Sgr015078 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr015078
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	Auxin-responsive protein
Location	tig00002854: 515602 .. 532748 (-)
RNA-Seq Expression	Sgr015078
Synteny	Sgr015078

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGGCTGCTACAGATACCACGAGCTTGGCTTTCAAGGGCTGTTCGCAGCAGAAATTTCAAGACCCAACTGGGATTTTCTCGCAAAATCTCAAATCCCTCTTTTCTGCAATGATCTCCCAATCTTCCCAGAAAACTTTCTTCTCAACCAGCTCCGGCGACGGCTCAAATGCGATTCAGGGTCTGTACCAATGCAGAGGGGACCTCACAACCCCGCAGTGCAACGACTGCGTGAGCAAGATTCCAGATATGGCGGACAAGCTCTGCGGCCAAGCCGTGGCCGCGCGAGTCCAACTCACTGGGTGCTATTTGCGCTACGAAGTGGCCGGGTTCCGGCAAGTTTCAGGGACCGAGTTGCTTTTCAAGGTTTGCGGATCGATTCAGGTGGCCGGAAGTGGGTTTGAAGAGCGGAGGAACACAGCTTTTGAAATGGTGGAAAATGGGGTCAAAAATGGTGGCGCGCTGTTCTACACTGGAAGTTATCGGTCCCTTTACGTGTTGGGGCAGTGCCAGGGAGATTTGGGCGGCGGCGACTGTGGAGACTGTATAAAGACGGCGGCCGAGAGGGCCAACAGCGAGTGCGGTTACTCAATTTCCGGGCAGATTTATCTGAACAAGTGCTATATCAGCTACAGCTACTACCCTAATGGAATTCCCAGTATATCTTCATCCTCAGGTAAAATCAAGAGAGAGAGAAAGAGAGTGATTGTTGATAGAACCCTTAAATTTTCTGGTGTCGATATTTATATTTATCCAATTTGGGCAGTTCAAATTTCACTCTCAGATGTTAAACATGAGAGAGGAGAGAAAGAAGAGGAGGAAGGTGGGGATGATTCCCAACTCTTGCTTTCCTTCTCAAGTTTGGACTTTGGAGGTTGTTTGAAGATGGGATTTCAGTAATTTTCAGATATTTTAAGTTTTTTTTTTATCAGATTTGAATCAAAACAATTGAAATTCAAACTTTTCTTCCTTTTTTCTAAAGGATGATTTGGAGATGGAGCATTGGAAGTTTGGATTGAATAATAAATGAGGTGGTAAATATGTGGGTCATATGATCCATTTGGGAGTGCTTAATTGTTATTATATTTGAGCAAAACACTTGAAATATAATTTTCTTTTTTCTCTCTCTAACACACTTCCTTTTCTTTTTAGTAGTATATTCCAGCCCTTGAGTGAGACCCACTTTGCTTTTCTTGAAAATGGAAACAAAAAGACTGATTCAATATAAAATCTAGGGAGAGAGAGAGAGGGCCGTTTGGGTCATTTTCAGTTCATGTAAGTATAGAATATACATTTCTTGATTATGAATATAATGGCTGATTGGTTGGCCTTCAATGATGTAGGGTCTGGCCATAATACACAGAGAACAGTAGCTCTTGCAGTGGGAGGATTTGCAGCTTTGGCATTTCTTATTGTTTGTTTGCTCTTTGTTAGATCAGTGATGAAGAAAAAAGGTAAGCATGGAGGCTAACCTCTCTCTCTCTCTCTCTCTCTCATGGTAATTTTCATATTATATAATCTTTAGAGTCTTGTGAATGAAGATAGGGCATAATTACTTTCTTTCTGTAGTTACAAGATAAGATATAGTAGAAACTATATGATTTTTATGCAGATTATATAGAAATTTTATATGGGTTTTTTAGATCCAATGTTGATTTTCATTTTTTATTTTAATGGAAAGGAGAGAGTAAAGTTGGGTGGAGATTACATGGAAAAGAGTGCAACAAAGAAAGAAAGACATTTGTCTTCCTCACTTGCACAATCTTTCCTTTAATCTTCTTTCTTTTCTACTTTATTTTTCTTTAGCTTGCAACCATGACTTAAAGAGCAAGAATAATTTATTACTTCTTGTGAGACTGTACAAAATTGTTTTTAAGAATTACCATTTTAATTTTTATATACTTGGAAAGAAAAAAGAACTTCTAAAAATAAATAACCTAAACATGATTAGCAAAGTTTTAAAAATGCATATTTTTATGCTATGTTTTTTTAGCTACTTCCTTTTATCCTCTTTTTCCCATATGTATGAATTACCTTGATGTCATGTCATATTTTTTTCCAAACAAGAAACGATGAAAAAAGAGAACAAAAACAATAAGAGAGACAATGATGTAACATGGAAAGAGACAAAGTCTCATATGAATAAAAAAGTGAGATATATTCTTTTTTTTTCTTTTTCGTATTTCTCAAACCATGTGGAAAAAAGCCAATTGTATACTGGTGTATCAAATTTCGAACAGCATGTCTTCATGTCGAGCAAGGGATAAAGTCATTTTTCCCCAAAGTCAATAACTTATCATCGACATTTTCGACATATCGCCAATAGCTTGATATTTTGATGAGATATCGCAACATTTTCTACTTCATTGTACACTTTTGTAATTACATTAAACAGCAAGTTAGAAGAGTATGTTTCTTATTGATCTCTCTATAAAGTTAAAACTGAATTAGTACAATTCTTAATGATAAAACACATGCAAATATTCACTGCAATAAAACATATAGTTACTACCCTTTTGTGTTCTCTTTCCTTTTGTTTCTTATTAAAAGGAAGCAGTAAACAAAATAAATAGCATAACAAATACGATCACTGGTTGGAGGGTTGTCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAAATTAAGCCTAAAAGAAGTAAAGGATTGTTTGGGCTTTTTCTTTAACTACCCTGGTTCACACAGCTTTCCGTTAACCAAGACTTATCCTGTTTGATAAATCTCAAGTATCAGTTTTTTTTCCTTAAAAGTTTAAAGATGATAAAGAGTTGTTCAGAGGTGCATTAAAAAATGCAACGTTTTTAGAATAAAAGTTGGAATGAAAATATGTTTTGATAATGGTCTTTTTCAATTGTTCTCTACTATCTATTAATAATGTCTCAACTAGCAAAATTTAATTGATTTAAAATTTTCATCTAAAGTTGAAATCTCTCTCCTCATTTGTGCTCTAGTAAAAAAAAAGTTGAGTTCTTTTCTTGTTCTAAATAAAGTAAATTTTTTATTGAAATAAAATTAAGAAGGTCATTGTTAATTTCAAGGGAACATACACTATACACTTGTAGTCCATAGGAATGATTCTATCTTATCCTTGCAGTTTAAAATGTTCTAAATGACTTGTCACATCATTGAAAATAGACCATGTGAAATGTATCACATAAATATTAAGATGGCCATGTAGAATGTACCAACACATGAACATCGTATATCATTTTTTTGAAATCTATTTTTTTTAAAAATATTATATCACAAATACGACAGTAGAAATTCAACGTACAACCTCCTAAAAGAGAGAAATATCTTAACCACTAAACTATTTTTTTTAATCCATTAAAACTATTTTTATAATTACAAGAGTTTCGTGTCAAAAAATTCGCATATTATACTTTAGGATTTATCTATTTAACCACTGAATAACTTGTTGGTCAAGTTCCATGTCTTTGAAAAATAAGTAAAGAAGCTAGATGGACGAGAATTCTACTATATAAAGTTGTTTGAAAACAGAATTAAAAAAAGTGAATAATAATAATAATAATAATTTGTGACATTAATAGAAAACAAGAAAAAATAACTTTTAAAAACAATTATTCAAACATGTTTTTACATCATTATTTATTTTGAAAAATAAGAAACTACTATTTTTTAAAACAGTTTAAAACAACCTGCTAACTTCATTGTTTATGTTCAAGGGTCCAAGACTTTTCTTTGGAATTTGCAAATTGCAAAACGCAACAGAAAGACAATAATAAAAGTAGAATCCTCCATTACCGAAGATGACTTTACTACTTTACATCGTTTATGGCTGTGGCTGTCTCTCTCTCGAATGGACAAACTTTTGCTTTTTATAAATGGCCAGGCCAGCCCAATATGTCAATGATTGAAAAACTTTCCTGATTTTCTCCAACAGCAAAACTTTCATCTGAAATTGCAATCAACCAATAAAAGAATCTGAGTTAGTGCAATGCATAAACTTAGAGATTAGAGAGTATGAAAGTCATTCTTTCTAATAAAAGTAGAGGATGCATCAGCAATCCAATTTGATCACTTTTACTTCATACCTAAGGAAAGATCAAGTTCTCACCATGAAGCTTTTTTTATTACCTAATGCTCACAAGACCACCAAAATCTTTATCTACTTTTTCTCCCCGGGAGGGGATAAAAAGCACACCATAAAGGCATCTGATAAACTTTTATGAGCATTACACTTCAGTCCAGAAGCTTCAAAATATACTTACTCTTGAAGCAAGCAAATCCAAACCTTATTCCCAAAATTGCTACGCTTGTACCATTGAGAGAGAGAGAGATGCATTTAGCATTATTTCCATGAGTTAACCGACTTTAAAACTCATCACAACAAGTAGCAGATTTCATGCACTGAAGGGCTACTAAAAGGTTGCACTTCATACTATCTCAAGCATGGAGAAAAGGTTTCGTTTCAACATACTTGTGTTCGTCTACAGTTCATTCTTAAACCCACCATGCATGAAGCTGAATTTTATACTAAGAATATAGCTTGGTAGAAAACCAGGAAATCCCTCGTATCAACCATAGACCATCTCCTACAAACAGTGGAAATGATGGTATAATAGCATCCTGAGATCATATTCTCTATACACAATTCATCTCTTTGTGCATTCTTTCTGCTGGAAAGAGCAAGCATTGAAGAAAGCCATTTAAAAACAGGCAAATAGAACAGACCCAAGAACAAAGTCACAGACTCAAGGGTTAGTAATCCACTTGTTTTATCCACATCAAGGATGTTCGATCAAAAAGCACACAGAAATATAGAGAACAAATGATGAAAGCTGTAAACAGTACATCATCGAAATAGTTAACTCTCTCTCCATACTGATATAAAAAAATAAAAACATGAATACTTCCTCTCTAAAATTGGAGGTGCCCAGCACTTGGATTCAATCTCAATATTTAGCACAGAGGAAAAAGATCAAGTCCTTGGACAGAGGTGCAAATGTCCAATGTGATGGAACCAACTAGAACTCAACCCAATCTTGAGATAGAATAGGTCCAAGTCCTTCATTACATACAACACTGTCAACACCTCACAAACTGTTAGAAGGGTGAGTTTCTGTGATCCGAAGTTGGTCAATCTAGTAGTCTCCAGGGACATCCGATCAGTATGGTCAAATTCCCTTGGGCCGAACCTCTCTATCAAGGGTATTTTCCAGGCATATCAAACAAGTAGGTCTTCTCACTATATCTATCCTAAAATCCCATGCCCAACAAAGCCTAAGATGCTCAGAGAATCAGATAACAAGTATGGAATAAAGACGAATTCCCAACACCAGCGACGTGGCTAGAAATTTTTAAAAAATCAAATAGAACCCTAGAAGTTTCTCCTTTTGTAACCATTTGCAGCAAGACCTTTGAAATCAAATAAGCTAATTACCCTTCTTTTATCCTTCAATGTAGCTCCGCAATTACCAAAGCCACTTCTCTATAATGCAACAATGAAGTTGATTTTCTATTCAATATACAAGCTTCCAGACAGTTAAAAGTATATATCTTAAGCCCCAAGTTAAAATCAACACAAGACGGCCTTGCTTGACTATGATGACATAAATACAATAGCATATACTATACACGTGAAAATTAATATTCCATTTCTGTCTGGAAAGGCCAGAGCAACTAATTGATGTGATTGACTCAACAGAAATGTCTTGATTAGGGGACAAATTACAGCAAATAGTCTTACACTGAATACTTGATAGTTGATCCTACACGTTCATGCAATGACAATTTATCAGGATCAAGTGTCTTAACTTATGAAACCAAGAGTACATAAGATGGGATAATTGAAGGGATAAACTTGATAGTTATTTATTTCCAGAGCAGGGGGTTCAAATAACACTCTCTAGGATATTTTTGCAAATGGAGCATAAAATTGTTGAATATCAATTGAACCACATAAAATGCTGCTTAATTTTTCTCAGACGCTAAAGTTAGTGGAGGAACTCCTGTGGCACTGCTGTTACCACATAAACATCGAAAATCATCCTAGCCGTGAATTCCCACTCACTACCCATCCAAAACTCTTTACAAAAGGAAAATTAATTTGAAGCATATCAGGTTACTACTAAGATTTAGCTTCCAAAAGAAAATTCATCTCAATCTTTTTAATAATGCTTATTGCAGAAGGAAATGACTGCAGTATGCATAATTTTTCCCCTTACCTCTAAAGAGATTCCGTTCCTACAAATTAATTAGGACTAGACAACAATACCCGAGCGACCCACGATAAATTGGAACCCCTTCCTCGTGAGGTTGAAGATCCGGGCATGGAAATCAGAGCCATGACAATGCCATTAAATCCCTCGCTTGAATTAAAGTAGCAATAGGCCATTAAAGTATATAGAAAAGTCCGATGCACATCACTTCGAAAATTAATCATAGTTATAGAGAATGAAGTTTATATACCATCGTTGTCAACGTAAATAAATGTATTGGATAGGTCACAAATTATCTTCAAAAGACAACATTAAGCCAGGTATTCTGAGTTAGATCCTAGAAGGGGGTGATGGGCTCGAAATCTACGATAATATTATTCTAAATCTCGTACCTCATAAGTCATAATAATTCGATTCATAATGCACTAAAACTAGATGTGAAAAACTCCTCATTTCTCCCAAGAATACAACATCAAAAAGGAAGAGACTCAGACAACCAGTTCCTTTCCAACTCATTAATCACAATCTCGGGAGTACAGCTAAGCAACTACTCTATCTGCAAGCTTAAAAAACTTAATTAGAGGAGCAATGAGCTTCAAGTTGGGGAATTAATACCGATGCGCCTCCATCGAGGATCGACGCGACCAGCAACTCACTTAAGTGGCGGGCCAACAGATGGGGCTCCAAGGAGGCTAGCTTGCTGGAGCTCAAGCTCGTTCATCTGCTGCTCGCGATCCATCTCGATGATGAGAGGAACGACGAGGATGATGAAAGTGGTGCCGGCGATCCAAGCAGCTTTTCCAGTGCTTCGTAGAGCTTCTTGGAGACGAAGACCGCGTTAGAAGCAGCCTCCCTTCCTCGGGACACCATCGAAGACTGGGAGAGCCTGGAGATTAAGCCGCTATTGTTGCCCTCCGCCTTGGATCCTCGCCGTTCCGGGAGAGAGACTCCACCTTTTCGGGACGCCATAGCAGTGGACTACGAGAATAGCTGGAACTCGAAGGATTGCTGCGGTGAGGGATTTTCTTTTCCCCTCTTTCTACGTTTCTTATTCCTCGGTGGTAAGTACTCGGGGGCTCTTTATTCCTTTATCGTCTTAATTTTCATTTTTCTAAATAAAATGGGATTAAACTCTATTTTACTACTTTTTTTTTTTTAAGTCCACCAGACGAAAAAATAAAAAATCAAACCTACAATTTTAAAAAATAATATATATTTTATTTACTAAATTATGCTCAGATTGACAAATCCTATTTTTCTAATCAATTTTTGTCTTGACCTTAAATTTTTTATAATTTTTTTAATCTCTCAACTTCAAAGTATTGTGTTTTAGCCACTAAACTTTACTTTAAAAATAATTTTAATATTTGTCATTAATTTTTATTAATCATTTGAAAAAACAATCAAATATGTTTCAAACCTCAATATCTAAAATATTACGACATAAATGCATTGGTAGTGATTCAATGCACGACCCTTTAAGATAGATAAAAATGTTTTTAACTATTAACGTATGCTCAAGTTGGAGCTCTAACATCTATCGTACCATGTTTAGTTTTACTTGAAAATACTATCATATTTCATGGAACACAATTATGTATAAGCTTGCATGTGAGATTAGTCAAAGGAATCTATCGACTTGAGCATGGGAAAATTTATAATACTCTCATAGTATCTATTCCTTCAATTCAAATTTAAACACATGATTAATTGATGTATTATTTGATTTTACGGACCTCGTATTTTTTTCTTCTTTTTTAAGAATGACCTAGTACAAAATACTTATTGCACACAAAAAAGAGAGGTTTGTTAACACATTAAGTGAAAGATTAAACAAAAATGTTTAGAATTTATAACTAAATTCAGTTCAAATTGATAAAATTAAAAATTTAAAGTTGAAATTGACTCGCTTACTGAAATCGATACGAAAAGCTAACATTTTTTCCAATAAAATAATGATTACAAACATATATCACAATAAATATTAAGATAGGGAGATTATGCTCTCTACATAAAAAGTAAAATTTTAATAAATTTTGTGATCAGTTAAATTTATATTTTTCAATAAAAAATACAAAAAACAAACATGTAGCAAGATCAAAATGAAGCGAAATAAGGTTGAAGAGACATTATCTTCAATCAACATTTAATTTTTTAAGTGCAATAAGTAAAAATCATATATATTATTAAATCATTGATTTCTATAATTAAATAAAATATAAACTTTTAATACACATGAATTATATGATGTGGTACAAAAGTCACGTATTCTTTATTTGAGTTTATTGTTATTTATTGTGATACATAGTATGTATAAAAAATTTATGGTCACTATTAAAAAAAAAAAAAAAAAATCTCTATGGTCAAACTCTAGCAACTTGTAAGGTAGACAAATCATCAAGATATTAAACTACTCCTCCATGCGATATTTGGCAATAAGTAAAAATTATACATACTTTTAAATTATTGATTTATTTCTGTGATTAAATCAAAAAATAAACATTTTTATACACATAAATGATATAAAATAGACAAAAGTCACCTATTTTTTATTTAAATATATAGTTATTTTTTGTTATGCTAGGTATAAAAATCTATAGTCAAACTCTAACTGCTTGTAAGGTAAAGACAAATCATCAAGATATTAAACTTTATCGATATATGATATTTGTCAAATTAATTTTGATATCTAATAAGAGGATGCATATTAAGAAAGGGACTTTAAATTCAATTGTATGAATTTTGAAGGGAGCTTTAAAATACAAGAAAGTGTATATATGAAACTCTTGCAATAGTTACAGATAATTAATAAGATTGTACGATAGTTTCGTTTGCACAACAAATTTTCAAAATATTTAAAATTTATGTTCAAACACTTGTAAATATTAAAGTCATTATATAACTATTGACATAATTTTAAAAATGATAACTTTATTGTTTTAAAAAATGTCAATTATCAAAATAAATAAATATTTTGATTAAAAGTATATTTTAGATAACATAAAATATTTTTAAGAACGATTTTCAAACAATCCCACGGTAGTACACAATTCAAATTTTCATAGAACGTCGAAAACTATTTAATTTGGTCAAAGGTGTAACAATACAAAAGTATATTTATAATAATTAATTAAATTTAAAATAAAAAAATGACATTTGTTTCGATTTCTTATTGATGAGGGTCAAGGCAATAATCGGATGAAGTCGAGTCTCCAACTACTCGGTCGTCGGAGCTAAAATCCGATGTTCGATGGGGCCCGCCAACCGGGTTTCTATGTTCATGGGTTTCGTGTTTAAGAGGTGGGTCCCACGCGGTTCAAATTCGGACGTGTCCAGCAATGTGATGGATAGCAGGCCCCACCTTGTCGGGCTATCTTTTAGAAACAAATGAGTGTGGGCCCCGCCTTTTTTTGAGTGTTTGCATTGTATCGTATCGTATCGTATCGCATGTTTTCCCGAAACAATCTCGTCAGTTTGTCATTTCTCGTACGCTTCTATAACTTTGGGTTTCATGGGCTGGGCTAACCGCTAACCTTATGGGGTATAATTTTATTACATATATTTAAAAAATGAAAATTACGGTTAAATTATGTTGGCACTGGTGTTTTCATTATAGACAAGATAGAAGTGGTGTCGTTGATAAGAATGTTTACGTTATGTGATCCCAAACTCTCTCACTAATGAAGTCGTTGTAGTGCTATAAGGTGCAAAGCAAGGACAACGTTTATATCATGTTAGATTGTTCTTTATATCTATTAAGAATGAGTTCGATATTTTGATGGATCTTGACTTACTTGTCTATGATATTAAAACCATATCAATTTTAGTTAATTTTTTTTATGTCTCTTATTTTAATTGACAGGCAAACATTCATGTCAATTCTTATTAGATCAGCTGCTAGCGAGAAAAGTGGTAGTACTATGTTTATTTCATAACAATTATGGACGGTAACTTTTATAATGAGTTGACCGTATGAATTATGATCTAGTGTCTAATATATTGCCTCTTTGATTTTCAAATAGAAATAAATTAAGTTTAAATCTAAAAATAAAAAATTCAAAGATAAATTTTATTTACAAAATTTTGTTGGGAGTGAAAAAGAAATAGTTAGTGTAAAACTTTAATTTCTACCTTCTATGTTTTCAAGACAAGATAAAAGGCGAAGGCTTTGCATTGGGCTCGCTTCAAGCCCATTTGGGACGTATAAATCTCGAATGAAACGTAGCGGAGAAATTTAAAATATCAAGAAAAGAGAAGAGTGCAGGAAAGAAAAGGGCAAAAAAAAAAAAGAGAAGCAGGCAAGGCAAGGCAAGAAGGAACAGTGGGGAAGAAGACAATGATGGAGATGGGGGCGCATAAACCAGACAGGTGGGCCCATTTTCTCATAAATTCAATCAATGCCGTTGCTTCAATATCAATCTCCATCTTCCTCACCACGCCACCACCATTAAATCTACGCTCACTCTCTTCCCCTGTTGCTTCTCTTTCCTAATCTCCGCCAAACAAAGGCGCCCTCACCGTCCACACGACATTGCTTTTTCGTTGCTCGTTATTGTTAGTTGTTGTTGACGTTGATCTTGTCGTTGATTATTCATTTCCCTTCACTTCAAGACTTCGTTTCTAATCAACCACCCGCTCCTTAAATCTCCTCTTTCCCCTGCTCGAATTTCTTCTTCTTCTTCTGCTTTTCTTCTTCTACTATTTGATTCCAGTGTAAACGAGGCTTTTGATGCTCTCTGGTGGAGGAGGTGCTGTATTTTCCGGAGCATCTATGTCGACTATTTCCAAAGATGAAAACGTGGTCTTGTCGTCTGAGGACTCTTCGTGCCCCGATGAGTCTGAGATCGAGTTGGGCCTAGGGCTCAGCCTCGGCGTTCGCAATTCGGCACGCAAGATTCAGAAAGTTGCGATGGTTCAATTTGGGAAAATTTTAACGGCCGAGGATTTTCCTTCGTCGATCTCTTCTCACTCGTCTATGTCTTCATCGACCTCATCTGTTTGTTCCTCATCCTCGCTTCGTGGAGCCAATGTTACTACTGGCTCGAAGAGAAATTCTGATTCCGCAGCGCCTATTAATGGCGGCAGGTACTAATTACTAATTCTTGCTGATGCGAGGAATTTATTGCGTAATTGACTCGACTTTTTCTTTGGTTCCCAATTTTGCGAAGCATGCGAGTTTGATTTCTTTGCTTGATCCCTATCAATTTGAGATTTGTCTATCAATCCAATAACAATTCTTGGGAATCTTAACGTGCCTTCTATTACAGTCTCTTTCTTTGGATGGTTATTTGATTTCCTGTCTGACTTGTCAAGCTACGGGAGCTTTTTTTTGACTTTTGTGCCTCTCTTTCCGTCTTTTAACAGTGTACTCCCTAGGCTGTGAAGTTGCATGTGCTTCTCTGGTTTTGCTTTTTAGTACAATATTGATTCGAATCTCTGGATATTTATTTTGATGAATCTGAGACTGACAGATATGTTTGCTGTTGCTTCCTTTTATGGTTCCTCTGGTGCCCTCTTTCCTCATTCCAAAAGCAAACAGTAAACTGAATATAGATAGTGAATCATTTTGAATTTTTTCGGATTGAAGCACTGCCGTACTCCATCTAATTAAATATGACACGGCTCTGAAAAAAATTGAAAACTGGCCTTTGTTAGACTTCAAAGGACAATATACCCTAGATATGATTTGACAACACTGCTCTCTGAAATCCTTTACTGAAACTTTTGCTAGTCATGGCAATTTATACAATAAAACTTACAAGTTAACATTCAAAAGAACACTAGACCAAGAGATTCGGAAGTTTATTTTTTAGTCCGTGGAGTTAAGTTGCAGCAAACTTGCTTGAGATCTAGTGTCATTTTGTATGTTATCTTCCAGTTTTATTGTATAAATTACTGTGCATTGAAGTCTAAAAAAGGTTTGCCTTTCTGCCCTCAGAAAGAATCCTAAAATATGTCTTGGAGAGTTACAGATACAAGACAAATCCTAGTTATTTAGGGGCTGTTTGGGGGCAAACTGCAAAATCGTTTAAGTATGGGATGAAAACATATTTGGATTATTCTTTTCCTAGTTCATTTTTAGGATGATTTTTGAAGTTATTTTTCGATTATGAATATGATTTTAAGCATACAATAATCTTTATTTTTCCATTTGTTCTTAAAAACAGTTTTTAATACAAAAACAAAAAAGTATTTTCGAAAACATCTTACCAAACTAACCCTTATCTTTTACTTTAGAATTCCATACCTATAGATATTTATGGACTTCACATAACTGTATCGTCAGAGTAGTACTAGTTGCCATACGTGAGAAATTCTTTTAGTACACTTGGACAAGTTACTTGACTGTCTCGCTTCTCAACCAAATAGTGGAGTAATAAATTAAAAATGGAGTGTGATTATTCTTCTTAACCTTAAAGTTGAGTAAGACCAAGTAACTTAACTAATGAATTGTCTTCTAGTTTGTAGTATTCTAGTCTTTAAAATTAAGTGAAGTAGATTTTACTTGACCTTTTGGATTAGTAAATGAATTGTCTCCTAGTTTAAGAAATACCAGTCTTTAAAATTGAAATACAATACACTACACTACACACTAGGGCTTATTTTCATCATTTGGAGGTGGCAAGAACAGAATCTGGGAGTGAAGCTGTTTCAAGTTTGGATGGTTTGTAGACTAAACAGTTTTATTAAGGTTTTTGCCCCTCCATAATAATTTCACATGCTCGAGCCAACTTACAACTAGTTTCCAAGACATTTAATATTCTATGTAGCTGGCTATCAAGATTTGAATCTACAACGCATCATAGTTTACAGCTTATTTGTTTGGCTTGGGCTAGGGTGGTTACAGCTTTGTAATGTTTGTCTCATGAGTTGTTGAAGAAGAAAATCTCAATATTACTCATATGTACAATTTGAGCATCTGGAAATGTGTAGAATTACATATTCCTTTTGCATCACTTTCTCTCACATAACTTTAAATTTCATGGTGGTCACCTCTATGTTGAGTAATATGAAAAAACAATGCTTTAATAATGTTATTATAACTCTGATTTTGGTGAGAATAGGATACTTCTTTGCTTTGGAGTATTTTGTAATATTTTGATTTATTTTCAGAAGTAGCCAGGTCGTGGGATGGCCCCCTATCAGAGCTTCTAGGATTAGTACCTTGTTTAACCAGGCAAAACCACATTCTGTAGAAGAATTTAAGGTAGATGCTGGCAAGAATAAAAGCAGGCATACGGAGACAGGGACACTTAATGGTGTTTGTGATAAAAACAAAGCAAATCAAGAGAGTAGGAATCCCAGAAGTTCTTTGTTCGTGAAGGTTACTATGGATGGAGTTCTTATTGGGAGAAAGGTTAACCTCAGTGCTCACAGCAGCTATGAAACCTTGGCCCAAACACTAGAGAATATGTTCCTTGATTCCACTGCACTAGTTGATTCAAATGGTAACTCCTTTCTGACCTCTGTGATCTTATGTATAAAAGTGAATTTTGTGGTTTCAATCTCTGAAATTGAATATTTGCAGCTCAATAGCAAGTGAATATCCCCTAGAGTTCAATATAATAATGTGTTGATGCTCTCTTCTGCCTTGAATGGAATTAAGTTTTGGATAGACAATCTTTTACTAAAAAGATCTTTAGGGTTACTTAAACGCTGCCTAAAAAACGTTAATGTTAAGATGAAGGTTCTAATATTGAGAATCTCTGGAAGAAGGGTCCGCTTCCTGAAGTAAATGATAGTATTTTTGGGAATTTCTTGCAAAAATTAAGGCCAAGAATTAAAGGCCCTTCCTAAGGTTCAACCATTTTCTTTATTTAGTGAGGAGTGAAGCTTTTTATTATCAGTAGTGAAGCAAAAATTTTAACTCTTCAATGAAGGATCACCTCATTAATTTATTGATATTTTATCATGAAATTTGTGTTGGTTCTAGTATCAAGTCCTAAAGGTAGATATTTTCTGTCTGGTAAGTGGTAACCGATAATGATGCTTTATCGTCTGTAACCAGGATCGAGCATAAAGAAACATGACATAGTGAGACCCTCCAGACTATTGAATGGACTATCTGAATACATGCTTACTTATGAAGACAGGGAAGGAGATTGGATGCTTGTTGGCGACGTTCCTTGGGGGTATGAATCTTTTCACTTTAGTTATTCTGATTGAATATTTTCTATCGTAGCAATCAAATAGAAAATATCTAAAACTTCCATATTCTCTGTTTGAGCTCTAAGGCCTTAAAATTGGAGTTTGTAGAATTTTAACCTAATACGTCAAATACTCGTTATCTCACACAATCTTCTGAGCTAGAAACATTCTATAACTCACGTTTCTTGCATTGTTTTAAGAGGAGGGGTCTTCTTCTATTTTCTTTCTTTCTCTGAAGTTCTTTTCTTTCCTTCTTCTTGTTGGTAACTTTCTTTTGGTGTTTTGTTTGTTTGCACCACCCAAAGAACGGTTCGAGTCTCAAATAATGCAAAATCCCTACCTTCTTGGAGAATAATTTTTTACTGACATCCATCTTTAATACAAAAACTAATGATCTTCTCTCAAGTGCTTAACTTTCTTGTCAAGTAGACTCAATCTTCCCTGACATCCTTATTCTCTTTATTGTATTTTATTTTCTTACTGGTATAGTAATTTTGATTTTTTTCTATCATACGTTCAGAATGTTTACCAACTCAGTGAAGAGGCTTAGGATAATGAGAGCAGCTGAAGCTAATCGAATTGGCAGGTGATCTGCCAGCAGGATTGAAATTCACCATTTGAAGATGTTTTTTTTTTTTTTTTTGCATGATACCTGTTTTCTGAGGCAATTTGCAGCTCTGTAGCAGCAAGAGAAGGGATTGGTAATATATATGGAAGGCCAATATGTTTGGGACTGAGGCGACCGATATAAGCTTGAAAACTGTGCAAAGGAGAGGTAATAGGCGAAGCATTTTGGAAAGAAAAGGGTTGTCTTTTTTTTTTTTTTTTTGGGTTTTCTGATCTTGTTTCCCCTGCTCTGGGAATTGTCAACTTGTGTATTTGGGGAGTCACAGCCATAAAGCTATGCACATGTAAAGATGTGGGAATGTTTATGTTGTGAATATGAGAGCACATAATGCTCTGCTTAAGCCTTCTATGCCTGGGAAGGTGCTTCTTTGTCCTTTTTTCTTTCTTTTTTTTTTAAAAATGCTGTAATATTCCCTGTTTTACTTTTCTCTTCACTCAATGGAGATTGGAGAAGATGATATGGTCCTGTGTGTGTTTATAAACAGGGGAAATTTTGGAATTTCAATAAAAGATGGATTACAATAAAACGCTTGTTTGCTTGTGTATATATTGCTTGAAACTTCAAATTCTATTTGTTATACAAGCCTTCCCATTTCAGATATGCAGTTTATACTATACATCATCTGCTCTTGTACACACCCAAATGAGCCAATCATTAGAATTAATTAGGAGAGAGAGAGAGAGAGAAAAAAGGGCCAATCCTACTTACAAAGATAAGTTTTAAAGGATCAAAACCCGGGGGGGTGTTGGGGTTTGGGGAACTCCATTGTTCCTCCTATAGCAGGCCGTTTACAGGTGAAGTGCTGAAAACTGGCTTCTCTTTGTTAGTTCCAAATCCTTCGTTTCCACTGTTGCTTTTTCTCCTCGGTTTTGCTTCTCCAAGCATTGTTATAATATCTCTCATGGAGGGCCTGTCTTTTGGATGCTTTGCAGTGCAGAGAAGTGCTATTCTGAGAACGAACAGCATTTCTTCCTGAACATGCTTGAAATTTCCCAAATTGGGATCTAATGCTTCTTCTAAAGATCTGTTGTCTCTAACTTTCCTTCTAATCCATTCAACTATGTCCACAGATTCTCCGAACTCGGGATCTAATGGCTTCTTCCCTGTCAGTAACTCTAAAAGAACAACACCGTAGCTGTAAATGTCAATCTTTTCATCTACCTTTAAAGTGTATCCATATTCTGCAAAATGGGTAAAAAAAGCAACAGAAGTTACGAAATAGCTTATCAAATCGAAGGTTTGCAAGGTCTTTTCTGTTTTATAATCAGAAAATTCAATATCTTTTACCAGCCTGCATTTGTTATTACCATTTGTAAGTTAATAAGAACTTTCGAGACCGAAGCTTACCAGGGGCAATGTAGCCATAGGATCCAGCCACCATTGAAACTGTCTCATTCTTTCGAGCCATCATCCGTGCCAACCCAAAATCAGCTAACCGTGCTTCAAGATTCGAATCGAGAAGTATATTGTTTGGCTTGACATCACGATGAATGATGGGTGGGTTGCAATCATGGTGGAGATAAGCTAGCCCTTGCGCCACTCCAATTGCTATGTTGTATCTTGAAACCCAGTCCACAAGCAACCTCCCTGCTTGTTTACCATGCAACGCTTCTCCAAGGCTCCCATTTTGCATAAACTCATAGACGATCATTACATCGACATCATTATGCATAAATCCGAGTAAACGAACTATGTTCCTGTGCCTTAACTTTCCCAGTAAATTCACTTCTCCTACTAGACCTTCACTGCTTCCAAGTTCAAGATCCTGTTCTGATCTCCACAGTTTTTGACTGCAACAACTGTCTTTAGTTGTGGCATTTCAGCTTTGTACACAATCCCAGTTGCTCCCATTCCAATTACATTTGATTCCTTGATGCAAGCTAAAATGTCACTGCTTGTGAACCCAAGCCTTGGAATGCCATCAATCTCCATGGCCAATCTCCACTACCCATTTCATATCTCTCTTCAAAGCAACTTCCATTTGAGTACCACCTCTTGTACAATGATCGAACACCAAAAAGAGCGATACCCATCGCTAAAACTGCAGATATTCCGATGACCCAACTAGCGATAATGTGCTTCACGTGTGAGTTCCCGTGTCCTGAAGCAAATGCAGAATTTGGTGAACATGGAGGTAGGACAGCTCCACATAGACCAGCATTGCCCTGA

