Sequences
The following sequences are available for this feature:
Gene sequence (with intron)
Legend: five_prime_UTR exon polypeptide CDS three_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
AACTGCAACATCTCCAGAAAGCAGAAGCTGAAGAAGCACTGAAAACAGCTGATCAGTCGAAGAAGAAGAAAGCTTCATTCACAGAAGAAGAACAAAATCGCG ATGAGAAAACGTGATTTATCCATTCTTATGCTCGCTGCTTTCGCCATTTTCTTCTCTCTCCAG GTTCCTTTCCTAACCCTCCAAAAACCCTAGAATTTTCCAATTCTAATTAGTATTTCAATCAAAATCGAACTCAATTTCAAATTATATTGACCTAATTCACCGATTAATCCCTCTTTTTCTATCTTTTGCATTAGCATGAGGGAGATGTATCGTTCAGAGATGCATGGTTTCATTTATTGGATGATTATCCGATCAAATATGAAGCGGACCGTCTTCCTCCGCCTATTGTCGCCGATCTCAATGGCGATGGCAAGCTAGAGGTCCTTGTTGCCACTTATGATGCTAAAATTCAG GTTATTTCCTTATTTAAATTTTTATTTACTAATATCTATTTCTTATTTTTTGTATGTTGTTGTTAGATTTTGTATAATTTGGAATGTGAAATTTGCAGTTTCTGTATGATGGGTAAGCTATTATATTTAAGAATATGGTAGGAAGGTTAAGAAATTGTTAACTTTTGGTTCCTAATGAACTCAATAACTTTAGGAAATTTATGTATTTCGGTCCATTAACAAATATAGAGTAGTTACATGAATTATTTAGGATGTCTGGAAAAAGTTGCTAGTGCATTTGGAAGAAGTGATGAATAAAGGGTGTGAAGGAAAAACTTACAAAAGTACATGAGTTATTTAGTTTGTCCGGAAAAAGTTGCTAGTTACATGCTTGAAATTTCTGCAATACATGCATTTGGAAGAAGTGATGAACAAAGGGTATGAAGGAGAAACTTACAAAAGTACTACATAGGTTAATTTGATAGGTTCGAACCGTGCGAGCAATTAGCTTTGCAGTGTTTGGATAGAGTGAGTAATTTTCTGTCAGGTATTTACAATAAATTCAGTGGCCTCACCATTGCTGCAATCGGAAAGATAAACGCCTACTTTGTTGAGTGGAGAAACCATTTTGGATCTTTTATTGTTGTCTTGGTTGGAGTGTGGATATCGTAAGAAATTGTAACCTTTTGGTTCCTATTGAACACTATAGCTTTAGGAAATTTCGTTTCGGTCTATGAGTAAACATAGAGTAGTTACATGAATTATTTAAGATGTCCGGAAAAAATTGCTACGTACTCTAATGATGGAATGGTTCATGCTTGAAATTTCTGCAATACACTCATTTGGAAGAAATGATGAACAAAGGGTGGGAAGGAGAGACTTAAAACAGTACTACAAAGGTTAGGTTGATAGGTTGGAACCGGGTGACCAATTATCTTTGCAGTGTTCGCACGGGGTGAGTAATTTTCATCCAGGTATTGACGATAAACTCAGTGGCCTCACCATTGCAGCAATTGGAAAGATAAACACCTACTTTGTTGAGTGGAGCAAGTCGAGCAACCATTTTGCATCTTTTATTGCTGTTACGGTTGGAGTATGGATATCTTATGATGGGGTCATTGGCTCTACACTCTAAACTCAAGCTTGCCTGAAGTTTATTTTACTACGTCAAGTTGATGTGAGTTAGTTCACATGTTACGAGGTTTTGGTTCATTTGTGGGATTAGATTAAGTAAGAGAGGGTTCAAGAACTTTGTAGGATCTTAACAAGAAAATGTATTATTGATCATTAATAAAGGAAAAAATTATGGCAAAGCTGAATACACATTTTTAAAAAGTTAAAAACAAAACCAATAATATAAAAAGGTTTCTAAAAGCTCCAACTCTACAACTGGAGGGTATTATTTAAAATATTTTTGTTCCATTATTAAACATCAAATGATCCTTCAATCTGGTGATTCTGGTCAATAAGGTGTAATGAAGACTATAGTCTGCCAGCGGATCTGCATTCATTCCGTTCCTCTTTGCAGCAGTATTGGATGAATTAACAAGGTCCATGCGGGATGAGATTCCAGCATACCACAATGTATGTTGTTCGCAGATGATGTTGTGTTAGTGACTAGAATTGGGGTTAGTGCTAAATTGGAGTTATGGAGGCAACAACTAAAATCTTGTGGGTTTAGACTAAGTCAGGCAAAACTGAGTACATGGAATGTTATTTTAGAACAAGGAGGGAGTCAAGCAAGGATGTAATAGCATTGGGTGGTAACGAGTTGTGCAAGCGTGAATGTTTTAAGTACCTTGATTATTATAGAGGAATGGAGAGATTGACCAAGATGTGACCCACAAGATTAAGTCCGGGTGGCTCAAATGGAGAGCAATAATTGGGTATTGTATGACTGCAATCTACCTTTGACTTCATAGAGAAAATTTTATTTGATGACTATCATACCAGCTTTGTTAGACTGATCAGAATGTTGGACATTTAGGAAAGATCATATTAAGAATTTAAGATGGGAGTAGCAGAGGTGTGTATGTTGAGATGGTTGTGGGGAACACCTTGAAGGATAGAATTGGAAATGAAGATAATAGGAGGAAAGATGGAGTTGCGAATATTGAGGAAAAAAGAAGGGAGAACCGATTGCGCTAGTTTGGGGATGTGAAACAGAGATTAGAAGATGCATCAGTAAGGAAAGTAAAGGTTTGGGATCACGGGGATTTTAGAAGAAGCCGAGAGAGACCAAAGATAACTTGGGTGGAAGGAGCTAAGATTTCTATTAAGGGAATGGAGGAAGAGGATCATGGTTGACCATCACAAGAAATGAACTTTTGGTTCATGTAGCCAACCCCATCATTGGGATTAGGGCTTTGATATTATTGTGGACGTGGCTTGGTTTATGATGAAAAGAAGTAGAGTCAATGGGTGGAGGCTTTGTGAGGAACATGATAATTATTGGGTTTATAGCACTTCTTGACATCGAAATATTACTGTTCTTACAGTGAGGGAAGGGGCAGATGGGGCAATGTAATATGCAAGTTCATCCAATTGAATCATTGACCAAAGAGGGAGGGATTTGATGTTTATTGCTAAGTGTGGATAATGTGTTTCGTTTCCTTAATATGTAAACATATAAAAAGTTCATACGTTCCATGTCGTTTTTCCGTCTCCTGATATCAGTACTGATAACCTCGAGACTCAGTCTGTTGACTTAATTGAACTGCTTCTTTTTCTCAAAATCATTAATCTTTGCTGCAAGGTATTGTTATTTCCTAGCCTTTTGTACTGATTTACCCGCGTTTCGACTTTTAGGTGTTGGAGCCTCATACTAGACGTGTTGATGAAGGATTTAGCGAAGCGCGTGTTCTTGCCGAGGTGACTTTGTTGCCTGACAAAGTTCGTGTTGCCTCTGGGAGGCGTGCTGTTGCTATGGCAACTGGTGTTATCGATCGAAGTTACCGGCAAGGGCAGCCACGTAAGCAGGTATTGGTGGTGGTGACGTCAGGATGGTCCGTCATGTGTTTTGACCATAATCTTAAGAAGTTATGGGAAGCAAATTTACAG GTATATAGGTTCTTTCTCCTAAACCCTTTCAAAGGTTTGCTGGGTTATCAAACATGCACATGTAATCATTACTTGATGTACATTTTGCAGGAAGATTTTCCTCATAATGCTCACCACAGAGAGGTTGCAATATCAATAAGCAATTACACCATTAAACATGGAGATACAGGATTGGTTATTGTTGGTGGTAGGATGGAAGTGCAACCACAT GTATGCATATTTTTTTTTTTGTTTTATCTACTGTTGCTTAATTAATGCGTTCAGTCATGCAATTTTGCTTTTCTGATTCAGTTTGACATGGACTGTGAGTTGCATAGCTGCTTTCTCTTATTTTTCCGCATAATTCTTTTAATTTCTTCAGATTATTGCCTGTCATCTTGACATTTGGATTTCCTTTGGTTATCATACTTGAATTTACTCTTCATTAAGCTAAGCTGATAAAAACGCTACTTCAAACTTATTGCGAGAGGAAAGAGATTAAGTATGTGTTATGATTGGATTGAATTTATGCTTCATTTGATCAACTGAGACCGCAAATAAATTGAACAAAGTTTGAGAACAAGATAAAGGAAGATGAAAGGAAGTTTTGTCACTGACTACCTAGCAACTTAGCCACTTTGGCACTTACTACCTTTTGGAAAAGAAGTTGTGAATTACTACATTTTAAACCACTCAGGGATTACTATTGCTACCTCATGTCCTTTTCAAGTTATTTTTCCGGCAATGACGTCAAAACGCCCTATTAACAAATTATAAAGGAGAAGGAAAAAAAACAATTTTACCCTTAACTAAAACCCCCCAACATGTGTAGTTAATTAGTTTTACATAAAAGATAAATGGTGAGGGTGGATAATTAGGGTTTTTTTTTTTGTTTTTTTTTGTTACTAGGGTGTTATTTATTAAGTTCGCAATAAAATACAAAAGCCTTTCATGTCGTTATTTCCAAGCTAAAATGACCGGAAAATGACATAAGGTTGCAATCAACAACACGAGTTTTAAAAAGTAGTAATTCACAACTTTTTTCCCCAAAAGGTAGTAAGTCCTGCCCGTCTGTCCCTATTGTGAACTTTTGAAATTTACAAAAGCGCCTCTTTATTTTCTTTTCAGTATTTCATCCTTTGTCACCTTTAGTATAGCAGAAGTTGTACAATATTAATTTGTGTGTTTTATCACTGGTTGTAGATTTTTTCAGATCCTTTCGAGGAAATAAGTATGGCAGAGAAGAATGCAGAGCAGCATAGGAGAAGTGCTGGTGAAACTGAG GTATATACAGTGTAAGATTGACGTACTGCAATTTCAGACGAGTCTCTTTTTATCTTGGTCCTATGAAAAACCCTTGTTAAGAAACTGTTGCTAAAAAATTTAGTCCTGTAAAAGCATGCATTAGCAACCCATACCCTAATTATAGTTGGACTAAGGTTGTGTACAAGCGAAACTAAATATGTCATGAACGATTAAGATCTATCTGTCGTGTGATCCTTATCTTTTACAATCTTTTGCTGAAAGCCAGTGAAAATTATGAAATCTGTGTTGTATATCCTCCACCCTTACACACTTTCACGTACGCGCACGCACACAGAATCATCTATGTGAGCTTCACATGGCTTTTGTGTGTGTGACATAACTCATAAACCACGCCTAAGGCCTAGTAGAGTTACACTTCTCAAATGTGGGTTTCTCTTTTCAGTTGTTCCTTGGGTTGCCCACATTAGTGGTTTGACGCTCCTTAACAAACGTGAAATGTCTACCAAGATATTTCTTTCTTGAAACAAGTATGTGAAATGAAATTATTAATTACTTTATTTTGATGGTCAAATCCATGAAGTGAAACTGTCCAAGTGTTGATTTGTTTGAAACTGTCCAAACGTCTATTCAGTCAACAGATAATAATGTAATTGATTATTGTTTCTTCCCTCTCAGCCTGCGGAGAACAATGAAGTAGTGGATTTGCGGCATTTTGCATTTTATGCCTTTGCGGGTAGAAGTGGCCAGCTCCGATGGAGTAGAAAGAATGAG GTTTTTTCTTGCTCTGTTTACATCTTTAATTCATTTGCAGGTGATAGAGTCACTATCCCCCGCCCTCCTCTTTTCTTTACTGTGTGTGTACTGTGCACAAATGTTGATAAAGCATCTACAGTGTTCTATCTTAGTAAAAATGTTCTTGTTTTTACGTATTACAGCATGCTGTACATCATTACATACTGCCTGCTAGAGTCCTAGGTGTGTGGCCTTGCCATGCATGTATAGATTTCTTTTATACTAGTATAATACTTGGTATGCTTTTGGATTTCCTTTAACTACATAAGTATGAGTTTTGTTTGTTTTACAGATATGTTGTAGTTAAAGGGAATGTGTTATGGTAACATTGGCATGTACCTAATAATATCAACTAATTTTTTAGTTTACATATCATTTTCATTGGTTCTATATTTCTATAGTTGAAGACATTGCAGTTTTGTATTTTTACCTCAAAAGTCGTAAACGTATCAATTTTTAAATTGTTTCCTTGTTTCCATTGTCTGTTTTCAGTCTTCTTTGTAAAAGAATATTTGGACAATTTGCAAGCTAGTGGTTTTAGATAATCACATCTTCTTTCAGGATCTCTGCGTCATGTCAGGAGTTGGAGTGGAATGAGTCTGATTGATGCCATCTCTCTTAGAATTAATGTGAACATTGAAAAATCATATCAAATCGTGGGATTTTTAGTCCTAAAGTTTTGGTACCATTAATGTAGCACCTCGCATATGAATAGACTATAGTTTTACATCACACAAAGTTAGGATTCGTTCTGAATAGAGTTAAAAGTCATGTGGTTGTTACAGAGGTATTGACTTCTCTTTGTTTCAATTTTTATTGTGTTTGAAGAAAATTGAAGCGCAATCCTCGGAGGCATCCATGATGATTCCACAACATAATTACAAGCTTGATGCTCATTCTTTACACAGTCGTCATCCTGGAGAG GTGAGCCCAGGTCATTTCTTGTGTTAAACTGTCCATTGTTAAGTTGTTGTTACTTATGTTGATATGTTGAGTTCTATTCAGATTATTTGGTATTTCTTTTGTTACCATGAAATTCACAAAGCCTCATGAATAAGCAGTGTATTTTTATCATCTTTGCACCACTCTGTACGAGTTAGTGGAGGACCGTGCTTGGTGGTTGTTCTATATTATGATAGGCCGGAGTTGTCTAGGTGCCGTATTAATGGTTTATACCATAACGGTCCATAGAATTACTTTTGATGAACAAATCTCCTGAAATTAAAATAATTTCCCCCATTAGAGTCCGCAAAATAAAATGTTATTCGGGAGGCACAAAAAGAAAATTCTACTAGTCTCCATGTAGGCTAAAATTTTGTTTTGTCTTTGCATACAGAGTCACTACACTTTTTAGTCACCTCTGATCAATTTGATTATTGATATCCTACTTCTGCATCTTCTCCTCCCCCCTGTATGCAGATCATTAAGATGGTTATGTTGATTTTTAAGACTTATGGGTTAATGTTATGGCTTGTAAGGATTATTTTTATATTTATTAAGGAAGTATTACTCTATTATCATAAATAANTCTCCTCCCCCCTGTATGCAGATCATTAAGATGGTTATGTTGATTTTTAAGACTTATGGGTTAATGTTATGGCTTGTAAGGATTATTTTTATATTTATTAAGGAAGTATTACTCTATTATCATAAATAAGGTCCACCTGCCACAATGCAAAAATAAAAGGTGGCTTAATTAATTTGGTTTTTCGGATTGGATCTAGACTACCTACTTACCTAGTCCTAGATCTGATTGGACCGGATTAGACTTGGTTGAAATTTGGATTGGATTGGGGCATTGGGCTCAAAGTTCAAAAAACAAATTTGTTTTGGATTGGATTTGGCAGAACTTTCACCCTAAGAATGTTTTACATAAAGTGGACAAAACTGAACTTTCACCCCTAAACATAACCATTAGGAATGTTTTACATAAAGTGGACAAGACTGTTACGAGTAATATTTACTCGATTAGAGCTCTTGGAGAAGGAAATGAAAGATATGAGAGATGGATATGCTTAATCTCATTACATAACTTTTAAGAGAAAAGGACTTAAGATAGAGGTACCGCGCATTGGCTTGTTTCTGACTTGTTAGAGCTTTAGAGAAGGAAATCGAGGATATGAGGGAGATGAAGATGCTTGATCGTGGTATATAACTTATGAGATGCAACCTTTTGAATAGAGACCGCAAACATATATTGGTTGTTTGTCACTAATCAAGGATCAATGTACTTCTATATTCCAAATACGAAATAATAAACACGGAAACACCCGAAAAAGAATTATTTCTACATTTGCAGAAACACACACATTTTCTGTGCAGAAAAAAGTTCCTGGGCTATATTTGCAAGCAAGAGGGCTCAAGCACACGGATTGATTTTCCTTTTGTGACCTTGCTATACATGTTGGCAACAATGAGGTGTTAAACCAAGCAAGATTTTTGATTGTCGTTGAGGGGTTTGATCGAACTGTGACTGCTAAACACCTCAAGCTGATAGAGTCAATTGCAACTACATGGAGAAGTTTGTCCTCTTAGGAATTAGGCAATCTTACTGCAACAGTATATGAAGAGAGGTAATGGTGTATTTCTGAGCGTGCAATTTGTGTAAAACATTCTTAATGGCTTCTCACAATCGGAATGAAACAACACGAAAGGTGAAATGAAAGGCATGGGATAAGGGGTGGTGTCGATTGAATTAAAATTCTATTAAGGAGGGTTTTTGCTTTGTGATTTTGTTGCTTAAGTCGATAGGATTTCATTTTAGTTCATGATTTTAATGGAAACTAGAGAACGAAAAGAGTGGAAGGAAATGGGAGGGGTAGGGTGTTTGGTTTGTTCTTTTTTTGTGATCTAGGTTTCCGAATCCTACATGGACATTTTTCTTGTAAAATTTCTTTCTTAAGCCAATCTTGGAATTATTTTTTTCTAGTCTTTGACCCTAGCTATACTGGAATATCATTTGTAAGATACACCTTTTCGTAGTTTGAGTTAAATTTCATATGGAAATTCAAAAATGTTCAAAATTTAAATGACATAAGTTTATCGGAAGTTATTTAGGAAGATTTTCTGAGATTTTCAGCTAAAACAAGATAGAATTTTTGAAGATGTGATTCTCATGAAAGAGAAATTTTCACAAATGATTTAGGCAGGAAATTTTCAAGGAGAAGCCACCATGTGTCATGCTTGGTTATTGGTTTAGTAGTAAGTGATTTCCAGCACAATTTTTGGGAAATCGCTTTCTTTTGTTGTCTCTTAAGTTAAATAGTGTTCGAATTGACTTTTCGAGGTCAGCGAATGTTTGTAATTTTGTATGTTTACTTTAACTAAGGTATCAAGATGCAGGTTTTTGTTTTTTGATGAGATTTCTTCAATAACTGAGCTACGTTTGCTTGTATTGTATGCTCTTTGGATGCTTTTTGCCAATCACAAGCTCACCGAAACTTGTTAACCTGCAGTTTGAGTGCAGGGAATTCCGAGAATCTATCCTGGGAGTTATGCCACATCATTGG