-related homeodomain protein [Cucumis melo] >XP_008456178.1 PREDICTED: pathogenesis-related homeodomain protein [Cucumis melo] >XP_008456179.1 PREDICTED: pathogenesis-related homeodomain protein [Cucumis melo]) HSP 1 Score: 1779 bits (4607), Expect = 0.0 Identity = 970/1068 (90.82%), Postives = 990/1068 (92.70%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. NCBI nr
Match: XP_038876083.1 (homeobox protein HAT3.1 isoform X1 [Benincasa hispida] >XP_038876090.1 homeobox protein HAT3.1 isoform X1 [Benincasa hispida] >XP_038876099.1 homeobox protein HAT3.1 isoform X1 [Benincasa hispida]) HSP 1 Score: 1614 bits (4179), Expect = 0.0 Identity = 892/1042 (85.60%), Postives = 942/1042 (90.40%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. NCBI nr
Match: XP_038876114.1 (homeobox protein HAT3.1 isoform X2 [Benincasa hispida]) HSP 1 Score: 1407 bits (3643), Expect = 0.0 Identity = 777/898 (86.53%), Postives = 818/898 (91.09%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. NCBI nr
Match: KAA0037202.1 (pathogenesis-related homeodomain protein [Cucumis melo var. makuwa] >TYK13871.1 pathogenesis-related homeodomain protein [Cucumis melo var. makuwa]) HSP 1 Score: 1220 bits (3157), Expect = 0.0 Identity = 674/784 (85.97%), Postives = 685/784 (87.37%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy TrEMBL
Match: A0A1S3C283 (pathogenesis-related homeodomain protein OS=Cucumis melo OX=3656 GN=LOC103496194 PE=3 SV=1) HSP 1 Score: 1779 bits (4607), Expect = 0.0 Identity = 970/1068 (90.82%), Postives = 990/1068 (92.70%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy TrEMBL
Match: A0A0A0LA53 (PHD-type domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G198510 PE=4 SV=1) HSP 1 Score: 1402 bits (3629), Expect = 0.0 Identity = 745/755 (98.68%), Postives = 750/755 (99.34%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy TrEMBL
Match: A0A5D3CQ03 (Pathogenesis-related homeodomain protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold832G00580 PE=4 SV=1) HSP 1 Score: 1220 bits (3157), Expect = 0.0 Identity = 674/784 (85.97%), Postives = 685/784 (87.37%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy TrEMBL
Match: A0A6J1D6Q5 (homeobox protein HAT3.1 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111017765 PE=3 SV=1) HSP 1 Score: 1212 bits (3135), Expect = 0.0 Identity = 688/909 (75.69%), Postives = 754/909 (82.95%), Query Frame = 0
BLAST of Cucsat.G15547.T1 vs. ExPASy TrEMBL
Match: A0A6J1J9X9 (homeobox protein HAT3.1-like OS=Cucurbita maxima OX=3661 GN=LOC111482621 PE=3 SV=1) HSP 1 Score: 1186 bits (3069), Expect = 0.0 Identity = 679/904 (75.11%), Postives = 743/904 (82.19%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
GO Annotation
GO Assignments
This mRNA is annotated with the following GO terms.
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