mRNA sequence

ATGGCTGCTACAGATACCACGAGCTTGGCTTTCAAGGGCTGTTCGCAGCAGAAATTTCAAGACCCAACTGGGATTTTCTCGCAAAATCTCAAATCCCTCTTTTCTGCAATGATCTCCCAATCTTCCCAGAAAACTTTCTTCTCAACCAGCTCCGGCGACGGCTCAAATGCGATTCAGGGTCTGTACCAATGCAGAGGGGACCTCACAACCCCGCAGTGCAACGACTGCGTGAGCAAGATTCCAGATATGGCGGACAAGCTCTGCGGCCAAGCCGTGGCCGCGCGAGTCCAACTCACTGGGTGCTATTTGCGCTACGAAGTGGCCGGGTTCCGGCAAGTTTCAGGGACCGAGTTGCTTTTCAAGGTTTGCGGATCGATTCAGGTGGCCGGAAGTGGGTTTGAAGAGCGGAGGAACACAGCTTTTGAAATGGTGGAAAATGGGGTCAAAAATGGTGGCGCGCTGTTCTACACTGGAAGTTATCGGTCCCTTTACGTGTTGGGGCAGTGCCAGGGAGATTTGGGCGGCGGCGACTGTGGAGACTGTATAAAGACGGCGGCCGAGAGGGCCAACAGCGAGTGCGGTTACTCAATTTCCGGGCAGATTTATCTGAACAAGTGCTATATCAGCTACAGCTACTACCCTAATGGAATTCCCAGTATATCTTCATCCTCAGGGTCTGGCCATAATACACAGAGAACAGTAGCTCTTGCAGTGGGAGGATTTGCAGCTTTGGCATTTCTTATTGTTTGTTTGCTCTTTGTTAGATCAGTGATGAAGAAAAAAGGACTAGACAACAATACCCGAGCGACCCACGATAAATTGGAACCCCTTCCTCGTGAGGTTGAAGATCCGGGCATGGAAATCAGAGCCATGACAATGCCATTAAATCCCTCGCTTGAATTAAAGATCGACGCGACCAGCAACTCACTTAAGTGGCGGGCCAACAGATGGGGCTCCAAGGAGGCTAGCTTGCTGGAGCTCAAGCTCGTTCATCTGCTGCTCGCGATCCATCTCGATGATGAGAGGAACGACGAGGATGATGAAAGTGGTGCCGGCGATCCAAGCAGCTTTTCCAAAGCAGCCTCCCTTCCTCGGGACACCATCGAAGACTGGGAGAGCCTGGAGATTAAGCCGCTATTGTTGCCCTCCGCCTTGGATCCTCGCCGTTCCGGGAGAGAGACTCCACCTTTTCGGGACGCCATAGCAGTGGACTACGAGAATAGCTGGAACTCGAAGGATTGCTGCGGAGGTGCTGTATTTTCCGGAGCATCTATGTCGACTATTTCCAAAGATGAAAACGTGGTCTTGTCGTCTGAGGACTCTTCGTGCCCCGATGAGTCTGAGATCGAGTTGGGCCTAGGGCTCAGCCTCGGCGTTCGCAATTCGGCACGCAAGATTCAGAAAGTTGCGATGGTTCAATTTGGGAAAATTTTAACGGCCGAGGATTTTCCTTCGTCGATCTCTTCTCACTCGTCTATGTCTTCATCGACCTCATCTGTTTGTTCCTCATCCTCGCTTCGTGGAGCCAATGTTACTACTGGCTCGAAGAGAAATTCTGATTCCGCAGCGCCTATTAATGGCGGCAGAAGTAGCCAGGTCGTGGGATGGCCCCCTATCAGAGCTTCTAGGATTAGTACCTTGTTTAACCAGGCAAAACCACATTCTGTAGAAGAATTTAAGGTAGATGCTGGCAAGAATAAAAGCAGGCATACGGAGACAGGGACACTTAATGGTGTTTGTGATAAAAACAAAGCAAATCAAGAGAGTAGGAATCCCAGAAGTTCTTTGTTCGTGAAGGTTACTATGGATGGAGTTCTTATTGGGAGAAAGGTTAACCTCAGTGCTCACAGCAGCTATGAAACCTTGGCCCAAACACTAGAGAATATGTTCCTTGATTCCACTGCACTAGTTGATTCAAATGGATCGAGCATAAAGAAACATGACATAGTGAGACCCTCCAGACTATTGAATGGACTATCTGAATACATGCTTACTTATGAAGACAGGGAAGGAGATTGGATGCTTGTTGGCGACGTTCCTTGGGGAATGTTTACCAACTCAGTGAAGAGGCTTAGGATAATGAGAGCAGCTGAAGCTAATCGAATTGGCAGAACTTTCGAGACCGAAGCTTACCAGGGGCAATGTAGCCATAGGATCCAGCCACCATTGAAACTGTCTCATTCTTTCGAGCCATCATCCGTGCCAACCCAAAATCAGCTAACCGTGCTTCAAGATTCGAATCGAGAACCTTGGAATGCCATCAATCTCCATGGCCAATCTCCACTACCCATTTCATATCTCTCTTCAAAGCAACTTCCATTTGAGTACCACCTCTTGTACAATGATCGAACACCAAAAAGAGCGATACCCATCGCTAAAACTGCAGATATTCCGATGACCCAACTAGCGATAATGTGCTTCACGTGTGAGTTCCCGTGTCCTGAAGCAAATGCAGAATTTGGTGAACATGGAGGTAGGACAGCTCCACATAGACCAGCATTGCCCTGA

Coding sequence (CDS)

ATGGCTGCTACAGATACCACGAGCTTGGCTTTCAAGGGCTGTTCGCAGCAGAAATTTCAAGACCCAACTGGGATTTTCTCGCAAAATCTCAAATCCCTCTTTTCTGCAATGATCTCCCAATCTTCCCAGAAAACTTTCTTCTCAACCAGCTCCGGCGACGGCTCAAATGCGATTCAGGGTCTGTACCAATGCAGAGGGGACCTCACAACCCCGCAGTGCAACGACTGCGTGAGCAAGATTCCAGATATGGCGGACAAGCTCTGCGGCCAAGCCGTGGCCGCGCGAGTCCAACTCACTGGGTGCTATTTGCGCTACGAAGTGGCCGGGTTCCGGCAAGTTTCAGGGACCGAGTTGCTTTTCAAGGTTTGCGGATCGATTCAGGTGGCCGGAAGTGGGTTTGAAGAGCGGAGGAACACAGCTTTTGAAATGGTGGAAAATGGGGTCAAAAATGGTGGCGCGCTGTTCTACACTGGAAGTTATCGGTCCCTTTACGTGTTGGGGCAGTGCCAGGGAGATTTGGGCGGCGGCGACTGTGGAGACTGTATAAAGACGGCGGCCGAGAGGGCCAACAGCGAGTGCGGTTACTCAATTTCCGGGCAGATTTATCTGAACAAGTGCTATATCAGCTACAGCTACTACCCTAATGGAATTCCCAGTATATCTTCATCCTCAGGGTCTGGCCATAATACACAGAGAACAGTAGCTCTTGCAGTGGGAGGATTTGCAGCTTTGGCATTTCTTATTGTTTGTTTGCTCTTTGTTAGATCAGTGATGAAGAAAAAAGGACTAGACAACAATACCCGAGCGACCCACGATAAATTGGAACCCCTTCCTCGTGAGGTTGAAGATCCGGGCATGGAAATCAGAGCCATGACAATGCCATTAAATCCCTCGCTTGAATTAAAGATCGACGCGACCAGCAACTCACTTAAGTGGCGGGCCAACAGATGGGGCTCCAAGGAGGCTAGCTTGCTGGAGCTCAAGCTCGTTCATCTGCTGCTCGCGATCCATCTCGATGATGAGAGGAACGACGAGGATGATGAAAGTGGTGCCGGCGATCCAAGCAGCTTTTCCAAAGCAGCCTCCCTTCCTCGGGACACCATCGAAGACTGGGAGAGCCTGGAGATTAAGCCGCTATTGTTGCCCTCCGCCTTGGATCCTCGCCGTTCCGGGAGAGAGACTCCACCTTTTCGGGACGCCATAGCAGTGGACTACGAGAATAGCTGGAACTCGAAGGATTGCTGCGGAGGTGCTGTATTTTCCGGAGCATCTATGTCGACTATTTCCAAAGATGAAAACGTGGTCTTGTCGTCTGAGGACTCTTCGTGCCCCGATGAGTCTGAGATCGAGTTGGGCCTAGGGCTCAGCCTCGGCGTTCGCAATTCGGCACGCAAGATTCAGAAAGTTGCGATGGTTCAATTTGGGAAAATTTTAACGGCCGAGGATTTTCCTTCGTCGATCTCTTCTCACTCGTCTATGTCTTCATCGACCTCATCTGTTTGTTCCTCATCCTCGCTTCGTGGAGCCAATGTTACTACTGGCTCGAAGAGAAATTCTGATTCCGCAGCGCCTATTAATGGCGGCAGAAGTAGCCAGGTCGTGGGATGGCCCCCTATCAGAGCTTCTAGGATTAGTACCTTGTTTAACCAGGCAAAACCACATTCTGTAGAAGAATTTAAGGTAGATGCTGGCAAGAATAAAAGCAGGCATACGGAGACAGGGACACTTAATGGTGTTTGTGATAAAAACAAAGCAAATCAAGAGAGTAGGAATCCCAGAAGTTCTTTGTTCGTGAAGGTTACTATGGATGGAGTTCTTATTGGGAGAAAGGTTAACCTCAGTGCTCACAGCAGCTATGAAACCTTGGCCCAAACACTAGAGAATATGTTCCTTGATTCCACTGCACTAGTTGATTCAAATGGATCGAGCATAAAGAAACATGACATAGTGAGACCCTCCAGACTATTGAATGGACTATCTGAATACATGCTTACTTATGAAGACAGGGAAGGAGATTGGATGCTTGTTGGCGACGTTCCTTGGGGAATGTTTACCAACTCAGTGAAGAGGCTTAGGATAATGAGAGCAGCTGAAGCTAATCGAATTGGCAGAACTTTCGAGACCGAAGCTTACCAGGGGCAATGTAGCCATAGGATCCAGCCACCATTGAAACTGTCTCATTCTTTCGAGCCATCATCCGTGCCAACCCAAAATCAGCTAACCGTGCTTCAAGATTCGAATCGAGAACCTTGGAATGCCATCAATCTCCATGGCCAATCTCCACTACCCATTTCATATCTCTCTTCAAAGCAACTTCCATTTGAGTACCACCTCTTGTACAATGATCGAACACCAAAAAGAGCGATACCCATCGCTAAAACTGCAGATATTCCGATGACCCAACTAGCGATAATGTGCTTCACGTGTGAGTTCCCGTGTCCTGAAGCAAATGCAGAATTTGGTGAACATGGAGGTAGGACAGCTCCACATAGACCAGCATTGCCCTGA

