Tan0013083 (gene) Snake gourd v1

Overview


Name	Tan0013083
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Anamorsin homolog
Location	LG04: 82061077 .. 82076132 (+)
RNA-Seq Expression	Tan0013083
Synteny	Tan0013083

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGATTGTGCATTTTCTGGGCCTTGCAACATAGAGAGGGCACAAATAGGTCTTCTCTTCCACGAAAAATTACAAGTTCTTAGAGTTTTTCAAATTAAAATACTCATTGTAAAGTAATTTTTATTCCTGCTGCTCTTTCTGTCAGTATAATTTGTTGATGTGCTAGACTGAAGTTTGTTTTGCCGGTTACTTTCTGTTTTTCTTGTTTCTACTTCAAAGTGGAGGGATCGATTCACTTCTTAGTTTGATCCACCTCATCCTTTTATGTAAAGTTTAGTATATGACTTTGTTATTGTAGGACACCACTATGAAGAGTGTACTGGCTATTACGGATGACATTGTTCTGGCTACCAGCATCATTGTTAATGCTTTACAAGAGGTTGGGAATGAAGATGTTGCAAACTATGATTCACAAATAATCACTCAAGCCTTTTCTCTAAGTAAGTTTTACAATGTCCTCTCATGGGCTGTTCTAGTCAGCACTTTAATTAATTTGACATTTAGTTCGACAGTCTTGTGTTTTACAATGTCCTCTCATGGGCTGTTCTAGTCAGCACTTTAATTAATTTGACATTTAGTTCGACAGTCTTGTGTTGTTTACATTTCATTTTGAAACCTGAAGGTCTAAATTGATGCGATAGTGATGACATAACATTGGTTTATTTCATTGTTTTGATGAAAATTTTTGTTTCCTTAAAATAAACTGTCTTACTGATAATTTAGTGTCTTGGAGGATGAAAAGAAATGTTATCATCTCCTTTTATATATTTTCTTTCGGAATGAAATCAAATAGATATATACACTCTACATGTATATCAAAACTTTTTCTATATGATAATCCTGACAGCCGTAGCTTTCATAGTAGCTGAATATAAATGCCAGTGGTCAATGTCCTTAGAGTTGAGATTTTCTTGGCTCGGGTGTATTTTCTTGCATGTAGACCAATGGCTTTTCAATGTTCTTTACAGCTTCTACACCCTGTTACTCCCTCTTTTCCGGGCTTTTTATTATTTATTTGATATAATCAACTTAAACTAATGGCTTACTCTTAATTTCCCGCCTCCAAATATCCTCCTTGTTTCTATGTGCTTTCAATAGACTCTTGGAATTGGCCTTTAGAGTCATCTGAGATTTTTTTCGTTAAACCTCTCATAGAGAGCTTGGTGGGCTTTTTATTTTTTATTATATATATATATGTATATATATATGAGAAACTATAATATCATTTAATTGATATGGTATGAAATGCGCAAAAGAGGGGAGAGATCTCGATTACAAAAAGTTATGCCAACTTGCGAGAAGAGAAGTAAGACTGTAATCACAAAAGTAAGGAGTGAATTTACACCAGGATAGAGCCAAATAAAGCAATTGTTCATAGAAAGATTCAAAGTGAGATTTGTCCTAAAAAATTCGATAGTTTCTCTCTTTCCAAGTGGCCCAAAAGAATGCTTTGATGATGAATTCTCACAGGTAGACCTTTCCTTTGACAAAAGGTTGACACATGAGGAGAAATTCGAAGATATGAATTATTTTACCCGGTAGAGCAAGCTGTAAACTGAAACCTTTAATATTCGTTCCCAAAAATGACAAGCAAAAAGGCACGACATGAATAGGTGTAGCAGGTACTCCTGGTTCTGGCGATAGAGAACACACCGGTTAGGGGAGGAGACAATCTAGGAAACTTTTTTTTTTGGCAAGGTGTCTACTGCGTTGATTCCATCGTGACTTAATTTCCACAGGAAAAAATAAACCTTCTTCGGTATGGGACCCTCCCAAATGTTTTTGTATAAATCCTTGTGATTGAGGTTACCATTGGAGACAACATGCTGAGTGAGAGATTTGGTGGAGAATGTGCCATGCTCTCCCAAGGTCCAATGCCAATGGTCGGTTGTGTTAGGTCGAGTGGGAGGGATGAGAAGCGAGGATAAATTGATCTATTCCTCTGTCTCCTCTGCAGTGAGGTTTCTCCGAAGGTGAAGTTTCCAAGAAGAGCCCGTTGTTGACCGGAACTCGTTGATTAACCCAGATTTCCTTTGAGAAATGGAGTAATAACGAGGAAAAGAGTCCTTTAATGGATATGAACCAATCCATCGATCAGACCAAAAGTAAGTGCTCTTTCCATTTTCGATAACAATGGAAGTGTGATCGAAGATCAAGTGACAGTGTTCCATAATATGCTTCCATGGTCCTCGATGAGCCTTAATCTTTGATTGATCCGGTTGCAAGTCAAAATGTGAGGAACCATATTTAGCAACAATGAATCTTCTCCATAGGGCGGTCTGGTCTTGATAGAATCTCCAAGTCCACTTGGCAAGTAAGCATTAGTTCTTGGATTTCAAATCAATAATCCTCAAACCTCCTTCCGAAGTAGTGTTTTTAACAACTAACCAATTTATGGGGTGATAGCCTCTTGTTTCCTTATTACAGTGGCAAAGGAACTTTCTATACACTCGTTCTAGGGAAGTTGCAGTGTAAAAGAAAAGTTGAAAAAGGGAGAGAGAGTACGTAGGTAGGTTGATCAATGTTGTTTGTATAAGCGTGAGTCCCTCCCTTAGAAATATGAGAACCATTCGAACCCCTCAATCTACATTCAACCTTCTCAATGATTGGCTCCCAAAAACCTTTGATATGTGGTTTACCATTTAAAGGGAGACTGAGGTATATCATAGGCCAATTGGAGACTTTGCAGTTGAATTCCAATGCAAGAGAACTGATTGTTTCAACAGGTAATCGAATACCAAAAAACTCGAACTTTTGGTGGTTTATGCAGGGCCTAGAGGCATTTTCAAACTTGTAGATGGTTTTGAAAAGATTCACGAGGTTGTCCCTATTAGGTTGTGAGAATAATATGGTGTCATTTGCAAAAAGAAAATTGTTTATGGACATCGTCCCTCTCCCCACCTCTAGCCCTCTAAAGCTTCCATTATGGGCTTCCTTAGTCAATATCCAGCTCAAACAATCCATTACAAGAATAAATAGAAATGGAGAAAAAGGGTCACCTCGACGAAGATCACTAGAAGCAATGATCTTTCCCCTAAGCTTGCCATTAATAATAATGGAGAAATTTGTTGATGAAATGCATCCCTGAATCCAGTTTCTCCACAGTGTGTCGAAGCCTTTAGCCTCTAAGATTAGGTCGAGAAAGCTCAACTCAACCATGTCAAATGCTTTCTCACTATCTAGTTTGATGACCACCCCGTCTTTCTTGGATCTAGTATATTCTTCTATGAGCTCATTAGCAATGAGAGAGGCATCGATTATTTGTCTATCAACAACAAAGGCAAATTGTGATTTAGTGATCATGGAGGGGAGGACCTTTTTAAGACGATTAGAAAGAACTCGAGCAACTATTTTGTATGGACAAGTGGTGAGACTTATGGGTCTATAATCTCCCACATATTTGGCTACCTTCTTTTTAGGGATGAGGCATATGTATTTCATTGAGACTAGCATTGATAATGGCTTTCTCAAAAAAAATCTTGGAACACCCTCATCATGTCATCCTTGAGAATGTTCCAATACTTTTAAAGAATTCGTAAGTGTATCCATCGGGCCCAGGAGATTTATTAATGCCAAGGTCCTTTATAGCCTTCAAAATTTCAGCCTTAGTGAAAGGGTCTTCAAGGTCCTGAGCTTGGGCTGACGAAATCGAGTCCCAGTTTTCAATCTTTTCAGGGATCTTTGGCCTGGCTCTTTGGTGTATAAGGCTTTGTAAAAGTCAACAAATTCTGTCTCAATGTCACTGTCCAATACCTTACTAGACCCTCTTTGGTAAGGATCTCCACAATTATGTTTTTCCTCCTTCAAGTGGATAAAATTCGATGGAAAAAGCTTTTGTTTTCATCGCCTTCCACTGCCCATTTTAGTTTGCACTTTTGGCGCCAAGAGGTTTCCTCCCTACTAGCAATGTCCAGGAGTTCAGCCTTGATCGCAATGCGCCTTTGGAGAAGAATATTGTTGATTCCCTGTGTTTCCTTCACTTTGTCAATCAAGTCTAGCTTGGGCCAAGTCCACCTTCTTTACTTTATTGCACCCGAAAGTGTTCATATTCCGATCTTTTAGAAAGCCCTTGAAAGTCTTCTGCATTTGAATAAATCCATGACCAGGCCATCCCCTTAGTTGGTAGTCGCTCCACCAATTCCTTAACAAATTTGAAAAAGCTTAGGGCCCCACATTTGATGTTTGAGAGTCATGAGAATCAGATAGTGATGTGATGTTACTCGGGGAAGTTGTTTTTCCATGGCACTATTGAACTTATTGATGCAATTGGCCGTGAGGTGAAAGCGGTCAAAGGTGGGATATGCTATGATATATGATTTATTGTTATTCCATGATATATGACTAGATCAAGTGAATTTTCCATTGGATGGGGGGACCAATCAGACCACTATCCTCTATAAAGTTGTTGAAGAGCCTCGTACTTTTAGTAATAGGCTTTGCCATTGGACTTCTCAAAAGACCATCTGGGTAACATTAAAGTCTCCTCCCAAATCTAATGTTCGGTACAAAGGTGGGATAGGTCATAAACTTCTTCCCAAAGAGCACCCTTTTCAGCTGCACGGGATGAGTCGTAGATGCCATAGAGCCAAAAACTGTAGCCACCAGATAAAGAAAATTGTAAATGTAAAGGAAACAGTGCCTTCAATCACTTCGTTCACTTCAAGCGATGGGTTGTTCCATATAATAAGAATGCCTCTCAAGGAGCCATAAGCGTCAAGCGGTGCCTAAGTAATGTGTCGAGAGCTCCATATAGTTTTTATAAATCATCGAGTAATATCACATTACATTGTCTCTTGAAGGATGACAATAGTGGGGTTGGTTTTCAAGAGAATCCTTGATAAGAGTTCGTTTCTTCGAGGAGCCCAGACCACAACCTTTCCATGATAGGATAATCATAGAGATGGAGTTGACCCTTCGATGACAGAGGTGGTGAGAGCCCTATCATACTTTGTCGTGGAGGATAGTTTTTTTAGCTCACAAATAAGCTTAGCAATCATAGCCACTAATTTTCGTTTCTTCGATTTGTTTGGTATAGCCATGATATAAAGGTCATGCTTCCAAAGCAGAGGGGCAACTTTTCGAAGGTCGGGATGGATGTCTTCATCAAGTTCTGGGCCCTTTTCCTCCTTCTGCTCAAGGTCGATCAATTTTGGCTCGATAAGATTTGTCTCTCCAAATAGGTGGTGATGACAATCGGTGGGGAAGTGGGGCTCGAGGCAAATCTGGATTGGTTGAGAATCATGGCTAAGATCTTTTGCGTATAAACCATGGAGAGAAGGTGAATGAAGTGGCAATCGAGGGAAAGTCTGGATAGTGGAGGAGGAATCTAGGCAAGGGCTAGATAGAATGTCTTTAGAGTCAGAGGGGGTGTGTGATTGGTTGGTTCGGTGTTTTTTCCCATGGAGCAGGTACGTTTGTTTGCCATTTATGATGACAACTTTTTTGGATGGGGAGGGTTCCATTTGTAAGGTTTGTAAGTGGGTTTTTGGGCTAGGACTATTTATGGGGCTATGGGTAGAGTCTGGGCTATCAGAGATGGGTGAAGGGATGATAGTCAGCGCACCTGGGCTATTACCATTGTTTCAACCCAATTGAGGAGGGTCCAAGTTTGCAGCAAGAGCCAATGCTCGATCGTCGTGATGTTCAGTCGCCCTACCAGGGATTTGTTCAGACTGAGACGAGGGAGCCAATGCATTATCATTACTCGAAAGGCGCGTGAACTCGGGATAAGCGCACGAGTCAATGAGCAAAGGGTTGCACATATCAGTCACCTTTCGATTCTTTATCGTCAAGGGATTTTGTCCAAGGACGCCGACAATAAAACCGTTGTTATAATCTTTAATGAAAAAATGCTCAATGCTCACTGATAAGGGGAAAGAGGAAGATGAAAGGATAGGCACGGAAGTTGGTATGAAGCCCAAGTTGTTTTCCAATCTGATGCTTATCTCCATCATGTCAAGTCTGGAAAGAGTTTTCTTAGCAATTCACAAAATCCCCCGCATGTGTTTCCAATAAATCGAAAAGTTTCCATGCTCCATTTGCCCATTGGCAAGTTTCGAACCTTGATCCACCCTCTGTATGAAGGAATCATTAAATCTCAAAGGTAGGCCTTGTGACTTCATTTTTCAATCTTGACTGTGAAGCAACCTACTTCCACCCATTCGTTTATGGCGGAGAGATTGGACGCTTGTTCGGGCTTTCACAGATAAGGAGGGTTTGTTGGGACTAACCGCACAAAATTCAGTAATATTATGTTGCAGCGATTCGGTGATAGCAAACCAGTCGTCATGGAAGTTTTTTCTATATATAATGGCCACCGATGACAAGTTAAGTGAGGCAAGCTCGTAGGCAGGGGGTTCTGTCGACGTAGTGGCTTTGGTCGAAGAGGTGCTGGTGGTGGTGCAATGGGTTTTGAATCCTTAATGGATTGTTGGAGAGCCTCCTTAAATGAAAAGGCTTTTAAAGGTGTGAGGACGATTGGATCGGTATTTATGGAGGAGGGTGTGGTTGTGGTTGAAAGGTGGTTAGACAACAAGTCTATAAAGAGGTGCCATCCTTAGCGATTTTCTCATGCGGGAATGATGAGCCTAGTACATCCCTCGTTGTTTTCGAGCTTGGCCACCTCTGCACAGTGGCCTCGCCTATTTGATAGCTTTTCCACCCAAAAATTTTTTTCCTTCTGTACGATTCTCCTTGAAAAATTTTTGGTTCAGGGTGGAGTTTTTTTTTTTAGGTAAAAGAAACTATTTCATTGATAAATGAAATGGAGATAACTCCGAGCACCAAAAGGTGAGTTACAAGAAAGATTGCCAATTTGACACAAAAAGAGATAAATCAGAAGACTAAAAGGTGGTACATGTTTGCACCACAAGTACACAGCTTGAAAGAATATGCTCCATAAAACGCTCAAAAGGAGAGGTAATATCTCTAAAAGCCGACCATTCCTCTCGATCCAAAGATGCCATAGAAAAACACGAACAAAAGCCAACCAGAGGACCTTCTTTGAACCTTTGAACGGATGACCCACCAAAACAGAAGAAAGAAAATCAAAAATATTATTTGAGAAAGGCACAACCCAACCAAAAGCATCCAAGATACACCACCGAAACGTTGAGCAAACAAACAATGCACAAACAAATGGGTTGCAGACTCAAACTCAAATGACACATGGGACACCACGAGGGGAAAGGCTAATATAAAGCGCGCCTTCTTTGTAGTCTATCGAAGTATTTACCGCTCCCGACTCAGGATTTCCAAAGGAAAATCTTAATCTTCCTTGGATAATTATTCTTCCAAATTACCAATAAATGTCTCGTGGTAACAAATCAACAGAAGATAACAAACTCTCTGTAAGAGATTTTACAGAGAAACAACGAAGCCTCAAAGACCAAACCCAAGAATCATTGGTATTCGAAAAGATTTATAGGGGAGAGCAATTGAGAAAGAAAGGCCCATTCAATGGTCTCCAAATCATTAAATTACGCTGCTTCAAATCCCAAGCAAAGGTCCGTGGAAATCCAAAGACTTGCAACATTAGAATCGGGGACCAAAGAAAGCCTAAAAGAGTCGTGGGCAAGCAAAGATCAAGAGGACCACAAGGAAGCCAAGAATCAGTCAAAACCGTATCACAACCATTCCCGATACGCCTAATCGAACGAGAAGAAACCAAATCCAACACACACAAATGAATCTCCCAAGGGATTTATGAGGACCGATAGGGGTAAAGGAGGCCAATTGACTACCAGCACATGATCATAATACTTTGCAACAATAAGTTTTCTCCAAAGAGAATCACGCGTTCTGAGAGAAGCGCCAAATCCATTTTGCTAAGAGGGCCATGTTACGTTGCTCTAGGTTGCCAATTCCAAGACCACCCAAAGAATAGGGAGCCAGTGGTTGTCCACTTTACATTATGCACGCCACCATCACCCCTTGCTCACTCCTTCCCAAAAGAAGTCCCTAATAATCTTATCCAGAATCGAAATGACTTTCGTCGGAGTTTGAACAAAGACATATAATACAAAGGCATACTAGAGAGTGTAGCTTGTATAAGGGTATGTCTTCCACCTTTAGAAATAAAAGCGTACTTCCAGTTATGTAGTTTTTGTTGCAGACGTTCAATTATTGGAGTCCAAAAAGAAACATTTTTGGAATTCCCCCCCAAAGGCAGTCCAAGATAGGTAGTCGGCCACATACCTTGCTTGCAACCCAAAAGTCGATGACATCATCCAATCCAACTCGATTCATCAACGCGTTAAGACCCAAGATCTCACTCTTTGCAAGGTTTATTTTCAACCCGTAAGCCCGCTCAAAAAAATTTAACCACTTCAAACAGATGTTCCAACGCAGACGATCAAATTGTGAGAAAGAGCAAAGTATCATCCGCAAACTGCAAATGGTTTAAATAGAAGGATGAAACACCAATTGGATGGGTTGAAACAAGGCCCTTATTAGCACTATGGGTCACAGAAATGCTAAGACAGTGAGACCAAAAATAAAGAGGAAAGGGGATAGGGATCACCTTGTCGAATACCACGACTAGGAATAATTTTTCCACGAGGCCTACCATTTATAATAATAGAGTAGTTTGCACTCAGTAATACAACCACGAACCCATTTCCTCCGTGACACTCCCAAAACCTTTGGCTTGTAAAGCACCGCATCAAGAAAATCCCAATCAACCTGTATCAAAAGCCTTTTCTAGATCTAGCTTCAAAACTACACCTTTAAGCTTACGAATTACCTGAAGTCATCAATCAACTCATTTGCAATTAAAGAAGCATCAAGAATCTGTCTATGTGAAACAAAAGCAAGCTGGTTTTCTCGCAATGGTAGTGGCCAAGACTAACTTCAAACGGTCGATAAAACCCGAGCAACAATCTTATAAACACAAGAGATGAGACTTATGGGCGAAACTCATTAATGATTTGGAAGCAAACTTTTTAGGTACTAAGCAAATATAAGTCTCATTCATAGAAGCATTAATAACCCTAGAAGAATAAAAATCTTGAATCATGGTCAAAATGTCCTGCTTAATTGTATCCCAAAAAAATTTAAAGAATTCTGCAGTAAAACCATCAGGACTCGGAGTTTTACTGTAACCCGGAGAAAAGACAGCCCTACGAACTTCCTCCTCAGTGAACGCACCTTCAAGACCATGAGCCTGCTCTGGGGAAATAGGACTCCAATCAATATTAGTGGGCAGAAAACGGGGACCCTCATCTCTAGTGAACAAAGTAGAATAAAAGTCAACAAACTCGTGTTCAATATCGTATGCACGATAATAAGGCTAACCCCATCTCTAGAAAGGATCTCGTAAATTGAGTTCTTCCTTTCCTTGCAACGACGAAGCCTATGAAAGAACTTGGAGTTCTCATCCCACTCACTTGAGCCATTTCACTTACACCTCTGCCTCCAATAGATATGATCTTGAAGTCATAAAAACCTCAATTTGCTCCCTTAGACGCACGACACTCAATCGAGAAATCGAAAGGGTGTGTAGTGTCCTCTAATCTATCAAGGATCCAAATTGAGAGATAAAGGATTGCAATCTATTAGCCTCAAAACGATGAGATTTACTCCGATTGCAAAAAACCTTCAAACCCTTCAACTTCATCATCATCAAACCATGTCCTGCCATCCACTCAAGGAATGTTGAGACCACCAACCCAGAGACAACCTCCCTAATTGAATCAATCTGCAACCAAGAGTTCTCAAACGGAAGGGCAAGGTCCCCGGGACTACATCTCCAAAGGAAAGAGCAAGCGGAAAATGGTCCAAGTGACACGATCCAAACGTCGAAGAGTGGCAGAACCAAATTTGGCGCACAACCACCAAGTAAGTGAGAAATCTATCCAAGAGAGATAAGTATTGTGTAGGCCAAAACTTGACCAAGTGAAGTACCATTCCGCAAAGGGACATCAAACAAATTGTAAGTAGAAATCCAGCGGTTGAAAGTATTCATGCGCGATGATCGGGTTGATGGATCATGCGATTTTTCCCAAGTCCAACGAGTAACATTAAAATCTCCTCCAATAATCCAACGATCACCACCTAAACCGGCCAAATCATGTAGCTCCCGCCAAAAGTCGTCAAAGAAACCATTACTGGGGCGTGAACTGATGTAAGCTGAAAAGAAAAACCATCCGTCGAGAAAAACATGAATGGATAATGAATACAAACCTTGTATTACTTCTTTAATCATGAAATCGCTCACTCCAGTAGAATTAAAATTCCACCAAAGTAATTAAATGCATCAAGGGATGCCCACCCAATATGTGACGAACTCCAAATAGACTTTACCAATTGGTGAGTGATGAAAGCTAATTTAGTTTCTTGTAAGAGAACAATTCCGGATTTTGTTGGAGAATTGTTCTCTTAATTAATGCCTCGCTTCTTCCACTAACCAAGGCCCCAACATTCCAAGTCAAAATTTCATTGATCACCAAAGAGCCCTCCATCAAAGCCAAAGCCAAAGTGGCGATTTATCATAATGGACAAGTGGATTTCAAATTCAGAATTCCGTTGTAATTTATTCTTCCTCCCATAAGTTGAATGGAACTTTTAGATTTGGTTGGTGAGGTAGGTTGGGATGGGTAGAATGCACAAACCATGCTCTGTGAGAAAATTTGCAATGTCACGTAATTCAAGGGGAACATGACCAGCAGCTTTCGAGAAGGAGAATTATGAGGGAGACGCTCAAGAGAGGAGAAAAAGGCAAGGAAGAAGTAAACATTGAGTCTGCCCGTTGTTGAGCATCAACCAGAAGGGTTGTTAGGTCGTGGAATTGGCGGTAGAAAATCTAAAGGGGTTGTTGTATTAGGAGAAGGGTCATCCCCAAAAATTTCGGGGTCAAAAGGGTGAGGTTGGAAGTCAAAGTCGTGATTTGAATGGATAGAGGCAGGACTAGAAATATAGGCTTCTGATGTCGATGCCAAAAGCAGTTGTTTCAATTTCCATCCAACGTGGAGTGTTTAACTCCAATATGTAAAGAGGTATTCTCAATAGTGGGTCCCGCAATGAAGGATATGGAGGAGAGAGTGGGTTGAATTAAGGCTGGAGAATTCGGATTTGAAGGGCCATTTGCTACAATCAAGGAATCCAGAATTTTTGGGGGATTCCTTATTCAAAGGTGCAAATCCAAAATCAAAATTGGGTGAGATGGCAAAATAGGCAAAGGAGAAATTTTAGGAGGAAGATTTTCAATCAAATCTTATGGTAATAAAGGCCGATTCTCCACGGTATCTTGCGGAAATAAGGGTTGATTAAAAATCTCCACAACATTGGCAGCAATTAAAGTCTGCTTTCCTTTTTTAACCATCTCATCGCAAGGAATCTCCTCGGAATCAGCAGCAATTAAAATCTGTTTTCCTTTTTATCCGCCTCAACAAAAGGAAACTCGCTTTGGATCTGAATGATAGCCTCCTTCGCAATAAAGGTATCCAAACCGCTTTAATGGTCCGTAAACGATCTCAGAATCGAAACCGATCCGATTCGAGCGGTGAGGGTGGTAATGGCACGACAGATTCCGGAGCTCAATGATGCTCGGGATGAAACCGTGAGATTCCTTTGGACTTTTAGTCGTGCGGACATGAAGAGATAACCAACGATCGGTGTGATCCAAATTTGAAGGAAACCACCACACTTTTCTCCAATAAAACGGAAAACATCCATTGACCATAGGCTAAGAGGAAGATCCAAAACTTCAATCCAACCACCGTGAGAACCAATCATTCTATCCTGCAAGAAGGAAGAAGTGGAGAAAGCATGGAATTTTAACTTTGACTCACCAACCAGATGCCAAATTGAGGTATTACAAAGGTGATCAGGGAGTTTGGAGTCATAAATATGGAGCAACGCCTTGTTTTCTTGAAAGGGATTGATGGTGCAGCGAGGCAAAAAAGAAACTTTCAAGGCAGCAAGAATACTTGGCCAAGAATCAGTAATAGAATACCTTTGGCAAACCAGAATTCCATTCTCAATATCAAAAGAAACTGGAGGCTGGGAGGAGGTGGATGGTAAGGTAGGACTAGCATTTTGTTTAAGATCCACCAAACGATGTGGCTTCCTGGTAGGTTCAAATTTTGAGGAAACTATTTTATGGGATTCACTGGGTAATCTGAAATGAGAGAAAAAGGAAAACCACCCCGCTTTTGTCTTCGATGGGATAAGAATTTTCCTCCTTACACCATTGTGTGTGAGTTGTGTGATCTCCACAAAGTAGCCAAACTTATTCTTCTTCTTTCTCTATCCAAAGAGTGTTGTCGGAAGAACTTATAAGAGCAAGGGTCTTTGTATAGAGATAAAAAGGAAGAGGCTAACCAATTTAGGGAGTTCCATGATAAGGAGATGGAATGAGAGGAATTCTTCCCCAACTCGGTTATCTTTGCTTTGCTTCCTCGAGAAGAATCGTCAAAAGCAATCGTAAAGGTCTTACGATCAATGTGTATTGATCGAGTGGAGTAATTCCAAAGGGAGGATGCTGGTTGTTTTTGGTGGGCATGGTGGTCGGGGGGTCAAGGGCTAGAGCTCAAAGTAGGAGGGTGGGAGAGAAAGGGACAGAGAGAAGAGCGAAGGAGAAGGAACTGTCCCATTGGTGTTCAGTCAAGTGAACCTTTTTTTGGTGGGTATGTTTGTCAAGATCGATGGAGAAGGATTTACGGTTGAAGGAGAAAGAAAAGCAGTTTATGTTGTCGGCCATCGGAGAGCAGGATGGCGGCAATGGGTTTTGGTCATGGTTTGGGTAGGGGTGAGAGGAGAGAGAACAGAGCATATCTACGATTTCTATGATAGTGCTTCTGAATCATAGGTAATGTGAAACAGAAACTTTATGATTATGTGTTAGGCTATCAACTCCACGACCATGACCCAGGTCGAATAAGAGCTTGGTGGGTATTGATGACCCTTACATGAAAAACATTTATTTTGTGATTTGGAAGGATAACTATCCAAAGAAGATTAAGTCTTTCTTTGAAAGTCGTCAATACAAATGATGATTACAACAACGAATGTCTTATATGGTTCTATCTCAAGACTGTTATTTTATATGTAGAAGATAGGCAAAAAAATCTACTAGTCATCTTTTCATGCACTGCACGTGTGCTTATTATTTTTTATCCCATCTATTGGATGGCCTTTGCCTTTCACAAGCAACATATTCGATTTTCTCTCTATGGTTTTGGTAGGTCACCCTTTCACATGAACAAAGAAGGTTTTATGGCTTGCTTTTGTTCGGGCTTTTCTGTGGAATCTTTGGCCGGAGAGAAATGATCGAAACTTTAGGGATTCTTCTTCTCCTTTTGAATGTTTTATAGACAATGTGTTTTCTATTGCTTTTACATGGTGTAGGCATTTACAACCTTTTCGTCATTATAGCTTATCCATTTTAATCTCCAATTGGAGAGTTTTCCTGTAATTCACCCGTAGGTGTTCGGAGTCTCACCTCCTTTATTTCATTTATCAATGAAACCTTTTCCTTTACCCAAAAAAATATAATTCAGATGTGTTATTGATAGTTATTGATTTATGATAGATAAGCTGCCACTTGGAGCTTCATCCATGGACGTTATCATTTCTATCTGTAGATCTGCTTTTCCTAGTGATCAGTTGTTTGAGGAAATGTCTAGAGTTTTGAAGCCTGGTGGGGTAATATTTATTCACAAGACTTCACAGTTTGTTGCAGTTGATAAAGATGAGGTAATTACTTGGCTAGTAGTTTTTAACGTTTAAAATAGTGATTACAGAGATGGATATATTACTAGTGTTTTCTTTGCAGTCCTCAGCCCTGGTGAGAAGATTACTTTTGGCAGGCTTTCTAGAAGCTCAAGTAACCGAAAAGAAATTAGTTTCTCCATCTGAAGTAGAGAATTTTGTGGTAAGGTTCAGCGATGATTTAATTTAGTCTTTAGATAGTCCCCCCACCCCAACGGGCAAAACCACGACCTTACCTTTTAGTGGTGTTGAAAAATGGCTGGTAATTTATGACCAAAATACTTTGTTTCCCGTTGCTTCCGACGACCTCTCTTTGTAAAGATGATTGAAAACATCTTCTCTTCAATGTCTCTTTAACTTTACCCATTTGATTTTACCAAGTTTGATGTTTGATTCTGTTTTTACTTCTTGTAAGTAACTTTTTTATATATTGTGAAACTTTTTTTGCACGTAGATAAGAGCAAAGAAGCCTTCTTGGGTGATTGGCTCCTCTTTTGCTATTAAGAAGCCAGCAAAAAGTTTACCAAAGATTCAGATTGATGAAGATTCTGATTTGATTGATGAAGATAGTTTATTGACTGAGGAGGATTTGAAGAAACCCCAGCTACCAACAGGTAAAAGATGAAATGGTTGACATATTATATTTGAATTTTATTTAGTGGAAGTTACTATTTATTATTTGATCTGTTGTACAGTTGGTGACTGTGAAGTTGGCAGCACAAGAAAAGCTTGCAAGAACTGCACTTGTGGTAGGGCTGAAGCAGAGGAGAAAGTAGAAAAATTGGGATTGACTTCAGATTTATTGGAAAATCCTCAATCTGCATGTGGCAACGTAAGTGAAAACTACATAGTTATAGAAGTGGTAACGAAGCTAATAATTTTAAATCGAGTGCATATTTTTGTTTATGGATAAATAATGATTTCTAAAATGGAATTGAATTATTTATTATTCTTATGTTTTGTCAAGGGAGAACTCATTTCTGCTACTAATGTTGTACCCCTCCGTTCAGTCTCTTTGCTTTCATTTTTAATTCATCTACTTCTAATTTATCTGGTCCGCATGTTAACATTAATACAACTTGCAGTGTGGACTGGGAGATGCTTTTCGGTGCAGTACATGCCCGTACAAGGGTCTTCCGGCATTTAAACTTGGGGAGAAGGTAGGGAAAAGCTTTACAACTCTCTTCATTTTTCAATGTAGTTTGGAGAATATTACGTCACAGGGTGGGAGGATTCGAATTTCCAGCCTCTGGGAGAAAGTAGAGATAGTTGAAGACTAAAGACTAAATCGTTTTTTTTTTCATGCAGGTGTCACTACCTGGGAATTTCCTTGCTGCCGATATATGA

