Sgr028333 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr028333
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	GLTP domain-containing protein
Location	tig00153057: 1757456 .. 1772489 (-)
RNA-Seq Expression	Sgr028333
Synteny	Sgr028333

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.

ATGGAGAAATCTTTGATCAGGTCTGCAACTCAACAACTCTCGCACCTCCTCATCAAACCTGATCCTGAAGACAAGAAGCAAGACGATATTGCAGCAGCGGCCATTAACATCCCCATCGAACCTTTCATTTCTCTCTGCAATTCGCTCATTCATGTTCTCGGTAATTTGCCTAATCTCTCTCTCTCTCATCGCCTAAAATTCCGTTACGATTCTCCATCTCCTTGCGTCTGATAATCGTTCTCGATTTGCAGATAAAATAGGGCCAACAATGGCGGTTCTGAGGCAAGAAATTCGCCAAAACATTGAGGTATGAACGAGAATTTTCCAGAGATTTATCGCATAGAATTCAACTTTCTTTCAAAGAAATAAGTATCGATTTCATAAACAGTAATCGATCGCGTTTTTGTATACAAATTATTTCTGTTGTTGAAATGTTGGATTATTGCAGCGGTTAGAAATGGCGGAAGAATCCGACCCTTCGTTGATCTGTTCAAATTTGGTTGATATTCTGAAGAAAGAGGCGAGGGAAGGCAGCGCGCGGACGGAAAGCAGCTGCAGCAGAGCTTTTCTTTGGCTTACTCGGTAAACAAATTCAACCACTGATCGCGTGCAATTCAACACCCATTGGTTACTTAACCATATAAATTAACAAGAAAAGAGTCTATGTTTGGGGCAAGTTTATAGCAGTCATTGTCAAAGATTCTTTCTGAGTTGTTAAAAAGTTTTTTTCAATAAAATAATCGTTAAATATACGTTTTAGTTCATAATGTCGAGATATTTTTTCAATTGAGTCTTTATTGTTTTGAAAGTTTCAATTTAGTCTCTTATGTTTTAATCTTTTTTAATTATACCTTTTATATCGATAAATGTTAAATGACATGATACTTAGTGATTTGACATAAATTTAGAGAAGAAATTAGATCATGTAAAAGAGAAAATTTTCTAACTATTCCTCCAAATTTATGAGAAGTCGGTAGAAATTTCAATTTTTCTTCTTTAAGATGATCTAATTTTTTCTCTAAATTTTAGTCAATTCACTAAATATCATATAATGTAAGTTTTCATCACGCAATTTTAGCATTCACCGATATAAACAGTATAATTGAAATTTTTTAATATTTAAGAGATTAAATTGAAACTTTTTAAACAATAGAAACTAAATTGAAAAAACACCTAAACATTAAGGATTAAAACATATATTTAGCCTAAATATTTATATTTGTCTATACTTTTGAAATGCTTTTAAAAAAAAAAGTCATTAATTTTTTTTAGAGCCTTAGGAAAGAGATTTTAATGTCTTGACGTGCTAAATCATGCATACATTTTGGTTTTTTTTAAAAAAAAAAAAAAGTAAATGATGGATATTTTAGAGTTTAAGTCTTTAATCTCTCACAATACATATATTCTCTTCTATAAAGTAATCTCTCTATTCTTTTACCTATATGATTTCTCGTTAAGTTTTATCGCTAAACAATTTCTCTTACTATTTTTCTCTACACAATTGTTTTCTCTTATCATTCTTTCCTTTCATACACATTTTTTCTTACGTTTTTTTTCATTACTCAGCATAATTTTCTTTTGAAAATATTTCTCTAAATTTTGTTTGCTTACTTCTTCTTACATACATGTTTTCTTATGAATTAATAGTAATCACTCTTTACTCACGTACTTTCTTTTACTAATATCTCTGCACGCATTATCTTTTTTGCTTATTCTTTTACTCATTTGTTTTATTTATTTCTAATTTTAATTATTTTGTTTCAGTAATTTGTTAATTTTAAAATATTTGGTTACTAAATATTAATTAATTAAAAAGCGCACTTTTTATTAGTAAAGTAATTAAAGCCCTAACTCATACCTATTCAAAGAACAACAAGCCTTTTAATTCAAGAATAATTTATGAGTAATCTATGCATGGACAAAAACTAAAGTAATTAATTAATATAACAAAAATAGAATTTTCTAAATTCATACTATAGATATGAATACCCAACCTATGAGAAAAAATTAAATAGATTTCTATTATCTTCCTCATGATCTATGCAACTCAAACTTAAAGATGGATAATTTTTTCTGATTGATGGAGAACAAGAGAGATTGAAGAGACAGTTTATTGGGAGACCCATAACCCTAACTAAATGGTGTTTATTCTAGAGTTTTTTTTTATATAATCTTCTATTATTCATTCGAACACACTTTTGAATAGAAAGTCTATGAGTCCATAATTAAGGCCACTTAATATACCTATTGTATAGTCTAAATATAATCATATAAATTTGAACCAACAACCTCTTACAAGAACTATTAGGAATGCTTCAACTATTGAGCTATTAATATAATAATTCTAACACTTCTAACTAAATCAAAAGACAATAATAGGATCAAACAATGAATTGGTGATTTATTATAAAAAATTTTACTAAAATAGTTGATAATAAAAAGTAATTCTTTGATCTTATTATTAATATTTTTTTTAGTTTAACAAATTTAGGTGAGGAATCGAACCTTCAACTTAAAAATAATAAGTATCTTATCAACTGAGCTATGTTCGAATTGACAATGTCATAATCTTAATTAATAATCGATGTATTAATTGATGAAGATATTTTGGAGTGTAGATCTCTGGATTTCTCAGTGGCCCTATTGGAGAAGATATCAAATGATCAGGCTGGGTTGAACATTGAACAAGCAGTAGAGGAGTCCTACAACCTCACTTTGAAGCCATGGCATGGTTGGATTTCATCCGCTGCTTACAAAGTAAACCAATTTAATTTATCAACACTTTTTACACTGTTATTTCTCACACAAGTCCCAAAATTGGCATTTTAACAATACAACCTATAATTTTTGCCTCTTAAAAGTTCTTTTGATTACTATTTTATTTTTAAAACTTGTTTACATACTCATGATTTTTTTTGTTTTTTTTAATCTACTATTTGGAATTTTAACCAAACATTAAAAAGTTTTTTAAAATGTAGCTTTTTGCTTAAGAATTCAAAATTATTTTAATAAAAGAAGTAAAAAACAAAACAAAGAAATTACTGGTAAATAAATTTAATCTTAAAAAGTGGAAAATGAAAAATGAAATAGTTACCAATTGGGACTTAAATTAAATAATTAAAAAAAAATAATTTACCTCATACTTAATTGAGTGAAATTTAATCAACCATAAACTTAAATAAGTGCTAAAATTAATATCCTTTATTAGTTGAGCTTTCATTTTTTCAAAAAGATTTATGACTACGTGTGGGCGTTGTGTGACTTATTAAGACTATTTTTGTGGATATTGATTTTTTTTTTTTTGTTGTGTCAGCCTCTTCTGAGTTGCATTGGGGTGTTCTTCAGGTGCTCAGTAAGGGCTTTTTTTTACTCGTTGATTTTGTGACTAGTTTACACCTACATTTCATAATTGGATTTAGACATTTTCATTGCTTGAATTTAAGTATTTATGGGTTGGATTTTGTGTGATTTATTGTTTGAATTTAGGCCAATTTTACTAATTTGATTTTTATGAAGTGTTAATTTCCCATTTACTGTTCAATTTTTGGTAAAATGTAAAGGTTTTACTGTAATTAACGTCTCCCCATCCCCCTCCCCCTCCCGCTCTCCACAATGGGCTGTTTTGTAAAATAACAGTTAGGGTTTCACTCCATATCCTGCATGCAGATTGCTCTGAAATTGGTGCCTGATACTGCAACCTTCATCAACATAATCATGGAAACCGACGATAACTACGACACCCTCCTCGAAGACCTCCACACTTTCACCCCTTTGCTTTCGGCTTTTCTGGAAGAGGCTCACTCAATTCTGGTACAAAAACCCTACAAACTTCTGCCATCTCCATCTTCTTCTTCTTCTTCTTCTTCCTGCTCACCCGTATATACAAAATTAAACTGTTGTTTATATATATTGGCTTACGCAGAGATTTTATAACTTGGACCGGATTAAGTCTAAATAACCCTTAAGATATGGAAAGCAAGAAGGACACCACTGTTGAAGTCTTGTGGCTCTCATTAACTGCCGAGTAATTTAGTTCAGTTGGTGTGTATTAATTAGTTTTGCAGCTAATTATTATTTGTTATGGTGATGTGTTGTAATTATGTAATATTTTGTATTACTCTTTCCCTCCACGAGAAGCAAATTAGAACGAATTTATCATTTTTTTTTTTTTTTGTACTCTTCAAGTATTACTTTTCCATTCACTTCGAAACAGCTCTTCTCATCTTCTTCATTCTCTAAATTGCTGCTCTCAAATATTTGTTCACTGAAAGAGATGATTCGATGCTTCAAATCATGTTCTATGGCGTCTTCTTTGCTTTGGTCAAATGGTATATATGTTTCTGTGGAGCCTTTGGAAGTGTAGTGTGCCAAATCAAGTTGGCTATATATTGGTTGTAGAAATTTTTTAAAAGGGTGAGCATTGTGTCCACCTTAGACCTAAGTTAATCCCCCTCAAACTTTTAGGAGATGCCTCTTATCAAGCTTAGTGAACCGTGCGAAGAAAATCAAGGAATCAACTTCCCACGATTACCACTCTTGGACTTCTAGCATTGTGCGACATAAATACCTCCTGTCAACAATTGCATGAGGTGTAGATCATCTCCCAACTGAGAGGCATTATGTTGCCGTATTGCTCTAGAAGATTAAGATATTCATCGACATATTGATATATCTATCTAAATATCCTTAAATTAGAGGGTTTGACGTTGATATCAAAGGTAAGGATTTATAACTTGTTTGAAGAGAGTAAAGTACTTATTTATTAATTGAAATAGTTTTTATAAGTTTCTTGATTTTCATAATTTTTTTTAAAAAAATATTCATCGATATCGATATTTTAAAGATATATCTATAATATTGCGACCTCAATATTTCTGTCAACATTGATATTTAATTTCTTGATTGCTCCTAACTTTCAATCTTTCTAGTTCTCTGCATTCTATATAGCAAACATCTAATAATTTGATCATTTGAGATTCTTAATCCAATACCACACGGGTGTTTCTAACTCCAAAATATTTCTTTTTTCTTCCAAATGCAGAGAGGTTAGCTATTACATTAGATTTTTTAGCATCTACTAGTGTCGATTGGTAACATTCCAAGCTGTTTTCTATTTCTTATCCCTTGTTTTTAGTTTTTGAAAAATATGTATTTGGTAATTATTCGTTTTTCTCATTTTTAAGAAATATTTCCAAAATTTGAAAACAAAAAATAAAAAAAATTGTATAGAAGGAATAAAAGTTCAATGTATGTTTTTATATTTATTATGCGTTTTACACCATTTTGTTTTTGTTTTCAATTTTAAAAAACGTAAATAAAGGCATTATTTTGTCACTTTAGGCTTATAAAATGTAAAATATATATATATATACATATATATATATATATATATATTTAAAAATTAAATATAATATATTTTTGAATATTTTATGTTTAAAATTTTATTTTAAAGGTGATATCTTAATTTTTTTTTCTTTTTTAATTTAAGAGAACAAGAAACTATAATCATATGCATTTTTTTTGTAATCATATTTAGACCAAACACTCACAACATTTTCTCACTGTAGAGTGAGTTAACAGATAGCGAGTAAGACATTCTATCTTTCATCTCGTTGCTCATCTCACATATGGCTGTTTAGTGACATAGAACCCTAACCACAAAGAAGCCAAGATCTCTATAAATCTTCACAAATTTAGCCGTCACTCACCAATTATTCAAAAATGGATTATGAAAATATCAAATCCATGTCAAATTAAATTAAACATATTCACTGAGAATCTTAAAAAAAAAAAAACACAAAATCGAACCAAATTAAAGAAAAAGTATGAAAGAGGCTCAAAACATGCTCAACCATATATTTGCATGACTTTCATTGAAATTTATGCTCATAATGGGTCAAGAATTACTTCATTCATATTTAGACTAATCAAGAAGACATCAATTCAACCAATTCAAGTATAGCTCAATGGATACCTTATCTATTACCTTTACTAAAGTTGAAAGTTTGATCTCTACCCTTACATTTATTAAACTGAAAAAAAAAGAACACGTAAATTGCATTCTAAAATAGTTAGGAATCAAAACAACTAAAAAGCTACTTCCTGACCATAGAAGAAAGATTTTTCAACATGGAAAATCTAGAACTAAATCATAAAAGTCACCGTGAATTTATTCAAACAAACTTTCTTGAGCTGAAGGAGCGCTTTTGGTTTTCTTTTTTTCTTTGACGAAGAGCTGAAGTAGCTTTTGGAGGTGGCATAGCATGAGCTTAATTTTTACTTTAAGGTTTAGGGCAAGAACGTAATTTTGCATGGAGATGACATCGACATGAGGTTATTTTTCATCGTTTTTGGGCTAAGGCTAATTTCTAAAGGCCCATTTGTTTTTGGGCTATTTTTGACCCAAAAAAAAAAAATAACTACATAACTAAACAAATATTTACAATTTTATCATACACTAATAATATTACATATATATATCAATCAGTTAAAATATCCATTAAATAATATAGTGTTGTCACGTTTTTGCTCATTTTCTACAATGTGCAAAATAAAAAATGAAGATACTAATTTTTGGTAAGTATTTTCTAAAATCCTATTGAAAAGAAAATTAAAAAAGGAAAATATTTCAAATCTTATTCTTATTTATGACATGTTGTTTTAAGATATTTGTAGCTATAATTATATTTTCTTAACTTAATAATTTGAATTTAGAAGAAATTTGCGCTAAACTCTAAATGTGGAAAAGAAAACCCTAAATCCTAAACCCTAAACCCTTAAATTTGAAATCCTAAACCCTAAAAATATAAAAGAAAACACTAAATATAAAAAAGAAATATCCTAAACCCTTTACCCTAAACCCTATAAATTTGAAACCCTAAATCCTATGCATGGAAAAGAAAATCCTAAATATAGAAAAGAAAACCTCAAATCCTAAACCCTAAACCCTATTAAATTTGAAACCCTAAACCCTAATATGGAAAAGAAAATCATAAATTCTAAACCCTAAACCCTTAAATTTGAAACCTTAAACTAATGGCGTAGGAAAAATGAGATGGGAAATTCGAAGAAGAAAAATGGCGAAGAAAAAAAAGAGGGATAACTACATAACTATACAAAATGAAACAAATATTTACAATTTTATCACACACCCCAATAATATTACATATATACCAATCAGTTGAAACATACATTAAATGATACATCATTCATGTTTTTACCCATTGTCTACAATGTGCAAAATAAAAAAAGGAATGTATTAATTTTTGGTAAGTATCTCCTAAAATCTTTATGAAAAGAAAATGTAAAAAAGAAAATACTTCAAATCTTATTGTTATTAATGATATGTTTCCTTTTCTAAAACGAAACCCTAAGCCTTAAATATGGAAAAGAAAATCCTAAATATTGAAAAGGAAATCCTAAATCCTAAATCTTATAAATTTGAAACCCTAAACCCTAAACCCTAAACATGGAAAAGAAAATCCTAAATTCTAAATCCTAAACCCTAAACCCTAAATATTGAAAAGGAAACCTAAAATACTAAACCTAAACCCTATAAATTTGAAACCCTAAACATGGAAAAGAAAAGCCTAAATTCTAAATCCAAAACCCTATAAATTTGAAACTCTAAGCTAATGGTGTAAGAAAAAATGAGATAGGAAATCAGAAGAAGAAAAATGATAGAAGGAAAAAAAATGAGGTGGGAAATTGAAAATCAGTTTAGACATAATAGGTTAAAAAATAAAATTAACTAATAAAATTTAAAGTGTAATAAATTTAAAATATAAAAAAGGAAAAGATATTAATTTATTAAATAAAACATATTAGAAAATAATCTATTGATATTTTATTAAAAAATTATTGCAATCATGTAAGGGCAATAAAGGAAGGAGAATAAAAAAGAAATTAATAAAATAATATAAAAAATATATCAGTAAATATTTTATCTTTGATGATAGATTTGTAAATATTTAGTCAAAATAATATATATATGACAATTTCTGAAAAAAAAAATGAGGTGGAGAATTAAAAACCCTAATAGAGTTTAGAAATATTAGGCTAAAAAATCAAATCAATTAATAAAATTTAAAGTATAATAAATTTAAAATATTAAAAAGAAAGATCTTGATGCATTATTGAATAAAACATAATATAAAATAATTTATTGATATTTTATTAAAAAATTACTACAATGGACAATAATGGAAAGAGAATATAAAAGAAACTAATTATAAGAAAATATAAGAAAATATACCTATAAATATTTTGTAATTGATGATAGATTTGTAAATATTTAATCAAAATAGTATATATATATATATATATATATATGATAATTTCTAAAAAAAAAGAAAACCCAAAAAAGTAAGAAGAGAAAAAGGCAGGAAAGGCAGGAAAGGTAGATAATAGAAATTTATTTGCCCATGCTATTACCTACAAGAGAGAAAATGTTGTGGTCGTAGACCTTTTTTTCTTAGAGTACGTAGTTGTAGATATCTTACCTACACCGTTTGTGAAGGAGTAAGTTAAGAGACTATATAGACAAGAGATTAGAGAGTTCAATAAAATAAGGACGGTGGAAATTTATCAACGCCATATAAGAAGATGACTTTTAAAGATGGATAGCTGACTCTGAAAGATGGATCTTACCTTTGCTTCCCGGGATCATGTTATCAACGGAGTAAATCAGCTATTGACAAATAGAGAGAGACGTGAAGAATCATTCCCAGATAGCTGTTGAAAATGAAATTTCTTTACCGTGAGTAGTCATATGTCAATTTCGCTGATCTAAAAAAATTGGTCGACTTTCATTTATACAATTGATTTCATTTCCACTGGGTTATAGCTACATTTTTTTTTTTTTCACTTTGGAAGCAATAGCAAGCAGGTGTCTCGAAATTTGATTTTCTGCTTTGCTTGACCTCCCTCTTCCAAGCTTCAAAGTCTATTTGTTAGCTACATACGGATTTCTGGAATCTCCTGTGCATGTAGATCTGGTCAGTTTCTTCCACCTTTCATCCTAGAAGTCGTTTAATTTGATGATTGTTTAAGGAATCAATCATCCTATATCATCAGCTTTCCATATTGTCTTCTGGGTATGTTCAATTTACGCCCTTCTCGATACCCATCACCTGGATTTGTCATATCATGAGCAATTTTTCATTTGGGTCCGCGAGTCCCAAGTCCTTCAATGCGTATCCGAGAGGTGACTTCGATTTAGAATCTGGAACCCTCAAAAGAATTCGAAAGTCCAAAAGTTCCCCAATCTATCTCGTCAGAATGCTCAAATCTATGGGAAACCATATCCACTACTATTACAAGCTGCATCCGGTTATAGTTCTGTTCATCTGTTTGTCACTTGGGGTTACACTTCTCATGATCCTGTCTGTCTATGAAAGCCACTATCGGATGACGAGTTATTACGGGAAATTAAATGTAATACCGATGGATACCCATTTCCGAAGCTTCAGAATCTTGTAATGGTTGCGGGGCATTCGGTTTATGTCAGTAGTAGCTGTGAGAAAGTTGAGAAGGAAGACTCGTGGGTTTTGGAATCGTATCAGAAGCATCCAGGCCAAGCTGCTACGTTTATCACACATATAAAAGAGGGAATTGAGATAGCAGCGCTAGACGATGCAGCATTGTTACTGTTCAGTGGTGGAGAAACTAGAAAAAATGCTGGTCCTCGAAGTGAGGCACAAAGTTATTGGGCTGTTGCTGAATCAAAAGGATGGTTTGGTAAATTTTCTTGCATATCTTAAATCTTATTGCTATTTTTTACTTGAAAATTAGTCCTCCTTTAGACGTATTATCATGTTCATAGGTTATCTGAATGATCAAGTACACATGAACTATCTTTACATTTTACCCAGAATCTTTCTCTTTTCTTTTGTTTTTTTCAATTCATTCTACCAATTTACTGCAAACCTTTTTGGTATTATGATGCTTGATCATAAATGGATTTCAGTTTTTGCTAGAAATCATTACTGATATTTTAGTTTTCGTTCAGCCTGCAGATTTGGGAACTCATAAATGAAATGAATTTACATGTCTGCATTAACTAATTTTGTGGCTAGTCTTTTATGATTCTTTTCTATTCAAATATCCTGTGCATTTGCATAAGCTAATTCTATTCTATCTATTTACTTTCCATCTATTTCAATTGATTGTGCATAGTTGCACTAAAGGGGAAAAAAACTGAATACTGAGCATATTGAGGGGAGATATTTATTTGTGAGCATGTAATGGCAAGCTGTGGAGGAAGCTTGAACCTTCTTCTAGGGAGTTAACTTTGTAATGGATGTCTGTTTCTGAGTGCTCATTTACTACTCAGTACATGCAATTGGTTTTTTCACTCATTCTAGAGTAAAGTTGTAGTCATTCCAAAATATATTTCATGTATCAAATATGAGCGTTTAATAGTTTAATGATTACTTGGAAAGACAGTAGAAACTAAACTATTATCGATAAAAAAAACTAAACTGTTATAGATGGCAATTTGATTCTGATATGTGAATCTTATACAAATTGTGCTGGTTTCTCTAGGCAATAAAGAAAATGTGAGGTCAAGAGCACTCACAGAGGAGCATGCCAGGGACAGCTTTGAGAATCTTCTCTTCAGCATTTGTCGGTTCCGAGAGCTAACTGGAAAATATCCTCAAAACATTACTGTAAGCCCATTTTACTTGACGATTTTTTTAGAGTTGAAATATGCATGAATCTTTGAGCCATAAAGGGAGGTTGCCAGCAGTTGGTAGAGACTAGATAAAGAGAGAGGACTAGTCATTTTTCTGTGACACCATTCTGTGTGATCGCTAATAGTTCATGCAAGTACTACAAATTAAGCAAAATTGATGGATTAAGTATTAAAGATATTGGTGTCACTTGAATCAATAAACCGTTGTATTATTATGGCTATTGATAAATGCCAACTATCATTAGTTATTAAAGTTAATATACAAGGGACACGGCAACAATTTCAATAAAACCTCTACTTATTTGCTTAGTAAACTGGGTTAATTCCTTAACTGAACAATCTTAGTCACAGGAATCCTTGGTTTACAAATTGTTGGGTATTGCATCTGATGAATTGAGTCTGCTGTCAACAATTTGCATTTAGTTAGGAGAATTAGTTAATTAGTTGATCAGTTGGGAGAATTAGTTAATCTTAGTCTGCTGTCACCAATATCTGAAATTAATTCCTTGATACAATTACTTTAAACCTTCCATTGGACAACTCACTACACGAACTTGATCTTAGAAGAACAGTCTTGGCACACCTTCGTGGAAGTTTGACAAAAACTTCAGTTTGGATCTTGGCTCACCCAATCAACTCCCAAATCTATTGCAGAAATTGTGGGTCAGAAACCTTCAAGGAGTTTTATGATTATGATAGGATTAATCCATTCTGATGAATGGAAGTTTGCCTATAAAGAAAAAATGATTGTGATGACGATAGAATTGGAGATGGGGGTGGTATAGTCATGGGTGAGGTAGTTTGGGAAGTGTTGGTTTGATAGAAGTTTGTTGGGCTAGTTTGGGACCACTGGTGATTGTTAAGAATATGAATCAAACATTAAATTTACATAACCTATTGGCTTAAGTTTTTGAGTTGAATGATAGTTTAACATAGTATTAAAGCAGGAGGTCCTGTGTTCAAATCCTTGTAATGTCATTTCCTTCCTAATTAATATTGATAATCACTTGTTGGGCCTTGTGCTAATTTCTAAGCCCACGAGTGAAGGCGAGTGTTAAGAATATGAATAAGCATTAAATTTACTACAACCAAGCTTAAGCTTTTGGTTCAATGATAGTTTAACAATTATAAATAAAATAAAAGGATGGTCAAGGAGAGTAGGCAATTGTAAGGTTTTGTGGGATTGAGCTTGCTCATGAAGGAGGCATCAAAGTTCCTCTAATTACTTGGAATTTTACCCATTTTGCTGTTTCATCTCTCTGTTATTTGCCGTTTAGAGTCTTCTTGCTACGGGCTATCCATTTTTGGGAATGGGTCCTAGAATTTAGAAAAACATTGCTGGAAATGTGCAGTGTATATTAGAAGGCATGATGAGTGTTTGTATGAATGAAATTGATGAAGAAAGAGGCGATGGAATCAGAAAAAAAGTGTTCTGCAGTTGGTATGAACTTAATGAGAGAAGATTAACTGTAATCGAGGTTAAACTTCTCGAGTCCAGACAGATAAGGGCAAATCACAGAGAAATTTTATTTGAGCATCATATTTTTAGCAGGTTGAGGGCCAAGTGCACTCAAATTTTAGAAGGGATAATCTATTGTTGATATAATTCAGGCCAAGAAAGGCATGACTGGGACAAGGCTTTTTAATTCAGGCAGAATTGGAGTCAGTTTTGATGAACTTGGTGCTGTGTTTAGGGGTGAGCATAAAAGTGGAATAGAATTGTTCAAACCAAACAAGGTAGGGGCGTGGGTTATTCTTATTCTAAGAGCTGTTGTGGAAGTTCGAAACTTTGGTTCAGTCGGTCCTCCAATTTCACCATGGGGTGACACAAAAAAAACTAGGCACCAAAACTTGACGCGAATGTGACATTCATATAGGACTCAAGCTGGATTTCTTTTTATGACAAGTAATAAGCTGTATGGGGATAGCGAGGTTGCTGACACTTTTTGTTGTGTTTAGTGGTAGGTATGCTGAGTTTGAGGATGTGTAGGAATACTATTGGAATAAATGTTAGAATTATTATTAGGATATTAGGGAGGTGTATGTCAAGTTCTTCAATCGCCTGGAATATTTTACCCATTTTACTTTATTTTCCTCTTTATTTAGCTCGGATTTAGTGGTGGTTATGCCATGATAAGGAACGAGGTGAGAAGCTACATGGCTGGGTAAATGGGGCAGAATGGAAGTCGGGTGTGTTTTTAGCAGGCAAATGCTGTTGATGGGTTTAGAAATGTCGTTGTTCAGTTCAACAATTGGGATTAGCAGCATCAACTTACTGTAAGTAGTAGATGGACGGAGAACAGGACGTCAGGAGGCAATGCTTAATTAGTCTGTTTTTCTAATATGTAATCCATGAATCCAAGAAGAATGTTTGGATGGTCGGAAAATACAGTGGGAAAATTTGGAGTTTTTGACGTTTCTCATTTATAAAAGTTGTAAACTTGTGGAAAGTGAAATGGGTGAAATTTGTTGGATTCGAAATGGAATTGAGATAAATCCATGTAATAGGAAAGGGATGACGATGTGGGGTTTATGGGAGAGGAAGAGATAATCATCCATGAGAGAGTTTCAAATACGGAACTGGAACCTGCATCAGCTTCTTGTTAAAAGAAAAAATAATAACAATCAAGGGTAATTACAATCAAGGATAATTGAATCAGCTTCTTGTTTAGTTGCTGGCTTGTTTGCCAAGTAGTTTACTGTGTTAATTTGTTAGGATAATTAGTAGTTAATTGATTGGTTGTTAATTTTTTTGTATTGTGAAGTAATTGTTGGAAGTGCTAATTATGTTTGAATATCAGGTGGTAAGCTACGATTTCAAAGAGAAGAGATTTGCAAATTTGCATAGGTCTGCCATTAACTTTCCAAAATCAAGGTTCTTCTACACTGGCACACCGGCTTCAATGATTTCAAAAGATGCTGCTCTAAAAGGCGAAGCATTGGTACGAACTCAGTTTCAAGACGATCCCTTTGGATGCCAAGGTTCCCTCTATCGCAAAAAGATTGGAAGAGATCCTTTCCATCGGTCGATACCTTATCCCAATGGCTGTCCCGAGATCGCAGGCCTTTTCAGATATTGCAGAGCAGCCCCTTATCCCGGATCCCTGCCATGGCTTCATGAGGTTTATCTGAATGATTCGCTCGGGCAGTTATACTGGACTGATGGTTTGCTTAAACAACCAGGTTAGATCTAACATTCTTAATGGGAACACAACACAGCATGCTATTGTAATTGATGTCTTCATATAAAGAGAGATGAAGAATGAGAAATTTATTGGACAACATTACGTAGGATAGTGTTTCAAATGCTGCTATCAATGTAAGAACCTTCCACATTTTCTACATTGTTACTATGTTGTCCAAATTTGACTTTATAGCCATATAATAATTATGAATGTAAAATTTTGTTTAAAGTTACAACCTTTAACTTATTGAATATATATATTCTGTTATAAATTTATGAGTTATGGAATTATGGATGCTGCCACTCCTAACTCCATTTATGTTAGGTTAAGTGAATATTTAATCTTGGATAGATGTCTATTTGTTCCTGAACTCTAATTATGATTCTATTCACTCCATCGTTAACATTATTAATGAAATGACGGCATGACATGTTTATTGGACAAACATTGGCTGTTTTGGCATAACGTAGAAATAAGTGGTCGAAGGAGGTGGATACTAGACAAAATAGAATGACACATTTTAGAAAAGAGATTTGGTACATTGCTTCAAAAAGTAGATAACATTGAACATTCACAAACTTTATTTTGTTTACAGTTTGGGAAATGACTGGATCACTGATATATTGAAATCAGAGCCATCACATAGGTTTCTCCTCTATCCCAAGTTGTGGAGGATTGGGCAGCTTGAAAATTCCTTCCCCTTCTCAGTAGGATCATCCAAGATAGGACCCTTCACAAGAGGTCCAAGCAACTGAGCAGGATCATAAAACATCTCCACCCTCACTATCTTCTTATTCTCATCCAACTATAACATTTCCAAAACCAAAACTCAAAATCAAAATCAATAATCAATATAAAGACTTTGGTATGTAAGATTTTGATTAAAGAATAAACTCTGTTTCCTTACCTCAAAGATTCCAATGCCAAACAACTCAACCATTTCACCTGTGGGAGCATGGCCTTTGAAAGGGCCCTCCATGAAAGCCCAATGCCTGAACTTGTACACGATCACAGGAGGCCCCGTGTAAACCTGGAGGATCTCGAGAGCAAACCCACGTGGAAAAGTTGTCGTGAAAAGCTTATTAGATGTTTCTGCCGTTTCTTCTTCTGGGTTGTACAATCTGTGCTTTGCAGGAAGAGAGGTTTGAAGTGA