GTAAGTTGTATTAGCTACCCACTCTACCTGTTTAGCAGGGTCACATAATACGGTGGAGACCCCACCGTACTCCGTTTTAGAACGATTCGTACTGATTCGAGTACGAATTCGGTCTAATTCGACCCAATAATCGATTTGATCGATTTCTAGTATTCTTCGCCGAATCGCCATTGTTCTGTGATTTTAAAGCTTCATCGTGAAAATGGAGGATGGATCTTGAGTTCGTGCGTGAAAATGGAGGAGGAGAAAGAAAGAGGAAGGTGACTGAAGGTGAAAAAAATGGAGGAGGAGAAAGGAAGGTGAAGAAAATGACAGGAGATTAGGTTTTAGCCTAAAAGAAGACAGTTGTATTTTGTATCTTTTAAACTTTTTTTTTGAAAAGAGGACAGCTGTATAGCTGTATTTTTCTAAAGACTGAATTTTTTTTTTCTTTTTCTTTCAATTATAAAGAGGAAATATTCTATTTTTAAAGGGAATCTTTACTATTCCCTTCATTACTAATTACGAGAAAGCATTATTTTAGGACTCATATATTTTGTTTTTATATTTTAGCTTTTTTTAAGTCAATCTTGGTTGGGATGACATATGACTTTCGAATTTTGATTAGACTTAAATATATACATTTTTCTTTCAATTTATATGAAATCGTATTATATTACCGAAAACCGTATTTAAAATTACTCAAAACGTATTTGTAATACGATCACCTCTCGTATTCCGTATTCGTATTGCGTTTTCGTACTAAATCGTACTACGTATTAGGTGACCCTGCTGTTTAGTGTGCAAAGTTGGATATTTAATATTTGTTTATTGAGGTGTATACTATTTCACGTTGAATAACAGGATAGGCGGGAAGATACTAGTTTTGAGCTGGCCCATTTCAAACGCCACAAGAGGAAGACGCTAAAAAAGCTGCCTGGAAAAAATGCTAATCATCCTCTCCACAAGCCTGAGGAACATCATCGTCCAGGCAAGGATTCAACAAAAAAGATCTCAAAAATGATTGGAAAAGCTGCTGACTATGCTGGTTCAGCTAAAACTAAGAAG GTATATACTAAATTGCTAATTGGGAACTTTTACTATTGATCTTGCACTTGCTGTCTTCATGAACATGACCTTAATCAGGATATGCTGTTAATTCAACTTCTTATCTCAGCAGGCAACTGTCTAAGAGAACCATAATCCATGAAATTAAATCCTTTTTTATACAATAAAAAGCTGCATTCATTTGGTCTTCTATTTTAAAGGAGTTGTGGGGCTTGTTCCATGTCTGTATGTTCCTTATTCTTTTAAAAAGGAACAGCTCTGGGGGACCATCCAATACATGAATTACTTCACGCGAAAACAGATAATAAATTTCCGCAGAAGTTCTACCTTTTTCCATGTTGGACACTCTAGTGGAACTATGACTTGAAGTGCCATAGTAGCCTCATGTAGTACTGAGCATATCTTCTGTTTGACAATAATATACGGAGTTCTAGTGGTCTAGTGTGATTGGTATATGACTTATGCTTATATTATGGCTTGCATAAAACCACATGAGAATATTTAGGCATCTGAAATTGTAATTTCTTGAAGATATGGTCAAGATGTTTCCAGCATAAAAACAATGTTCTGTGCAGGCAAATATTAAATTGTTCCTCACAGAGTAATTGTTATTGTATATGGTTCCCTGTAATTACTTCTAAGACTTTATGTATTTGATCATCCACTGATAGGACCTGAGTGCTAGTTGGTGGTAAGTTGTTGTTGTGTGTGATTCTTTTTCTGCTTCTCAGCATGATGAGTAAAATTCTTTTATGTTTGACTTTTAAGCACAATATAACTTAGATTTCTGGTTCAGGCAATTCCATATGTACCCACAATAACAAACTACACCCAACTTTGGTGGGTCCCCAATGTTGTTGTAGCTCATGAAAAGGAGGGTATTGAAGCTCTACATTTGGCATCTGGTCGTACACTTTGCAAG GTGAGCATTACTTTTTCAAAGCTTAACCTTGAATTATTATGCATTGATCAGTTATAAAATTCAAAATAATGGTGTCTCCTTTTACAGCTTCGTAACTGAAAGCTGTTAGTCTATTAGTAGCAAGATCCATACTTTGCTTGTTAGGTTTCCTTGTACGTAGACCGCTTAAACATTTTTCTCTTGTACAGTTGAACAAATAAGTTGATCCAATGTTAATAATTTCATGGATATTAGTAGAGTGCTCTTAACAACTTCAGGAGACTCGAGCAAATAGTCTCTCTCAGTAAAGTAATGGGGAATTGTATCTGACTGCTTATCATCTAATATTTATCTTCTATTGTTTTTCCTTTTGTTTTCGCCGGGGTTTATTGTAGATGTGAGATGTTGATTGGGATAAATAGGAAGCTGGTAGTATACTGGGATATAATATCAACTTGCTGATAAATTACATTGTATCTTTTCAATGCATTGATTTATTTGTATGATCTGTTTACATGAATATAATTGATTGAACAGCTTCATCTTCAAGAAGGTGGACTTCATGCTGATATCAATGGAGATGGGGTGTTGGATCATGTGCAG GTAAGTGGTTCTGCAATTGGTAATTATGTGTGGCTTTGTGCGTTTTGTTTAGTACCACCACACATGTTTAGTTGGAAGCTTGCATGTTGTAGATTTTTGCTATAATGACCATACGGTTCATTCTGATCTTTTCGGACTTTAAATTTTGACTCCGTAGTTGGATTTATGCGTGTTGGGAGTGAATTGTCTCACATCCATACACAACCAACCATCCTCTCTGATTTGCGCCATCATAAATCTCTGAAATGAACCAATACAGATTTGTCTATAGCAGTATCGCATAATCTCTATGTTCTCATAAATCCTCATACTGTTCGATGATAGGTGGCTGTAGTAAAGAATAAAGATGGAATATTCTCCTCCCAGTGTCCGTTTCTTTTGATATTACGGGTTAGGACCAATGCTTTTTGAATTTGGACAGAAGTGGAATGACCCAGAACCAGTTCCTTCATCTTGTAGTTTTGTTTCCCCACTGATAAAAATTAAACAATGTGAACATCGATTATCTCGGTGGAAAAACTCAGTGCTTTTCTTTTTTCTGTGTGTTATGGTTGGATATCTTTCTAACTAGAACTTAATGCTAATTATGCCTTGAGCCTTGAGTGACCTGCTTGAAAGAAAGTAAAAATGAGTGCAGCAATGATTTTTTCTTGAATCTGTTTATAGGATAAATGGGGAAGGATGGGGTAAGCTGATCTAGTTATTACTTATTCCTCTTTACATTCCATATTTTAATTGTCTGGTTTGGTTGTGTGAAAATTGTAATCGGGACCTGAAAATTTAAGATAATATACCAAATCGCTCTCTGTAGGTGGTGGGTGGAAATGGTGCGGAGCAAACAGTTGTTAGTGGATCTATGGAAGTACTCCGGCCTTGCTGGGCAGTAGCTACTTCTGGGGTGCCAGTGAGAGAACAACTCTTCAATGCCTCTATTTGTCATCATTATTCCCCTTTTGACTTATTTCAACACGCCGAACTCTCCCGGGGTTACGGTAGAGCTCAGGATTTTAGTTCTTTGGAGGTTGCCACACCAATTCTCATCCCAAGAGATGATGGCCATCATCATGGGAAAGGAAGCCATGGAGATGTCATCTTCTTAACAAGTAGAGGGGAG GTATGTTTCGTAACAATTTTTGTGTGCATAGAGCTTTGTATTATTACTCTGATTTAAGATACAAGTACCCAAGTGCATTATGCATATCCGACGGGATAAGGTTGGGTGAGTAACAAAATTTGGGAGCAAAAATATTGGGTTTGTAACGACCAGATCAACATGAGCCCGCCCCCCCGGCCCAGCCACGAAAATAGTGGTTTTGGGCAGAACTTTTGCCCTGGTATTCAGACCTGGCCTGAATTTTTAATTTTTTGGGCGGGTTTTGGACACCTCAAAATTGCATTTTTAGTTATATTTTTGACCTGGCCCGAATGGCCCAAAAGCCTGATACTTTTGGCCCGATTTAGCGGGTTTTGGGCAGTAATTTCCGGCCCAAAGTTTGGCACGCTCCCACCCTGACCCGACATAGCGGGGAGAATTTTCCAGTCATGGCCTGGCCCGGCCCGCAATTTGATCAGGTCTAGTTTTGTTGCTGCTTCAATTGTGCTATCATTTGTCAGGTAACATCATACTCTCCCGGAGAACATGGGCACGAGGCAGTCTGGCAGTGGCAGATAAAAACAGGGGCAACATGGTCAAATCTACCATCACCCTCTGGTATGATGGAATCTGGTAACGTGGTTCCTACACTGAAACCATTCTCTTTGCGGGCCCACGATGATCGATACCAATTGGTTCTTGTTGCTGGAGATCAAGAGGCTGTACTCATATCTCCTGACGGCGGCGTCATGACAACACTTGAACTTCCCGCGCCACCTACACATACCCTTGTTTCTGCAGATTTCTCAAATGACGGGCTAAATGACCTAATCGTAGTTACCGCAAACGGGGTGTATGGATTTGTTCAATCCCGACAACCGGGTGCCCTCTTCTTTAGCACATTGGTTGGTTGCCTCATTGTCGTGATGGGTGTCATATTTATAACTCAGCATTTGAACTCTATGGATGGAAAACCTCGCGCTCCTAGGTGA TCAATGAGTGTGATTTTCTGGAAATTTGAAACAAATCTGCAAAAGTATACTCTTCAAATGTATAATACCCAAGAATTACAGCATGATAAACTATATATAAGAGAAGATGAGAAGGTTTGCAGCTCAGAAAGAGGGGTTTCCATGTTTCCTTAAATCGAGTTTGGGACACTGTTGGTTATACTTGGCTTGTAAATTTGCAGCTGTTTTTTTTTTTGACCTCTTTTTCCCCTTTTTTTTACCCCTTTTTCTTTTGGAGGGGAGTTATTTAAACTAGGTTTTGATTAGTGGAGGATGGAGTTTTGGTCTTGAGTTGTAGTTTCAAGTTTCTTATGACATCTTCAGTTGCTAGAAGCATTTAGAAGAGTATCTGTTAGGCTTATTAGTTTGCAGGCCTTATGGGTGTTTTGCCAGAAAATCTTATATAGTGTGCATTTCCTTTAAATAGACTGGAGTAAATTTAGTGCAGAGTACAAATTGAAGTCATACAGTGAACAATAAGGCACAAGATGGTCATTATCTTGTACTGGTATTTTCTATGGATGAATTCACTTTTTAATGTTTGAACAATGAGCAAGAAATTGCTTTAAAGTTGTAATTTCATGCTACTTAGGTTTTGACCTGTTTGTAGCGAATTCTTCGTCG mRNA sequence
AACTGCAACATCTCCAGAAAGCAGAAGCTGAAGAAGCACTGAAAACAGCTGATCAGTCGAAGAAGAAGAAAGCTTCATTCACAGAAGAAGAACAAAATCGCGATGAGAAAACGTGATTTATCCATTCTTATGCTCGCTGCTTTCGCCATTTTCTTCTCTCTCCAGCATGAGGGAGATGTATCGTTCAGAGATGCATGGTTTCATTTATTGGATGATTATCCGATCAAATATGAAGCGGACCGTCTTCCTCCGCCTATTGTCGCCGATCTCAATGGCGATGGCAAGCTAGAGGTCCTTGTTGCCACTTATGATGCTAAAATTCAGGTGTTGGAGCCTCATACTAGACGTGTTGATGAAGGATTTAGCGAAGCGCGTGTTCTTGCCGAGGTGACTTTGTTGCCTGACAAAGTTCGTGTTGCCTCTGGGAGGCGTGCTGTTGCTATGGCAACTGGTGTTATCGATCGAAGTTACCGGCAAGGGCAGCCACGTAAGCAGGTATTGGTGGTGGTGACGTCAGGATGGTCCGTCATGTGTTTTGACCATAATCTTAAGAAGTTATGGGAAGCAAATTTACAGGAAGATTTTCCTCATAATGCTCACCACAGAGAGGTTGCAATATCAATAAGCAATTACACCATTAAACATGGAGATACAGGATTGGTTATTGTTGGTGGTAGGATGGAAGTGCAACCACATATTTTTTCAGATCCTTTCGAGGAAATAAGTATGGCAGAGAAGAATGCAGAGCAGCATAGGAGAAGTGCTGGTGAAACTGAGCCTGCGGAGAACAATGAAGTAGTGGATTTGCGGCATTTTGCATTTTATGCCTTTGCGGGTAGAAGTGGCCAGCTCCGATGGAGTAGAAAGAATGAGAAAATTGAAGCGCAATCCTCGGAGGCATCCATGATGATTCCACAACATAATTACAAGCTTGATGCTCATTCTTTACACAGTCGTCATCCTGGAGAGTTTGAGTGCAGGGAATTCCGAGAATCTATCCTGGGAGTTATGCCACATCATTGGGATAGGCGGGAAGATACTAGTTTTGAGCTGGCCCATTTCAAACGCCACAAGAGGAAGACGCTAAAAAAGCTGCCTGGAAAAAATGCTAATCATCCTCTCCACAAGCCTGAGGAACATCATCGTCCAGGCAAGGATTCAACAAAAAAGATCTCAAAAATGATTGGAAAAGCTGCTGACTATGCTGGTTCAGCTAAAACTAAGAAGGCAATTCCATATGTACCCACAATAACAAACTACACCCAACTTTGGTGGGTCCCCAATGTTGTTGTAGCTCATGAAAAGGAGGGTATTGAAGCTCTACATTTGGCATCTGGTCGTACACTTTGCAAGCTTCATCTTCAAGAAGGTGGACTTCATGCTGATATCAATGGAGATGGGGTGTTGGATCATGTGCAGGTGGTGGGTGGAAATGGTGCGGAGCAAACAGTTGTTAGTGGATCTATGGAAGTACTCCGGCCTTGCTGGGCAGTAGCTACTTCTGGGGTGCCAGTGAGAGAACAACTCTTCAATGCCTCTATTTGTCATCATTATTCCCCTTTTGACTTATTTCAACACGCCGAACTCTCCCGGGGTTACGGTAGAGCTCAGGATTTTAGTTCTTTGGAGGTTGCCACACCAATTCTCATCCCAAGAGATGATGGCCATCATCATGGGAAAGGAAGCCATGGAGATGTCATCTTCTTAACAAGTAGAGGGGAGGTAACATCATACTCTCCCGGAGAACATGGGCACGAGGCAGTCTGGCAGTGGCAGATAAAAACAGGGGCAACATGGTCAAATCTACCATCACCCTCTGGTATGATGGAATCTGGTAACGTGGTTCCTACACTGAAACCATTCTCTTTGCGGGCCCACGATGATCGATACCAATTGGTTCTTGTTGCTGGAGATCAAGAGGCTGTACTCATATCTCCTGACGGCGGCGTCATGACAACACTTGAACTTCCCGCGCCACCTACACATACCCTTGTTTCTGCAGATTTCTCAAATGACGGGCTAAATGACCTAATCGTAGTTACCGCAAACGGGGTGTATGGATTTGTTCAATCCCGACAACCGGGTGCCCTCTTCTTTAGCACATTGGTTGGTTGCCTCATTGTCGTGATGGGTGTCATATTTATAACTCAGCATTTGAACTCTATGGATGGAAAACCTCGCGCTCCTAGGTGATCAATGAGTGTGATTTTCTGGAAATTTGAAACAAATCTGCAAAAGTATACTCTTCAAATGTATAATACCCAAGAATTACAGCATGATAAACTATATATAAGAGAAGATGAGAAGGTTTGCAGCTCAGAAAGAGGGGTTTCCATGTTTCCTTAAATCGAGTTTGGGACACTGTTGGTTATACTTGGCTTGTAAATTTGCAGCTGTTTTTTTTTTTGACCTCTTTTTCCCCTTTTTTTTACCCCTTTTTCTTTTGGAGGGGAGTTATTTAAACTAGGTTTTGATTAGTGGAGGATGGAGTTTTGGTCTTGAGTTGTAGTTTCAAGTTTCTTATGACATCTTCAGTTGCTAGAAGCATTTAGAAGAGTATCTGTTAGGCTTATTAGTTTGCAGGCCTTATGGGTGTTTTGCCAGAAAATCTTATATAGTGTGCATTTCCTTTAAATAGACTGGAGTAAATTTAGTGCAGAGTACAAATTGAAGTCATACAGTGAACAATAAGGCACAAGATGGTCATTATCTTGTACTGGTATTTTCTATGGATGAATTCACTTTTTAATGTTTGAACAATGAGCAAGAAATTGCTTTAAAGTTGTAATTTCATGCTACTTAGGTTTTGACCTGTTTGTAGCGAATTCTTCGTCG Coding sequence (CDS)
ATGAGAAAACGTGATTTATCCATTCTTATGCTCGCTGCTTTCGCCATTTTCTTCTCTCTCCAGCATGAGGGAGATGTATCGTTCAGAGATGCATGGTTTCATTTATTGGATGATTATCCGATCAAATATGAAGCGGACCGTCTTCCTCCGCCTATTGTCGCCGATCTCAATGGCGATGGCAAGCTAGAGGTCCTTGTTGCCACTTATGATGCTAAAATTCAGGTGTTGGAGCCTCATACTAGACGTGTTGATGAAGGATTTAGCGAAGCGCGTGTTCTTGCCGAGGTGACTTTGTTGCCTGACAAAGTTCGTGTTGCCTCTGGGAGGCGTGCTGTTGCTATGGCAACTGGTGTTATCGATCGAAGTTACCGGCAAGGGCAGCCACGTAAGCAGGTATTGGTGGTGGTGACGTCAGGATGGTCCGTCATGTGTTTTGACCATAATCTTAAGAAGTTATGGGAAGCAAATTTACAGGAAGATTTTCCTCATAATGCTCACCACAGAGAGGTTGCAATATCAATAAGCAATTACACCATTAAACATGGAGATACAGGATTGGTTATTGTTGGTGGTAGGATGGAAGTGCAACCACATATTTTTTCAGATCCTTTCGAGGAAATAAGTATGGCAGAGAAGAATGCAGAGCAGCATAGGAGAAGTGCTGGTGAAACTGAGCCTGCGGAGAACAATGAAGTAGTGGATTTGCGGCATTTTGCATTTTATGCCTTTGCGGGTAGAAGTGGCCAGCTCCGATGGAGTAGAAAGAATGAGAAAATTGAAGCGCAATCCTCGGAGGCATCCATGATGATTCCACAACATAATTACAAGCTTGATGCTCATTCTTTACACAGTCGTCATCCTGGAGAGTTTGAGTGCAGGGAATTCCGAGAATCTATCCTGGGAGTTATGCCACATCATTGGGATAGGCGGGAAGATACTAGTTTTGAGCTGGCCCATTTCAAACGCCACAAGAGGAAGACGCTAAAAAAGCTGCCTGGAAAAAATGCTAATCATCCTCTCCACAAGCCTGAGGAACATCATCGTCCAGGCAAGGATTCAACAAAAAAGATCTCAAAAATGATTGGAAAAGCTGCTGACTATGCTGGTTCAGCTAAAACTAAGAAGGCAATTCCATATGTACCCACAATAACAAACTACACCCAACTTTGGTGGGTCCCCAATGTTGTTGTAGCTCATGAAAAGGAGGGTATTGAAGCTCTACATTTGGCATCTGGTCGTACACTTTGCAAGCTTCATCTTCAAGAAGGTGGACTTCATGCTGATATCAATGGAGATGGGGTGTTGGATCATGTGCAGGTGGTGGGTGGAAATGGTGCGGAGCAAACAGTTGTTAGTGGATCTATGGAAGTACTCCGGCCTTGCTGGGCAGTAGCTACTTCTGGGGTGCCAGTGAGAGAACAACTCTTCAATGCCTCTATTTGTCATCATTATTCCCCTTTTGACTTATTTCAACACGCCGAACTCTCCCGGGGTTACGGTAGAGCTCAGGATTTTAGTTCTTTGGAGGTTGCCACACCAATTCTCATCCCAAGAGATGATGGCCATCATCATGGGAAAGGAAGCCATGGAGATGTCATCTTCTTAACAAGTAGAGGGGAGGTAACATCATACTCTCCCGGAGAACATGGGCACGAGGCAGTCTGGCAGTGGCAGATAAAAACAGGGGCAACATGGTCAAATCTACCATCACCCTCTGGTATGATGGAATCTGGTAACGTGGTTCCTACACTGAAACCATTCTCTTTGCGGGCCCACGATGATCGATACCAATTGGTTCTTGTTGCTGGAGATCAAGAGGCTGTACTCATATCTCCTGACGGCGGCGTCATGACAACACTTGAACTTCCCGCGCCACCTACACATACCCTTGTTTCTGCAGATTTCTCAAATGACGGGCTAAATGACCTAATCGTAGTTACCGCAAACGGGGTGTATGGATTTGTTCAATCCCGACAACCGGGTGCCCTCTTCTTTAGCACATTGGTTGGTTGCCTCATTGTCGTGATGGGTGTCATATTTATAACTCAGCATTTGAACTCTATGGATGGAAAACCTCGCGCTCCTAGGTGA Protein sequence
MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDGKLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVIDRSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIKHGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAFYAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESILGVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKMIGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHLQEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASICHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGEVTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVLVAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQPGALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR
Homology
BLAST of Spo16602.1 vs. NCBI nr
Match:
gi|902162090|gb|KNA06635.1| (hypothetical protein SOVF_179210 [Spinacia oleracea])
HSP 1 Score: 1423.3 bits (3683), Expect = 0.000e+0
Identity = 696/696 (100.00%), Postives = 696/696 (100.00%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG Sbjct: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID Sbjct: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK Sbjct: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF Sbjct: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL Sbjct: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM Sbjct: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL Sbjct: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE Sbjct: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL Sbjct: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP Sbjct: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR 697 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR Sbjct: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR 696
BLAST of Spo16602.1 vs. NCBI nr
Match:
gi|731337504|ref|XP_010679823.1| (PREDICTED: uncharacterized protein LOC104895102 [Beta vulgaris subsp. vulgaris])
HSP 1 Score: 1295.0 bits (3350), Expect = 0.000e+0
Identity = 626/696 (89.94%), Postives = 659/696 (94.68%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILMLAAFAIFFSLQHEGD SFR+AWFHLLDDYPIKYEADRLPPPIV DLNGDG Sbjct: 1 MRKRDLAILMLAAFAIFFSLQHEGDFSFREAWFHLLDDYPIKYEADRLPPPIVVDLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 K EVLVAT+DAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMA GVID Sbjct: 61 KNEVLVATHDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMAAGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R+YRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWE NLQEDFPHNAHH EVAISISNYTIK Sbjct: 121 RTYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEVNLQEDFPHNAHHSEVAISISNYTIK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGD+GLVIVGGRME+Q H+F DPFEE+++AEK AEQHRRSAGETE E+N+ VDLRHFAF Sbjct: 181 HGDSGLVIVGGRMEMQAHMFLDPFEEMNIAEKTAEQHRRSAGETESVESNDAVDLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAG+SGQLRWSRKNEKIEA SS+ASM+IPQHNYKLD HSLHSRHPGEFECREFRESIL Sbjct: 241 YAFAGKSGQLRWSRKNEKIEAHSSDASMLIPQHNYKLDVHSLHSRHPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHWDRREDT FELAHFKRHKRK LKKL GK PLHKPEEHH PGKDSTKKISK+ Sbjct: 301 GVMPHHWDRREDTYFELAHFKRHKRKVLKKLSGKKGTLPLHKPEEHHPPGKDSTKKISKL 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IG AA YAGSAK KK +PY+PTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL Sbjct: 361 IGNAAQYAGSAKMKKPMPYIPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSM+VLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMDVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHHYSPF+LFQH E SRG+GRAQD SSLEVATPILIPRDDGHHH KGSHGDV+FLTSRGE Sbjct: 481 CHHYSPFNLFQHGEFSRGFGRAQDLSSLEVATPILIPRDDGHHHRKGSHGDVVFLTSRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VTSYSPG HGHEA+WQWQI TGATWSNLPSPSGMMESGNVVPTLKP SLR HD++ +L+L Sbjct: 541 VTSYSPGVHGHEAIWQWQIMTGATWSNLPSPSGMMESGNVVPTLKPLSLRVHDNQ-KLIL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 VAGDQEA++ISPDG +MTTLELPAPPTHTLVSADFSNDGLNDLI+VTANGVYGFVQSRQP Sbjct: 601 VAGDQEALVISPDGSIMTTLELPAPPTHTLVSADFSNDGLNDLILVTANGVYGFVQSRQP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR 697 GALFFSTLVGCLIVVMGVIF+TQHLNSM+GKP APR Sbjct: 661 GALFFSTLVGCLIVVMGVIFVTQHLNSMNGKPCAPR 695
BLAST of Spo16602.1 vs. NCBI nr
Match:
gi|802639100|ref|XP_012078399.1| (PREDICTED: uncharacterized protein LOC105639070 [Jatropha curcas])
HSP 1 Score: 1211.8 bits (3134), Expect = 0.000e+0
Identity = 577/694 (83.14%), Postives = 638/694 (91.93%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILML+AFAIFFSLQHEGD SFR+AWFHL DD+PIKYEADRLPPPIVADLNGDG Sbjct: 1 MRKRDLAILMLSAFAIFFSLQHEGDFSFREAWFHLSDDFPIKYEADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 K EVLVAT+DAKIQVLEPH+RRVDEGFSEARVL E++LLPDK+RVASGRRAVAMA GVID Sbjct: 61 KKEVLVATHDAKIQVLEPHSRRVDEGFSEARVLTELSLLPDKIRVASGRRAVAMAAGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R Y+ GQP+KQVLVVVTSGW+VMCFDHNLKKLWE NLQEDFPHNAHHRE++ISISNYT+K Sbjct: 121 RIYKPGQPQKQVLVVVTSGWTVMCFDHNLKKLWETNLQEDFPHNAHHREISISISNYTLK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGDTGLVIVGGRMEVQPHI+ DPFEEI AE+NAEQHRRSA E E +EN+ V+LRHFAF Sbjct: 181 HGDTGLVIVGGRMEVQPHIYLDPFEEIGTAERNAEQHRRSANEKEASENSGTVNLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAGR+G LRWSRKNE IEAQSS+AS +IPQHNYKLD H+L+SR PGEFECREFRESIL Sbjct: 241 YAFAGRTGVLRWSRKNENIEAQSSDASELIPQHNYKLDVHALNSRQPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHW+RREDT +LAHF+RHKRKTLKK+PGK N+P HKPEEHH PGKDSTKKIS + Sbjct: 301 GVMPHHWERREDTKLKLAHFRRHKRKTLKKVPGKTTNYPFHKPEEHHPPGKDSTKKISNI 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IGKAA+YAGSAK+KK++PY+PTITNYTQLWWVPNVVVAH+KEGIEA+HLASGRTLCKLHL Sbjct: 361 IGKAANYAGSAKSKKSLPYIPTITNYTQLWWVPNVVVAHQKEGIEAVHLASGRTLCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQ VGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQAVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHH SPF+LFQH E SR +GRA D SSLEVATPILIPR DGH H KGSHGDVIFLT+RGE Sbjct: 481 CHH-SPFNLFQHGEFSRNFGRASDVSSLEVATPILIPRSDGHRHRKGSHGDVIFLTNRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VTSYSPG HGH+A+WQWQ+ T ATW+NLPSPSGMME G VVPTLK F+LR HD++ Q++L Sbjct: 541 VTSYSPGLHGHDAIWQWQLLTDATWTNLPSPSGMMEGGTVVPTLKAFTLRLHDNQ-QMIL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 AGDQEAV+ISP G + TT++LPAPPTH L+ DFSNDGL D+IVVT+NGVYGFVQ+R P Sbjct: 601 AAGDQEAVVISPRGSIQTTIDLPAPPTHALICEDFSNDGLTDIIVVTSNGVYGFVQTRTP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRA 695 GALFFSTLVGCL++VMGVIF+TQHLNSM GKPRA Sbjct: 661 GALFFSTLVGCLLIVMGVIFVTQHLNSMKGKPRA 692