mRNA sequence

ATGATTGACACCACTATGAAGAGTGTACTGGCTATTACGGATGACATTGTTCTGGCTACCAGCATCATTGTTAATGCTTTACAAGAGGTTGGGAATGAAGATGTTGCAAACTATGATTCACAAATAATCACTCAAGCCTTTTCTCTAAATAAGCTGCCACTTGGAGCTTCATCCATGGACGTTATCATTTCTATCTGTAGATCTGCTTTTCCTAGTGATCAGTTGTTTGAGGAAATGTCTAGAGTTTTGAAGCCTGGTGGGGTAATATTTATTCACAAGACTTCACAGTTTGTTGCAGTTGATAAAGATGAGTCCTCAGCCCTGGTGAGAAGATTACTTTTGGCAGGCTTTCTAGAAGCTCAAGTAACCGAAAAGAAATTAGTTTCTCCATCTGAAGTAGAGAATTTTGTGATAAGAGCAAAGAAGCCTTCTTGGGTGATTGGCTCCTCTTTTGCTATTAAGAAGCCAGCAAAAAGTTTACCAAAGATTCAGATTGATGAAGATTCTGATTTGATTGATGAAGATAGTTTATTGACTGAGGAGGATTTGAAGAAACCCCAGCTACCAACAGTTGGTGACTGTGAAGTTGGCAGCACAAGAAAAGCTTGCAAGAACTGCACTTGTGGTAGGGCTGAAGCAGAGGAGAAAGTAGAAAAATTGGGATTGACTTCAGATTTATTGGAAAATCCTCAATCTGCATGTGGCAACTGTGGACTGGGAGATGCTTTTCGGTGCAGTACATGCCCGTACAAGGGTCTTCCGGCATTTAAACTTGGGGAGAAGGTGTCACTACCTGGGAATTTCCTTGCTGCCGATATATGA

Coding sequence (CDS)

ATGATTGACACCACTATGAAGAGTGTACTGGCTATTACGGATGACATTGTTCTGGCTACCAGCATCATTGTTAATGCTTTACAAGAGGTTGGGAATGAAGATGTTGCAAACTATGATTCACAAATAATCACTCAAGCCTTTTCTCTAAATAAGCTGCCACTTGGAGCTTCATCCATGGACGTTATCATTTCTATCTGTAGATCTGCTTTTCCTAGTGATCAGTTGTTTGAGGAAATGTCTAGAGTTTTGAAGCCTGGTGGGGTAATATTTATTCACAAGACTTCACAGTTTGTTGCAGTTGATAAAGATGAGTCCTCAGCCCTGGTGAGAAGATTACTTTTGGCAGGCTTTCTAGAAGCTCAAGTAACCGAAAAGAAATTAGTTTCTCCATCTGAAGTAGAGAATTTTGTGATAAGAGCAAAGAAGCCTTCTTGGGTGATTGGCTCCTCTTTTGCTATTAAGAAGCCAGCAAAAAGTTTACCAAAGATTCAGATTGATGAAGATTCTGATTTGATTGATGAAGATAGTTTATTGACTGAGGAGGATTTGAAGAAACCCCAGCTACCAACAGTTGGTGACTGTGAAGTTGGCAGCACAAGAAAAGCTTGCAAGAACTGCACTTGTGGTAGGGCTGAAGCAGAGGAGAAAGTAGAAAAATTGGGATTGACTTCAGATTTATTGGAAAATCCTCAATCTGCATGTGGCAACTGTGGACTGGGAGATGCTTTTCGGTGCAGTACATGCCCGTACAAGGGTCTTCCGGCATTTAAACTTGGGGAGAAGGTGTCACTACCTGGGAATTTCCTTGCTGCCGATATATGA