Protein sequence

MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQGLYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLFKVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGDCIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGGFAALAFLIVCLLFVRSVMKKKGLDNNTRATHDKLEPLPREVEDPGMEIRAMTMPLNPSLELKIDATSNSLKWRANRWGSKEASLLELKLVHLLLAIHLDDERNDEDDESGAGDPSSFSKAASLPRDTIEDWESLEIKPLLLPSALDPRRSGRETPPFRDAIAVDYENSWNSKDCCGGAVFSGASMSTISKDENVVLSSEDSSCPDESEIELGLGLSLGVRNSARKIQKVAMVQFGKILTAEDFPSSISSHSSMSSSTSSVCSSSSLRGANVTTGSKRNSDSAAPINGGRSSQVVGWPPIRASRISTLFNQAKPHSVEEFKVDAGKNKSRHTETGTLNGVCDKNKANQESRNPRSSLFVKVTMDGVLIGRKVNLSAHSSYETLAQTLENMFLDSTALVDSNGSSIKKHDIVRPSRLLNGLSEYMLTYEDREGDWMLVGDVPWGMFTNSVKRLRIMRAAEANRIGRTFETEAYQGQCSHRIQPPLKLSHSFEPSSVPTQNQLTVLQDSNREPWNAINLHGQSPLPISYLSSKQLPFEYHLLYNDRTPKRAIPIAKTADIPMTQLAIMCFTCEFPCPEANAEFGEHGGRTAPHRPALP

Homology

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BLAST of Sgr015078 vs. NCBI nr
Match: XP_038887459.1 (plasmodesmata-located protein 1 [Benincasa hispida])

HSP 1 Score: 488.8 bits (1257), Expect = 9.3e-134
Identity = 238/262 (90.84%), Postives = 253/262 (96.56%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           ++A DTTSL FKGCSQQKFQDP+G+++QNLKSLFS +ISQSSQK FFSTS+GDG NAIQG
Sbjct: 27  ISAIDTTSLIFKGCSQQKFQDPSGVYTQNLKSLFSTLISQSSQKPFFSTSAGDGGNAIQG 86

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDLT PQCNDCVSKIP MADKLCGQA+AARVQL GCYLRYEVAGFRQVSGTELLF
Sbjct: 87  LFQCRGDLTIPQCNDCVSKIPSMADKLCGQALAARVQLAGCYLRYEVAGFRQVSGTELLF 146

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD
Sbjct: 147 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 206

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTAAE+AN+ECGYSISGQIYLNKCYISY+YYPNGIPSISSSSG+ HNTQRTVALAVGG
Sbjct: 207 CVKTAAEKANTECGYSISGQIYLNKCYISYNYYPNGIPSISSSSGTRHNTQRTVALAVGG 266

Query: 241 FAALAFLIVCLLFVRSVMKKKG 263
           FAALAFLIVCLLFVRSVMKKKG
Sbjct: 267 FAALAFLIVCLLFVRSVMKKKG 288

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BLAST of Sgr015078 vs. NCBI nr
Match: XP_022155669.1 (cysteine-rich repeat secretory protein 56-like [Momordica charantia])

HSP 1 Score: 476.5 bits (1225), Expect = 4.8e-130
Identity = 235/261 (90.04%), Postives = 247/261 (94.64%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           +AATDTT+L FKGCSQQK QDP+GIFSQNLKS FS+MISQSSQK F STSSGDG NAIQG
Sbjct: 29  IAATDTTTLVFKGCSQQKSQDPSGIFSQNLKSFFSSMISQSSQKPFSSTSSGDGGNAIQG 88

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDLT PQC+DCVSKIP + DKLCGQAVAARVQL GCYLRYEVAGFRQVSGTELL+
Sbjct: 89  LFQCRGDLTLPQCSDCVSKIPALVDKLCGQAVAARVQLAGCYLRYEVAGFRQVSGTELLY 148

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           KVCGSIQVAG+GFEERRN AFEMVENGVKNGGALFYTGSYRSLY LGQCQGDLGGGDCGD
Sbjct: 149 KVCGSIQVAGTGFEERRNAAFEMVENGVKNGGALFYTGSYRSLYALGQCQGDLGGGDCGD 208

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTAAERANSECG SISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG
Sbjct: 209 CLKTAAERANSECGSSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 268

Query: 241 FAALAFLIVCLLFVRSVMKKK 262
           FAALAFL+VCLLFVRSV+ KK
Sbjct: 269 FAALAFLVVCLLFVRSVLMKK 289

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BLAST of Sgr015078 vs. NCBI nr
Match: KAG6606349.1 (Plasmodesmata-located protein 2, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 475.7 bits (1223), Expect = 8.1e-130
Identity = 232/262 (88.55%), Postives = 244/262 (93.13%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           MAATDTTSL FKGCS QKFQDP+GI++QNLKSLFS +ISQSSQK FFSTSSGDG NAIQG
Sbjct: 24  MAATDTTSLVFKGCSPQKFQDPSGIYAQNLKSLFSTLISQSSQKAFFSTSSGDGGNAIQG 83

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDL+ PQCNDCVSKIP M DKLCGQAVAARVQL GCYL YEVAGFRQVSG ELLF
Sbjct: 84  LFQCRGDLSIPQCNDCVSKIPAMVDKLCGQAVAARVQLIGCYLHYEVAGFRQVSGMELLF 143

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           K+CGSIQ  GSGFEERRNTAFEMVE GVKN GALFYTGSYRSLYVLGQCQGDL GGDC D
Sbjct: 144 KICGSIQAVGSGFEERRNTAFEMVETGVKNSGALFYTGSYRSLYVLGQCQGDLSGGDCSD 203

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTA+ERANSECGY+ISGQIYLNKCY+SYSYYPNGIPSISSSSGS HNTQRTVA+AVGG
Sbjct: 204 CVKTASERANSECGYAISGQIYLNKCYVSYSYYPNGIPSISSSSGSSHNTQRTVAIAVGG 263

Query: 241 FAALAFLIVCLLFVRSVMKKKG 263
           FAALAFLIVCLLFVRSVMKKKG
Sbjct: 264 FAALAFLIVCLLFVRSVMKKKG 285

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BLAST of Sgr015078 vs. NCBI nr
Match: XP_022931049.1 (cysteine-rich repeat secretory protein 3-like [Cucurbita moschata])

HSP 1 Score: 475.7 bits (1223), Expect = 8.1e-130
Identity = 232/262 (88.55%), Postives = 244/262 (93.13%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           MAATDTTSL FKGCS QKFQDP+GI++QNLKSLFS +ISQSSQK FFSTSSGDG NAIQG
Sbjct: 24  MAATDTTSLVFKGCSPQKFQDPSGIYAQNLKSLFSTLISQSSQKAFFSTSSGDGGNAIQG 83

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDL+ PQCNDCVSKIP M DKLCGQAVAARVQL GCYL YEVAGFRQVSG ELLF
Sbjct: 84  LFQCRGDLSIPQCNDCVSKIPAMVDKLCGQAVAARVQLIGCYLHYEVAGFRQVSGMELLF 143

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           K+CGSIQ  GSGFEERRNTAFEMVE GVKN GALFYTGSYRSLYVLGQCQGDL GGDC D
Sbjct: 144 KICGSIQAVGSGFEERRNTAFEMVETGVKNSGALFYTGSYRSLYVLGQCQGDLSGGDCSD 203

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTA+ERANSECGY+ISGQIYLNKCY+SYSYYPNGIPSISSSSGS HNTQRTVA+AVGG
Sbjct: 204 CVKTASERANSECGYAISGQIYLNKCYVSYSYYPNGIPSISSSSGSSHNTQRTVAIAVGG 263

Query: 241 FAALAFLIVCLLFVRSVMKKKG 263
           FAALAFLIVCLLFVRSVMKKKG
Sbjct: 264 FAALAFLIVCLLFVRSVMKKKG 285

[Close]

BLAST of Sgr015078 vs. NCBI nr
Match: KAG7036291.1 (Cysteine-rich repeat secretory protein 3 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 474.6 bits (1220), Expect = 1.8e-129
Identity = 231/262 (88.17%), Postives = 244/262 (93.13%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           MA+TDTTSL FKGCS QKFQDP+GI++QNLKSLFS +ISQSSQK FFSTSSGDG NAIQG
Sbjct: 24  MASTDTTSLVFKGCSPQKFQDPSGIYAQNLKSLFSTLISQSSQKAFFSTSSGDGGNAIQG 83

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDL+ PQCNDCVSKIP M DKLCGQAVAARVQL GCYL YEVAGFRQVSG ELLF
Sbjct: 84  LFQCRGDLSIPQCNDCVSKIPAMVDKLCGQAVAARVQLIGCYLHYEVAGFRQVSGMELLF 143

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           K+CGSIQ  GSGFEERRNTAFEMVE GVKN GALFYTGSYRSLYVLGQCQGDL GGDC D
Sbjct: 144 KICGSIQAVGSGFEERRNTAFEMVETGVKNSGALFYTGSYRSLYVLGQCQGDLSGGDCSD 203

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTA+ERANSECGY+ISGQIYLNKCY+SYSYYPNGIPSISSSSGS HNTQRTVA+AVGG
Sbjct: 204 CVKTASERANSECGYAISGQIYLNKCYVSYSYYPNGIPSISSSSGSSHNTQRTVAIAVGG 263

Query: 241 FAALAFLIVCLLFVRSVMKKKG 263
           FAALAFLIVCLLFVRSVMKKKG
Sbjct: 264 FAALAFLIVCLLFVRSVMKKKG 285

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BLAST of Sgr015078 vs. ExPASy Swiss-Prot
Match: Q6NM73 (Plasmodesmata-located protein 2 OS=Arabidopsis thaliana OX=3702 GN=PDLP2 PE=1 SV=1)

HSP 1 Score: 307.0 bits (785), Expect = 6.6e-82
Identity = 145/277 (52.35%), Postives = 207/277 (74.73%), Query Frame = 0


Query: 2   AATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQGL 61
           A T+ T+L +KGC++Q+F DP+G++SQ L ++F +++SQS++  F+ T++G  +  I GL
Sbjct: 28  ATTEYTTLIYKGCARQQFSDPSGLYSQALSAMFGSLVSQSTKTRFYKTTTGTSTTTITGL 87

Query: 62  YQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLFK 121
           +QCRGDL+   C +CVS++P ++DKLCG+ +A+RVQL+GCYL YEV+GF Q+SG E+LFK
Sbjct: 88  FQCRGDLSNHDCYNCVSRLPVLSDKLCGKTIASRVQLSGCYLLYEVSGFSQISGMEMLFK 147

Query: 122 VCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGDC 181
            CG   +AG+GFEERR+TAF +++NGV +G   FY  +Y S+YVLGQC+GD+G  DC  C
Sbjct: 148 TCGKNNIAGTGFEERRDTAFGVMQNGVVSGHG-FYATTYESVYVLGQCEGDVGDTDCSGC 207