BLAST of Spo16602.1 vs. NCBI nr
Match:
gi|1000939339|ref|XP_015583345.1| (PREDICTED: uncharacterized protein LOC8273019 [Ricinus communis])
HSP 1 Score: 1203.0 bits (3111), Expect = 0.000e+0
Identity = 576/696 (82.76%), Postives = 636/696 (91.38%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILML+AFAIFFSLQHEGD SFR+AWFHL D+YPIKYEADRLPPPIVADLNGDG Sbjct: 1 MRKRDLAILMLSAFAIFFSLQHEGDFSFREAWFHLSDEYPIKYEADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 K EVLVAT+DAKIQVLEPH+RRVDEGFSEARVLAEV+LLPDK+RVASGRRAVAMA GVID Sbjct: 61 KKEVLVATHDAKIQVLEPHSRRVDEGFSEARVLAEVSLLPDKIRVASGRRAVAMAAGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R+Y+QGQP KQVLVV+TSGWSVMCFDHNLKKLWEANLQEDFPHNAHHRE+AISISNYT++ Sbjct: 121 RTYKQGQPLKQVLVVITSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREIAISISNYTLR 180 Query: 181 HGDTGLVIVGGRMEVQPHIFS--DPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHF 240 HGDTGLV+VGGRME+QPH++ DPFEEI AEKNAE HRRSA E E EN+ VDLRHF Sbjct: 181 HGDTGLVLVGGRMEMQPHVYLELDPFEEIGTAEKNAEFHRRSASEKEATENSGTVDLRHF 240 Query: 241 AFYAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRES 300 AFYAFAGR+G LRWSRKNE IEAQ S+AS +IPQHNYKLD H+L+SRHPGEFECREFRES Sbjct: 241 AFYAFAGRTGALRWSRKNENIEAQPSDASQLIPQHNYKLDVHALNSRHPGEFECREFRES 300 Query: 301 ILGVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKIS 360 ILGVMPHHWDRREDT +L+HF+RHKRKTLKK+PGK N+P HKPEE+H PGKDSTKKIS Sbjct: 301 ILGVMPHHWDRREDTQLKLSHFRRHKRKTLKKVPGKTINYPFHKPEENHPPGKDSTKKIS 360 Query: 361 KMIGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKL 420 K+IGKAA+YAGSAK+KK PY+PTITNYTQLWWVPNVVVAH+KEGIEA+HLA+GRTLCKL Sbjct: 361 KIIGKAANYAGSAKSKKPFPYIPTITNYTQLWWVPNVVVAHQKEGIEAVHLATGRTLCKL 420 Query: 421 HLQEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNA 480 HL EGGLHADINGDGVLDHVQ VGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNA Sbjct: 421 HLLEGGLHADINGDGVLDHVQAVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNA 480 Query: 481 SICHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSR 540 SICHH SPF+LFQH E SR +GR D SSLEVA+PILIPR DGH H KGSHGDVIFLT+R Sbjct: 481 SICHH-SPFNLFQHGEFSRNFGRTSDASSLEVASPILIPRSDGHKHRKGSHGDVIFLTNR 540 Query: 541 GEVTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQL 600 GEVTSYSPG HGH+A+WQWQ+ T ATWSNLPSPSGMME G VVPTLK FSLR HD++ Q+ Sbjct: 541 GEVTSYSPGLHGHDAIWQWQLLTDATWSNLPSPSGMMEGGMVVPTLKAFSLRMHDNQ-QM 600 Query: 601 VLVAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSR 660 +L AGDQEAV+ISP G + TT++LPAPPTH L+ DFS+DGL DLIVVT+NGVYGFVQ+R Sbjct: 601 ILAAGDQEAVVISPGGSIQTTIDLPAPPTHALICEDFSSDGLTDLIVVTSNGVYGFVQTR 660 Query: 661 QPGALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRA 695 PGALFFSTLVGCL++VMGVIF+TQHLNS+ GKPRA Sbjct: 661 TPGALFFSTLVGCLLIVMGVIFVTQHLNSIKGKPRA 694
BLAST of Spo16602.1 vs. NCBI nr
Match:
gi|641852202|gb|KDO71067.1| (hypothetical protein CISIN_1g005433mg [Citrus sinensis])
HSP 1 Score: 1187.9 bits (3072), Expect = 0.000e+0
Identity = 565/694 (81.41%), Postives = 631/694 (90.92%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILML+AFAIFFSLQHEGD SFR+AWFHL ++YPIK++ADRLPPPIVADLNGDG Sbjct: 1 MRKRDLAILMLSAFAIFFSLQHEGDFSFREAWFHLSEEYPIKFDADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 + EVLVAT+DAKIQVLEPH RRVDEGFSEARVLAEV+LLPDK+R+ASGRRAVAMATGVID Sbjct: 61 RKEVLVATHDAKIQVLEPHARRVDEGFSEARVLAEVSLLPDKIRIASGRRAVAMATGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R+YRQGQP KQVLVVVTSGWSVMCFDHNL KLWEANLQEDFP NAHHRE+AISISNYT+K Sbjct: 121 RTYRQGQPLKQVLVVVTSGWSVMCFDHNLNKLWEANLQEDFPPNAHHREIAISISNYTLK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGDTGLVIVGGRME+QPH DPFEEI +AEKNAEQHRRSA E E +EN+ VDLRHFAF Sbjct: 181 HGDTGLVIVGGRMEMQPHTIMDPFEEIGLAEKNAEQHRRSASEKEASENSGTVDLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAGRSG LRWSRKNE IEAQ ++AS +IPQHNYKLD H+L+SRHPGEFECREFRES+L Sbjct: 241 YAFAGRSGLLRWSRKNENIEAQPTDASQLIPQHNYKLDVHALNSRHPGEFECREFRESVL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHWDRREDT +L+HF+RHKRK LKK+ GK+ ++P HKPEEHH PGKDSTKKIS + Sbjct: 301 GVMPHHWDRREDTLLKLSHFRRHKRKILKKVVGKSTSYPFHKPEEHHPPGKDSTKKISNL 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IGKAA YAGSAK+KK + Y+PTITNYTQLWWVPNVVVAH+KEGIEA+HLASGRT+CKLHL Sbjct: 361 IGKAATYAGSAKSKKPVNYIPTITNYTQLWWVPNVVVAHQKEGIEAVHLASGRTVCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQ VGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQAVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHH SPF+LF H E SR +GR D +SLEVATPILIPR DGH H KGSHGDV+FLT+RGE Sbjct: 481 CHH-SPFNLFPHGEFSRNFGRTSDVASLEVATPILIPRSDGHRHRKGSHGDVVFLTNRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VT+YSPG HGH+A+WQWQ+ T ATWSNLPSPSGM E+ VVPTLK FSLR HD++ Q++L Sbjct: 541 VTAYSPGLHGHDAIWQWQLLTDATWSNLPSPSGMTEASTVVPTLKAFSLRVHDNQ-QMIL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 GDQEAV+ISP G ++T+++LPAPPTH LV DFSNDGL D+I++T+NGVYGFVQ+RQP Sbjct: 601 AGGDQEAVVISPGGSILTSIDLPAPPTHALVCEDFSNDGLTDVILMTSNGVYGFVQTRQP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRA 695 GALFFSTLVGCLIVVMGVIF+TQHLNS+ KPRA Sbjct: 661 GALFFSTLVGCLIVVMGVIFVTQHLNSVKAKPRA 692
BLAST of Spo16602.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9QHC1_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_179210 PE=4 SV=1)
HSP 1 Score: 1423.3 bits (3683), Expect = 0.000e+0
Identity = 696/696 (100.00%), Postives = 696/696 (100.00%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG Sbjct: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID Sbjct: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK Sbjct: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF Sbjct: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL Sbjct: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM Sbjct: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL Sbjct: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE Sbjct: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL Sbjct: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP Sbjct: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR 697 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR Sbjct: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR 696
BLAST of Spo16602.1 vs. UniProtKB/TrEMBL
Match:
A0A0J8C6Z0_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_6g129650 PE=4 SV=1)
HSP 1 Score: 1295.0 bits (3350), Expect = 0.000e+0
Identity = 626/696 (89.94%), Postives = 659/696 (94.68%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILMLAAFAIFFSLQHEGD SFR+AWFHLLDDYPIKYEADRLPPPIV DLNGDG Sbjct: 1 MRKRDLAILMLAAFAIFFSLQHEGDFSFREAWFHLLDDYPIKYEADRLPPPIVVDLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 K EVLVAT+DAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMA GVID Sbjct: 61 KNEVLVATHDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMAAGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R+YRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWE NLQEDFPHNAHH EVAISISNYTIK Sbjct: 121 RTYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEVNLQEDFPHNAHHSEVAISISNYTIK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGD+GLVIVGGRME+Q H+F DPFEE+++AEK AEQHRRSAGETE E+N+ VDLRHFAF Sbjct: 181 HGDSGLVIVGGRMEMQAHMFLDPFEEMNIAEKTAEQHRRSAGETESVESNDAVDLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAG+SGQLRWSRKNEKIEA SS+ASM+IPQHNYKLD HSLHSRHPGEFECREFRESIL Sbjct: 241 YAFAGKSGQLRWSRKNEKIEAHSSDASMLIPQHNYKLDVHSLHSRHPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHWDRREDT FELAHFKRHKRK LKKL GK PLHKPEEHH PGKDSTKKISK+ Sbjct: 301 GVMPHHWDRREDTYFELAHFKRHKRKVLKKLSGKKGTLPLHKPEEHHPPGKDSTKKISKL 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IG AA YAGSAK KK +PY+PTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL Sbjct: 361 IGNAAQYAGSAKMKKPMPYIPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSM+VLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMDVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHHYSPF+LFQH E SRG+GRAQD SSLEVATPILIPRDDGHHH KGSHGDV+FLTSRGE Sbjct: 481 CHHYSPFNLFQHGEFSRGFGRAQDLSSLEVATPILIPRDDGHHHRKGSHGDVVFLTSRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VTSYSPG HGHEA+WQWQI TGATWSNLPSPSGMMESGNVVPTLKP SLR HD++ +L+L Sbjct: 541 VTSYSPGVHGHEAIWQWQIMTGATWSNLPSPSGMMESGNVVPTLKPLSLRVHDNQ-KLIL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 VAGDQEA++ISPDG +MTTLELPAPPTHTLVSADFSNDGLNDLI+VTANGVYGFVQSRQP Sbjct: 601 VAGDQEALVISPDGSIMTTLELPAPPTHTLVSADFSNDGLNDLILVTANGVYGFVQSRQP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRAPR 697 GALFFSTLVGCLIVVMGVIF+TQHLNSM+GKP APR Sbjct: 661 GALFFSTLVGCLIVVMGVIFVTQHLNSMNGKPCAPR 695