Protein sequence

MIDTTMKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISICRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEKKLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKKPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRCSTCPYKGLPAFKLGEKVSLPGNFLAADI

Homology

[Close]

BLAST of Tan0013083 vs. ExPASy Swiss-Prot
Match: D1I234 (Anamorsin homolog OS=Vitis vinifera OX=29760 GN=VIT_01s0010g01180 PE=3 SV=1)

HSP 1 Score: 352.8 bits (904), Expect = 3.4e-96
Identity = 184/268 (68.66%), Postives = 216/268 (80.60%), Query Frame = 0


Query: 8   SVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISICR 67
           S LA+TD  VL+ S +++A++++ N  V   D  IITQA SL++LP+ +SS+D++ISICR
Sbjct: 5   STLALTDHEVLSISTVLDAVRKLDNAGVDQCDPLIITQASSLSQLPVESSSLDIVISICR 64

Query: 68  S-AFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEKK 127
           S  FP D+L  E+SRVLKPGG + I KTSQ VA  KD  ++L R+LL+AGFLEAQ  + K
Sbjct: 65  SLEFPCDKLLAEISRVLKPGGTVLIQKTSQSVAGIKDGETSLERKLLMAGFLEAQAIQLK 124

Query: 128 LVSPSE-VENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 187
            V PSE  ++F I+AKKPSW IGSSF+IKK  KSLPK QI++D DLIDEDSLLTEEDLKK
Sbjct: 125 PVVPSEGAQSFGIKAKKPSWKIGSSFSIKKAEKSLPKFQIEDDMDLIDEDSLLTEEDLKK 184

Query: 188 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 247
           PQLP  GDCEVGSTRKACKNCTCGRAE EEKVEKLGLT D L NPQSACG+CGLGDAFRC
Sbjct: 185 PQLPVDGDCEVGSTRKACKNCTCGRAEEEEKVEKLGLTMDQLNNPQSACGSCGLGDAFRC 244

Query: 248 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
            TCPYKGLP FKLG+KVSL GNFL ADI
Sbjct: 245 GTCPYKGLPPFKLGDKVSLSGNFLVADI 272

[Close]

BLAST of Tan0013083 vs. ExPASy Swiss-Prot
Match: B9RBT0 (Anamorsin homolog OS=Ricinus communis OX=3988 GN=RCOM_1680640 PE=3 SV=1)

HSP 1 Score: 329.7 bits (844), Expect = 3.1e-89
Identity = 183/277 (66.06%), Postives = 214/277 (77.26%), Query Frame = 0


Query: 2   IDTTMK--SVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSM 61
           +D T K  SVLA TDD VL  S IVNA++E+GNE     D Q++TQA SL+KLP+ +SSM
Sbjct: 1   MDRTRKQCSVLAFTDDAVLPVSTIVNAVRELGNEGAEQCDPQVVTQASSLSKLPVDSSSM 60

Query: 62  DVIISICRS-AFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDES-SALVRRLLLAGF 121
           D++ISICRS  F  D LFEE+SRVLKPGG + I+KT Q VA    E+  AL R+LLLAGF
Sbjct: 61  DIVISICRSLQFQGDFLFEEISRVLKPGGTVLIYKTLQSVAEGTSEAVLALERKLLLAGF 120

Query: 122 LEAQVTEKKLVSPSEVE-NFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDS 181
           LEAQ  +   +  S ++ +F ++AKKPSW IGSSFA+KK  K   K+ +D+  DLIDEDS
Sbjct: 121 LEAQGLQLNSLELSGLDHSFGMKAKKPSWKIGSSFALKKSTKGSVKVNLDD--DLIDEDS 180

Query: 182 LLTEEDLKKPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGN 241
           LLTEED+KKP +   GDCEVGSTRKACKNCTCGRAEAEEKV KLG T + L NPQSACG+
Sbjct: 181 LLTEEDMKKPPIAPGGDCEVGSTRKACKNCTCGRAEAEEKV-KLGPTMEQLNNPQSACGS 240

Query: 242 CGLGDAFRCSTCPYKGLPAFKLGEKVSLPGNFLAADI 274
           CGLGDAFRCSTCPYKGLP FKLGEKVSL GNFLAADI
Sbjct: 241 CGLGDAFRCSTCPYKGLPPFKLGEKVSLSGNFLAADI 274

[Close]

BLAST of Tan0013083 vs. ExPASy Swiss-Prot
Match: A9PBH9 (Anamorsin homolog OS=Populus trichocarpa OX=3694 GN=POPTRDRAFT_761104 PE=2 SV=1)

HSP 1 Score: 324.3 bits (830), Expect = 1.3e-87
Identity = 178/269 (66.17%), Postives = 205/269 (76.21%), Query Frame = 0


Query: 8   SVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISICR 67
           SVLA+TDD +++   + NA +EV N+ V   D QIITQA SL+KLPL  SS+D++I I R
Sbjct: 10  SVLALTDDTLISIGTVTNAAREVANDGVDQCDPQIITQASSLSKLPLEPSSVDIVIPIFR 69

Query: 68  S-AFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDES-SALVRRLLLAGFLEAQVTEK 127
           S  FP D L +EM RVLKPGG I I+ + Q V  + D++ S L R+LLL GFLEA+  + 
Sbjct: 70  SIEFPGDLLVKEMFRVLKPGGTILIYSSQQSVIGETDKAISGLQRKLLLGGFLEAEALQP 129

Query: 128 KLVSPSEVE-NFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLK 187
           K V  S V  +F ++AKKPSW IGSSFA+KK  KS  K+Q D+ SDLIDEDSLLTEEDLK
Sbjct: 130 KPVGLSNVVCSFGVKAKKPSWNIGSSFALKKSIKSPVKVQNDDYSDLIDEDSLLTEEDLK 189

Query: 188 KPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFR 247
           KPQLP VGDCEVGSTRKACKNCTCGRAE EEKV KLG T D L NPQSACG+CGLGDAFR
Sbjct: 190 KPQLPPVGDCEVGSTRKACKNCTCGRAEEEEKV-KLGPTMDQLSNPQSACGSCGLGDAFR 249

Query: 248 CSTCPYKGLPAFKLGEKVSLPGNFLAADI 274
           C TCPYKGLP FKLGEKVSL  NFL ADI
Sbjct: 250 CGTCPYKGLPPFKLGEKVSLSENFLVADI 277

[Close]

BLAST of Tan0013083 vs. ExPASy Swiss-Prot
Match: B7FNA9 (Anamorsin homolog OS=Medicago truncatula OX=3880 PE=2 SV=1)

HSP 1 Score: 303.5 bits (776), Expect = 2.4e-81
Identity = 163/268 (60.82%), Postives = 202/268 (75.37%), Query Frame = 0


Query: 8   SVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISICR 67
           +VLA TD+ VL  S + +A++E+GNE V   D  +IT A SL+K P+ +SS+D+++ I +
Sbjct: 9   AVLACTDEAVLPVSQVFDAIRELGNEGVEKLDPLVITSASSLSKFPVESSSVDLVVLIWK 68

Query: 68  SA-FPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDES-SALVRRLLLAGFLEAQVTEK 127
           S  FP DQL +E+ RVLK GG   I K+SQ      D+    L  +LLLAGF E Q    
Sbjct: 69  SLDFPIDQLTQEVLRVLKAGGTTLIRKSSQSAVGSGDKMIPDLENKLLLAGFSEIQA--- 128

Query: 128 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 187
                  +++ VI+AKKPSW IGSSFA+KK  KS PK+QID DSDLIDE+SLL+EEDLKK
Sbjct: 129 -------LQSSVIKAKKPSWKIGSSFALKKVVKSSPKVQIDFDSDLIDENSLLSEEDLKK 188

Query: 188 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 247
           P+LP+ GDCE+G TRKACKNC+CGRAE EEKV KLGLT++ + NPQSACG+CGLGDAFRC
Sbjct: 189 PELPS-GDCEIGPTRKACKNCSCGRAEEEEKVLKLGLTAEQINNPQSACGSCGLGDAFRC 248

Query: 248 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFK+GEKV+L GNFLAADI
Sbjct: 249 STCPYKGLPAFKMGEKVALSGNFLAADI 265

[Close]

BLAST of Tan0013083 vs. ExPASy Swiss-Prot
Match: C6TKZ5 (Anamorsin homolog OS=Glycine max OX=3847 PE=2 SV=1)

HSP 1 Score: 301.6 bits (771), Expect = 9.0e-81
Identity = 166/268 (61.94%), Postives = 200/268 (74.63%), Query Frame = 0


Query: 8   SVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISICR 67
           +VLA TD  VL  S + +A++E+GN  +  +D  ++T A  L+KLP+ +SS+D +I I  
Sbjct: 4   AVLACTDGAVLPVSQVFDAIRELGNGGLEQWDPLVLTSASLLSKLPVDSSSVDFVILIWL 63