Query: 182 IKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIP---------SISSSSGSGHN--- 241
           +K A E+A  ECG SISGQIYL+KC+I+YSYYPNG+P         S SSSSGS ++   
Sbjct: 208 VKNALEKAQVECGSSISGQIYLHKCFIAYSYYPNGVPRRSSSSSSSSSSSSSGSSNSDPS 267

Query: 242 -----TQRTVALAVGGFAALAFLIVCLLFVRSVMKKK 262
                T +TVA+ VGG A + FL++CLLF +++M+KK
Sbjct: 268 TSTGATGKTVAIIVGGAAGVGFLVICLLFAKNLMRKK 303

[Close]

BLAST of Sgr015078 vs. ExPASy Swiss-Prot
Match: Q8GXV7 (Plasmodesmata-located protein 1 OS=Arabidopsis thaliana OX=3702 GN=PDLP1 PE=1 SV=2)

HSP 1 Score: 305.4 bits (781), Expect = 1.9e-81
Identity = 155/273 (56.78%), Postives = 191/273 (69.96%), Query Frame = 0


Query: 5   DTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSG-DGSNAIQGLYQ 64
           D  +L FKGC+ QK  DPTG+FSQNLK+LF++++SQSSQ +F S +SG D + A+ G++Q
Sbjct: 24  DYKNLIFKGCANQKSPDPTGVFSQNLKNLFTSLVSQSSQSSFASVTSGTDNTTAVIGVFQ 83

Query: 65  CRGDLTTPQCNDCVSKIPDMADKLC------GQAVAARVQLTGCYLRYEVAGFRQVSGTE 124
           CRGDL   QC DCVSKIP +  KLC      G  VAARV L GCY+RYE +GFRQ SGTE
Sbjct: 84  CRGDLQNAQCYDCVSKIPKLVSKLCGGGRDDGNVVAARVHLAGCYIRYESSGFRQTSGTE 143

Query: 125 LLFKVCGSIQVAGSGFEERRNTAFEMVENGVK-------NGGALFYTGSYRSLYVLGQCQ 184
           +LF+VCG       GF  +R TAF M ENGVK        GG  FY G Y S+YVLGQC+
Sbjct: 144 MLFRVCGKKDSNDPGFVGKRETAFGMAENGVKTGSSGGGGGGGGFYAGQYESVYVLGQCE 203

Query: 185 GDLGGGDCGDCIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSG--SGH 244
           G LG  DCG+C+K   E+A SECG S SGQ+YL KC++SYSYY +G+P+I   SG     
Sbjct: 204 GSLGNSDCGECVKDGFEKAKSECGESNSGQVYLQKCFVSYSYYSHGVPNIEPLSGGEKRQ 263

Query: 245 NTQRTVALAVGGFAALAFLIVCLLFVRSVMKKK 262
           +T+RT+ALAVGG   L F+IVCLL +RS MKKK
Sbjct: 264 HTERTIALAVGGVFVLGFVIVCLLVLRSAMKKK 296

[Close]

BLAST of Sgr015078 vs. ExPASy Swiss-Prot
Match: O22784 (Plasmodesmata-located protein 3 OS=Arabidopsis thaliana OX=3702 GN=PDLP3 PE=1 SV=2)

HSP 1 Score: 295.0 bits (754), Expect = 2.6e-78
Identity = 139/273 (50.92%), Postives = 200/273 (73.26%), Query Frame = 0


Query: 2   AATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGS-NAIQG 61
           ++ + T+L +KGC++Q+  DP+G++SQ L +++  +++QS++  F+ T++G  S  ++ G
Sbjct: 29  SSPEYTNLIYKGCARQRLSDPSGLYSQALSAMYGLLVTQSTKTRFYKTTTGTTSQTSVTG 88

Query: 62  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 121
           L+QCRGDL+   C +CVS++P ++ KLCG+ +AARVQL+GCYL YE++GF Q+SG ELLF
Sbjct: 89  LFQCRGDLSNNDCYNCVSRLPVLSGKLCGKTIAARVQLSGCYLLYEISGFAQISGMELLF 148

Query: 122 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 181
           K CG   VAG+GFE+RR+TAF +++NGV  G   FY  +Y S+YVLGQC+GD+G  DC  
Sbjct: 149 KTCGKNNVAGTGFEQRRDTAFGVMQNGVVQGHG-FYATTYESVYVLGQCEGDIGDSDCSG 208

Query: 182 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIP------------SISSSSGSGH 241
           CIK A +RA  ECG SISGQIYL+KC++ YS+YPNG+P              SSSS S  
Sbjct: 209 CIKNALQRAQVECGSSISGQIYLHKCFVGYSFYPNGVPKRSSPYPSSGSSGSSSSSSSSG 268

Query: 242 NTQRTVALAVGGFAALAFLIVCLLFVRSVMKKK 262
            T +TVA+ VGG A + FL++CLLFV+++MKKK
Sbjct: 269 TTGKTVAIIVGGTAGVGFLVICLLFVKNLMKKK 300

[Close]

BLAST of Sgr015078 vs. ExPASy Swiss-Prot
Match: Q38831 (Auxin-responsive protein IAA13 OS=Arabidopsis thaliana OX=3702 GN=IAA13 PE=1 SV=2)

HSP 1 Score: 176.8 bits (447), Expect = 1.0e-42
Identity = 120/266 (45.11%), Postives = 151/266 (56.77%), Query Frame = 0


Query: 446 ESEIELGLGLSLGVRNSARKIQKV----AMVQFGKILTAEDFPSSISSHSSMSSSTSSVC 505
           ESE+ELGLGLSLG   +A KI K     A  + G++LTA+DFPS                
Sbjct: 11  ESELELGLGLSLG-GGTAAKIGKSGGGGAWGERGRLLTAKDFPS---------------- 70

Query: 506 SSSSLRGANVTTGSKRNSDSAAPINGG---RSSQVVGWPPIRASRISTLFNQAKPHSVEE 565
                       GSKR +DSA+         SSQVVGWPPI + R+++L N     S  E
Sbjct: 71  -----------VGSKRAADSASHAGSSPPRSSSQVVGWPPIGSHRMNSLVNNQATKSARE 130

Query: 566 FKVDAGKNKSRHTE----TGTLNGVCDKNKANQESRNPRSSLFVKVTMDGVLIGRKVNLS 625
            + +AGK K +  E    T  +NG                  F+KV MDGV IGRKV+L+
Sbjct: 131 -EEEAGKKKVKDDEPKDVTKKVNGKVQVG-------------FIKVNMDGVAIGRKVDLN 190

Query: 626 AHSSYETLAQTLENMFLDSTALVDSNGSSIKKHDIVRPSRLLNGLSEYMLTYEDREGDWM 685
           AHSSYE LAQTLE+MF  +     + G+        +P RLL+G SE++LTYED+EGDWM
Sbjct: 191 AHSSYENLAQTLEDMFFRT-----NPGTVGLTSQFTKPLRLLDGSSEFVLTYEDKEGDWM 229

Query: 686 LVGDVPWGMFTNSVKRLRIMRAAEAN 701
           LVGDVPW MF NSVKRLR+M+ +EAN
Sbjct: 251 LVGDVPWRMFINSVKRLRVMKTSEAN 229

[Close]

BLAST of Sgr015078 vs. ExPASy Swiss-Prot
Match: Q38829 (Auxin-responsive protein IAA11 OS=Arabidopsis thaliana OX=3702 GN=IAA11 PE=1 SV=1)

HSP 1 Score: 176.0 bits (445), Expect = 1.8e-42
Identity = 121/282 (42.91%), Postives = 160/282 (56.74%), Query Frame = 0


Query: 421 SGASMSTISKDENVVLSSEDSSCPDESEIELGLGLSLGVRNSARKIQKVAMVQFGKILTA 480
           +  S S +S DEN+V+S EDSS P  +E+ELGL LSLG R   R  +  A          
Sbjct: 6   ASGSASALSNDENLVVSCEDSSSPIGNELELGLTLSLG-RKGYRDCRVYA---------- 65

Query: 481 EDFPSSISSHSSMSSSTSSVCSSSSLRGANVTTGSKRNSDSAAPINGGRSSQVVGWPPIR 540
                           +SS  SSSSL  A+V  G KR +DS A  +G    QVVGWPPIR
Sbjct: 66  --------------DDSSSSSSSSSLSRASVIAGIKRTADSMAATSG----QVVGWPPIR 125

Query: 541 ASRISTLFNQAKPHSVEEFKVDAGKNKSRHTETGTLNGVCDKNKANQESRNPRSSLFVKV 600
             R++++ NQAK  + E+  ++  +                 NK   +S   R+S+FVKV
Sbjct: 126 TYRMNSMVNQAKASATEDPNLEISQ---------------AVNKNRSDSTKMRNSMFVKV 185

Query: 601 TMDGVLIGRKVNLSAHSSYETLAQTLENMFLDSTALVDSNGSSIKKHD--IVRPSRLL-N 660
           TMDG+ IGRK++L+AH  YE+L+ TLE MFL         GS   + D  +  P ++L +
Sbjct: 186 TMDGIPIGRKIDLNAHKCYESLSNTLEEMFLKPKL-----GSRTLETDGHMETPVKILPD 238

Query: 661 GLSEYMLTYEDREGDWMLVGDVPWGMFTNSVKRLRIMRAAEA 700
           G S  +LTYED+EGDWMLVGDVPWGMF  SV+RLRIM+ +EA
Sbjct: 246 GSSGLVLTYEDKEGDWMLVGDVPWGMFIGSVRRLRIMKTSEA 238

[Close]

BLAST of Sgr015078 vs. ExPASy TrEMBL
Match: A0A6J1DQY4 (cysteine-rich repeat secretory protein 56-like OS=Momordica charantia OX=3673 GN=LOC111022745 PE=4 SV=1)

HSP 1 Score: 476.5 bits (1225), Expect = 2.3e-130
Identity = 235/261 (90.04%), Postives = 247/261 (94.64%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           +AATDTT+L FKGCSQQK QDP+GIFSQNLKS FS+MISQSSQK F STSSGDG NAIQG
Sbjct: 29  IAATDTTTLVFKGCSQQKSQDPSGIFSQNLKSFFSSMISQSSQKPFSSTSSGDGGNAIQG 88

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDLT PQC+DCVSKIP + DKLCGQAVAARVQL GCYLRYEVAGFRQVSGTELL+
Sbjct: 89  LFQCRGDLTLPQCSDCVSKIPALVDKLCGQAVAARVQLAGCYLRYEVAGFRQVSGTELLY 148

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           KVCGSIQVAG+GFEERRN AFEMVENGVKNGGALFYTGSYRSLY LGQCQGDLGGGDCGD
Sbjct: 149 KVCGSIQVAGTGFEERRNAAFEMVENGVKNGGALFYTGSYRSLYALGQCQGDLGGGDCGD 208

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTAAERANSECG SISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG
Sbjct: 209 CLKTAAERANSECGSSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 268

Query: 241 FAALAFLIVCLLFVRSVMKKK 262
           FAALAFL+VCLLFVRSV+ KK
Sbjct: 269 FAALAFLVVCLLFVRSVLMKK 289

[Close]

BLAST of Sgr015078 vs. ExPASy TrEMBL
Match: A0A6J1ET82 (cysteine-rich repeat secretory protein 3-like OS=Cucurbita moschata OX=3662 GN=LOC111437358 PE=4 SV=1)