BLAST of Spo16602.1 vs. UniProtKB/TrEMBL
Match:
A0A067KCC3_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_13666 PE=4 SV=1)
HSP 1 Score: 1211.8 bits (3134), Expect = 0.000e+0
Identity = 577/694 (83.14%), Postives = 638/694 (91.93%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILML+AFAIFFSLQHEGD SFR+AWFHL DD+PIKYEADRLPPPIVADLNGDG Sbjct: 1 MRKRDLAILMLSAFAIFFSLQHEGDFSFREAWFHLSDDFPIKYEADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 K EVLVAT+DAKIQVLEPH+RRVDEGFSEARVL E++LLPDK+RVASGRRAVAMA GVID Sbjct: 61 KKEVLVATHDAKIQVLEPHSRRVDEGFSEARVLTELSLLPDKIRVASGRRAVAMAAGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R Y+ GQP+KQVLVVVTSGW+VMCFDHNLKKLWE NLQEDFPHNAHHRE++ISISNYT+K Sbjct: 121 RIYKPGQPQKQVLVVVTSGWTVMCFDHNLKKLWETNLQEDFPHNAHHREISISISNYTLK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGDTGLVIVGGRMEVQPHI+ DPFEEI AE+NAEQHRRSA E E +EN+ V+LRHFAF Sbjct: 181 HGDTGLVIVGGRMEVQPHIYLDPFEEIGTAERNAEQHRRSANEKEASENSGTVNLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAGR+G LRWSRKNE IEAQSS+AS +IPQHNYKLD H+L+SR PGEFECREFRESIL Sbjct: 241 YAFAGRTGVLRWSRKNENIEAQSSDASELIPQHNYKLDVHALNSRQPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHW+RREDT +LAHF+RHKRKTLKK+PGK N+P HKPEEHH PGKDSTKKIS + Sbjct: 301 GVMPHHWERREDTKLKLAHFRRHKRKTLKKVPGKTTNYPFHKPEEHHPPGKDSTKKISNI 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IGKAA+YAGSAK+KK++PY+PTITNYTQLWWVPNVVVAH+KEGIEA+HLASGRTLCKLHL Sbjct: 361 IGKAANYAGSAKSKKSLPYIPTITNYTQLWWVPNVVVAHQKEGIEAVHLASGRTLCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQ VGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQAVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHH SPF+LFQH E SR +GRA D SSLEVATPILIPR DGH H KGSHGDVIFLT+RGE Sbjct: 481 CHH-SPFNLFQHGEFSRNFGRASDVSSLEVATPILIPRSDGHRHRKGSHGDVIFLTNRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VTSYSPG HGH+A+WQWQ+ T ATW+NLPSPSGMME G VVPTLK F+LR HD++ Q++L Sbjct: 541 VTSYSPGLHGHDAIWQWQLLTDATWTNLPSPSGMMEGGTVVPTLKAFTLRLHDNQ-QMIL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 AGDQEAV+ISP G + TT++LPAPPTH L+ DFSNDGL D+IVVT+NGVYGFVQ+R P Sbjct: 601 AAGDQEAVVISPRGSIQTTIDLPAPPTHALICEDFSNDGLTDIIVVTSNGVYGFVQTRTP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRA 695 GALFFSTLVGCL++VMGVIF+TQHLNSM GKPRA Sbjct: 661 GALFFSTLVGCLLIVMGVIFVTQHLNSMKGKPRA 692
BLAST of Spo16602.1 vs. UniProtKB/TrEMBL
Match:
A0A067G672_CITSI (Uncharacterized protein OS=Citrus sinensis GN=CISIN_1g005433mg PE=4 SV=1)
HSP 1 Score: 1187.9 bits (3072), Expect = 0.000e+0
Identity = 565/694 (81.41%), Postives = 631/694 (90.92%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILML+AFAIFFSLQHEGD SFR+AWFHL ++YPIK++ADRLPPPIVADLNGDG Sbjct: 1 MRKRDLAILMLSAFAIFFSLQHEGDFSFREAWFHLSEEYPIKFDADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 + EVLVAT+DAKIQVLEPH RRVDEGFSEARVLAEV+LLPDK+R+ASGRRAVAMATGVID Sbjct: 61 RKEVLVATHDAKIQVLEPHARRVDEGFSEARVLAEVSLLPDKIRIASGRRAVAMATGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R+YRQGQP KQVLVVVTSGWSVMCFDHNL KLWEANLQEDFP NAHHRE+AISISNYT+K Sbjct: 121 RTYRQGQPLKQVLVVVTSGWSVMCFDHNLNKLWEANLQEDFPPNAHHREIAISISNYTLK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGDTGLVIVGGRME+QPH DPFEEI +AEKNAEQHRRSA E E +EN+ VDLRHFAF Sbjct: 181 HGDTGLVIVGGRMEMQPHTIMDPFEEIGLAEKNAEQHRRSASEKEASENSGTVDLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAGRSG LRWSRKNE IEAQ ++AS +IPQHNYKLD H+L+SRHPGEFECREFRES+L Sbjct: 241 YAFAGRSGLLRWSRKNENIEAQPTDASQLIPQHNYKLDVHALNSRHPGEFECREFRESVL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHWDRREDT +L+HF+RHKRK LKK+ GK+ ++P HKPEEHH PGKDSTKKIS + Sbjct: 301 GVMPHHWDRREDTLLKLSHFRRHKRKILKKVVGKSTSYPFHKPEEHHPPGKDSTKKISNL 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IGKAA YAGSAK+KK + Y+PTITNYTQLWWVPNVVVAH+KEGIEA+HLASGRT+CKLHL Sbjct: 361 IGKAATYAGSAKSKKPVNYIPTITNYTQLWWVPNVVVAHQKEGIEAVHLASGRTVCKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQ VGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQAVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHH SPF+LF H E SR +GR D +SLEVATPILIPR DGH H KGSHGDV+FLT+RGE Sbjct: 481 CHH-SPFNLFPHGEFSRNFGRTSDVASLEVATPILIPRSDGHRHRKGSHGDVVFLTNRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VT+YSPG HGH+A+WQWQ+ T ATWSNLPSPSGM E+ VVPTLK FSLR HD++ Q++L Sbjct: 541 VTAYSPGLHGHDAIWQWQLLTDATWSNLPSPSGMTEASTVVPTLKAFSLRVHDNQ-QMIL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 GDQEAV+ISP G ++T+++LPAPPTH LV DFSNDGL D+I++T+NGVYGFVQ+RQP Sbjct: 601 AGGDQEAVVISPGGSILTSIDLPAPPTHALVCEDFSNDGLTDVILMTSNGVYGFVQTRQP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRA 695 GALFFSTLVGCLIVVMGVIF+TQHLNS+ KPRA Sbjct: 661 GALFFSTLVGCLIVVMGVIFVTQHLNSVKAKPRA 692
BLAST of Spo16602.1 vs. UniProtKB/TrEMBL
Match:
D7SP47_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_04s0023g02750 PE=4 SV=1)
HSP 1 Score: 1184.9 bits (3064), Expect = 0.000e+0
Identity = 566/694 (81.56%), Postives = 630/694 (90.78%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILML+AFAIFFSLQHEGD SF++AWFHL D+YPIKYEA+RLPPP+VADLNGDG Sbjct: 1 MRKRDLAILMLSAFAIFFSLQHEGDFSFKEAWFHLSDEYPIKYEAERLPPPLVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 K EVLVAT+DAKIQVLEPH RRVDEGFSEARVL EV+LLPDK+R++SGRRAVAMATGV+D Sbjct: 61 KKEVLVATHDAKIQVLEPHARRVDEGFSEARVLVEVSLLPDKIRISSGRRAVAMATGVVD 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R Y+QGQP+KQVLVVVTSGWSVMCFDHNL KLWEANLQEDFPHNAHHRE+AISISNYT+K Sbjct: 121 RHYKQGQPQKQVLVVVTSGWSVMCFDHNLNKLWEANLQEDFPHNAHHREIAISISNYTLK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGD GLVIVGGRME+ PHI+ DPFE I M EKNAEQHRRSA E E +EN VDLRHFAF Sbjct: 181 HGDAGLVIVGGRMEMLPHIYMDPFEVIGMTEKNAEQHRRSANEKEASENAGTVDLRHFAF 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAGRSG +RW RKNE I+ SS+AS +IPQHNYKLDAH+L++RHPGEFECREFRESIL Sbjct: 241 YAFAGRSGAVRWMRKNENIQTLSSDASQLIPQHNYKLDAHALNTRHPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPGKNANHPLHKPEEHHRPGKDSTKKISKM 360 GVMPHHWDRREDT +LAHF+RHKRKTLKK GK+ N+P HKPEE+H PGKD TKKIS + Sbjct: 301 GVMPHHWDRREDTLLKLAHFRRHKRKTLKKTQGKSTNYPFHKPEENHPPGKDDTKKISNL 360 Query: 361 IGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLHL 420 IGKAA YA SAK+KK +PYVPTITNYTQLWWVPNVVVAH++EGIEA+HL +GRT+CKLHL Sbjct: 361 IGKAAKYASSAKSKKPLPYVPTITNYTQLWWVPNVVVAHQREGIEAVHLPTGRTICKLHL 420 Query: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI Sbjct: 421 QEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNASI 480 Query: 481 CHHYSPFDLFQHAELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSRGE 540 CHH SPF+LFQH E SR + R D SLEVATPILIPR+DGH H KGSHGD+IFLT+RGE Sbjct: 481 CHH-SPFNLFQHGEFSRSFSRTPDLGSLEVATPILIPRNDGHRHRKGSHGDIIFLTNRGE 540 Query: 541 VTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQLVL 600 VTSYSPG HGH+A+WQWQ+ TGATWSNLPSPSGMMES VVPTLK FSLRAHD+R +L+L Sbjct: 541 VTSYSPGLHGHDAIWQWQLLTGATWSNLPSPSGMMES-MVVPTLKAFSLRAHDNR-ELIL 600 Query: 601 VAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSRQP 660 AGDQEA+++SP G ++T++ELPA PTH L+ DFSNDGL DLI+VT+NGVYGFVQ+RQP Sbjct: 601 AAGDQEAIMMSPGGSLLTSVELPAAPTHALICEDFSNDGLTDLILVTSNGVYGFVQTRQP 660 Query: 661 GALFFSTLVGCLIVVMGVIFITQHLNSMDGKPRA 695 GALFFSTLVGCLIVVMGVIF+TQ+LNSM GKPRA Sbjct: 661 GALFFSTLVGCLIVVMGVIFVTQYLNSMKGKPRA 691
BLAST of Spo16602.1 vs. TAIR (Arabidopsis)
Match:
AT3G51050.1 (FG-GAP repeat-containing protein)
HSP 1 Score: 1097.4 bits (2837), Expect = 0.000e+0
Identity = 521/695 (74.96%), Postives = 610/695 (87.77%), Query Frame = 1