Query: 68  SA-FPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDE-SSALVRRLLLAGFLEAQVTEK 127
           S   P DQL +E+ RVLK  G I I K+SQ      D+  S+L  +LLLAGF E QV   
Sbjct: 64  SIDCPVDQLIQEILRVLKVDGTILIRKSSQSAVGSFDKIISSLENKLLLAGFTEPQV--- 123

Query: 128 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 187
                  +++  I+AKKPSW IGSSFA+KK  +S PK+QID DSDLIDEDS LTEEDLKK
Sbjct: 124 -------LQSAGIKAKKPSWKIGSSFALKKVIRSSPKMQIDFDSDLIDEDSFLTEEDLKK 183

Query: 188 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 247
           PQLP  GDCE+GSTRKACKNCTCGRAE EEKV KLGLT++ ++NPQSACGNCGLGDAFRC
Sbjct: 184 PQLPP-GDCEIGSTRKACKNCTCGRAEEEEKVLKLGLTTEQIDNPQSACGNCGLGDAFRC 243

Query: 248 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKV+L GNFLAADI
Sbjct: 244 STCPYKGLPAFKLGEKVALSGNFLAADI 260

[Close]

BLAST of Tan0013083 vs. NCBI nr
Match: KAG6606910.1 (Delta(24)-sterol reductase, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 490.7 bits (1262), Expect = 8.0e-135
Identity = 249/271 (91.88%), Postives = 261/271 (96.31%), Query Frame = 0


Query: 3   DTTMKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVI 62
           DTTMKSVLAITDD VLATS+IVNALQE+GN DVANYDSQIITQAFSLNKLPLGASSMDV+
Sbjct: 584 DTTMKSVLAITDDTVLATSVIVNALQELGNGDVANYDSQIITQAFSLNKLPLGASSMDVV 643

Query: 63  ISICRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQV 122
           ISICRSAFPSDQ+ EE+SRVLKPGGVIFIHKTSQ VAV+KDES ALVRRLL+AGFLEAQV
Sbjct: 644 ISICRSAFPSDQMLEEISRVLKPGGVIFIHKTSQSVAVEKDESPALVRRLLIAGFLEAQV 703

Query: 123 TEKKLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEED 182
           TEKK+VSPSEVEN VI+AKKPSW IGSSF+IKKPAK LPKIQID+DSDLIDEDSLLTEED
Sbjct: 704 TEKKIVSPSEVENLVIKAKKPSWAIGSSFSIKKPAKILPKIQIDDDSDLIDEDSLLTEED 763

Query: 183 LKKPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDA 242
           LKKPQLP VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDA
Sbjct: 764 LKKPQLPLVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDA 823

Query: 243 FRCSTCPYKGLPAFKLGEKVSLPGNFLAADI 274
           FRCSTCPYKGLPAFKLGEKVSL GNFLAADI
Sbjct: 824 FRCSTCPYKGLPAFKLGEKVSLSGNFLAADI 854

[Close]

BLAST of Tan0013083 vs. NCBI nr
Match: KAG7036614.1 (Anamorsin-like protein, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 490.7 bits (1262), Expect = 8.0e-135
Identity = 249/271 (91.88%), Postives = 261/271 (96.31%), Query Frame = 0


Query: 3   DTTMKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVI 62
           DTTMKSVLAITDD VLATS+IVNALQE+GN DVANYDSQIITQAFSLNKLPLGASSMDV+
Sbjct: 31  DTTMKSVLAITDDTVLATSVIVNALQELGNGDVANYDSQIITQAFSLNKLPLGASSMDVV 90

Query: 63  ISICRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQV 122
           ISICRSAFPSDQ+ EE+SRVLKPGGVIFIHKTSQ VAV+KDES ALVRRLL+AGFLEAQV
Sbjct: 91  ISICRSAFPSDQMLEEISRVLKPGGVIFIHKTSQSVAVEKDESPALVRRLLIAGFLEAQV 150

Query: 123 TEKKLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEED 182
           TEKK+VSPSEVEN VI+AKKPSW IGSSF+IKKPAK LPKIQID+DSDLIDEDSLLTEED
Sbjct: 151 TEKKIVSPSEVENLVIKAKKPSWAIGSSFSIKKPAKILPKIQIDDDSDLIDEDSLLTEED 210

Query: 183 LKKPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDA 242
           LKKPQLP VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDA
Sbjct: 211 LKKPQLPLVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDA 270

Query: 243 FRCSTCPYKGLPAFKLGEKVSLPGNFLAADI 274
           FRCSTCPYKGLPAFKLGEKVSL GNFLAADI
Sbjct: 271 FRCSTCPYKGLPAFKLGEKVSLSGNFLAADI 301

[Close]

BLAST of Tan0013083 vs. NCBI nr
Match: XP_023521700.1 (anamorsin homolog isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 485.0 bits (1247), Expect = 4.4e-133
Identity = 246/268 (91.79%), Postives = 258/268 (96.27%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATS+IVNALQE+GN DVANYDSQIITQAFSLNKLPLGASSMDV+ISI
Sbjct: 1   MKSVLAITDDTVLATSVIVNALQELGNGDVANYDSQIITQAFSLNKLPLGASSMDVVISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRSAFPSDQ+ EE+SRVLKPGGVIFIHKTSQ VAV+KDES ALVRRLL+AGFLEAQVTEK
Sbjct: 61  CRSAFPSDQMLEEISRVLKPGGVIFIHKTSQSVAVEKDESPALVRRLLIAGFLEAQVTEK 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           K+VSPSEVEN VI+AKKPSW IGSSF+IKKPAK LPKIQID+DSDLIDEDSLLTEEDLKK
Sbjct: 121 KIVSPSEVENLVIKAKKPSWAIGSSFSIKKPAKILPKIQIDDDSDLIDEDSLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC
Sbjct: 181 PQLPLVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSL GNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLSGNFLAADI 268

[Close]

BLAST of Tan0013083 vs. NCBI nr
Match: XP_022949082.1 (anamorsin homolog isoform X1 [Cucurbita moschata] >XP_022949084.1 anamorsin homolog isoform X1 [Cucurbita moschata])

HSP 1 Score: 480.3 bits (1235), Expect = 1.1e-131
Identity = 244/268 (91.04%), Postives = 256/268 (95.52%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATS+IVNALQE+GN DVANY SQIITQAFSLN LPLGASSMDV+ISI
Sbjct: 1   MKSVLAITDDTVLATSVIVNALQELGNGDVANYHSQIITQAFSLNNLPLGASSMDVVISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRSAFPSDQ+ EE+SRVLKPGGVIFIHKTSQ VAV+KDES ALVRRLL+AGFLEAQVTEK
Sbjct: 61  CRSAFPSDQMLEEISRVLKPGGVIFIHKTSQSVAVEKDESPALVRRLLIAGFLEAQVTEK 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           K+VSPSEVEN VI+AKKPSW IGSSF+IKKPAK LPKIQID+DSDLIDEDSLLTEEDLKK
Sbjct: 121 KIVSPSEVENLVIKAKKPSWAIGSSFSIKKPAKILPKIQIDDDSDLIDEDSLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC
Sbjct: 181 PQLPLVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSL GNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLTGNFLAADI 268

[Close]

BLAST of Tan0013083 vs. NCBI nr
Match: XP_022998474.1 (anamorsin homolog isoform X1 [Cucurbita maxima])

HSP 1 Score: 479.2 bits (1232), Expect = 2.4e-131
Identity = 244/268 (91.04%), Postives = 256/268 (95.52%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATS+IVNALQE+GN DVAN DSQIITQAFSLNKLPLGASSMDV+ISI
Sbjct: 1   MKSVLAITDDTVLATSVIVNALQELGNGDVANCDSQIITQAFSLNKLPLGASSMDVVISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRSAFPSDQ+ EE+SRVLKPGGVIFIHKTSQ VAV+KDES ALVRRLL+AGFLEAQ TEK
Sbjct: 61  CRSAFPSDQMLEEISRVLKPGGVIFIHKTSQSVAVEKDESPALVRRLLIAGFLEAQETEK 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           K+VSPSEVEN VI+AKKPSW IGSSF+IKKPAK LPKIQID+DSDLIDEDSLLTEEDLKK
Sbjct: 121 KIVSPSEVENLVIKAKKPSWAIGSSFSIKKPAKILPKIQIDDDSDLIDEDSLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC
Sbjct: 181 PQLPLVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSL GNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLSGNFLAADI 268

[Close]

BLAST of Tan0013083 vs. ExPASy TrEMBL
Match: A0A6J1GB21 (Anamorsin homolog OS=Cucurbita moschata OX=3662 GN=LOC111452541 PE=3 SV=1)