mRNA sequence

ATGGAGAAATCTTTGATCAGGTCTGCAACTCAACAACTCTCGCACCTCCTCATCAAACCTGATCCTGAAGACAAGAAGCAAGACGATATTGCAGCAGCGGCCATTAACATCCCCATCGAACCTTTCATTTCTCTCTGCAATTCGCTCATTCATGTTCTCGATAAAATAGGGCCAACAATGGCGGTTCTGAGGCAAGAAATTCGCCAAAACATTGAGCGGTTAGAAATGGCGGAAGAATCCGACCCTTCGTTGATCTGTTCAAATTTGGTTGATATTCTGAAGAAAGAGGCGAGGGAAGGCAGCGCGCGGACGGAAAGCAGCTGCAGCAGAGCTTTTCTTTGGCTTACTCGATCTCTGGATTTCTCAGTGGCCCTATTGGAGAAGATATCAAATGATCAGGCTGGGTTGAACATTGAACAAGCAGTAGAGGAGTCCTACAACCTCACTTTGAAGCCATGGCATGGTTGGATTTCATCCGCTGCTTACAAAATTGCTCTGAAATTGGTGCCTGATACTGCAACCTTCATCAACATAATCATGGAAACCGACGATAACTACGACACCCTCCTCGAAGACCTCCACACTTTCACCCCTTTGCTTTCGGCTTTTCTGGAAGAGGCTCACTCAATTCTGCCACTATCGGATGACGAGTTATTACGGGAAATTAAATGTAATACCGATGGATACCCATTTCCGAAGCTTCAGAATCTTGTAATGGTTGCGGGGCATTCGGTTTATGTCAGTAGTAGCTGTGAGAAAGTTGAGAAGGAAGACTCGTGGGTTTTGGAATCGTATCAGAAGCATCCAGGCCAAGCTGCTACGTTTATCACACATATAAAAGAGGGAATTGAGATAGCAGCGCTAGACGATGCAGCATTGTTACTGTTCAGTGGTGGAGAAACTAGAAAAAATGCTGGTCCTCGAAGTGAGGCACAAAGTTATTGGGCTGTTGCTGAATCAAAAGGATGGTTTGGCAATAAAGAAAATGTGAGGTCAAGAGCACTCACAGAGGAGCATGCCAGGGACAGCTTTGAGAATCTTCTCTTCAGCATTTGTCGGTTCCGAGAGCTAACTGGAAAATATCCTCAAAACATTACTGTGGTAAGCTACGATTTCAAAGAGAAGAGATTTGCAAATTTGCATAGGTCTGCCATTAACTTTCCAAAATCAAGGTTCTTCTACACTGGCACACCGGCTTCAATGATTTCAAAAGATGCTGCTCTAAAAGGCGAAGCATTGGTACGAACTCAGTTTCAAGACGATCCCTTTGGATGCCAAGGTTCCCTCTATCGCAAAAAGATTGGAAGAGATCCTTTCCATCGGTCGATACCTTATCCCAATGGCTGTCCCGAGATCGCAGGCCTTTTCAGATATTGCAGAGCAGCCCCTTATCCCGGATCCCTGCCATGGCTTCATGAGGTTTATCTGAATGATTCGCTCGGGCAGTTATACTGGACTGATGGTTTGCTTAAACAACCAGAGCCATCACATAGGTTTCTCCTCTATCCCAAGTTGTGGAGGATTGGGCAGCTTGAAAATTCCTTCCCCTTCTCAGTAGGATCATCCAAGATAGGACCCTTCACAAGAGATTCCAATGCCAAACAACTCAACCATTTCACCTGTGGGAGCATGGCCTTTGAAAGGGCCCTCCATGAAAGCCCAATGCCTGAACTTGTACACGATCACAGGAGGCCCCGTGTAAACCTGGAGGATCTCGAGAGCAAACCCACGTGGAAAAGTTGTCGTGAAAAGCTTATTAGATGTTTCTGCCGTTTCTTCTTCTGGGTTGTACAATCTGTGCTTTGCAGGAAGAGAGGTTTGAAGTGA

Coding sequence (CDS)

ATGGAGAAATCTTTGATCAGGTCTGCAACTCAACAACTCTCGCACCTCCTCATCAAACCTGATCCTGAAGACAAGAAGCAAGACGATATTGCAGCAGCGGCCATTAACATCCCCATCGAACCTTTCATTTCTCTCTGCAATTCGCTCATTCATGTTCTCGATAAAATAGGGCCAACAATGGCGGTTCTGAGGCAAGAAATTCGCCAAAACATTGAGCGGTTAGAAATGGCGGAAGAATCCGACCCTTCGTTGATCTGTTCAAATTTGGTTGATATTCTGAAGAAAGAGGCGAGGGAAGGCAGCGCGCGGACGGAAAGCAGCTGCAGCAGAGCTTTTCTTTGGCTTACTCGATCTCTGGATTTCTCAGTGGCCCTATTGGAGAAGATATCAAATGATCAGGCTGGGTTGAACATTGAACAAGCAGTAGAGGAGTCCTACAACCTCACTTTGAAGCCATGGCATGGTTGGATTTCATCCGCTGCTTACAAAATTGCTCTGAAATTGGTGCCTGATACTGCAACCTTCATCAACATAATCATGGAAACCGACGATAACTACGACACCCTCCTCGAAGACCTCCACACTTTCACCCCTTTGCTTTCGGCTTTTCTGGAAGAGGCTCACTCAATTCTGCCACTATCGGATGACGAGTTATTACGGGAAATTAAATGTAATACCGATGGATACCCATTTCCGAAGCTTCAGAATCTTGTAATGGTTGCGGGGCATTCGGTTTATGTCAGTAGTAGCTGTGAGAAAGTTGAGAAGGAAGACTCGTGGGTTTTGGAATCGTATCAGAAGCATCCAGGCCAAGCTGCTACGTTTATCACACATATAAAAGAGGGAATTGAGATAGCAGCGCTAGACGATGCAGCATTGTTACTGTTCAGTGGTGGAGAAACTAGAAAAAATGCTGGTCCTCGAAGTGAGGCACAAAGTTATTGGGCTGTTGCTGAATCAAAAGGATGGTTTGGCAATAAAGAAAATGTGAGGTCAAGAGCACTCACAGAGGAGCATGCCAGGGACAGCTTTGAGAATCTTCTCTTCAGCATTTGTCGGTTCCGAGAGCTAACTGGAAAATATCCTCAAAACATTACTGTGGTAAGCTACGATTTCAAAGAGAAGAGATTTGCAAATTTGCATAGGTCTGCCATTAACTTTCCAAAATCAAGGTTCTTCTACACTGGCACACCGGCTTCAATGATTTCAAAAGATGCTGCTCTAAAAGGCGAAGCATTGGTACGAACTCAGTTTCAAGACGATCCCTTTGGATGCCAAGGTTCCCTCTATCGCAAAAAGATTGGAAGAGATCCTTTCCATCGGTCGATACCTTATCCCAATGGCTGTCCCGAGATCGCAGGCCTTTTCAGATATTGCAGAGCAGCCCCTTATCCCGGATCCCTGCCATGGCTTCATGAGGTTTATCTGAATGATTCGCTCGGGCAGTTATACTGGACTGATGGTTTGCTTAAACAACCAGAGCCATCACATAGGTTTCTCCTCTATCCCAAGTTGTGGAGGATTGGGCAGCTTGAAAATTCCTTCCCCTTCTCAGTAGGATCATCCAAGATAGGACCCTTCACAAGAGATTCCAATGCCAAACAACTCAACCATTTCACCTGTGGGAGCATGGCCTTTGAAAGGGCCCTCCATGAAAGCCCAATGCCTGAACTTGTACACGATCACAGGAGGCCCCGTGTAAACCTGGAGGATCTCGAGAGCAAACCCACGTGGAAAAGTTGTCGTGAAAAGCTTATTAGATGTTTCTGCCGTTTCTTCTTCTGGGTTGTACAATCTGTGCTTTGCAGGAAGAGAGGTTTGAAGTGA

Protein sequence

MEKSLIRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMAVLRQEIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDFSVALLEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIMETDDNYDTLLEDLHTFTPLLSAFLEEAHSILPLSDDELLREIKCNTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIEIAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISKDAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCRAAPYPGSLPWLHEVYLNDSLGQLYWTDGLLKQPEPSHRFLLYPKLWRIGQLENSFPFSVGSSKIGPFTRDSNAKQLNHFTCGSMAFERALHESPMPELVHDHRRPRVNLEDLESKPTWKSCREKLIRCFCRFFFWVVQSVLCRKRGLK

Homology

[Close]

BLAST of Sgr028333 vs. NCBI nr
Match: CAE5958156.1 (unnamed protein product [Arabidopsis arenosa])

HSP 1 Score: 582.0 bits (1499), Expect = 5.9e-162
Identity = 301/541 (55.64%), Postives = 376/541 (69.50%), Query Frame = 0


Query: 2   EKSLIRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMA 61
           +K+ +++A ++LS L I   P D  +      A +IP+ P +S CN +I VLDKIGPTMA
Sbjct: 11  KKTELQTAIEELS-LFIVTKPADNTE------ATHIPLRPLLSFCNLIIQVLDKIGPTMA 70

Query: 62  VLRQEIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDF 121
           VLRQ+I QNI+RLE   E+D S + SNLV+ILKKE  EG+++  +SCSRA  WLTR++DF
Sbjct: 71  VLRQDIDQNIQRLEKVCETD-SCVYSNLVEILKKEKEEGTSKMVASCSRALFWLTRTMDF 130

Query: 122 SVALLEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIME 181
           +  LL  +S + +   +E+ VEE Y  TLKP HGWI+SAA+K+ LKLVPD  TF++ I  
Sbjct: 131 TSGLLRLLSKEMSS-KMEELVEECYMTTLKPHHGWIASAAFKVCLKLVPDNKTFMDAIGA 190

Query: 182 TDDNYDTLLEDLHTFTPLLSAFLEEAHSILPL------------------------SDDE 241
            D++YDTL ED+ T + LL+  L+E + +L                          S  +
Sbjct: 191 RDESYDTLREDIDTLSSLLTPILKEIYFVLAFHAYSRSGDFDLESGTIRKSRKPKNSFSK 250