HSP 1 Score: 475.7 bits (1223), Expect = 3.9e-130
Identity = 232/262 (88.55%), Postives = 244/262 (93.13%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           MAATDTTSL FKGCS QKFQDP+GI++QNLKSLFS +ISQSSQK FFSTSSGDG NAIQG
Sbjct: 24  MAATDTTSLVFKGCSPQKFQDPSGIYAQNLKSLFSTLISQSSQKAFFSTSSGDGGNAIQG 83

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDL+ PQCNDCVSKIP M DKLCGQAVAARVQL GCYL YEVAGFRQVSG ELLF
Sbjct: 84  LFQCRGDLSIPQCNDCVSKIPAMVDKLCGQAVAARVQLIGCYLHYEVAGFRQVSGMELLF 143

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           K+CGSIQ  GSGFEERRNTAFEMVE GVKN GALFYTGSYRSLYVLGQCQGDL GGDC D
Sbjct: 144 KICGSIQAVGSGFEERRNTAFEMVETGVKNSGALFYTGSYRSLYVLGQCQGDLSGGDCSD 203

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTA+ERANSECGY+ISGQIYLNKCY+SYSYYPNGIPSISSSSGS HNTQRTVA+AVGG
Sbjct: 204 CVKTASERANSECGYAISGQIYLNKCYVSYSYYPNGIPSISSSSGSSHNTQRTVAIAVGG 263

Query: 241 FAALAFLIVCLLFVRSVMKKKG 263
           FAALAFLIVCLLFVRSVMKKKG
Sbjct: 264 FAALAFLIVCLLFVRSVMKKKG 285

[Close]

BLAST of Sgr015078 vs. ExPASy TrEMBL
Match: A0A6J1KAB3 (cysteine-rich repeat secretory protein 3-like OS=Cucurbita maxima OX=3661 GN=LOC111491542 PE=4 SV=1)

HSP 1 Score: 471.1 bits (1211), Expect = 9.7e-129
Identity = 230/262 (87.79%), Postives = 243/262 (92.75%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           MAATDTTSL FKGCS QKFQDP+GI++QNLKSLFS +ISQSSQK FFSTSSGDG NAIQG
Sbjct: 24  MAATDTTSLVFKGCSPQKFQDPSGIYAQNLKSLFSTLISQSSQKAFFSTSSGDGGNAIQG 83

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDL+  QCNDCVSKIP M DKLCGQAVAARVQL GCYL YEVAGFRQVSG ELLF
Sbjct: 84  LFQCRGDLSIQQCNDCVSKIPAMVDKLCGQAVAARVQLIGCYLHYEVAGFRQVSGMELLF 143

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           K+CGSI+  GSGFEERRNTAFEMVE GVKN GALFYTGSYRSLYVLGQCQGDL GGDC D
Sbjct: 144 KICGSIKAVGSGFEERRNTAFEMVETGVKNSGALFYTGSYRSLYVLGQCQGDLSGGDCSD 203

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTA+ERANSECGY+ISGQIYLNKCY+SYSYYPNGIPSISSSSGS HNTQRTVA+AVGG
Sbjct: 204 CVKTASERANSECGYAISGQIYLNKCYVSYSYYPNGIPSISSSSGSSHNTQRTVAIAVGG 263

Query: 241 FAALAFLIVCLLFVRSVMKKKG 263
           FAALAFLIVCLLFVRSVMKKKG
Sbjct: 264 FAALAFLIVCLLFVRSVMKKKG 285

[Close]

BLAST of Sgr015078 vs. ExPASy TrEMBL
Match: A0A1S3BH96 (cysteine-rich repeat secretory protein 56 OS=Cucumis melo OX=3656 GN=LOC103489841 PE=4 SV=1)

HSP 1 Score: 461.5 bits (1186), Expect = 7.7e-126
Identity = 224/261 (85.82%), Postives = 245/261 (93.87%), Query Frame = 0


Query: 1   MAATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQG 60
           +++TDTTSL FKGCSQQKF DP+ I++QNLKSLFS +ISQSSQK FFST+SGDG  +++G
Sbjct: 24  ISSTDTTSLIFKGCSQQKFPDPSQIYTQNLKSLFSTLISQSSQKPFFSTTSGDGGTSLKG 83

Query: 61  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 120
           L+QCRGDL+ PQCNDCVSKIP MADKLCGQA+AARVQLTGCYLRYE+AGFR+VSGTELLF
Sbjct: 84  LFQCRGDLSLPQCNDCVSKIPSMADKLCGQALAARVQLTGCYLRYEIAGFREVSGTELLF 143

Query: 121 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 180
           KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFY GSYRS+YVLGQC+GDL GGDCG 
Sbjct: 144 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYAGSYRSVYVLGQCEGDLSGGDCGG 203

Query: 181 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSGSGHNTQRTVALAVGG 240
           C+KTAAE+ N ECG SISGQIYLNKCYISY+YYPNGIPSISSSSGS HNTQRTVALAVGG
Sbjct: 204 CVKTAAEKVNGECGDSISGQIYLNKCYISYNYYPNGIPSISSSSGSRHNTQRTVALAVGG 263

Query: 241 FAALAFLIVCLLFVRSVMKKK 262
           FAALAFLIVCLLFVRSVMKKK
Sbjct: 264 FAALAFLIVCLLFVRSVMKKK 284

[Close]

BLAST of Sgr015078 vs. ExPASy TrEMBL
Match: A0A6J1DMX4 (Auxin-responsive protein OS=Momordica charantia OX=3673 GN=LOC111022706 PE=3 SV=1)

HSP 1 Score: 453.8 bits (1166), Expect = 1.6e-123
Identity = 246/290 (84.83%), Postives = 262/290 (90.34%), Query Frame = 0


Query: 416 GGAVFSGASMSTISKDENVVLSSEDSSCPDESEIELGLGLSLGVRNSARKIQKVAMVQFG 475
           G    +  SMSTISKD+N+V SSEDSS PD+S+IELGLGL+L VR+S+RKIQKVAM+QF 
Sbjct: 12  GAGAGAAVSMSTISKDDNLVFSSEDSSSPDDSDIELGLGLTLRVRDSSRKIQKVAMLQFA 71

Query: 476 KILTAEDFPSSISSHSSMSSSTSSVCSSSSLRGA-NVTTG-SKRNSDSAAPINGGRSSQV 535
           KILTA+DFPSSISSHSSMSSSTSSVCSSSSL G  NVTTG S R SDSAAP NGGRSSQV
Sbjct: 72  KILTAQDFPSSISSHSSMSSSTSSVCSSSSLCGPNNVTTGRSNRISDSAAPTNGGRSSQV 131

Query: 536 VGWPPIRASRISTLFNQAKPHSVEEFKVDAGKNKSRHTETGTLNGVCDKNKANQESRNPR 595
           VGWPPIRASRISTL NQAKP S EE KVD+GKNKS+HTE GTL+GVC+KNKANQESRN R
Sbjct: 132 VGWPPIRASRISTLVNQAKPQSGEEVKVDSGKNKSKHTEAGTLDGVCEKNKANQESRNSR 191

Query: 596 SSLFVKVTMDGVLIGRKVNLSAHSSYETLAQTLENMFLDSTALVDSNGSSIKKHDIVRPS 655
           SSLFVKV MDGV IGRKVNLSAH SYETLAQTLENMFLD TALVDS+GSSIK+ DIVRPS
Sbjct: 192 SSLFVKVNMDGVPIGRKVNLSAHRSYETLAQTLENMFLDPTALVDSSGSSIKERDIVRPS 251

Query: 656 RLLNGLSEYMLTYEDREGDWMLVGDVPWGMFTNSVKRLRIMRAAEANRIG 704
           RLLNGLSEYMLTYEDREGDWMLVGDVPWGMFTNSVKRLRIMRAAEANRIG
Sbjct: 252 RLLNGLSEYMLTYEDREGDWMLVGDVPWGMFTNSVKRLRIMRAAEANRIG 301

[Close]

BLAST of Sgr015078 vs. TAIR 10
Match: AT1G04520.1 (plasmodesmata-located protein 2 )

HSP 1 Score: 307.0 bits (785), Expect = 4.7e-83
Identity = 145/277 (52.35%), Postives = 207/277 (74.73%), Query Frame = 0


Query: 2   AATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGSNAIQGL 61
           A T+ T+L +KGC++Q+F DP+G++SQ L ++F +++SQS++  F+ T++G  +  I GL
Sbjct: 28  ATTEYTTLIYKGCARQQFSDPSGLYSQALSAMFGSLVSQSTKTRFYKTTTGTSTTTITGL 87

Query: 62  YQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLFK 121
           +QCRGDL+   C +CVS++P ++DKLCG+ +A+RVQL+GCYL YEV+GF Q+SG E+LFK
Sbjct: 88  FQCRGDLSNHDCYNCVSRLPVLSDKLCGKTIASRVQLSGCYLLYEVSGFSQISGMEMLFK 147

Query: 122 VCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGDC 181
            CG   +AG+GFEERR+TAF +++NGV +G   FY  +Y S+YVLGQC+GD+G  DC  C
Sbjct: 148 TCGKNNIAGTGFEERRDTAFGVMQNGVVSGHG-FYATTYESVYVLGQCEGDVGDTDCSGC 207

Query: 182 IKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIP---------SISSSSGSGHN--- 241
           +K A E+A  ECG SISGQIYL+KC+I+YSYYPNG+P         S SSSSGS ++   
Sbjct: 208 VKNALEKAQVECGSSISGQIYLHKCFIAYSYYPNGVPRRSSSSSSSSSSSSSGSSNSDPS 267

Query: 242 -----TQRTVALAVGGFAALAFLIVCLLFVRSVMKKK 262
                T +TVA+ VGG A + FL++CLLF +++M+KK
Sbjct: 268 TSTGATGKTVAIIVGGAAGVGFLVICLLFAKNLMRKK 303

[Close]

BLAST of Sgr015078 vs. TAIR 10
Match: AT5G43980.1 (plasmodesmata-located protein 1 )

HSP 1 Score: 305.4 bits (781), Expect = 1.4e-82
Identity = 155/273 (56.78%), Postives = 191/273 (69.96%), Query Frame = 0


Query: 5   DTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSG-DGSNAIQGLYQ 64
           D  +L FKGC+ QK  DPTG+FSQNLK+LF++++SQSSQ +F S +SG D + A+ G++Q
Sbjct: 24  DYKNLIFKGCANQKSPDPTGVFSQNLKNLFTSLVSQSSQSSFASVTSGTDNTTAVIGVFQ 83

Query: 65  CRGDLTTPQCNDCVSKIPDMADKLC------GQAVAARVQLTGCYLRYEVAGFRQVSGTE 124
           CRGDL   QC DCVSKIP +  KLC      G  VAARV L GCY+RYE +GFRQ SGTE
Sbjct: 84  CRGDLQNAQCYDCVSKIPKLVSKLCGGGRDDGNVVAARVHLAGCYIRYESSGFRQTSGTE 143

Query: 125 LLFKVCGSIQVAGSGFEERRNTAFEMVENGVK-------NGGALFYTGSYRSLYVLGQCQ 184
           +LF+VCG       GF  +R TAF M ENGVK        GG  FY G Y S+YVLGQC+
Sbjct: 144 MLFRVCGKKDSNDPGFVGKRETAFGMAENGVKTGSSGGGGGGGGFYAGQYESVYVLGQCE 203

Query: 185 GDLGGGDCGDCIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIPSISSSSG--SGH 244
           G LG  DCG+C+K   E+A SECG S SGQ+YL KC++SYSYY +G+P+I   SG     
Sbjct: 204 GSLGNSDCGECVKDGFEKAKSECGESNSGQVYLQKCFVSYSYYSHGVPNIEPLSGGEKRQ 263