HSP 1 Score: 480.3 bits (1235), Expect = 5.2e-132
Identity = 244/268 (91.04%), Postives = 256/268 (95.52%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATS+IVNALQE+GN DVANY SQIITQAFSLN LPLGASSMDV+ISI
Sbjct: 1   MKSVLAITDDTVLATSVIVNALQELGNGDVANYHSQIITQAFSLNNLPLGASSMDVVISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRSAFPSDQ+ EE+SRVLKPGGVIFIHKTSQ VAV+KDES ALVRRLL+AGFLEAQVTEK
Sbjct: 61  CRSAFPSDQMLEEISRVLKPGGVIFIHKTSQSVAVEKDESPALVRRLLIAGFLEAQVTEK 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           K+VSPSEVEN VI+AKKPSW IGSSF+IKKPAK LPKIQID+DSDLIDEDSLLTEEDLKK
Sbjct: 121 KIVSPSEVENLVIKAKKPSWAIGSSFSIKKPAKILPKIQIDDDSDLIDEDSLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC
Sbjct: 181 PQLPLVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSL GNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLTGNFLAADI 268

[Close]

BLAST of Tan0013083 vs. ExPASy TrEMBL
Match: A0A6J1KEF3 (Anamorsin homolog OS=Cucurbita maxima OX=3661 GN=LOC111493098 PE=3 SV=1)

HSP 1 Score: 479.2 bits (1232), Expect = 1.2e-131
Identity = 244/268 (91.04%), Postives = 256/268 (95.52%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATS+IVNALQE+GN DVAN DSQIITQAFSLNKLPLGASSMDV+ISI
Sbjct: 1   MKSVLAITDDTVLATSVIVNALQELGNGDVANCDSQIITQAFSLNKLPLGASSMDVVISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRSAFPSDQ+ EE+SRVLKPGGVIFIHKTSQ VAV+KDES ALVRRLL+AGFLEAQ TEK
Sbjct: 61  CRSAFPSDQMLEEISRVLKPGGVIFIHKTSQSVAVEKDESPALVRRLLIAGFLEAQETEK 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           K+VSPSEVEN VI+AKKPSW IGSSF+IKKPAK LPKIQID+DSDLIDEDSLLTEEDLKK
Sbjct: 121 KIVSPSEVENLVIKAKKPSWAIGSSFSIKKPAKILPKIQIDDDSDLIDEDSLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC
Sbjct: 181 PQLPLVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSL GNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLSGNFLAADI 268

[Close]

BLAST of Tan0013083 vs. ExPASy TrEMBL
Match: A0A6J1DG24 (Anamorsin homolog OS=Momordica charantia OX=3673 GN=LOC111020730 PE=3 SV=1)

HSP 1 Score: 469.2 bits (1206), Expect = 1.2e-128
Identity = 239/268 (89.18%), Postives = 250/268 (93.28%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATS+I NAL+ +G+ED  NYDSQIITQAFS NKLPLGASSMDVIISI
Sbjct: 1   MKSVLAITDDTVLATSVIFNALRNLGSEDAGNYDSQIITQAFSTNKLPLGASSMDVIISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRS FPSDQLF EMSRVLKPGGVI IHKTSQFVAV+KDES  +VRRLLLAGFLEA V EK
Sbjct: 61  CRSTFPSDQLFGEMSRVLKPGGVILIHKTSQFVAVEKDESPDVVRRLLLAGFLEAHVIEK 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           KL SPSEV+NFVIRAKKPSW IGSSFAIKK  KSLPKIQID+DSDLIDEDSLLTEEDLKK
Sbjct: 121 KLDSPSEVKNFVIRAKKPSWEIGSSFAIKKSTKSLPKIQIDDDSDLIDEDSLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP+VGDCEVGSTRKACKNCTCGRAE EEKV+KLGLTSDLL+NPQSACGNCGLGDAFRC
Sbjct: 181 PQLPSVGDCEVGSTRKACKNCTCGRAEEEEKVQKLGLTSDLLDNPQSACGNCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSLPGNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLPGNFLAADI 268

[Close]

BLAST of Tan0013083 vs. ExPASy TrEMBL
Match: A0A6J1F8U3 (Anamorsin homolog OS=Cucurbita moschata OX=3662 GN=LOC111441879 PE=3 SV=1)

HSP 1 Score: 459.1 bits (1180), Expect = 1.2e-125
Identity = 232/268 (86.57%), Postives = 251/268 (93.66%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATS+++NALQE+GNE V N DSQIITQAFSLNKLPLGASSMDV+ISI
Sbjct: 1   MKSVLAITDDAVLATSVVINALQELGNEYVENCDSQIITQAFSLNKLPLGASSMDVVISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRS FPSD+L EE+SRVLKP G I ++KTSQ VAV+KDES A+VRRLLL GFLEAQVTE 
Sbjct: 61  CRSDFPSDRLCEEISRVLKPDGTILMYKTSQSVAVEKDESLAMVRRLLLTGFLEAQVTEN 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           KL SPS++ENFVIRAKKPSW IGSSF+IKK AKSLPKIQ+D+DSDLIDEDSLLTEEDLKK
Sbjct: 121 KLASPSDIENFVIRAKKPSWKIGSSFSIKKSAKSLPKIQLDDDSDLIDEDSLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP+VGDCEVGSTRKACKNC+CGRAEAEEKVEKLGLT DLLENPQSACG+CGLGDAFRC
Sbjct: 181 PQLPSVGDCEVGSTRKACKNCSCGRAEAEEKVEKLGLTPDLLENPQSACGSCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSLPGNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLPGNFLAADI 268

[Close]

BLAST of Tan0013083 vs. ExPASy TrEMBL
Match: A0A5A7UEZ2 (Anamorsin homolog OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold1856G00280 PE=3 SV=1)

HSP 1 Score: 454.1 bits (1167), Expect = 4.0e-124
Identity = 235/268 (87.69%), Postives = 247/268 (92.16%), Query Frame = 0


Query: 6   MKSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISI 65
           MKSVLAITDD VLATSI+VN LQE+GNE V N DSQIITQAFSLN+LPLGASSMD IISI
Sbjct: 1   MKSVLAITDDTVLATSIVVNVLQELGNEYVGNCDSQIITQAFSLNRLPLGASSMDAIISI 60

Query: 66  CRSAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 125
           CRS FPSDQL EE+ RVLKP G+I IHKTSQ VAV+KDE   +VRRLLLAGFLEAQV  K
Sbjct: 61  CRSDFPSDQLCEEILRVLKPDGIILIHKTSQSVAVEKDEPIFMVRRLLLAGFLEAQVIGK 120

Query: 126 KLVSPSEVENFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKK 185
           KLVSPS+VENFVIRAK+PSW IGSSFAIKKPAKSLPKIQ+D+DSDLIDED+LLTEEDLKK
Sbjct: 121 KLVSPSDVENFVIRAKRPSWKIGSSFAIKKPAKSLPKIQLDDDSDLIDEDTLLTEEDLKK 180

Query: 186 PQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 245
           PQLP VGDCEV  TRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC
Sbjct: 181 PQLP-VGDCEVSITRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFRC 240

Query: 246 STCPYKGLPAFKLGEKVSLPGNFLAADI 274
           STCPYKGLPAFKLGEKVSLPGNFLAADI
Sbjct: 241 STCPYKGLPAFKLGEKVSLPGNFLAADI 267

[Close]

BLAST of Tan0013083 vs. TAIR 10
Match: AT5G18400.1 (Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis )

HSP 1 Score: 292.4 bits (747), Expect = 3.9e-79
Identity = 153/269 (56.88%), Postives = 196/269 (72.86%), Query Frame = 0


Query: 7   KSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISIC 66
           K+VLA+TDD+VL  S ++  ++E+G E + ++D  IITQA ++N+ PL ASS++ +++I 
Sbjct: 5   KTVLAVTDDVVLPVSSVLAIMKELGKEVIESFDPLIITQASTINQFPLDASSVEAVLAIS 64

Query: 67  R-SAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 126
           + S FPSD++  E SR+LKPGG + + K  +      +    + RR+ LAGFLE Q  + 
Sbjct: 65  KTSDFPSDKICGEFSRILKPGGTVSVCKVLE--GETGEIQQTIQRRVTLAGFLEPQCLDL 124

Query: 127 KLVSPSEVE-NFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLK 186
           K +  S    +F I+AKKPSW IGSSFA+KKP  +L KI +D+D DLIDEDSLLTEEDL 
Sbjct: 125 KSIKLSTFSLSFGIKAKKPSWKIGSSFALKKPVTNLFKIDLDDDVDLIDEDSLLTEEDLM 184

Query: 187 KPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFR 246
           KPQLP    CE  +T+KACKNC CGRAE EEK  KLGLT D +ENPQS+CG+CGLGDAFR
Sbjct: 185 KPQLPVASGCE--TTKKACKNCVCGRAEIEEKAVKLGLTEDQIENPQSSCGSCGLGDAFR 244

Query: 247 CSTCPYKGLPAFKLGEKVSLPGNFLAADI 274
           C TCPYKGLP FKLGEKV+L  NFL ADI
Sbjct: 245 CGTCPYKGLPPFKLGEKVTLSQNFLEADI 269

[Close]

BLAST of Tan0013083 vs. TAIR 10
Match: AT5G18400.2 (Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis )

HSP 1 Score: 292.4 bits (747), Expect = 3.9e-79
Identity = 153/269 (56.88%), Postives = 196/269 (72.86%), Query Frame = 0


Query: 7   KSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISIC 66
           K+VLA+TDD+VL  S ++  ++E+G E + ++D  IITQA ++N+ PL ASS++ +++I 
Sbjct: 8   KTVLAVTDDVVLPVSSVLAIMKELGKEVIESFDPLIITQASTINQFPLDASSVEAVLAIS 67

Query: 67  R-SAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 126
           + S FPSD++  E SR+LKPGG + + K  +      +    + RR+ LAGFLE Q  + 
Sbjct: 68  KTSDFPSDKICGEFSRILKPGGTVSVCKVLE--GETGEIQQTIQRRVTLAGFLEPQCLDL 127

Query: 127 KLVSPSEVE-NFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLK 186
           K +  S    +F I+AKKPSW IGSSFA+KKP  +L KI +D+D DLIDEDSLLTEEDL 
Sbjct: 128 KSIKLSTFSLSFGIKAKKPSWKIGSSFALKKPVTNLFKIDLDDDVDLIDEDSLLTEEDLM 187

Query: 187 KPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFR 246
           KPQLP    CE  +T+KACKNC CGRAE EEK  KLGLT D +ENPQS+CG+CGLGDAFR
Sbjct: 188 KPQLPVASGCE--TTKKACKNCVCGRAEIEEKAVKLGLTEDQIENPQSSCGSCGLGDAFR 247

Query: 247 CSTCPYKGLPAFKLGEKVSLPGNFLAADI 274
           C TCPYKGLP FKLGEKV+L  NFL ADI
Sbjct: 248 CGTCPYKGLPPFKLGEKVTLSQNFLEADI 272

[Close]

BLAST of Tan0013083 vs. TAIR 10
Match: AT5G18400.3 (Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis )

HSP 1 Score: 292.4 bits (747), Expect = 3.9e-79
Identity = 153/269 (56.88%), Postives = 196/269 (72.86%), Query Frame = 0


Query: 7   KSVLAITDDIVLATSIIVNALQEVGNEDVANYDSQIITQAFSLNKLPLGASSMDVIISIC 66
           K+VLA+TDD+VL  S ++  ++E+G E + ++D  IITQA ++N+ PL ASS++ +++I 
Sbjct: 8   KTVLAVTDDVVLPVSSVLAIMKELGKEVIESFDPLIITQASTINQFPLDASSVEAVLAIS 67

Query: 67  R-SAFPSDQLFEEMSRVLKPGGVIFIHKTSQFVAVDKDESSALVRRLLLAGFLEAQVTEK 126
           + S FPSD++  E SR+LKPGG + + K  +      +    + RR+ LAGFLE Q  + 
Sbjct: 68  KTSDFPSDKICGEFSRILKPGGTVSVCKVLE--GETGEIQQTIQRRVTLAGFLEPQCLDL 127

Query: 127 KLVSPSEVE-NFVIRAKKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLK 186
           K +  S    +F I+AKKPSW IGSSFA+KKP  +L KI +D+D DLIDEDSLLTEEDL 
Sbjct: 128 KSIKLSTFSLSFGIKAKKPSWKIGSSFALKKPVTNLFKIDLDDDVDLIDEDSLLTEEDLM 187

Query: 187 KPQLPTVGDCEVGSTRKACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGNCGLGDAFR 246
           KPQLP    CE  +T+KACKNC CGRAE EEK  KLGLT D +ENPQS+CG+CGLGDAFR
Sbjct: 188 KPQLPVASGCE--TTKKACKNCVCGRAEIEEKAVKLGLTEDQIENPQSSCGSCGLGDAFR 247

Query: 247 CSTCPYKGLPAFKLGEKVSLPGNFLAADI 274
           C TCPYKGLP FKLGEKV+L  NFL ADI
Sbjct: 248 CGTCPYKGLPPFKLGEKVTLSQNFLEADI 272

[Close]

BLAST of Tan0013083 vs. TAIR 10
Match: AT5G18362.1 (Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis )

HSP 1 Score: 127.9 bits (320), Expect = 1.3e-29
Identity = 64/96 (66.67%), Postives = 74/96 (77.08%), Query Frame = 0


Query: 141 KKPSWVIGSSFAIKKPAKSLPKIQIDEDSDLIDEDSLLTEEDLKKPQLPTVGDCEVGSTR 200
           KK SW IGSSFA+KKPAK L K  +D+D DLIDEDSLLTE+DLKKPQ+P    CE  + +
Sbjct: 13  KKNSWKIGSSFALKKPAKFLLKDNLDDDLDLIDEDSLLTEDDLKKPQVPAASGCE--TPK 72

Query: 201 KACKNCTCGRAEAEEKVEKLGLTSDLLENPQSACGN 237
           KACKNC CGR E E K  KLGLT D +ENPQS+CG+
Sbjct: 73  KACKNCVCGRDEIERKAVKLGLTEDQIENPQSSCGS 106

The following BLAST results are available for this feature:

BLAST of Tan0013083 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
D1I234	3.4e-96	68.66	Anamorsin homolog OS=Vitis vinifera OX=29760 GN=VIT_01s0010g01180 PE=3 SV=1	[more]
B9RBT0	3.1e-89	66.06	Anamorsin homolog OS=Ricinus communis OX=3988 GN=RCOM_1680640 PE=3 SV=1	[more]
A9PBH9	1.3e-87	66.17	Anamorsin homolog OS=Populus trichocarpa OX=3694 GN=POPTRDRAFT_761104 PE=2 SV=1	[more]
B7FNA9	2.4e-81	60.82	Anamorsin homolog OS=Medicago truncatula OX=3880 PE=2 SV=1	[more]
C6TKZ5	9.0e-81	61.94	Anamorsin homolog OS=Glycine max OX=3847 PE=2 SV=1	[more]

BLAST of Tan0013083 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG6606910.1	8.0e-135	91.88	Delta(24)-sterol reductase, partial [Cucurbita argyrosperma subsp. sororia]	[more]
KAG7036614.1	8.0e-135	91.88	Anamorsin-like protein, partial [Cucurbita argyrosperma subsp. argyrosperma]	[more]
XP_023521700.1	4.4e-133	91.79	anamorsin homolog isoform X1 [Cucurbita pepo subsp. pepo]	[more]
XP_022949082.1	1.1e-131	91.04	anamorsin homolog isoform X1 [Cucurbita moschata] >XP_022949084.1 anamorsin homo...	[more]
XP_022998474.1	2.4e-131	91.04	anamorsin homolog isoform X1 [Cucurbita maxima]	[more]

BLAST of Tan0013083 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1GB21	5.2e-132	91.04	Anamorsin homolog OS=Cucurbita moschata OX=3662 GN=LOC111452541 PE=3 SV=1	[more]
A0A6J1KEF3	1.2e-131	91.04	Anamorsin homolog OS=Cucurbita maxima OX=3661 GN=LOC111493098 PE=3 SV=1	[more]
A0A6J1DG24	1.2e-128	89.18	Anamorsin homolog OS=Momordica charantia OX=3673 GN=LOC111020730 PE=3 SV=1	[more]
A0A6J1F8U3	1.2e-125	86.57	Anamorsin homolog OS=Cucurbita moschata OX=3662 GN=LOC111441879 PE=3 SV=1	[more]
A0A5A7UEZ2	4.0e-124	87.69	Anamorsin homolog OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold1856G0...	[more]

BLAST of Tan0013083 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G18400.1	3.9e-79	56.88	Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis	[more]
AT5G18400.2	3.9e-79	56.88	Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis	[more]
AT5G18400.3	3.9e-79	56.88	Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis	[more]
AT5G18362.1	1.3e-29	66.67	Cytokine-induced anti-apoptosis inhibitor 1, Fe-S biogenesis	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR007785	Anamorsin	PFAM	PF05093	CIAPIN1	coord: 193..264 e-value: 3.0E-16 score: 59.7
IPR007785	Anamorsin	PANTHER	PTHR13273	ANAMORSIN	coord: 7..273
IPR007785	Anamorsin	HAMAP	MF_03115	Anamorsin	coord: 6..273 score: 20.701994
IPR013216	Methyltransferase type 11	PFAM	PF08241	Methyltransf_11	coord: 38..91 e-value: 2.7E-5 score: 24.7
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 4..152 e-value: 1.2E-22 score: 82.5
None	No IPR available	PANTHER	PTHR13273:SF18	ANAMORSIN HOMOLOG	coord: 7..273
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 43..94

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Tan0013083.1	Tan0013083.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0022900	electron transport chain
biological_process	GO:0016226	iron-sulfur cluster assembly
cellular_component	GO:0005758	mitochondrial intermembrane space
cellular_component	GO:0005737	cytoplasm
molecular_function	GO:0051537	2 iron, 2 sulfur cluster binding
molecular_function	GO:0051539	4 iron, 4 sulfur cluster binding
molecular_function	GO:0009055	electron transfer activity
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0008168	methyltransferase activity
molecular_function	GO:0051536	iron-sulfur cluster binding