Query: 242 LLREI------------------------------------------------KCNTDGY 301
           +++ +                                                  + DGY
Sbjct: 251 MIKSLGNRLHHMFKLHPILVFIVCLSFGITVLILLSSIYENHFRSTVSYYKKNDLDNDGY 310

Query: 302 PFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIEIAALD 361
           PF  L+NLVMVAGHSVY SS C KV+KEDSW LESYQK+PGQAATF++HI+EG+E A  D
Sbjct: 311 PFANLKNLVMVAGHSVYTSSDCGKVDKEDSWFLESYQKNPGQAATFLSHIQEGVEAAGKD 370

Query: 362 DAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSFENLLF 421
           D +LLLFSGGETRK+AGPRSEAQSYWAVAESKGWFG K+ VRSRALTEEHARDSFENLLF
Sbjct: 371 DESLLLFSGGETRKDAGPRSEAQSYWAVAESKGWFG-KDEVRSRALTEEHARDSFENLLF 430

Query: 422 SICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISKDAALK 471
           S+CRFRELTG YPQNITVVSYDFKE+RFA+LHRSA+ FP+SRFFY GTPAS+ SK+ ALK
Sbjct: 431 SVCRFRELTGSYPQNITVVSYDFKEERFAHLHRSAMGFPESRFFYLGTPASLSSKEGALK 490

[Close]

BLAST of Sgr028333 vs. NCBI nr
Match: EXC26592.1 (Uncharacterized protein L484_003538 [Morus notabilis])

HSP 1 Score: 579.3 bits (1492), Expect = 3.8e-161
Identity = 297/467 (63.60%), Postives = 356/467 (76.23%), Query Frame = 0


Query: 4   SLIRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMAVL 63
           S IRSA ++LS L      + K ++D    A  IP  PF+S+C+ +I VLDKIGPTM VL
Sbjct: 12  SEIRSAIEELSTL-----AKLKPKNDHNPGAAQIPTVPFLSICDLVIQVLDKIGPTMTVL 71

Query: 64  RQEIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDFSV 123
           R++I QNI+RLE   ESDPSL  SN V+ILKKE  EG++R  +SCSRAF+WLTRSLDF+V
Sbjct: 72  RKDIHQNIQRLEKVLESDPSLY-SNAVEILKKEESEGNSRMRTSCSRAFVWLTRSLDFTV 131

Query: 124 ALLEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIMETD 183
           ALL+ ++ D    N+E+AVEESYN+TLK WHG   S  ++    +V              
Sbjct: 132 ALLQNLTKDFGQNNMEKAVEESYNITLKSWHG--PSTEFRNPESMVQSLKA--------- 191

Query: 184 DNYDTLLEDLHTFTPLLSAFLEEAHSILPLSDDELLREIKCNTDGYPFPKLQNLVMVAGH 243
            N+ + L  +H    +LS +  E H  +  +     +  K N++ YPFP L+NLVMVAGH
Sbjct: 192 QNFASNLNGIHLGDFVLSVY--EGHYKMMNN----YQNFKANSENYPFPNLRNLVMVAGH 251

Query: 244 SVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIEIAALDDAALLLFSGGETRK 303
           SVY SSSC KV+KEDSW LESYQK+PGQA+TF+ HI+EGI+IAA D+AALLLFSGGETRK
Sbjct: 252 SVYTSSSCGKVDKEDSWFLESYQKNPGQASTFLAHIQEGIDIAAKDEAALLLFSGGETRK 311

Query: 304 NAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSFENLLFSICRFRELTGKYPQ 363
           +AGPRSEAQSYWAVAE+K WFG  ENVRSRALTEEHARDSFENLLFS+CRFRELTG YPQ
Sbjct: 312 DAGPRSEAQSYWAVAEAKEWFGKGENVRSRALTEEHARDSFENLLFSVCRFRELTGTYPQ 371

Query: 364 NITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISKDAALKGEALVRTQFQDDPF 423
           NI+VVSYDFKE+RFA LHRSA+ FP+SRF Y+GTPA   +K AA KGEALVRTQF++DP+
Sbjct: 372 NISVVSYDFKEERFAQLHRSALGFPESRFSYSGTPAISSAKAAAQKGEALVRTQFKEDPY 431

Query: 424 GCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCRAAPYPGSLPW 471
           GCQGSLYRKK+GRDPFHR+IPYPNGCPEI GLFRYC  APYPG LPW
Sbjct: 432 GCQGSLYRKKLGRDPFHRTIPYPNGCPEIEGLFRYCGTAPYPGYLPW 455

[Close]

BLAST of Sgr028333 vs. NCBI nr
Match: KAG6592180.1 (hypothetical protein SDJN03_14526, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 488.8 bits (1257), Expect = 6.8e-134
Identity = 229/250 (91.60%), Postives = 240/250 (96.00%), Query Frame = 0


Query: 221 EIKCNTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIK 280
           ++  N++ +PFPKL+NLVMVAGHSVY SSSCEKVEKEDSWVLESYQKHPGQAATFI+HIK
Sbjct: 96  KLNLNSERFPFPKLRNLVMVAGHSVYASSSCEKVEKEDSWVLESYQKHPGQAATFISHIK 155

Query: 281 EGIEIAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA 340
           EGIEIAA+DDAALLLFSGGETRKNAGPRSEAQSYWAVAESK WFGNKENVRSRALTEEHA
Sbjct: 156 EGIEIAAMDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKSWFGNKENVRSRALTEEHA 215

Query: 341 RDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPAS 400
           RDSFENLLFSICRFRELTG+YP+NITVVSYDFKEKRFANLHRSAINFPKSRFFY GTPAS
Sbjct: 216 RDSFENLLFSICRFRELTGEYPRNITVVSYDFKEKRFANLHRSAINFPKSRFFYAGTPAS 275

Query: 401 MISKDAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCR 460
           M SKDAALKGEALVR QFQDDPFGCQGSLYRKK+GRDPFHRSIPYPNGCPEIAGLFRYCR
Sbjct: 276 MTSKDAALKGEALVRAQFQDDPFGCQGSLYRKKLGRDPFHRSIPYPNGCPEIAGLFRYCR 335

Query: 461 AAPYPGSLPW 471
             PYPGSLPW
Sbjct: 336 PGPYPGSLPW 345

[Close]

BLAST of Sgr028333 vs. NCBI nr
Match: XP_022937384.1 (uncharacterized protein C57A10.07-like [Cucurbita moschata] >KAG7025041.1 SPAC57A10.07, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 488.4 bits (1256), Expect = 8.8e-134
Identity = 228/250 (91.20%), Postives = 240/250 (96.00%), Query Frame = 0


Query: 221 EIKCNTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIK 280
           ++  N++ +PFPKL+NLVMVAGHSVY SSSCEKVEKEDSWVLESYQKHPGQAATF++HIK
Sbjct: 96  KLNLNSERFPFPKLRNLVMVAGHSVYASSSCEKVEKEDSWVLESYQKHPGQAATFVSHIK 155

Query: 281 EGIEIAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA 340
           EGIEIAA+DDAALLLFSGGETRKNAGPRSEAQSYWAVAESK WFGNKENVRSRALTEEHA
Sbjct: 156 EGIEIAAMDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKSWFGNKENVRSRALTEEHA 215

Query: 341 RDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPAS 400
           RDSFENLLFSICRFRELTG+YP+NITVVSYDFKEKRFANLHRSAINFPKSRFFY GTPAS
Sbjct: 216 RDSFENLLFSICRFRELTGEYPRNITVVSYDFKEKRFANLHRSAINFPKSRFFYAGTPAS 275

Query: 401 MISKDAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCR 460
           M SKDAALKGEALVR QFQDDPFGCQGSLYRKK+GRDPFHRSIPYPNGCPEIAGLFRYCR
Sbjct: 276 MTSKDAALKGEALVRAQFQDDPFGCQGSLYRKKLGRDPFHRSIPYPNGCPEIAGLFRYCR 335

Query: 461 AAPYPGSLPW 471
             PYPGSLPW
Sbjct: 336 PGPYPGSLPW 345

[Close]

BLAST of Sgr028333 vs. NCBI nr
Match: XP_022976276.1 (uncharacterized protein C57A10.07-like [Cucurbita maxima])

HSP 1 Score: 488.4 bits (1256), Expect = 8.8e-134
Identity = 228/250 (91.20%), Postives = 240/250 (96.00%), Query Frame = 0


Query: 221 EIKCNTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIK 280
           ++  N++ +PFPKL+NLVMVAGHSVY SSSCEKVEKEDSWVLESYQKHPGQAATF++HIK
Sbjct: 96  KLNLNSERFPFPKLRNLVMVAGHSVYASSSCEKVEKEDSWVLESYQKHPGQAATFVSHIK 155

Query: 281 EGIEIAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA 340
           EGIEIAA+DDAALLLFSGGETRKNAGPRSEAQSYWAVAESK WFGNKENVRSRALTEEHA
Sbjct: 156 EGIEIAAMDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKSWFGNKENVRSRALTEEHA 215

Query: 341 RDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPAS 400
           RDSFENLLFSICRFRELTG+YP+NITVVSYDFKEKRFANLHRSAINFPKSRFFY GTPAS
Sbjct: 216 RDSFENLLFSICRFRELTGEYPRNITVVSYDFKEKRFANLHRSAINFPKSRFFYAGTPAS 275

Query: 401 MISKDAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCR 460
           M SKDAALKGEALVR QFQDDPFGCQGSLYRKK+GRDPFHRSIPYPNGCPEIAGLFRYCR
Sbjct: 276 MTSKDAALKGEALVRAQFQDDPFGCQGSLYRKKLGRDPFHRSIPYPNGCPEIAGLFRYCR 335

Query: 461 AAPYPGSLPW 471
             PYPGSLPW
Sbjct: 336 PGPYPGSLPW 345

[Close]

BLAST of Sgr028333 vs. ExPASy Swiss-Prot
Match: Q9LU33 (Glycolipid transfer protein 3 OS=Arabidopsis thaliana OX=3702 GN=GLTP3 PE=2 SV=1)

HSP 1 Score: 213.4 bits (542), Expect = 7.2e-54
Identity = 112/215 (52.09%), Postives = 154/215 (71.63%), Query Frame = 0