Query: 1 MRKRDLSILMLAAFAIFFSLQHEGDVSFRDAWFHLLDDYPIKYEADRLPPPIVADLNGDG 60 MRKRDL+ILML+ FAIFF+LQHEGD +F++AWFHL D+YP+KYEADRLPPPIVADLNGDG Sbjct: 1 MRKRDLAILMLSGFAIFFTLQHEGDFAFKEAWFHLYDEYPVKYEADRLPPPIVADLNGDG 60 Query: 61 KLEVLVATYDAKIQVLEPHTRRVDEGFSEARVLAEVTLLPDKVRVASGRRAVAMATGVID 120 K EVLVAT DAKIQVLEPH+RRVDEGFSEARVLAE+TLLPDK+RVASGRRAVAMATGVID Sbjct: 61 KKEVLVATNDAKIQVLEPHSRRVDEGFSEARVLAEITLLPDKIRVASGRRAVAMATGVID 120 Query: 121 RSYRQGQPRKQVLVVVTSGWSVMCFDHNLKKLWEANLQEDFPHNAHHREVAISISNYTIK 180 R Y+ G P+KQV+VVVTSGWSV+CFDHNLKKLWE NLQEDFPHNAHHRE+AISISNYT+K Sbjct: 121 RYYKNGTPQKQVVVVVTSGWSVLCFDHNLKKLWETNLQEDFPHNAHHREIAISISNYTLK 180 Query: 181 HGDTGLVIVGGRMEVQPHIFSDPFEEISMAEKNAEQHRRSAGETEPAENNEVVDLRHFAF 240 HGDTGLVIVGGRME+QP+ DPFEE+ M +NA+QHRRSA E + +E++ ++LRHF+ Sbjct: 181 HGDTGLVIVGGRMEMQPYNHMDPFEELGMTAQNADQHRRSATENQASEDSGAINLRHFSV 240 Query: 241 YAFAGRSGQLRWSRKNEKIEAQSSEASMMIPQHNYKLDAHSLHSRHPGEFECREFRESIL 300 YAFAG++G LRWS+K + +EA +S+AS +IPQHNYKLD H+L+SRHPGEFECREFRESIL Sbjct: 241 YAFAGKTGLLRWSKKTDDVEAHTSDASQLIPQHNYKLDVHALNSRHPGEFECREFRESIL 300 Query: 301 GVMPHHWDRREDTSFELAHFKRHKRKTLKKLPG-KNANHPLHKPEEHHRPGKDSTKKISK 360 VMPH WDRREDT +LAHF+RHKRKTLKK G K+ +P HKPEEH GKD ++KI K Sbjct: 301 SVMPHRWDRREDTLLKLAHFRRHKRKTLKKQAGSKSTAYPFHKPEEHTPAGKDLSRKIPK 360 Query: 361 MIGKAADYAGSAKTKKAIPYVPTITNYTQLWWVPNVVVAHEKEGIEALHLASGRTLCKLH 420 +IGKAA YAGSAK KK + Y+PTITNYT+LWWVPNVVVAH+KEGIEA+HL +GRTLCKL Sbjct: 361 LIGKAARYAGSAKPKKGMQYIPTITNYTKLWWVPNVVVAHQKEGIEAIHLPTGRTLCKLS 420 Query: 421 LQEGGLHADINGDGVLDHVQVVGGNGAEQTVVSGSMEVLRPCWAVATSGVPVREQLFNAS 480 L EGGLHADINGDGVLDHVQ VGGN E+TVVSGSMEVL+PCWAVATSGVP+REQLFN S Sbjct: 421 LLEGGLHADINGDGVLDHVQTVGGNVGERTVVSGSMEVLKPCWAVATSGVPIREQLFNVS 480 Query: 481 ICHHYSPFDLFQH-AELSRGYGRAQDFSSLEVATPILIPRDDGHHHGKGSHGDVIFLTSR 540 ICHH SPF+ + + SR + +A+D S+LE+ATPILIPRDDGH H KGSHGDVIFLT+R Sbjct: 481 ICHH-SPFNFLHYGGDYSRHFAQARDTSTLEIATPILIPRDDGHKHRKGSHGDVIFLTNR 540 Query: 541 GEVTSYSPGEHGHEAVWQWQIKTGATWSNLPSPSGMMESGNVVPTLKPFSLRAHDDRYQL 600 GEVTSY+P HGH+AVWQWQ++T ATWSNLPSPSG+ ESG VVPTLKPFSLR HD++ + Sbjct: 541 GEVTSYTPDVHGHDAVWQWQLQTEATWSNLPSPSGLTESGTVVPTLKPFSLRIHDNQ-PM 600 Query: 601 VLVAGDQEAVLISPDGGVMTTLELPAPPTHTLVSADFSNDGLNDLIVVTANGVYGFVQSR 660 +L GDQ AV+ISP G ++ ++ELP+ PTH L++ DFSNDGL D+IV+T+NGVYGFVQ+R Sbjct: 601 ILAGGDQAAVIISPGGSILASIELPSQPTHALITDDFSNDGLTDVIVMTSNGVYGFVQTR 660 Query: 661 QPGALFFSTLVGCLIVVMGVIFITQHLNSMDGKPR 694 QPGALFFS+LVGCL+VVM VIF+TQHLNS+ GKPR Sbjct: 661 QPGALFFSSLVGCLLVVMAVIFVTQHLNSIQGKPR 693
The following BLAST results are available for this feature:
BLAST of Spo16602.1 vs. NCBI nr
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. NCBI nr )
Total hits: 5
A A C T G C A A C A T C T C C A G A A A G C A G A A G C T G A A G A A G C A C T G A A A A C A G C T G A T C A G T C G A A G A A G A A G A A A G C T T C A T T C A C A G A A G A A G A A C A A A A T C G C G A T G A G A A A A C G T G A T T T A T C C A T T C T T A T G C T C G C T G C T T T C G C C A T T T T C T T C T C T C T C C A G C A T G A G G G A G A T G T A T C G T T C A G A G A T G C A T G G T T T C A T T T A T T G G A T G A T T A T C C G A T C A A A T A T G A A G C G G A C C G T C T T C C T C C G C C T A T T G T C G C C G A T C T C A A T G G C G A T G G C A A G C T A G A G G T C C T T G T T G C C A C T T A T G A T G C T A A A A T T C A G G T G T T G G A G C C T C A T A C T A G A C G T G T T G A T G A A G G A T T T A G C G A A G C G C G T G T T C T T G C C G A G G T G A C T T T G T T G C C T G A C A A A G T T C G T G T T G C C T C T G G G A G G C G T G C T G T T G C T A T G G C A A C T G G T G T T A T C G A T C G A A G T T A C C G G C A A G G G C A G C C A C G T A A G C A G G T A T T G G T G G T G G T G A C G T C A G G A T G G T C C G T C A T G T G T T T T G A C C A T A A T C T T A A G A A G T T A T G G G A A G C A A A T T T A C A G G A A G A T T T T C C T C A T A A T G C T C A C C A C A G A G A G G T T G C A A T A T C A A T A A G C A A T T A C A C C A T T A A A C A T G G A G A T A C A G G A T T G G T T A T T G T T G G T G G T A G G A T G G A A G T G C A A C C A C A T A T T T T T T C A G A T C C T T T C G A G G A A A T A A G T A T G G C A G A G A A G A A T G C A G A G C A G C A T A G G A G A A G T G C T G G T G A A A C T G A G C C T G C G G A G A A C A A T G A A G T A G T G G A T T T G C G G C A T T T T G C A T T T T A T G C C T T T G C G G G T A G A A G T G G C C A G C T C C G A T G G A G T A G A A A G A A T G A G A A A A T T G A A G C G C A A T C C T C G G A G G C A T C C A T G A T G A T T C C A C A A C A T A A T T A C A A G C T T G A T G C T C A T T C T T T A C A C A G T C G T C A T C C T G G A G A G T T T G A G T G C A G G G A A T T C C G A G A A T C T A T C C T G G G A G T T A T G C C A C A T C A T T G G G A T A G G C G G G A A G A T A C T A G T T T T G A G C T G G C C C A T T T C A A A C G C C A C A A G A G G A A G A C G C T A A A A A A G C T G C C T G G A A A A A A T G C T A A T C A T C C T C T C C A C A A G C C T G A G G A A C A T C A T C G T C C A G G C A A G G A T T C A A C A A A A A A G A T C T C A A A A A T G A T T G G A A A A G C T G C T G A C T A T G C T G G T T C A G C T A A A A C T A A G A A G G C A A T T C C A T A T G T A C C C A C A A T A A C A A A C T A C A C C C A A C T T T G G T G G G T C C C C A A T G T T G T T G T A G C T C A T G A A A A G G A G G G T A T T G A A G C T C T A C A T T T G G C A T C T G G T C G T A C A C T T T G C A A G C T T C A T C T T C A A G A A G G T G G A C T T C A T G C T G A T A T C A A T G G A G A T G G G G T G T T G G A T C A T G T G C A G G T G G T G G G T G G A A A T G G T G C G G A G C A A A C A G T T G T T A G T G G A T C T A T G G A A G T A C T C C G G C C T T G C T G G G C A G T A G C T A C T T C T G G G G T G C C A G T G A G A G A A C A A C T C T T C A A T G C C T C T A T T T G T C A T C A T T A T T C C C C T T T T G A C T T A T T T C A A C A C G C C G A A C T C T C C C G G G G T T A C G G T A G A G C T C A G G A T T T T A G T T C T T T G G A G G T T G C C A C A C C A A T T C T C A T C C C A A G A G A T G A T G G C C A T C A T C A T G G G A A A G G A A G C C A T G G A G A T G T C A T C T T C T T A A C A A G T A G A G G G G A G G T A A C A T C A T A C T C T C C C G G A G A A C A T G G G C A C G A G G C A G T C T G G C A G T G G C A G A T A A A A A C A G G G G C A A C A T G G T C A A A T C T A C C A T C A C C C T C T G G T A T G A T G G A A T C T G G T A A C G T G G T T C C T A C A C T G A A A C C A T T C T C T T T G C G G G C C C A C G A T G A T C G A T A C C A A T T G G T T C T T G T T G C T G G A G A T C A A G A G G C T G T A C T C A T A T C T C C T G A C G G C G G C G T C A T G A C A A C A C T T G A A C T T C C C G C G C C A C C T A C A C A T A C C C T T G T T T C T G C A G A T T T C T C A A A T G A C G G G C T A A A T G A C C T A A T C G T A G T T A C C G C A A A C G G G G T G T A T G G A T T T G T T C A A T C C C G A C A A C C G G G T G C C C T C T T C T T T A G C A C A T T G G T T G G T T G C C T C A T T G T C G T G A T G G G T G T C A T A T T T A T A A C T C A G C A T T T G A A C T C T A T G G A T G G A A A A C C T C G C G C T C C T A G G T G A T C A A T G A G T G T G A T T T T C T G G A A A T T T G A A A C A A A T C T G C A A A A G T A T A C T C T T C A A A T G T A T A A T A C C C A A G A A T T A C A G C A T G A T A A A C T A T A T A T A A G A G A A G A T G A G A A G G T T T G C A G C T C A G A A A G A G G G G T T T C C A T G T T T C C T T A A A T C G A G T T T G G G A C A C T G T T G G T T A T A C T T G G C T T G T A A A T T T G C A G C T G T T T T T T T T T T T G A C C T C T T T T T C C C C T T T T T T T T A C C C C T T T T T C T T T T G G A G G G G A G T T A T T T A A A C T A G G T T T T G A T T A G T G G A G G A T G G A G T T T T G G T C T T G A G T T G T A G T T T C A A G T T T C T T A T G A C A T C T T C A G T T G C T A G A A G C A T T T A G A A G A G T A T C T G T T A G G C T T A T T A G T T T G C A G G C C T T A T G G G T G T T T T G C C A G A A A A T C T T A T A T A G T G T G C A T T T C C T T T A A A T A G A C T G G A G T A A A T T T A G T G C A G A G T A C A A A T T G A A G T C A T A C A G T G A A C A A T A A G G C A C A A G A T G G T C A T T A T C T T G T A C T G G T A T T T T C T A T G G A T G A A T T C A C T T T T T A A T G T T T G A A C A A T G A G C A A G A A A T T G C T T T A A A G T T G T A A T T T C A T G C T A C T T A G G T T T T G A C C T G T T T G T A G C G A A T T C T T C G T C G 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 89.94 Expect = 0.00e+0 / Id = 83.14 Expect = 0.00e+0 / Id = 82.76 Expect = 0.00e+0 / Id = 81.41 Sequence KNA06635.1 XP_010679823.1 XP_012078399.1 XP_015583345.1 KDO71067.1
back to top
BLAST of Spo16602.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL )
Total hits: 5