Query: 245 NTQRTVALAVGGFAALAFLIVCLLFVRSVMKKK 262
           +T+RT+ALAVGG   L F+IVCLL +RS MKKK
Sbjct: 264 HTERTIALAVGGVFVLGFVIVCLLVLRSAMKKK 296

[Close]

BLAST of Sgr015078 vs. TAIR 10
Match: AT2G33330.1 (plasmodesmata-located protein 3 )

HSP 1 Score: 295.0 bits (754), Expect = 1.8e-79
Identity = 139/273 (50.92%), Postives = 200/273 (73.26%), Query Frame = 0


Query: 2   AATDTTSLAFKGCSQQKFQDPTGIFSQNLKSLFSAMISQSSQKTFFSTSSGDGS-NAIQG 61
           ++ + T+L +KGC++Q+  DP+G++SQ L +++  +++QS++  F+ T++G  S  ++ G
Sbjct: 29  SSPEYTNLIYKGCARQRLSDPSGLYSQALSAMYGLLVTQSTKTRFYKTTTGTTSQTSVTG 88

Query: 62  LYQCRGDLTTPQCNDCVSKIPDMADKLCGQAVAARVQLTGCYLRYEVAGFRQVSGTELLF 121
           L+QCRGDL+   C +CVS++P ++ KLCG+ +AARVQL+GCYL YE++GF Q+SG ELLF
Sbjct: 89  LFQCRGDLSNNDCYNCVSRLPVLSGKLCGKTIAARVQLSGCYLLYEISGFAQISGMELLF 148

Query: 122 KVCGSIQVAGSGFEERRNTAFEMVENGVKNGGALFYTGSYRSLYVLGQCQGDLGGGDCGD 181
           K CG   VAG+GFE+RR+TAF +++NGV  G   FY  +Y S+YVLGQC+GD+G  DC  
Sbjct: 149 KTCGKNNVAGTGFEQRRDTAFGVMQNGVVQGHG-FYATTYESVYVLGQCEGDIGDSDCSG 208

Query: 182 CIKTAAERANSECGYSISGQIYLNKCYISYSYYPNGIP------------SISSSSGSGH 241
           CIK A +RA  ECG SISGQIYL+KC++ YS+YPNG+P              SSSS S  
Sbjct: 209 CIKNALQRAQVECGSSISGQIYLHKCFVGYSFYPNGVPKRSSPYPSSGSSGSSSSSSSSG 268

Query: 242 NTQRTVALAVGGFAALAFLIVCLLFVRSVMKKK 262
            T +TVA+ VGG A + FL++CLLFV+++MKKK
Sbjct: 269 TTGKTVAIIVGGTAGVGFLVICLLFVKNLMKKK 300

[Close]

BLAST of Sgr015078 vs. TAIR 10
Match: AT2G33310.1 (auxin-induced protein 13 )

HSP 1 Score: 179.5 bits (454), Expect = 1.1e-44
Identity = 121/265 (45.66%), Postives = 152/265 (57.36%), Query Frame = 0


Query: 446 ESEIELGLGLSLGVRNSARKIQKV----AMVQFGKILTAEDFPSSISSHSSMSSSTSSVC 505
           ESE+ELGLGLSLG   +A KI K     A  + G++LTA+DFPS                
Sbjct: 11  ESELELGLGLSLG-GGTAAKIGKSGGGGAWGERGRLLTAKDFPS---------------- 70

Query: 506 SSSSLRGANVTTGSKRNSDSAAPINGG--RSSQVVGWPPIRASRISTLFNQAKPHSVEEF 565
                       GSKR +DSA+       RSSQVVGWPPI + R+++L N     S  E 
Sbjct: 71  -----------VGSKRAADSASHAGSSPPRSSQVVGWPPIGSHRMNSLVNNQATKSARE- 130

Query: 566 KVDAGKNKSRHTE----TGTLNGVCDKNKANQESRNPRSSLFVKVTMDGVLIGRKVNLSA 625
           + +AGK K +  E    T  +NG                  F+KV MDGV IGRKV+L+A
Sbjct: 131 EEEAGKKKVKDDEPKDVTKKVNGKVQVG-------------FIKVNMDGVAIGRKVDLNA 190

Query: 626 HSSYETLAQTLENMFLDSTALVDSNGSSIKKHDIVRPSRLLNGLSEYMLTYEDREGDWML 685
           HSSYE LAQTLE+MF  +     + G+        +P RLL+G SE++LTYED+EGDWML
Sbjct: 191 HSSYENLAQTLEDMFFRT-----NPGTVGLTSQFTKPLRLLDGSSEFVLTYEDKEGDWML 228

Query: 686 VGDVPWGMFTNSVKRLRIMRAAEAN 701
           VGDVPW MF NSVKRLR+M+ +EAN
Sbjct: 251 VGDVPWRMFINSVKRLRVMKTSEAN 228

[Close]

BLAST of Sgr015078 vs. TAIR 10
Match: AT2G33310.3 (auxin-induced protein 13 )

HSP 1 Score: 179.5 bits (454), Expect = 1.1e-44
Identity = 121/265 (45.66%), Postives = 152/265 (57.36%), Query Frame = 0


Query: 446 ESEIELGLGLSLGVRNSARKIQKV----AMVQFGKILTAEDFPSSISSHSSMSSSTSSVC 505
           ESE+ELGLGLSLG   +A KI K     A  + G++LTA+DFPS                
Sbjct: 11  ESELELGLGLSLG-GGTAAKIGKSGGGGAWGERGRLLTAKDFPS---------------- 70

Query: 506 SSSSLRGANVTTGSKRNSDSAAPINGG--RSSQVVGWPPIRASRISTLFNQAKPHSVEEF 565
                       GSKR +DSA+       RSSQVVGWPPI + R+++L N     S  E 
Sbjct: 71  -----------VGSKRAADSASHAGSSPPRSSQVVGWPPIGSHRMNSLVNNQATKSARE- 130

Query: 566 KVDAGKNKSRHTE----TGTLNGVCDKNKANQESRNPRSSLFVKVTMDGVLIGRKVNLSA 625
           + +AGK K +  E    T  +NG                  F+KV MDGV IGRKV+L+A
Sbjct: 131 EEEAGKKKVKDDEPKDVTKKVNGKVQVG-------------FIKVNMDGVAIGRKVDLNA 190

Query: 626 HSSYETLAQTLENMFLDSTALVDSNGSSIKKHDIVRPSRLLNGLSEYMLTYEDREGDWML 685
           HSSYE LAQTLE+MF  +     + G+        +P RLL+G SE++LTYED+EGDWML
Sbjct: 191 HSSYENLAQTLEDMFFRT-----NPGTVGLTSQFTKPLRLLDGSSEFVLTYEDKEGDWML 228

Query: 686 VGDVPWGMFTNSVKRLRIMRAAEAN 701
           VGDVPW MF NSVKRLR+M+ +EAN
Sbjct: 251 VGDVPWRMFINSVKRLRVMKTSEAN 228

The following BLAST results are available for this feature:

BLAST of Sgr015078 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038887459.1	9.3e-134	90.84	plasmodesmata-located protein 1 [Benincasa hispida]	[more]
XP_022155669.1	4.8e-130	90.04	cysteine-rich repeat secretory protein 56-like [Momordica charantia]	[more]
KAG6606349.1	8.1e-130	88.55	Plasmodesmata-located protein 2, partial [Cucurbita argyrosperma subsp. sororia]	[more]
XP_022931049.1	8.1e-130	88.55	cysteine-rich repeat secretory protein 3-like [Cucurbita moschata]	[more]
KAG7036291.1	1.8e-129	88.17	Cysteine-rich repeat secretory protein 3 [Cucurbita argyrosperma subsp. argyrosp...	[more]

BLAST of Sgr015078 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q6NM73	6.6e-82	52.35	Plasmodesmata-located protein 2 OS=Arabidopsis thaliana OX=3702 GN=PDLP2 PE=1 SV...	[more]
Q8GXV7	1.9e-81	56.78	Plasmodesmata-located protein 1 OS=Arabidopsis thaliana OX=3702 GN=PDLP1 PE=1 SV...	[more]
O22784	2.6e-78	50.92	Plasmodesmata-located protein 3 OS=Arabidopsis thaliana OX=3702 GN=PDLP3 PE=1 SV...	[more]
Q38831	1.0e-42	45.11	Auxin-responsive protein IAA13 OS=Arabidopsis thaliana OX=3702 GN=IAA13 PE=1 SV=...	[more]
Q38829	1.8e-42	42.91	Auxin-responsive protein IAA11 OS=Arabidopsis thaliana OX=3702 GN=IAA11 PE=1 SV=...	[more]

BLAST of Sgr015078 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DQY4	2.3e-130	90.04	cysteine-rich repeat secretory protein 56-like OS=Momordica charantia OX=3673 GN...	[more]
A0A6J1ET82	3.9e-130	88.55	cysteine-rich repeat secretory protein 3-like OS=Cucurbita moschata OX=3662 GN=L...	[more]
A0A6J1KAB3	9.7e-129	87.79	cysteine-rich repeat secretory protein 3-like OS=Cucurbita maxima OX=3661 GN=LOC...	[more]
A0A1S3BH96	7.7e-126	85.82	cysteine-rich repeat secretory protein 56 OS=Cucumis melo OX=3656 GN=LOC10348984...	[more]
A0A6J1DMX4	1.6e-123	84.83	Auxin-responsive protein OS=Momordica charantia OX=3673 GN=LOC111022706 PE=3 SV=...	[more]

BLAST of Sgr015078 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G04520.1	4.7e-83	52.35	plasmodesmata-located protein 2	[more]
AT5G43980.1	1.4e-82	56.78	plasmodesmata-located protein 1	[more]
AT2G33330.1	1.8e-79	50.92	plasmodesmata-located protein 3	[more]
AT2G33310.1	1.1e-44	45.66	auxin-induced protein 13	[more]
AT2G33310.3	1.1e-44	45.66	auxin-induced protein 13	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR033389	AUX/IAA domain	PFAM	PF02309	AUX_IAA	coord: 449..701 e-value: 8.3E-54 score: 183.0
IPR038408	Gnk2-homologous domain superfamily	GENE3D	3.30.430.20		coord: 118..214 e-value: 2.2E-13 score: 52.2 coord: 6..110 e-value: 2.0E-20 score: 74.8
None	No IPR available	GENE3D	3.10.20.90		coord: 590..708 e-value: 2.2E-36 score: 125.9
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 343..363
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 485..534
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 563..591
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 485..528
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 570..591
None	No IPR available	PANTHER	PTHR32080	ANTIFUNGAL PROTEIN GINKBILOBIN-2-LIKE	coord: 2..262
None	No IPR available	PANTHER	PTHR32080:SF36	PLASMODESMATA-LOCATED PROTEIN 1	coord: 2..262
None	No IPR available	SUPERFAMILY	54277	CAD & PB1 domains	coord: 588..694
IPR002902	Gnk2-homologous domain	PFAM	PF01657	Stress-antifung	coord: 130..212 e-value: 2.7E-8 score: 34.3 coord: 14..106 e-value: 1.1E-15 score: 58.1
IPR002902	Gnk2-homologous domain	PROSITE	PS51473	GNK2	coord: 115..215 score: 14.85042
IPR002902	Gnk2-homologous domain	PROSITE	PS51473	GNK2	coord: 7..110 score: 17.7833
IPR000270	PB1 domain	PROSITE	PS51745	PB1	coord: 595..698 score: 24.42795

Relationships

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


Feature Name	Unique Name	Type
Sgr015078.1	Sgr015078.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0009734	auxin-activated signaling pathway
biological_process	GO:0006355	regulation of transcription, DNA-templated
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005634	nucleus
molecular_function	GO:0005515	protein binding