Query: 6   IRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMAVLRQ 65
           I SA ++LS L I        + + A   IN+P++P +S CN ++ VLDKIGPTMAVLR 
Sbjct: 20  IGSAIEELSVLSIAKTTIVTTEKE-AINIINLPLKPLLSFCNIIVQVLDKIGPTMAVLRH 79

Query: 66  EIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDFSVAL 125
           +I QNI+RLE   ESDP L+ SNLV+IL+KEA+EGS+R   SCSRA LWLTR++DF++AL
Sbjct: 80  DIDQNIQRLEKMWESDP-LVYSNLVEILRKEAKEGSSRKPKSCSRAALWLTRAMDFTLAL 139

Query: 126 LEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIMETDDN 185
           L+++  D +  N+EQA+EE YNLT+KPWHGWISSAA+K+ALKLVP+  TFIN++   D+ 
Sbjct: 140 LQRLVKDMS-QNMEQAIEECYNLTIKPWHGWISSAAFKVALKLVPNNNTFINVLAAKDET 199

Query: 186 YDTLLEDLHTFTPLLSAFLEEAHSILPLSDDELLR 221
           +  + +D+ +   LL   L + HSIL L +   L+
Sbjct: 200 HQMVQDDITSLISLLIPLLSQLHSILELYEVSKLK 231

[Close]

BLAST of Sgr028333 vs. ExPASy Swiss-Prot
Match: P87055 (Uncharacterized protein C57A10.07 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=SPAC57A10.07 PE=4 SV=1)

HSP 1 Score: 204.5 bits (519), Expect = 3.3e-51
Identity = 106/248 (42.74%), Postives = 153/248 (61.69%), Query Frame = 0


Query: 230 PFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIEIAALD 289
           P   L +L++VAGH+V++  S    E +  W+LE YQK  G+   F  H++ G+++ + D
Sbjct: 72  PLKNLTHLIIVAGHAVWLGGSTNG-EDDSEWILEPYQK--GEGKVFAQHVRSGLDLLSQD 131

Query: 290 DAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSFENLLF 349
           D++LL+FSGG+TR  AGP SEAQSY++++       + E + +R  TEE ARDS EN+LF
Sbjct: 132 DSSLLVFSGGQTRNGAGPSSEAQSYYSLSMQ---INSDEGLAARRTTEEFARDSLENVLF 191

Query: 350 SICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISKDAALK 409
           S+ RF E+T +YPQ ITVVS+DFK  RF NLHR AI FP+ +F + G        DA  +
Sbjct: 192 SVARFYEVTSRYPQKITVVSFDFKRDRFLNLHRKAIKFPEHKFHFVGIDPEGGVSDATRE 251

Query: 410 GE---ALVRTQFQDDPFGCQGS-LYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCRAAP-- 469
            E   A++   F +DP+ C    L +K++ R+PF R   Y   CPE+  L +YC + P  
Sbjct: 252 AERKNAII--PFTEDPYACSNPLLVKKRMERNPFRRQHSYLITCPELIPLLQYCPSDPSK 311

Query: 470 -YPGSLPW 471
            + G LPW
Sbjct: 312 FFNGKLPW 311

[Close]

BLAST of Sgr028333 vs. ExPASy Swiss-Prot
Match: Q6NLQ3 (Glycolipid transfer protein 2 OS=Arabidopsis thaliana OX=3702 GN=GLTP2 PE=2 SV=1)

HSP 1 Score: 189.9 bits (481), Expect = 8.5e-47
Identity = 102/210 (48.57%), Postives = 144/210 (68.57%), Query Frame = 0


Query: 2   EKSLIRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMA 61
           +K+ I++A ++LS + I   P DK +      A +IP+ P +S C+ +I VLDKIGPTMA
Sbjct: 12  KKTEIQTAIEELS-VFIVTKPADKTE------ATHIPLRPILSFCSLIIQVLDKIGPTMA 71

Query: 62  VLRQEIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDF 121
           VLRQ+I QNI+RLE   E+D S + SNL +ILKKE  EG+++  +SC RA  WLTR++DF
Sbjct: 72  VLRQDIDQNIQRLEKFYETD-SCVYSNLAEILKKEKEEGTSKMVASCGRALFWLTRTMDF 131

Query: 122 SVALLEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIME 181
           +  LL  +S + +   +E+ VEE Y  TLKP HGWI+SAA+K+ LKLVPD  TF+  I  
Sbjct: 132 TAGLLRLLSKEMSS-KMEELVEECYMTTLKPHHGWIASAAFKVCLKLVPDNKTFMEAIGA 191

Query: 182 TDDNYDTLLEDLHTFTPLLSAFLEEAHSIL 212
            D++YDTL ED+ T + LL+  L+E + +L
Sbjct: 192 RDESYDTLREDIDTLSSLLTPILKEIYFVL 212

[Close]

BLAST of Sgr028333 vs. ExPASy Swiss-Prot
Match: O22797 (Glycolipid transfer protein 1 OS=Arabidopsis thaliana OX=3702 GN=GLTP1 PE=2 SV=1)

HSP 1 Score: 110.2 bits (274), Expect = 8.6e-23
Identity = 60/172 (34.88%), Postives = 93/172 (54.07%), Query Frame = 0


Query: 40  EPFISLCNSLIHVLDKIGPTMAVLRQEIRQNIERLEMAEESDPSLICSNLVDILKKEARE 99
           +PF+ LC +++ V+DK G  M +++ +I  NI RLE    SDP      L   ++ E   
Sbjct: 26  KPFLELCKTILPVIDKFGAAMTLVKSDIGGNITRLEKNYLSDPDKF-KYLYTFVQVEIES 85

Query: 100 GSARTESSCSRAFLWLTRSLDFSVALLEKISNDQAGLNIEQAVEESYNLTLKPWHGWISS 159
             A+  SSC+   LWLTR++DF V L   +   Q   ++ QA  +SY  TLK WHGW++S
Sbjct: 86  KIAKGSSSCTNGLLWLTRAMDFLVELFRNLVAHQ-DWSMPQACADSYQKTLKKWHGWLAS 145

Query: 160 AAYKIALKLVPDTATFINIIMETDDNYDTLLEDLHTFTPLLSAFLEEAHSIL 212
           + + +ALKL PD   F+++I  + +    +  D+  F      FL + H  L
Sbjct: 146 STFSMALKLAPDRKKFMDVISGSGN----IQADMERFCAEFGPFLHDNHKFL 191

[Close]

BLAST of Sgr028333 vs. ExPASy Swiss-Prot
Match: Q08634 (Uncharacterized protein YOR238W OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=YOR238W PE=1 SV=2)

HSP 1 Score: 102.8 bits (255), Expect = 1.4e-20
Identity = 79/259 (30.50%), Postives = 119/259 (45.95%), Query Frame = 0


Query: 237 LVMVAGHSVYVSS------SCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIEIAALD- 296
           L++V  HS++ SS      S    +  + W L  +Q        FI H    I++     
Sbjct: 7   LILVPCHSIWKSSSHPSDNSVNLGQLPEYWHLAPFQYEGNDHLAFIKHGLTAIKLLLQRF 66

Query: 297 DAALLLFSGGETRKNAGPRSEAQSYWAVAE------------SKGWFGNK---------- 356
           D A ++FSG +T+K AG  SEAQSY+ + E                F N+          
Sbjct: 67  DTATVIFSGSQTKKEAGAISEAQSYYFLFEKLIRYVMSNDNIDVPNFDNELRLLLKEVKN 126

Query: 357 ----ENVRSRAL-------TEEHARDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKR 416
               +NV    L       TEE + DSF+NL++SI RF E+  K+PQ IT++ + FK  R
Sbjct: 127 LLSSQNVNVDELFYGGSITTEEFSLDSFDNLIYSIYRFEEVNKKFPQKITIIGFAFKMPR 186

Query: 417 FANLHRSAINFPKSRFFYTG---TPASMISKDAALKGEALVRTQ-------FQDDPFGCQ 446
           F + H  AI++P+S   Y G    PA+      +   + LV+ +       F  D +  +
Sbjct: 187 FISCHAKAIDYPQSNITYIGIDPKPANYNQTQLSKYYDDLVQMEDKNALSLFSSDWYATK 246

[Close]

BLAST of Sgr028333 vs. ExPASy TrEMBL
Match: W9SU28 (GLTP domain-containing protein OS=Morus notabilis OX=981085 GN=L484_003538 PE=4 SV=1)

HSP 1 Score: 579.3 bits (1492), Expect = 1.8e-161
Identity = 297/467 (63.60%), Postives = 356/467 (76.23%), Query Frame = 0


Query: 4   SLIRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMAVL 63
           S IRSA ++LS L      + K ++D    A  IP  PF+S+C+ +I VLDKIGPTM VL
Sbjct: 12  SEIRSAIEELSTL-----AKLKPKNDHNPGAAQIPTVPFLSICDLVIQVLDKIGPTMTVL 71

Query: 64  RQEIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDFSV 123
           R++I QNI+RLE   ESDPSL  SN V+ILKKE  EG++R  +SCSRAF+WLTRSLDF+V
Sbjct: 72  RKDIHQNIQRLEKVLESDPSLY-SNAVEILKKEESEGNSRMRTSCSRAFVWLTRSLDFTV 131

Query: 124 ALLEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIMETD 183
           ALL+ ++ D    N+E+AVEESYN+TLK WHG   S  ++    +V              
Sbjct: 132 ALLQNLTKDFGQNNMEKAVEESYNITLKSWHG--PSTEFRNPESMVQSLKA--------- 191

Query: 184 DNYDTLLEDLHTFTPLLSAFLEEAHSILPLSDDELLREIKCNTDGYPFPKLQNLVMVAGH 243
            N+ + L  +H    +LS +  E H  +  +     +  K N++ YPFP L+NLVMVAGH
Sbjct: 192 QNFASNLNGIHLGDFVLSVY--EGHYKMMNN----YQNFKANSENYPFPNLRNLVMVAGH 251

Query: 244 SVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIEIAALDDAALLLFSGGETRK 303
           SVY SSSC KV+KEDSW LESYQK+PGQA+TF+ HI+EGI+IAA D+AALLLFSGGETRK
Sbjct: 252 SVYTSSSCGKVDKEDSWFLESYQKNPGQASTFLAHIQEGIDIAAKDEAALLLFSGGETRK 311