A A C T G C A A C A T C T C C A G A A A G C A G A A G C T G A A G A A G C A C T G A A A A C A G C T G A T C A G T C G A A G A A G A A G A A A G C T T C A T T C A C A G A A G A A G A A C A A A A T C G C G A T G A G A A A A C G T G A T T T A T C C A T T C T T A T G C T C G C T G C T T T C G C C A T T T T C T T C T C T C T C C A G C A T G A G G G A G A T G T A T C G T T C A G A G A T G C A T G G T T T C A T T T A T T G G A T G A T T A T C C G A T C A A A T A T G A A G C G G A C C G T C T T C C T C C G C C T A T T G T C G C C G A T C T C A A T G G C G A T G G C A A G C T A G A G G T C C T T G T T G C C A C T T A T G A T G C T A A A A T T C A G G T G T T G G A G C C T C A T A C T A G A C G T G T T G A T G A A G G A T T T A G C G A A G C G C G T G T T C T T G C C G A G G T G A C T T T G T T G C C T G A C A A A G T T C G T G T T G C C T C T G G G A G G C G T G C T G T T G C T A T G G C A A C T G G T G T T A T C G A T C G A A G T T A C C G G C A A G G G C A G C C A C G T A A G C A G G T A T T G G T G G T G G T G A C G T C A G G A T G G T C C G T C A T G T G T T T T G A C C A T A A T C T T A A G A A G T T A T G G G A A G C A A A T T T A C A G G A A G A T T T T C C T C A T A A T G C T C A C C A C A G A G A G G T T G C A A T A T C A A T A A G C A A T T A C A C C A T T A A A C A T G G A G A T A C A G G A T T G G T T A T T G T T G G T G G T A G G A T G G A A G T G C A A C C A C A T A T T T T T T C A G A T C C T T T C G A G G A A A T A A G T A T G G C A G A G A A G A A T G C A G A G C A G C A T A G G A G A A G T G C T G G T G A A A C T G A G C C T G C G G A G A A C A A T G A A G T A G T G G A T T T G C G G C A T T T T G C A T T T T A T G C C T T T G C G G G T A G A A G T G G C C A G C T C C G A T G G A G T A G A A A G A A T G A G A A A A T T G A A G C G C A A T C C T C G G A G G C A T C C A T G A T G A T T C C A C A A C A T A A T T A C A A G C T T G A T G C T C A T T C T T T A C A C A G T C G T C A T C C T G G A G A G T T T G A G T G C A G G G A A T T C C G A G A A T C T A T C C T G G G A G T T A T G C C A C A T C A T T G G G A T A G G C G G G A A G A T A C T A G T T T T G A G C T G G C C C A T T T C A A A C G C C A C A A G A G G A A G A C G C T A A A A A A G C T G C C T G G A A A A A A T G C T A A T C A T C C T C T C C A C A A G C C T G A G G A A C A T C A T C G T C C A G G C A A G G A T T C A A C A A A A A A G A T C T C A A A A A T G A T T G G A A A A G C T G C T G A C T A T G C T G G T T C A G C T A A A A C T A A G A A G G C A A T T C C A T A T G T A C C C A C A A T A A C A A A C T A C A C C C A A C T T T G G T G G G T C C C C A A T G T T G T T G T A G C T C A T G A A A A G G A G G G T A T T G A A G C T C T A C A T T T G G C A T C T G G T C G T A C A C T T T G C A A G C T T C A T C T T C A A G A A G G T G G A C T T C A T G C T G A T A T C A A T G G A G A T G G G G T G T T G G A T C A T G T G C A G G T G G T G G G T G G A A A T G G T G C G G A G C A A A C A G T T G T T A G T G G A T C T A T G G A A G T A C T C C G G C C T T G C T G G G C A G T A G C T A C T T C T G G G G T G C C A G T G A G A G A A C A A C T C T T C A A T G C C T C T A T T T G T C A T C A T T A T T C C C C T T T T G A C T T A T T T C A A C A C G C C G A A C T C T C C C G G G G T T A C G G T A G A G C T C A G G A T T T T A G T T C T T T G G A G G T T G C C A C A C C A A T T C T C A T C C C A A G A G A T G A T G G C C A T C A T C A T G G G A A A G G A A G C C A T G G A G A T G T C A T C T T C T T A A C A A G T A G A G G G G A G G T A A C A T C A T A C T C T C C C G G A G A A C A T G G G C A C G A G G C A G T C T G G C A G T G G C A G A T A A A A A C A G G G G C A A C A T G G T C A A A T C T A C C A T C A C C C T C T G G T A T G A T G G A A T C T G G T A A C G T G G T T C C T A C A C T G A A A C C A T T C T C T T T G C G G G C C C A C G A T G A T C G A T A C C A A T T G G T T C T T G T T G C T G G A G A T C A A G A G G C T G T A C T C A T A T C T C C T G A C G G C G G C G T C A T G A C A A C A C T T G A A C T T C C C G C G C C A C C T A C A C A T A C C C T T G T T T C T G C A G A T T T C T C A A A T G A C G G G C T A A A T G A C C T A A T C G T A G T T A C C G C A A A C G G G G T G T A T G G A T T T G T T C A A T C C C G A C A A C C G G G T G C C C T C T T C T T T A G C A C A T T G G T T G G T T G C C T C A T T G T C G T G A T G G G T G T C A T A T T T A T A A C T C A G C A T T T G A A C T C T A T G G A T G G A A A A C C T C G C G C T C C T A G G T G A T C A A T G A G T G T G A T T T T C T G G A A A T T T G A A A C A A A T C T G C A A A A G T A T A C T C T T C A A A T G T A T A A T A C C C A A G A A T T A C A G C A T G A T A A A C T A T A T A T A A G A G A A G A T G A G A A G G T T T G C A G C T C A G A A A G A G G G G T T T C C A T G T T T C C T T A A A T C G A G T T T G G G A C A C T G T T G G T T A T A C T T G G C T T G T A A A T T T G C A G C T G T T T T T T T T T T T G A C C T C T T T T T C C C C T T T T T T T T A C C C C T T T T T C T T T T G G A G G G G A G T T A T T T A A A C T A G G T T T T G A T T A G T G G A G G A T G G A G T T T T G G T C T T G A G T T G T A G T T T C A A G T T T C T T A T G A C A T C T T C A G T T G C T A G A A G C A T T T A G A A G A G T A T C T G T T A G G C T T A T T A G T T T G C A G G C C T T A T G G G T G T T T T G C C A G A A A A T C T T A T A T A G T G T G C A T T T C C T T T A A A T A G A C T G G A G T A A A T T T A G T G C A G A G T A C A A A T T G A A G T C A T A C A G T G A A C A A T A A G G C A C A A G A T G G T C A T T A T C T T G T A C T G G T A T T T T C T A T G G A T G A A T T C A C T T T T T A A T G T T T G A A C A A T G A G C A A G A A A T T G C T T T A A A G T T G T A A T T T C A T G C T A C T T A G G T T T T G A C C T G T T T G T A G C G A A T T C T T C G T C G 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 89.94 Expect = 0.00e+0 / Id = 83.14 Expect = 0.00e+0 / Id = 81.41 Expect = 0.00e+0 / Id = 81.56 Sequence A0A0K9QHC1_SPIOL A0A0J8C6Z0_BETVU A0A067KCC3_JATCU A0A067G672_CITSI D7SP47_VITVI
back to top
BLAST of Spo16602.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. ExPASy SwissProt )
Total hits: 0
A A C T G C A A C A T C T C C A G A A A G C A G A A G C T G A A G A A G C A C T G A A A A C A G C T G A T C A G T C G A A G A A G A A G A A A G C T T C A T T C A C A G A A G A A G A A C A A A A T C G C G A T G A G A A A A C G T G A T T T A T C C A T T C T T A T G C T C G C T G C T T T C G C C A T T T T C T T C T C T C T C C A G C A T G A G G G A G A T G T A T C G T T C A G A G A T G C A T G G T T T C A T T T A T T G G A T G A T T A T C C G A T C A A A T A T G A A G C G G A C C G T C T T C C T C C G C C T A T T G T C G C C G A T C T C A A T G G C G A T G G C A A G C T A G A G G T C C T T G T T G C C A C T T A T G A T G C T A A A A T T C A G G T G T T G G A G C C T C A T A C T A G A C G T G T T G A T G A A G G A T T T A G C G A A G C G C G T G T T C T T G C C G A G G T G A C T T T G T T G C C T G A C A A A G T T C G T G T T G C C T C T G G G A G G C G T G C T G T T G C T A T G G C A A C T G G T G T T A T C G A T C G A A G T T A C C G G C A A G G G C A G C C A C G T A A G C A G G T A T T G G T G G T G G T G A C G T C A G G A T G G T C C G T C A T G T G T T T T G A C C A T A A T C T T A A G A A G T T A T G G G A A G C A A A T T T A C A G G A A G A T T T T C C T C A T A A T G C T C A C C A C A G A G A G G T T G C A A T A T C A A T A A G C A A T T A C A C C A T T A A A C A T G G A G A T A C A G G A T T G G T T A T T G T T G G T G G T A G G A T G G A A G T G C A A C C A C A T A T T T T T T C A G A T C C T T T C G A G G A A A T A A G T A T G G C A G A G A A G A A T G C A G A G C A G C A T A G G A G A A G T G C T G G T G A A A C T G A G C C T G C G G A G A A C A A T G A A G T A G T G G A T T T G C G G C A T T T T G C A T T T T A T G C C T T T G C G G G T A G A A G T G G C C A G C T C C G A T G G A G T A G A A A G A A T G A G A A A A T T G A A G C G C A A T C C T C G G A G G C A T C C A T G A T G A T T C C A C A A C A T A A T T A C A A G C T T G A T G C T C A T T C T T T A C A C A G T C G T C A T C C T G G A G A G T T T G A G T G C A G G G A A T T C C G A G A A T C T A T C C T G G G A G T T A T G C C A C A T C A T T G G G A T A G G C G G G A A G A T A C T A G T T T T G A G C T G G C C C A T T T C A A A C G C C A C A A G A G G A A G A C G C T A A A A A A G C T G C C T G G A A A A A A T G C T A A T C A T C C T C T C C A C A A G C C T G A G G A A C A T C A T C G T C C A G G C A A G G A T T C A A C A A A A A A G A T C T C A A A A A T G A T T G G A A A A G C T G C T G A C T A T G C T G G T T C A G C T A A A A C T A A G A A G G C A A T T C C A T A T G T A C C C A C A A T A A C A A A C T A C A C C C A A C T T T G G T G G G T C C C C A A T G T T G T T G T A G C T C A T G A A A A G G A G G G T A T T G A A G C T C T A C A T T T G G C A T C T G G T C G T A C A C T T T G C A A G C T T C A T C T T C A A G A A G G T G G A C T T C A T G C T G A T A T C A A T G G A G A T G G G G T G T T G G A T C A T G T G C A G G T G G T G G G T G G A A A T G G T G C G G A G C A A A C A G T T G T T A G T G G A T C T A T G G A A G T A C T C C G G C C T T G C T G G G C A G T A G C T A C T T C T G G G G T G C C A G T G A G A G A A C A A C T C T T C A A T G C C T C T A T T T G T C A T C A T T A T T C C C C T T T T G A C T T A T T T C A A C A C G C C G A A C T C T C C C G G G G T T A C G G T A G A G C T C A G G A T T T T A G T T C T T T G G A G G T T G C C A