Query: 304 NAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSFENLLFSICRFRELTGKYPQ 363
           +AGPRSEAQSYWAVAE+K WFG  ENVRSRALTEEHARDSFENLLFS+CRFRELTG YPQ
Sbjct: 312 DAGPRSEAQSYWAVAEAKEWFGKGENVRSRALTEEHARDSFENLLFSVCRFRELTGTYPQ 371

Query: 364 NITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISKDAALKGEALVRTQFQDDPF 423
           NI+VVSYDFKE+RFA LHRSA+ FP+SRF Y+GTPA   +K AA KGEALVRTQF++DP+
Sbjct: 372 NISVVSYDFKEERFAQLHRSALGFPESRFSYSGTPAISSAKAAAQKGEALVRTQFKEDPY 431

Query: 424 GCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCRAAPYPGSLPW 471
           GCQGSLYRKK+GRDPFHR+IPYPNGCPEI GLFRYC  APYPG LPW
Sbjct: 432 GCQGSLYRKKLGRDPFHRTIPYPNGCPEIEGLFRYCGTAPYPGYLPW 455

[Close]

BLAST of Sgr028333 vs. ExPASy TrEMBL
Match: A0A6J1IGG8 (uncharacterized protein C57A10.07-like OS=Cucurbita maxima OX=3661 GN=LOC111476720 PE=4 SV=1)

HSP 1 Score: 488.4 bits (1256), Expect = 4.3e-134
Identity = 228/250 (91.20%), Postives = 240/250 (96.00%), Query Frame = 0


Query: 221 EIKCNTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIK 280
           ++  N++ +PFPKL+NLVMVAGHSVY SSSCEKVEKEDSWVLESYQKHPGQAATF++HIK
Sbjct: 96  KLNLNSERFPFPKLRNLVMVAGHSVYASSSCEKVEKEDSWVLESYQKHPGQAATFVSHIK 155

Query: 281 EGIEIAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA 340
           EGIEIAA+DDAALLLFSGGETRKNAGPRSEAQSYWAVAESK WFGNKENVRSRALTEEHA
Sbjct: 156 EGIEIAAMDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKSWFGNKENVRSRALTEEHA 215

Query: 341 RDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPAS 400
           RDSFENLLFSICRFRELTG+YP+NITVVSYDFKEKRFANLHRSAINFPKSRFFY GTPAS
Sbjct: 216 RDSFENLLFSICRFRELTGEYPRNITVVSYDFKEKRFANLHRSAINFPKSRFFYAGTPAS 275

Query: 401 MISKDAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCR 460
           M SKDAALKGEALVR QFQDDPFGCQGSLYRKK+GRDPFHRSIPYPNGCPEIAGLFRYCR
Sbjct: 276 MTSKDAALKGEALVRAQFQDDPFGCQGSLYRKKLGRDPFHRSIPYPNGCPEIAGLFRYCR 335

Query: 461 AAPYPGSLPW 471
             PYPGSLPW
Sbjct: 336 PGPYPGSLPW 345

[Close]

BLAST of Sgr028333 vs. ExPASy TrEMBL
Match: A0A6J1FB11 (uncharacterized protein C57A10.07-like OS=Cucurbita moschata OX=3662 GN=LOC111443689 PE=4 SV=1)

HSP 1 Score: 488.4 bits (1256), Expect = 4.3e-134
Identity = 228/250 (91.20%), Postives = 240/250 (96.00%), Query Frame = 0


Query: 221 EIKCNTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIK 280
           ++  N++ +PFPKL+NLVMVAGHSVY SSSCEKVEKEDSWVLESYQKHPGQAATF++HIK
Sbjct: 96  KLNLNSERFPFPKLRNLVMVAGHSVYASSSCEKVEKEDSWVLESYQKHPGQAATFVSHIK 155

Query: 281 EGIEIAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA 340
           EGIEIAA+DDAALLLFSGGETRKNAGPRSEAQSYWAVAESK WFGNKENVRSRALTEEHA
Sbjct: 156 EGIEIAAMDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKSWFGNKENVRSRALTEEHA 215

Query: 341 RDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPAS 400
           RDSFENLLFSICRFRELTG+YP+NITVVSYDFKEKRFANLHRSAINFPKSRFFY GTPAS
Sbjct: 216 RDSFENLLFSICRFRELTGEYPRNITVVSYDFKEKRFANLHRSAINFPKSRFFYAGTPAS 275

Query: 401 MISKDAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCR 460
           M SKDAALKGEALVR QFQDDPFGCQGSLYRKK+GRDPFHRSIPYPNGCPEIAGLFRYCR
Sbjct: 276 MTSKDAALKGEALVRAQFQDDPFGCQGSLYRKKLGRDPFHRSIPYPNGCPEIAGLFRYCR 335

Query: 461 AAPYPGSLPW 471
             PYPGSLPW
Sbjct: 336 PGPYPGSLPW 345

[Close]

BLAST of Sgr028333 vs. ExPASy TrEMBL
Match: A0A6J1CR16 (uncharacterized protein C57A10.07 OS=Momordica charantia OX=3673 GN=LOC111013529 PE=4 SV=1)

HSP 1 Score: 487.6 bits (1254), Expect = 7.3e-134
Identity = 229/245 (93.47%), Postives = 238/245 (97.14%), Query Frame = 0


Query: 226 TDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIEI 285
           ++G+PFPKL+NLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFI+HIKEGIEI
Sbjct: 101 SEGFPFPKLENLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFISHIKEGIEI 160

Query: 286 AALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSFE 345
           AA+DDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFG KENVRSRALTEEHARDSFE
Sbjct: 161 AAMDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGKKENVRSRALTEEHARDSFE 220

Query: 346 NLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISKD 405
           NLLFS+CRFRELTGKYPQNITVVSYDFKEKRFA LHRSAINFPKSRFFYTG PASM SK+
Sbjct: 221 NLLFSVCRFRELTGKYPQNITVVSYDFKEKRFATLHRSAINFPKSRFFYTGKPASMTSKE 280

Query: 406 AALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCRAAPYP 465
           AALKGEALVR QFQ DPFGCQGSLYRKK+GRDPFHRSIPYPNGCPEI GLFRYCRAAPYP
Sbjct: 281 AALKGEALVRAQFQADPFGCQGSLYRKKLGRDPFHRSIPYPNGCPEITGLFRYCRAAPYP 340

Query: 466 GSLPW 471
           GSLPW
Sbjct: 341 GSLPW 345

[Close]

BLAST of Sgr028333 vs. ExPASy TrEMBL
Match: A0A5D3BZE3 (Rossmann-like alpha/beta/alpha sandwich OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold675G00190 PE=4 SV=1)

HSP 1 Score: 487.3 bits (1253), Expect = 9.5e-134
Identity = 228/250 (91.20%), Postives = 240/250 (96.00%), Query Frame = 0


Query: 221 EIKCNTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIK 280
           ++  +++ +PF KLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFI+HIK
Sbjct: 96  KLSVDSEAFPFAKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFISHIK 155

Query: 281 EGIEIAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA 340
           EG+EIAA+DDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA
Sbjct: 156 EGVEIAAMDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHA 215

Query: 341 RDSFENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPAS 400
           RDSFENLLFSICRFRELTGKYPQNITVVSYDFKE+RFANLHRSAINFPKSRFFY GTPAS
Sbjct: 216 RDSFENLLFSICRFRELTGKYPQNITVVSYDFKERRFANLHRSAINFPKSRFFYAGTPAS 275

Query: 401 MISKDAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCR 460
           M SK+AALKGEALVR QFQDDPFGCQGSLYRKK+GRDPFHRSIPYPNGCPEIAGLFRYCR
Sbjct: 276 MTSKEAALKGEALVRAQFQDDPFGCQGSLYRKKLGRDPFHRSIPYPNGCPEIAGLFRYCR 335

Query: 461 AAPYPGSLPW 471
             PYPG LPW
Sbjct: 336 TDPYPGFLPW 345

[Close]

BLAST of Sgr028333 vs. TAIR 10
Match: AT1G21370.1 (unknown protein; CONTAINS InterPro DOMAIN/s: Protein of unknown function DUF218 (InterPro:IPR003848); Has 160 Blast hits to 160 proteins in 86 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 102; Plants - 44; Viruses - 0; Other Eukaryotes - 14 (source: NCBI BLink). )

HSP 1 Score: 427.9 bits (1099), Expect = 1.3e-119
Identity = 199/246 (80.89%), Postives = 224/246 (91.06%), Query Frame = 0


Query: 225 NTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIE 284
           ++DGYPF  L+NLVMVAGHSVY SS C KVEKEDSW LESYQK+PGQAATF++HI+EG+E
Sbjct: 97  DSDGYPFANLKNLVMVAGHSVYTSSDCGKVEKEDSWFLESYQKNPGQAATFLSHIQEGVE 156

Query: 285 IAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSF 344
            AA DD +LLLFSGGETRK+AGPRSEAQSYWAVAESKGWFG K  VRSRALTEEHARDSF
Sbjct: 157 AAAKDDESLLLFSGGETRKDAGPRSEAQSYWAVAESKGWFG-KNEVRSRALTEEHARDSF 216

Query: 345 ENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISK 404
           ENLLFS+CRFRELTG YPQNITVVSYDFKE+RFA+LHRSA+ FP+SRFFY GTPAS+ SK
Sbjct: 217 ENLLFSVCRFRELTGSYPQNITVVSYDFKEERFAHLHRSAMGFPESRFFYLGTPASLSSK 276

Query: 405 DAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCRAAPY 464
           + ALKGEALVR+QFQ+DP+GC GSL+RKK+ RDPFHR+IPYP GCPEI GLFRYC +AP+
Sbjct: 277 EGALKGEALVRSQFQEDPYGCVGSLWRKKLNRDPFHRTIPYPIGCPEIGGLFRYCGSAPF 336

Query: 465 PGSLPW 471
           PGSLPW
Sbjct: 337 PGSLPW 341

[Close]

BLAST of Sgr028333 vs. TAIR 10
Match: AT1G21370.2 (unknown protein; CONTAINS InterPro DOMAIN/s: Protein of unknown function DUF218 (InterPro:IPR003848); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 427.9 bits (1099), Expect = 1.3e-119
Identity = 199/246 (80.89%), Postives = 224/246 (91.06%), Query Frame = 0


Query: 225 NTDGYPFPKLQNLVMVAGHSVYVSSSCEKVEKEDSWVLESYQKHPGQAATFITHIKEGIE 284
           ++DGYPF  L+NLVMVAGHSVY SS C KVEKEDSW LESYQK+PGQAATF++HI+EG+E
Sbjct: 97  DSDGYPFANLKNLVMVAGHSVYTSSDCGKVEKEDSWFLESYQKNPGQAATFLSHIQEGVE 156