C A C C A A T T C T C A T C C C A A G A G A T G A T G G C C A T C A T C A T G G G A A A G G A A G C C A T G G A G A T G T C A T C T T C T T A A C A A G T A G A G G G G A G G T A A C A T C A T A C T C T C C C G G A G A A C A T G G G C A C G A G G C A G T C T G G C A G T G G C A G A T A A A A A C A G G G G C A A C A T G G T C A A A T C T A C C A T C A C C C T C T G G T A T G A T G G A A T C T G G T A A C G T G G T T C C T A C A C T G A A A C C A T T C T C T T T G C G G G C C C A C G A T G A T C G A T A C C A A T T G G T T C T T G T T G C T G G A G A T C A A G A G G C T G T A C T C A T A T C T C C T G A C G G C G G C G T C A T G A C A A C A C T T G A A C T T C C C G C G C C A C C T A C A C A T A C C C T T G T T T C T G C A G A T T T C T C A A A T G A C G G G C T A A A T G A C C T A A T C G T A G T T A C C G C A A A C G G G G T G T A T G G A T T T G T T C A A T C C C G A C A A C C G G G T G C C C T C T T C T T T A G C A C A T T G G T T G G T T G C C T C A T T G T C G T G A T G G G T G T C A T A T T T A T A A C T C A G C A T T T G A A C T C T A T G G A T G G A A A A C C T C G C G C T C C T A G G T G A T C A A T G A G T G T G A T T T T C T G G A A A T T T G A A A C A A A T C T G C A A A A G T A T A C T C T T C A A A T G T A T A A T A C C C A A G A A T T A C A G C A T G A T A A A C T A T A T A T A A G A G A A G A T G A G A A G G T T T G C A G C T C A G A A A G A G G G G T T T C C A T G T T T C C T T A A A T C G A G T T T G G G A C A C T G T T G G T T A T A C T T G G C T T G T A A A T T T G C A G C T G T T T T T T T T T T T G A C C T C T T T T T C C C C T T T T T T T T A C C C C T T T T T C T T T T G G A G G G G A G T T A T T T A A A C T A G G T T T T G A T T A G T G G A G G A T G G A G T T T T G G T C T T G A G T T G T A G T T T C A A G T T T C T T A T G A C A T C T T C A G T T G C T A G A A G C A T T T A G A A G A G T A T C T G T T A G G C T T A T T A G T T T G C A G G C C T T A T G G G T G T T T T G C C A G A A A A T C T T A T A T A G T G T G C A T T T C C T T T A A A T A G A C T G G A G T A A A T T T A G T G C A G A G T A C A A A T T G A A G T C A T A C A G T G A A C A A T A A G G C A C A A G A T G G T C A T T A T C T T G T A C T G G T A T T T T C T A T G G A T G A A T T C A C T T T T T A A T G T T T G A A C A A T G A G C A A G A A A T T G C T T T A A A G T T G T A A T T T C A T G C T A C T T A G G T T T T G A C C T G T T T G T A G C G A A T T C T T C G T C G 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 Sequence
Match Name E-value Identity Description
back to top
BLAST of Spo16602.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. TAIR )
Total hits: 1
A A C T G C A A C A T C T C C A G A A A G C A G A A G C T G A A G A A G C A C T G A A A A C A G C T G A T C A G T C G A A G A A G A A G A A A G C T T C A T T C A C A G A A G A A G A A C A A A A T C G C G A T G A G A A A A C G T G A T T T A T C C A T T C T T A T G C T C G C T G C T T T C G C C A T T T T C T T C T C T C T C C A G C A T G A G G G A G A T G T A T C G T T C A G A G A T G C A T G G T T T C A T T T A T T G G A T G A T T A T C C G A T C A A A T A T G A A G C G G A C C G T C T T C C T C C G C C T A T T G T C G C C G A T C T C A A T G G C G A T G G C A A G C T A G A G G T C C T T G T T G C C A C T T A T G A T G C T A A A A T T C A G G T G T T G G A G C C T C A T A C T A G A C G T G T T G A T G A A G G A T T T A G C G A A G C G C G T G T T C T T G C C G A G G T G A C T T T G T T G C C T G A C A A A G T T C G T G T T G C C T C T G G G A G G C G T G C T G T T G C T A T G G C A A C T G G T G T T A T C G A T C G A A G T T A C C G G C A A G G G C A G C C A C G T A A G C A G G T A T T G G T G G T G G T G A C G T C A G G A T G G T C C G T C A T G T G T T T T G A C C A T A A T C T T A A G A A G T T A T G G G A A G C A A A T T T A C A G G A A G A T T T T C C T C A T A A T G C T C A C C A C A G A G A G G T T G C A A T A T C A A T A A G C A A T T A C A C C A T T A A A C A T G G A G A T A C A G G A T T G G T T A T T G T T G G T G G T A G G A T G G A A G T G C A A C C A C A T A T T T T T T C A G A T C C T T T C G A G G A A A T A A G T A T G G C A G A G A A G A A T G C A G A G C A G C A T A G G A G A A G T G C T G G T G A A A C T G A G C C T G C G G A G A A C A A T G A A G T A G T G G A T T T G C G G C A T T T T G C A T T T T A T G C C T T T G C G G G T A G A A G T G G C C A G C T C C G A T G G A G T A G A A A G A A T G A G A A A A T T G A A G C G C A A T C C T C G G A G G C A T C C A T G A T G A T T C C A C A A C A T A A T T A C A A G C T T G A T G C T C A T T C T T T A C A C A G T C G T C A T C C T G G A G A G T T T G A G T G C A G G G A A T T C C G A G A A T C T A T C C T G G G A G T T A T G C C A C A T C A T T G G G A T A G G C G G G A A G A T A C T A G T T T T G A G C T G G C C C A T T T C A A A C G C C A C A A G A G G A A G A C G C T A A A A A A G C T G C C T G G A A A A A A T G C T A A T C A T C C T C T C C A C A A G C C T G A G G A A C A T C A T C G T C C A G G C A A G G A T T C A A C A A A A A A G A T C T C A A A A A T G A T T G G A A A A G C T G C T G A C T A T G C T G G T T C A G C T A A A A C T A A G A A G G C A A T T C C A T A T G T A C C C A C A A T A A C A A A C T A C A C C C A A C T T T G G T G G G T C C C C A A T G T T G T T G T A G C T C A T G A A A A G G A G G G T A T T G A A G C T C T A C A T T T G G C A T C T G G T C G T A C A C T T T G C A A G C T T C A T C T T C A A G A A G G T G G A C T T C A T G C T G A T A T C A A T G G A G A T G G G G T G T T G G A T C A T G T G C A G G T G G T G G G T G G A A A T G G T G C G G A G C A A A C A G T T G T T A G T G G A T C T A T G G A A G T A C T C C G G C C T T G C T G G G C A G T A G C T A C T T C T G G G G T G C C A G T G A G A G A A C A A C T C T T C A A T G C C T C T A T T T G T C A T C A T T A T T C C C C T T T T G A C T T A T T T C A A C A C G C C G A A C T C T C C C G G G G T T A C G G T A G A G C T C A G G A T T T T A G T T C T T T G G A G G T T G C C A C A C C A A T T C T C A T C C C A A G A G A T G A T G G C C A T C A T C A T G G G A A A G G A A G C C A T G G A G A T G T C A T C T T C T T A A C A A G T A G A G G G G A G G T A A C A T C A T A C T C T C C C G G A G A A C A T G G G C A C G A G G C A G T C T G G C A G T G G C A G A T A A A A A C A G G G G C A A C A T G G T C A A A T C T A C C A T C A C C C T C T G G T A T G A T G G A A T C T G G T A A C G T G G T T C C T A C A C T G A A A C C A T T C T C T T T G C G G G C C C A C G A T G A T C G A T A C C A A T T G G T T C T T G T T G C T G G A G A T C A A G A G G C T G T A C T C A T A T C T C C T G A C G G C G G C G T C A T G A C A A C A C T T G A A C T T C C C G C G C C A C C T A C A C A T A C C C T T G T T T C T G C A G A T T T C T C A A A T G A C G G G C T A A A T G A C C T A A T C G T A G T T A C C G C A A A C G G G G T G T A T G G A T T T G T T C A A T C C C G A C A A C C G G G T G C C C T C T T C T T T A G C A C A T T G G T T G G T T G C C T C A T T G T C G T G A T G G G T G T C A T A T T T A T A A C T C A G C A T T T G A A C T C T A T G G A T G G A A A A C C T C G C G C T C C T A G G T G A T C A A T G A G T G T G A T T T T C T G G A A A T T T G A A A C A A A T C T G C A A A A G T A T A C T C T T C A A A T G T A T A A T A C C C A A G A A T T A C A G C A T G A T A A A C T A T A T A T A A G A G A A G A T G A G A A G G T T T G C A G C T C A G A A A G A G G G G T T T C C A T G T T T C C T T A A A T C G A G T T T G G G A C A C T G T T G G T T A T A C T T G G C T T G T A A A T T T G C A G C T G T T T T T T T T T T T G A C C T C T T T T T C C C C T T T T T T T T A C C C C T T T T T C T T T T G G A G G G G A G T T A T T T A A A C T A G G T T T T G A T T A G T G G A G G A T G G A G T T T T G G T C T T G A G T T G T A G T T T C A A G T T T C T T A T G A C A T C T T C A G T T G C T A G A A G C A T T T A G A A G A G T A T C T G T T A G G C T T A T T A G T T T G C A G G C C T T A T G G G T G T T T T G C C A G A A A A T C T T A T A T A G T G T G C A T T T C C T T T A A A T A G A C T G G A G T A A A T T T A G T G C A G A G T A C A A A T T G A A G T C A T A C A G T G A A C A A T A A G G C A C A A G A T G G T C A T T A T C T T G T A C T G G T A T T T T C T A T G G A T G A A T T C A C T T T T T A A T G T T T G A A C A A T G A G C A A G A A A T T G C T T T A A A G T T G T A A T T T C A T G C T A C T T A G G T T T T G A C C T G T T T G T A G C G A A T T C T T C G T C G 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 Expect = 0.00e+0 / Id = 74.96 Sequence AT3G51050.1
Match Name E-value Identity Description
AT3G51050.1 0.0e+0 74.9 FG-GAP repeat-containing prote... [more]
back to top