Query: 285 IAALDDAALLLFSGGETRKNAGPRSEAQSYWAVAESKGWFGNKENVRSRALTEEHARDSF 344
            AA DD +LLLFSGGETRK+AGPRSEAQSYWAVAESKGWFG K  VRSRALTEEHARDSF
Sbjct: 157 AAAKDDESLLLFSGGETRKDAGPRSEAQSYWAVAESKGWFG-KNEVRSRALTEEHARDSF 216

Query: 345 ENLLFSICRFRELTGKYPQNITVVSYDFKEKRFANLHRSAINFPKSRFFYTGTPASMISK 404
           ENLLFS+CRFRELTG YPQNITVVSYDFKE+RFA+LHRSA+ FP+SRFFY GTPAS+ SK
Sbjct: 217 ENLLFSVCRFRELTGSYPQNITVVSYDFKEERFAHLHRSAMGFPESRFFYLGTPASLSSK 276

Query: 405 DAALKGEALVRTQFQDDPFGCQGSLYRKKIGRDPFHRSIPYPNGCPEIAGLFRYCRAAPY 464
           + ALKGEALVR+QFQ+DP+GC GSL+RKK+ RDPFHR+IPYP GCPEI GLFRYC +AP+
Sbjct: 277 EGALKGEALVRSQFQEDPYGCVGSLWRKKLNRDPFHRTIPYPIGCPEIGGLFRYCGSAPF 336

Query: 465 PGSLPW 471
           PGSLPW
Sbjct: 337 PGSLPW 341

[Close]

BLAST of Sgr028333 vs. TAIR 10
Match: AT3G21260.3 (Glycolipid transfer protein (GLTP) family protein )

HSP 1 Score: 213.4 bits (542), Expect = 5.1e-55
Identity = 112/215 (52.09%), Postives = 154/215 (71.63%), Query Frame = 0


Query: 6   IRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMAVLRQ 65
           I SA ++LS L I        + + A   IN+P++P +S CN ++ VLDKIGPTMAVLR 
Sbjct: 20  IGSAIEELSVLSIAKTTIVTTEKE-AINIINLPLKPLLSFCNIIVQVLDKIGPTMAVLRH 79

Query: 66  EIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDFSVAL 125
           +I QNI+RLE   ESDP L+ SNLV+IL+KEA+EGS+R   SCSRA LWLTR++DF++AL
Sbjct: 80  DIDQNIQRLEKMWESDP-LVYSNLVEILRKEAKEGSSRKPKSCSRAALWLTRAMDFTLAL 139

Query: 126 LEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIMETDDN 185
           L+++  D +  N+EQA+EE YNLT+KPWHGWISSAA+K+ALKLVP+  TFIN++   D+ 
Sbjct: 140 LQRLVKDMS-QNMEQAIEECYNLTIKPWHGWISSAAFKVALKLVPNNNTFINVLAAKDET 199

Query: 186 YDTLLEDLHTFTPLLSAFLEEAHSILPLSDDELLR 221
           +  + +D+ +   LL   L + HSIL L +   L+
Sbjct: 200 HQMVQDDITSLISLLIPLLSQLHSILELYEVSKLK 231

[Close]

BLAST of Sgr028333 vs. TAIR 10
Match: AT1G21360.1 (glycolipid transfer protein 2 )

HSP 1 Score: 189.9 bits (481), Expect = 6.1e-48
Identity = 102/210 (48.57%), Postives = 144/210 (68.57%), Query Frame = 0


Query: 2   EKSLIRSATQQLSHLLIKPDPEDKKQDDIAAAAINIPIEPFISLCNSLIHVLDKIGPTMA 61
           +K+ I++A ++LS + I   P DK +      A +IP+ P +S C+ +I VLDKIGPTMA
Sbjct: 12  KKTEIQTAIEELS-VFIVTKPADKTE------ATHIPLRPILSFCSLIIQVLDKIGPTMA 71

Query: 62  VLRQEIRQNIERLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDF 121
           VLRQ+I QNI+RLE   E+D S + SNL +ILKKE  EG+++  +SC RA  WLTR++DF
Sbjct: 72  VLRQDIDQNIQRLEKFYETD-SCVYSNLAEILKKEKEEGTSKMVASCGRALFWLTRTMDF 131

Query: 122 SVALLEKISNDQAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIME 181
           +  LL  +S + +   +E+ VEE Y  TLKP HGWI+SAA+K+ LKLVPD  TF+  I  
Sbjct: 132 TAGLLRLLSKEMSS-KMEELVEECYMTTLKPHHGWIASAAFKVCLKLVPDNKTFMEAIGA 191

Query: 182 TDDNYDTLLEDLHTFTPLLSAFLEEAHSIL 212
            D++YDTL ED+ T + LL+  L+E + +L
Sbjct: 192 RDESYDTLREDIDTLSSLLTPILKEIYFVL 212

[Close]

BLAST of Sgr028333 vs. TAIR 10
Match: AT3G21260.2 (Glycolipid transfer protein (GLTP) family protein )

HSP 1 Score: 159.8 bits (403), Expect = 6.7e-39
Identity = 80/148 (54.05%), Postives = 110/148 (74.32%), Query Frame = 0


Query: 73  RLEMAEESDPSLICSNLVDILKKEAREGSARTESSCSRAFLWLTRSLDFSVALLEKISND 132
           RLE   ESDP L+ SNLV+IL+KEA+EGS+R   SCSRA LWLTR++DF++ALL+++  D
Sbjct: 2   RLEKMWESDP-LVYSNLVEILRKEAKEGSSRKPKSCSRAALWLTRAMDFTLALLQRLVKD 61

Query: 133 QAGLNIEQAVEESYNLTLKPWHGWISSAAYKIALKLVPDTATFINIIMETDDNYDTLLED 192
            +  N+EQA+EE YNLT+KPWHGWISSAA+K+ALKLVP+  TFIN++   D+ +  + +D
Sbjct: 62  MS-QNMEQAIEECYNLTIKPWHGWISSAAFKVALKLVPNNNTFINVLAAKDETHQMVQDD 121

Query: 193 LHTFTPLLSAFLEEAHSILPLSDDELLR 221
           + +   LL   L + HSIL L +   L+
Sbjct: 122 ITSLISLLIPLLSQLHSILELYEVSKLK 147

The following BLAST results are available for this feature:

BLAST of Sgr028333 vs. NCBI nr


Match Name	E-value	Identity	Description
CAE5958156.1	5.9e-162	55.64	unnamed protein product [Arabidopsis arenosa]	[more]
EXC26592.1	3.8e-161	63.60	Uncharacterized protein L484_003538 [Morus notabilis]	[more]
KAG6592180.1	6.8e-134	91.60	hypothetical protein SDJN03_14526, partial [Cucurbita argyrosperma subsp. sorori...	[more]
XP_022937384.1	8.8e-134	91.20	uncharacterized protein C57A10.07-like [Cucurbita moschata] >KAG7025041.1 SPAC57...	[more]
XP_022976276.1	8.8e-134	91.20	uncharacterized protein C57A10.07-like [Cucurbita maxima]	[more]

BLAST of Sgr028333 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9LU33	7.2e-54	52.09	Glycolipid transfer protein 3 OS=Arabidopsis thaliana OX=3702 GN=GLTP3 PE=2 SV=1	[more]
P87055	3.3e-51	42.74	Uncharacterized protein C57A10.07 OS=Schizosaccharomyces pombe (strain 972 / ATC...	[more]
Q6NLQ3	8.5e-47	48.57	Glycolipid transfer protein 2 OS=Arabidopsis thaliana OX=3702 GN=GLTP2 PE=2 SV=1	[more]
O22797	8.6e-23	34.88	Glycolipid transfer protein 1 OS=Arabidopsis thaliana OX=3702 GN=GLTP1 PE=2 SV=1	[more]
Q08634	1.4e-20	30.50	Uncharacterized protein YOR238W OS=Saccharomyces cerevisiae (strain ATCC 204508 ...	[more]

BLAST of Sgr028333 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
W9SU28	1.8e-161	63.60	GLTP domain-containing protein OS=Morus notabilis OX=981085 GN=L484_003538 PE=4 ...	[more]
A0A6J1IGG8	4.3e-134	91.20	uncharacterized protein C57A10.07-like OS=Cucurbita maxima OX=3661 GN=LOC1114767...	[more]
A0A6J1FB11	4.3e-134	91.20	uncharacterized protein C57A10.07-like OS=Cucurbita moschata OX=3662 GN=LOC11144...	[more]
A0A6J1CR16	7.3e-134	93.47	uncharacterized protein C57A10.07 OS=Momordica charantia OX=3673 GN=LOC111013529...	[more]
A0A5D3BZE3	9.5e-134	91.20	Rossmann-like alpha/beta/alpha sandwich OS=Cucumis melo var. makuwa OX=1194695 G...	[more]

BLAST of Sgr028333 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G21370.1	1.3e-119	80.89	unknown protein; CONTAINS InterPro DOMAIN/s: Protein of unknown function DUF218 ...	[more]
AT1G21370.2	1.3e-119	80.89	unknown protein; CONTAINS InterPro DOMAIN/s: Protein of unknown function DUF218 ...	[more]
AT3G21260.3	5.1e-55	52.09	Glycolipid transfer protein (GLTP) family protein	[more]
AT1G21360.1	6.1e-48	48.57	glycolipid transfer protein 2	[more]
AT3G21260.2	6.7e-39	54.05	Glycolipid transfer protein (GLTP) family protein	[more]

InterPro

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

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 60..80
None	No IPR available	PANTHER	PTHR28110	TRANSMEMBRANE PROTEIN	coord: 220..470
IPR036497	Glycolipid transfer protein superfamily	GENE3D	1.10.3520.10	Glycolipid transfer protein	coord: 4..213 e-value: 4.3E-41 score: 142.8
IPR036497	Glycolipid transfer protein superfamily	SUPERFAMILY	110004	Glycolipid transfer protein, GLTP	coord: 36..213
IPR014830	Glycolipid transfer protein domain	PFAM	PF08718	GLTP	coord: 38..180 e-value: 2.3E-35 score: 122.1

Relationships

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


Feature Name	Unique Name	Type
Sgr028333.1	Sgr028333.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0120009	intermembrane lipid transfer
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0120013	lipid transfer activity