Sgr016618 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr016618
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	C2H2-type domain-containing protein
Location	tig00152977: 875382 .. 892143 (-)
RNA-Seq Expression	Sgr016618
Synteny	Sgr016618

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.

ATGGAGGGTTGGTTTCAAAAGTTACAGTTAGGGTTTGACGAAGTTTTCGGTGGTGAAGAAGAAGAAGGGTGAGGGTCAATTTGATGCGCGTAATTTGGAGCTCTGTCTTAATTAATATTTATTATTATAAGTAAAGTAAAATAAAATAAAATCTAAATTTTGTCTTTCCTCTATTAAAAGACAAAAACAAAATAGAGGTGTTAAAATTACAACTTTTTTTTTCTTTTTACATTTTTGGTTTGTTTAAGGTTAATGACGTGTTAAAAAAATTGGTTGTGTTTTTTTTAATGTGAAAATTCATTCTTTTATCGCTATATTTGTGGATATTGGTTTTTTTTGGCCATGTTATATGTTTTTTTAGTTAGGTTTAAGCATTTTTGTTGTTGAGTTTGGGTGCTTTTTTACTTGGATTATATGGCTAGGTTCCGGTGTTTTATATGGTTGAATTTAGGTAATTCTATGTGGCTTGATTTTGAGTGTTTTCGTTGATTGGTTCCTGAATAATTTTCTAATTTAGTTTTGAGGAAGTATTAATTATACTACTTATTTAAGTTTAAAGTTTAATTACACGACATTGGTAGTTTAATTTAAAGATAAAATTGAGTCAATGAACTAAGTATAAAGGTTTTTAAAAAATGATGTTATTATGCAGTACTTGAAATTATTATTGGTTAAATTATAAAGTTAGTTCCTATGGTTTTAAAAGTATCAGTTTAGTCTCTATAGTTTGGTTAAAACTGTATTTTAACTCAAAAAACCCACCTTACTTTCTTCTATTTTTTACTTAGCCAACTCATTTGTCACATAAAACAATTTGTCGGTATGGTAACAGTAGGGACAATTTGTGAGGTTTTGACTAAATTATAGGGATAAAGTTGAAACTTTTAATACTATAAGATTAAATTGAAACTAAGCCTCAAATCATAGGGGCTAAATAGAAATTTTTAAAACCACAATGACCAAATGGAAACAGGCTCAAACTATAGGGACCAAAATTTAAACTTATATACAAGAATCCTAAATTCTAAACCCTAAACCCAATAAAATTTAAACTTATCTTGTACACAAACGAAAACCCCAAACTTTAAAGTCTAAATCCCCCTTAAACTCTAAATAAAATCTAAACTTATCTTACACACAAACCAAACTCTAAGCAGAAATAAGTTGTCAAAAATTAAAGTAAATTTCAATCTCTTTGCTACAATTATCAATATTTTATTTATTGACTTGCTAAATGGTGATTCAACATGGATTAGATCTTCCAAATCAAATACAAATGAATTCATCAACTTCAACTTTTAAATTTTGTAGAGATTCAAATATGATCATATCTAAGTACTCTTATTTCAATTTAGGTTTAATTTATATTTTGATCCCTGAACTTTCTTACTTTATTTTATTTTGATCTCTAAATTTTTAAATGTTTTATTTTCGTCTCTCAACTTTTAAATGTTATGTTTTAATTTCTAAACTTTGCATAAAAAAATATTTTAGTCTTTACGGTTAATTTTCTATTAACTATTTCACAAGAACCCAAATTCGTTCGAAAACTTGAAACCTAACATATTTTAAGTGGCTTCAAATAGTACCTATAAATGTAGATATCAATTGATCATATAAATAAACAAATTGTGCGTCCATATCAAGTTTTTGTTAAATGATTTATTAAAAAATTTATAAAAAGAACTAAAATAATTATTTATGCAAAATTTAAAATAGAATGTTTGAAAGTTTGGGGACTAATATAAAATAAGTTTGAAACGTTGGGTTGAGATTAGAATTTATGCTAACGATTTATGTGTTGGGCCCTTAAAATACTTGGAGCCCACGTAAAGAGAAGTGTTAGAAAAAAGATATGCTTTCTTGTATCCAATCAACCAATGTTGCTTCAACTTCTTTTTGCTTCTTGATTTTAATAATTCAGAATTATTTGACAACGTTCGTGTTTCTTGTTTCTAGTTATTTAGAAATATAAGCATTTGATGACGTTCCTCGTTTCTTATTTTTAAGAAACGTTCTTAAAATTGTATACAAATTTTAAAGACAACAAAATCTAGTTTTTTGTTTTTTGTTTCCTTTTTCAATTTTTCAAAAATATATATAAAAGCATTATTTTATCATTTTTTACTTCAAAAAATATGTAATAAATATTAAACAAAAAAAAATTACATAATAATTTTGAATATTTTATTTTAAAATTTTAATTTTAATGTAAAACTTTTATTTTTAAAATTTAAAATTTGAGAAAACCGAGAAACAAGAAATGGTTGTCAAACACATTTTTGTTTCTTTTTCTTTTCAATAATAAAAAAGAACAAGAAATAAGAAATAGTTACTAAACACAATTTTGTTTTTCTTTCTTAAAAAAAGGAAACGAGAAACAAGAAATGTGAACATTACTAATAAAATAAAGAAATAAATCTATTCATTGAGTAAACGAAGAGAGAGAGGATTAGACTCCTTTGTTCAAATCCCATGAGTGTGAAGAAACCAAATAGGTATTGATCTAAGCTTAGAACGGGAGAGGAGGCTAAAAGTAGATTAGAAAGTTGGATTTGATTGGATCTCACTTAAATCACCCAGTCTGTTCTCACGAGGAGTCTCACTTAAACCATCTATCAACGGGCTATTCTCTTGAGAAGTTTTGGATTCAAATCTCAATAGGTGTAGAGTAGAATTATTAAGCGAACTCCTATTCATTAGATAGAGAAGATTGTCAAGATTCTGTGATCTACCGTTAAACTTATTCCTTTTAAAATAATCCTTTGCTATAAATTAGTTGAGACTAAAACAAAGATTTTAAAAATTTAGAGAACAAAACAAAATAAGTTTGAGCCCACATACATAAAAGAAGTGTTGGAAAACTATATGCTTCTTCTTTGTATCAACCAATATTGCTTCACCATTCAATATGAGTAAGCTTCAAATTTCTGTTTCAAGATTTTAATAATGATATGATGATGACAGTTTAAACCTAAACTTAAATAAATGGTTCAATTTAAACCTTACATTTTGTATAAATTGTGCAATTTATATGATATTGGTTCTTTTAATTGTGTTAGATGCTTCAATTAGTTAGATTTGGATATTTTGTTGCTAAATTGGCATGATTTTGAGTGTTTTATAAATTAAATTTTGTATGAATTTTTTTTTTAGTTCAATAATTGTAGAGTAAGAGATCGAACTACTATCGATCTTTGAAATAGTAATAAGTGTCTTATCCACTGACTTATACTTAAATTGGCTCATAAACAATTGAATTTTATGAATTTTGTATGATTTATTGGTTGGTTGATGAACAATTTTTAAATTTAGTTTTGAGGAAGTATTAATTGCAACACTTATTCAAATTTAAAATTTAAATCGATTGACTCACTTATCTATCTAAGCACGGATAAAAATTGAACTTTTCCCTAAAATTAGGATTAACAAGCATATGATTTTTTTCCTCAAAAAAAGCAACTTCAGTTACTCACAAAAACAGATGATTCGTAAAAACAAATTTCGATATCGAAAACAACACCACACATGAGCCCTTGAGACCATTGAGCTAACCCAGAGATAAGAAGGTCAAACGACAGCCGAAAAGGGACAGCTTTGCAAGCATTCCATGTCTGTCTGTTTGGAGATTCTGCAGAAGAAAGCTTTGAAAAAGAGAGTAAAAGTGTGACCAAAAAGTCAAATCTACCCCTTCCATCTCTCTCCTGCAGATGCAAAGTCTTCCTCAGATCAGACTCAGCTGCGCATGCTCCTTTTTCTTCTTCTTCGTCCCATGTCTTCAATTTCCAACACTTTTTTGGCATTAAATAAAAACAACCTTCATCATCATCATCATCATCATCCACCTTTGACTATGGCTTCCCTGTAATAATCATCTCTACATTTTGAATTCACACCAGCTGGGTTGGTTGTCAGTTCTTCTGTTTCGAGTAAACTTTTCGATTTATACCGTCGGGAAAAACTGATGTGATACATAGTTGTACTTTATTTATTTGACTCCTGTGCCAATATAATCCCTGTCGTGTCAGTATTGACGGAAAGCTAAGCTTTAAAGATAACAAACAGATGATGTAGGAGTAACATTTACCTTCCGAGCTAAAGTGAAAAGAGATCTACTTTGTTAGAAGATTGAGATGTGGCCTAAAGCATTGCAATCTAGATATGGATTTGAAGACCGAGAAGTGGTAGCTCTTTCATTCAATTCTCTGATGCCATTATTTGTATAGGGTCCGGGACCAAAAGAGAGGAATGGAGGAAATAAGTGTTTGAGGGTCAAAATCCAAGGCTTTAGACATGGCTAGTTGCCTAGTTGGAGCTTCCCTCCAACTCCGACGCTCATGGAGCCTATTGGATCTTTCTATCCCATGGCAGTTGTCAACAAAAGGGCTTCCTTTGGGTTACATTTCGTGTTTTTCCGAAAACGAGAACTTTTGGGAACAAAGCTCAAACATAGCTGTGGAAAGCTGATAAATGAAGCTGAAACTAAAGAATAGGGCTTCTCCATACACACTTGAAAAATTGAAGAGTGGGAAATATTTACTCATTGTGTCAAGAAAAATCAGTTTTTTTACCAATCAGTAACAAATGATGCAGAGGTTTTTTAATGACAGCAAATACTTCTCTCATTTCATGACAATAGTTTATATATTATAGGCTGTGACAAGCCATACTACACCAGCATCAGCCAGCAGGGAGATAATAAATTAGGAAGAAAAACTAAATGAACTTTTTCCTTGCAAATCCACACCCATTTCCTTGAATCTTGCAATCTATCTATAGGAAGTATTACCCGGTTCGTATTCTATCAAGCCGATCGACACTTTTTCTCGCTCTTTCCAACTGGTGGTCGATGCTTTTCCGTGACTTTTCATGGCAATCAACACTTCTGCGAGACCTTTCGACATGGTTAAATGAGAGTCTGAGCTTTTCTAACTTATCAGTAGCACTTGAGTGATTTTTCAGCTTCTCCGGTTGATCAGTGCTCCGCCTTGGTTTTTCTCTCCGGTCTGTGCTCTTCCTTGGAATCTCGAAAAAATCTGTACTCTTTCGGGGCTGCTCATATTGGTCTGTACTCTTTCTGGCGCTGTATCGTTGGGAAGGAGATTTCTCAACAGTTGCTACGAACTTCTTCAGATGTCTAATATACTCGGGATAGAGCTCAAGATTACAGTGGTTTCCGCCTTTCAGCCATAGTGGTTCATATTTCTCTTTACAGAGTTCCCAAAGTTGCTTGCCATGGGAGCAATCAACCACATCATCTGAAGTTCCCTGCAAAATGATGTAAAGATGCCTTGTAATACTTTCCAGGGCACTTGTACAAAATTATTCATCAAAACAGAACCACAAACTTGAGAACAAATAGGTATGCAAACATAAATATAGAGTAATCTACCAATATTAGAGAGCTACAAATTAGACATGGAAAATTCGAAGAGAAATCTCAATCGAAATCAAATCTAAAGATTGCCATGGTCCTAAATTCAGTGATTGTTCGCTACCAGTCATCTTTGATGAGGCCCAGATACTTAAAAACAACGTGCCACATAAGAAAGTATCGAACTAAATGTAGGCAAAAATCAATGGTTTCCCGGGCAATAGGGTGTGTGGCCTAGATAACACAAAAATGCTAGCGGGGCTCTTTCATGAAAGTGCATTTGGACAGAGGCTTCTCGATCAACTATCTTATTATTTTGAAGAAAGACAAAACTCTGGGATTTTGTTCTTTATGTCCATCACTGTTTGGACTTCAGATCCAAGTTAATTTCATTGATATTTTCATGGTAAATGAATCTAAAAAATGAACCAACTAACAAGAGATGATAATTCTTCTTCTTCTTCTTCTCATAGCAGTAGCCAGAGCAAACTGATAATATTTCATCTTCTTCTCATAGCATAACACAAATTAACAGCCATTAAGAGCAAGTGAATCCTATTTCCTATCTTCTAAGGACATTAAGGAAGTGAGAAACAACCAATATGTTAAATAACAATGCACAAAGCCATAAAGAGGAAATAGGTTGAAGACCATCCTTACATGAATGATGAGAATAGGGCAATTAACCAGCGAAATTTTGTCGATATTCTGCACATATACAAAAAGACAAAGTCCATTTAACACTTAGATACGGGAAACCAATAAATCAAAAAGGAATTTTACCTTATAAATATCAAACCAATACGAACGCTTCACAGGATACATGACTCTTAAGCCAGAAAGTATTGGACTATGTAAAACGACAGCTCTTAAGCGAGGAAGTCGAGCTGCAAGATCCAAAGTTGGACCACTCCCAACAGATTGACCATATAGGATGATATCTTCCTGCTTGGTACCATAGCTTTCTTCAAGACACTTATATGCAGCCTCAATATCTGCATATGTATTTTGCTCAGATGGCTGCAACACAATATTAGGTCTCAGATGAGACTTGACAGATCTTATCATTGTATGAATATAGAATACAGTGTTGTTTCCGTCGTCAGAAAGAAATTTCAACACACCTTTCCTGATGATTGTCCGTAACCCGAATAGTCATACCTGCACGGAGTAAAAGGCAGTGGTATCAGGGTATTACAATTTGTATCCTCAACCAGTTGCATCTTACTTTTTTAGATTACGCTTATATTATCTAAGCCCATTTTGCAGACATGACGAGGTCATGAATTCTCATTGAACACATTAGGATGAGCTTAATGAGCTTCAAAAGTCAGAAAATCATGAGATGGGGCATGGATTCACATCTTCTCCTACCTGCAGGATGGCTTGAAAGAACCTATAAGTAAACAAATGCTTTGAGGCAAAGGGAGACATTTCTCTGTTCTGCTTACGATTTTATTGATTAAGATGCACTATTTATCATCTTCCCCAGTATCTAAATTTGCCAAAAAATCCAGCTCTGAAACTATGATTTATAAGGACGATCGGTTATTAACTGAAATGAACATAGTGAATATGATGCCCACAGAATTGGAAGATCTACCCAAATATAATTCACAAAAAGTTAACCAACACTTAAGCTCCACATGCTGATGCTAAAGAAGTTAAGCAAATTCTACAAAGAGACCAAGCAAAAGTAACATCCTCACTCTTAAGAATTGCAGCCTTGAATCTAACTAAATTTTCTTGAATTGAACAAAATGTAAGCAATCATCACTATCTTCTAAATATTCAAATCAAGTTCAACTTTCTCACACAAACTATCCAGAACACAATGCCAAAACCGATTGAGAATATCAAACTGAGAGTGCCCAGATGTCAAAACTGAGAGAACAGAAAGAAGAAAGTATTCAAATGTTAAGAAATAGGAAAAAGTGATAGAAACGCAGTACCCCATTAGATTAACGCGCAGGTGAATGCTCAGCTCGATGAAGAGCTCATACATCTGACCCAGATCGGTGGCGTTGCCGTGCGAGTAGAGCAGAGTCGAAGTCGCCATGGGATGCCGGACATAGATTGCGACGATATCGGTGCCCCGGCGAGTGGGCAGCTTGAGAACTTCAACATTTTCGCGGTGAGGGAAGGGACTGAGAAGCAAAAGACCCGTAAGTTCATCGGTGATGAGCTTATACGAAGGTGGGTTCGGCGGGAAGAAGGCGAACTTAGCCGCCATCGATGAGGTTACGCCGCCCATCTCGCCGTCGCGCTCCCGGCGGCTCCGAACCCACAAAAATTTCAGTTTCTACTCTGATAATATCGAACGTCGAGCTCTTTCTTTAGGTGGGAATTCAATTTGAAACCGACATTCCTTTGGTTCTCCCTTGGTTTTCTTTTTCCAGAAGATTGTGTCTTTTTAGAGACAATGAAAAAAGAGTACAGAACTCGTTCATCGAGTGACTGCTGCTACATGCTCCACAGGCTCAAGGCTCCCCCATGTTTTAGAGAGAGAGAGAGAGGAGAGAGAGAGGTTCAGTGGGTCAGTGAGAGGGAGAGTGGTGGACCAGTGGGGGTGTGGAGCTTGAATTATTTGAAGGGTCAGACTCAGTAGGTACTCACTCGAAGGGAATAATGGCGGACGCAGAGCTGCTGATGCTATTTTTTGGTCAAGATAGCCATTTCCTCCAACAAAACATTTGCTCCATAATGGGTCTCGTATTTTTTATCTGACCAAACCTATTAAATATGAAATTACTAAAACATACTACCTTTTTCTTTTAATTTAAATTCAATTTTTGTCTCCGAGCTGTGACTAGTCTGTGTACTTTAAAAAAAACAATTATCTTAATTTTAACAACTATTTTGCTTTTAACAAATAAATAATATAATTTTGAGCATATATACTAATACGTTGACGTGAACATATATTTAAATCATATAGGTCGGCAAATATTGAGTGTGCAAATATTAAGTGATAAAATAGTAGTATGAATCGGAATGGTTACTTTTTAAAATTCTATAACCTAACCTAAATATTTTCAAAATTTAAAGATTAAAATGGTTATATCTTTAACATTTAAATACTAAAATAGACATTTTAAAATTCAAGGATCAAAATAGAATAAATCTAAAATTTTACAGACGAAAATGAGATTTAAAACTATTTTTAAAAAATGTTTATTTCTTATAATAATTTAAACACTCTCAACATATTATGCTATCATAGTTTTAATTGAATCAAAATTATTAACTAATAAAAAAAATTCATACAACACACTTGTATAAATTAAGCTTTCAAGCATCAAGTGGTCTCTGTGCTTTTAGCTGGTCCAGAAAGAGCAAAATTGTCTGAACATGAGAACATGTTTACATGATGAGGCCATACAATGCTGTTGAATTGAAGTGAAATTTCCCTCCTTTTGTTGGGTTTATTCCCTATAGTTTCTTTCAACATTTATATTAAATTTTAAATATATTTATTCTTTTCTTTTATCATTTCTTTTGATTTTGCCAACATGAACATAACTCAATGGTTAAAACACCGAAATACTTTTCTATAGGTTGAAGGTCCGAACCCTTGCTACTACCATTTCAATGTATTATCGACAAAGAAGGAAAAAAAATCTTTCGATTCAAACGGTCAAGAATTTTTCAATTAGGCAAATACATGGTCGGATCGATTCATCGATAACAATACGAGACTGAACAGAAAAAAAGGAAAAAAAAAAAACTCTTCTGGCCTCCCATCAGCTCCAAGCTGATCAATTGTTGCAATGGTTAAAAATCATTCTCAATTACAGTGAAGAGAACAATACACAATTGGCACATGGGAAGGGAATGATTATTTCCTCTATCCAAATCATATAGAGCAAAAAGTCCAACAGCTAAAATTTATCAAACTTAATTCACACTATAAAAAGGTTTAGGAGAGATCTTGGTATGAGATATGCATGTACCAGATGAGAATTTGGTCAAGACTAATCACAAACATTGATTTCCTGATATTCAAAAATATTTGTGTTCCAGACCCCACAAAAAGTTTTTCTTTAAAGAAAAAATTAATCAAAACATGTCATAATATCAGCCACACTACATGGACCCAAATTTAAGGAGAAAAGCTTCAAATCAAGATCATAAAGCAAGCACCAAACTTATGTGTTTGAAAACGACTAAATAACAGCTAAATATAAAGGAAGGATAACTAGGAAGTAGAAATGAAGCTATGGACAGAAATTATGCAAAAGAAAAGAGGGGAAAAAAATTGGTGGGCCTCTCTGATCCTACTTCTTTTTTGTTGTAGTGATGGGATGATGAGACATGTCCCCCATCTGTGGCAGAGAATCTGGATTTGCCTCACGGATTTCTTTGCTTGGTTCTGAAGGTTCAGGGGTTACAGAATACATTGAGCGCATCGATGAACGGGTTCAGCAGATATATCGGTTTAATTCCGATAAACAAACAGAAACGAAACATTTTTTAGCCTAATAACATGTAGACCAGTCTTTCCAATCAAGAGTGACAACAAATTTGTCATTTTTATGGGACCATTCAGCAGGCTAAAATGCTATCTCTACCATACCCAGATCGATGCCGAGAACACCTAAGAAGTTGCCAAGTGGCAATGTCCGAAAAGATGGTGGTGTCAAGTATATGGTCTACTTCAGCTTAGCGATTGGGACAAGCTCTTCAACTACATCAACAAGAATGACAAAACGTTCTGGAAAAGATATCTTTCACACAAATGTCACAGCAGATAGAAAACCAAAGCCTATTGGGGGCATTATTGTCATCTCCTGTCAATCAATATATCGATGAGCTGCAACGACAATAATTGGTTCCAAATATTGGAAATATCGAATTCTCAAGCTTCTACCACAATTTCAAAATTAATGTACATAGTTAATCACATTAAAGCATGCTTATGTTATCTCAACTAACAAGTCTTAGCTAACTATGGAAGTACATCTTCCTATACTATCACAGCCTTTTCCAGCCTGTGGAGCAATGTTTTGTACTAGAAGCTTGTCTAAGATGTTCTTATCCATCAATTTTTTCAAAGAGTCTGAGTGGTAGAATCGAATGAGCTGGATTTGAAAATTTTCAATATCTAGACAAGTTCTATTAATATAACTTAGTATGAATGCCAATCAGAATGCAAGACAAACAAAGTTGCAGCAGATATGAACTAAAACCATCTTTTCCTCTCCAACAACCAGTAGAACAAAGTGTTACATCTTGTACACAGACTAATTAATGATAATGCAAGGCATGCATTTCTTGCGTTCCGGGCTACCTTTGTGATCACTTTCAAGATCCCATGGAAAAAGGAACTGCAGTTAAAATTCAGAAACTCCAAATGCAATCCTCTAGGGGATTCTTTTTCTTTTTCATTTTTTTTTTTTTTTTTTTTGTGGGGAGCGGCCGTGGCGGCTGTGGCTAGAAGAGAGACAAAAGGTCGACGTCCAAAAGAGAAGTCCAGCATGGGAAGATAAATCGGTTTTCAGCGAAAGATTTGCACCATCTAACATCTCAAGGACATTTCATCACCCCTTTCCATACCAATCAAAGAGCATAAAACCATTTAAAAAGAACTCTGTTTCTTTGTATTTTCAGAGTAAGCCAACTTAATACCATACACAAGAAGAAGCCATTAAGAGGCTTATAGATTAATAGATGATTAAGTACAGAAATAATATTCTACCACCATTTTATTACCAGCACAAAAACAGCTTGAGTATTCAGAACCATAAGGTCTAATCTTCAGCTCATATAACCAAAAAATTTTGCATTACAGAGATTCATTGGGAATAAACTAGATAACAACCCGTCATCTTACATCAGTATCAATCTTAAAATTAAAGCAAAATGAAAACAAAATCTTCAATAAACCTCTACTCAGAAAGTACCTATCACTATTTTACTGATATGAATCATTTGTACTTCAAGTTAGCAGCACACTTCCAAACTTATTCCGGAAAATGAAAAGCAAATTTGTTCTGTGAAAAGCTTGCCTTGAGCTTGGAACAATAATCTCTAAGAATTTGCCGCTAGAGAACAATATGAGGGAGATTCTTTTAGCCCATTCTACAAGACTGAAAGCGAAACGAAATAGCTCGGTCTTGTAATCCATAAAAAAAATAGTCTTACCAAATAAAGCTACTATGTCCGTCTCCTGAGCCGCTTCCGCAGCTTCTTGTACTTGTGCTTGTTCATCTTCCGCTTCCTCTTCTTTTTCACGCTATCAGCCCACAAATTCCGAGAATCATCTTGCTGAACGTAATCCGGCTCGAATGGACCCAACCCAGTCGAGGAGATTTGCGGCAAGCAAAGCCCAAATGGAAAGCTAGGGTAAAACTGCGAAAACTGAGAAGACGGAATCGAGGCAGAAACAGAGTTTAAATTAGTGTCGCAATGCCCGTCTAGTTTCTTATCGATCTCAAGCGGCTGCTGGTGAAGAACGTAGGGTCCTGAGAGATTTTGCGACGTCTGGCTACACAACACAGCAATTACTCTTGTGGCTGGCGATTTTCTGATGAGTTTTTGAAGCATCGACGCCATTGAATCAGAGTGAAGCTTTTCAAACAGAATGAAGCTGAATCTTTTAGACTGATTTCTTGATGGAGGTGGCAAAGAGAGGGATGAAGGTTGAGAGAGGAAGTTATCTGTGCAGAAGATGGGAGAAGAACCAACAGCGCAGAAACCCTAATGCAGACGTGAAGGACAGAGAGAAGAGTGAAAATGGTCTTTTTTTTTTTAATTTACAAAAAATTATTTTTTAAAAAAAAAATTATAGAAAATTTTAATTTTTACCTCAAAATTCTTACAAGTTTAGTCTTAAACTTTCATATATATCTAATAGACCTTGAACTTTAAAACGTATTTAATAGATCTTAAACTTTTAATATTTTGTCTAATAGATTCATAAATTTAAAAGAATGTGCACAAAATTAAAAGTTTAAAAATTTATTAGATATTTTTTAAAATTTAAGAACTCGTTAAACACAACATAAAAAATTTAGGGACTTATTAGATATTTTTTAAAGTTTAGAAGCCTATTAGATAGAAATGAGAATGATTAAGCTCGTAATTTAGCCTACTTAACATTTCAAAATCTTTTTTAGCTTGTTTTAAGTTAAAAGCATAATTTTACCTTACCTATTTTGAGCCTAAATTCTAAATAAACATTTAAATTTAAAAAGATTTTGAGCTAAATAAATGTGAAAATTTTCTCTTTTTCAACAACGTGTTTAATTATTTTTCAAAAAAAAAAATAAAAGAAAAAATCCTCAATTTGATTCGATTTATTTCGGTTATAAAATACATAAACCATACGAAACAATTTTTTTTAAATTCTCACTTTTAGAATAGAAAGCCAAAAATAGCATAAAAACCACTTCAGTTTAGTTTGATTTTTTGGATTTTTTTTTTGTTACATTATAAAATTGGTTCTTATAATTGAGTTTAGTTTCAATTTAGTGCTTATAATTTGGACTTAGATTTTAATTTGGCTAAACTCCACAAATTATCTCTTCCATTGTCAACTTGACATGTTTTCACATATTTTTTATTTACGTGGTAATGAGCTAGTATTTTCTATTTGGTTGATTGTGTTAGCAAACTATATTAGGATTTAAACTGAGTAAAAAATACAGTAAAAAGAGTGAGTTTTTAAGTAGGTAAAAAATGGTTTAAAGAGAATTTGTGAAGTTTTAACACACTATAATGATCAAATTGAAAATTTTAAAATTATAAAAATTAAATTAAAATTAAATTTAGGACGAAATTAAAAAAATTCTTAAAAGTAGATACCAAATCAAAATTAAGCTCAAATTATAGGGATCAAATTTATAATTTAACAATATTGTTTACACCCTCAACGTTACTCCCATAGAATTTGGAAAATACAAAATTGCCCCAGATCTGTCCGAAATTAAGAAAATGGCCCTCGCAGTCTTCGAAGTTTTACTTGTGTTCCTCCGCGAGGCGCCTGTGTTCAAGTCCGCTCGTGGAGGTGCCATGACATCGACGATGGGAAGGCGATCCATGTGGGTTGCTCTTCTCGTCCTCTCTCTTCTGCTTTGTATGCGACCGCAGAGCGTTTCTTCCACTCTTCCTCTCCAATCATTGAAACAGGTGCATATTTCACGTATAAATTGAACTTCCTCTGTTAGATTCAAATTATGCGAGATGGGTCTCCGTTAATCCATCTTGAAAAGAAATTTCATAGTTTGATTTCGAAAAGGAACGATGAATTGGCCAATTCTGCCCAATAGCAACTCAGTTTTAATGCTCTAGTGTGATTTGGCTTCCTCATGACTTCGTCTCTGTGACCAGATTATTTGTTGTAGAATGTTTCTAATTCTTCTGCATCGAAATCCAATAACAATTGTTGATGGAGTTTCTATAAATTCGTTTAGGAATCGAACTACTTGAAGTTTTCTGAACCGTTTGTATTTGCTACTCGCTAGTTTTTCTTGATTTTTGATCTCTTCTTATGTGTTCAGTTCCACTGGAATTGTCTGTTAAAAGAATGAGGTGAAATCACCTTATTACTTTTCTGAAAACTTCTAAGTCTATATTTTCATTTTCTCACTTTTTATGGTTAAATGCGATAATTAATTGGTAGAACACCAATTCTCTGTATGACCATGTTCTTTGTTGTCGTTTTCCCCTAGGGTTCTAAAGATTCTGCCACTGCAAGGTAATATTTTGTTTCTTTACAATCACCTATGTTCTTATGGAGTGAGCGATTGATTCTTATATATTTTTTTAAGTTTTTAGTACTGGTCTTAATGCGTTTAGACGACCTAAAGTTCTGAACTTTACAGCTAACATTATAGCTTATTCCAAGTAGAGGCTATGGTGTATTTTCTTTTCTTACAATGATAATAAATTTTTGGGCTTTGGAGTTGATGTTCAGTACTCCGAAGCAGGATTGGAGCAATGCTCATGAGGTACATTGCTCAAGAGAAAGGAGTAGGGCGGCATGGAAAATAATCGAGGAGGTATTCATTCAACACTTAAATGGAGTTTCTTTGTAATTGTTGCGACATGCTTGGTTTGATATGGTATTTTATTAAACTACGTCGGAATGTTTTGTTCATGATGCAGTATCTAATGCCCTTTGTGGATAAAAAGAAATACAAGATTTCTAGTGAGTGTAGGCTTCACCCTGATAACGACATGTTCAGAGATCAAGAACAGCACAAGAGCCGACTAGATTTTAATGAATGGAAATGTGGATATTGTAGAAAAAGGTTCTACGAAGAGAAGTATCTTGATCAGCATTTTGACAATAGGCACTATAATTTGCTCAATGTGGTAAGTCATCTTTAATGATTCAACTCACAACAGCAGTAATGACATTTAGTTAGTTATAAGATCATTATAGGAGAATTTTTCTATTGAATTGTGGGCTTCCATTAGTTCACAGTGGATTCTAACCATCAAATCAATTATCCTGGATTAGTAGAGATAATATGAGACTCTAGGTACAATATGTTTTGGCTTCTTTCTAGTTATTGTTCTTGAATACTTTCCCAGGGAAAGAGGCTTCCTCCTAAGGATGTGTATTTATTGGCATCATTGTACGAATTTTGTTTTGTTTATTTGTTTGTTACTTTCATTTGGTGGGTGGGGGTTGGTAAATTTGATGAAAGGTGATGCAGATTACATATGCGTATGATAAGAACAGTTGCAAGCTGCAATTGCTCTTCACGTACTAATGGAAAAAGGCGAGAGGGGTTAAGGAATAAAGTTAGTTGTAAAGGGAGGGATTGGCCGTTTTATGATACATGCCATCATGTATGGGGAGGGGGTTAGTTTGTCATCTGTACAGATTAGAGATTAGAGTTCTCTGGGAATGGAGAAGACTAGGCCTCTCAGAAACCTGGAAAACCAATGTATTTTGCTATCAGATACTGCCTATTCAATTAGACTTATCAGAGTATTTATATGGATTTCGTGCAGAAAGATTTTGGAGTCACCAATGTAGGATTCTTTAGTTGATAAGTCTGGGTTTTCTTATTTACCTTGTTAAATCAATCTGAGTACCTGTAGTATTTTGCAACTTAGGAACAGTTTTGAGAAGCATTAACAACCTGAATTTTCATGCATCAAGAAAACCTGAATTTTCCACTGGCTCTAAATAGTAGTTTACATGGTCCTTTCTTCTAGTTGCGCTTCATGAGCATATCCCTTAGACTTTAGAAAAAGTAATGTTTGCTTCAGTTTTAGCTGATATGGCACTCCAATGATTAAACGTAACATGCTCGTGTTTAATCCAGAGTCGAAGCAAGTGCTTGGCAGATGTTTGTGGTGCATTGCATTGTGACCATGTGATAGATACAGTATCACAGAAAAGTAAATGCAATCCTGCTGCTGTTGCAAGAAATAAACATATGTGTGAGGTGACCTCAGAAGATTTCTCACAGATTTCTTCTTTATTTCCTCACAGTTCATCACCAAACGATTGTTAATTCATTGCAGGCTCTAGCTGACAGTTGTTTTCCTGTTGCTGAGGGTGCCTTGGCCAGCCAACTTCACGGTAACATCTGAATTCTCCTCTCCCCTCAATGTGACTAATTATTTGGCAACTGCCCCTATATCTTCATCTAATGGTACACTTTTGATGTTGTTCAAATGGTAGAATTCTTCTTGCGCCAATTCTGTGACGCACACACTTGTAGCGGGAAGCCAAAACCTTTCTCCAGAGGTCGGGAGGTAATTAGTTTCATTGGATCAATTAATATATTAAGCTCCTTTCATTCAGCTACTCTTTGTGTAAGATGCTAGTATGATGAGCAATATTCAAGATATAGCATTGTTTTCTCTGGTTTGGACTGACCCTTAAAATATCAACATGCCTTTGCTTTGGCAATGAACTTCAACATATACATTGCACGAGGAACTGTTTGATTGAATCATCTTATGTTCGTGTTTTATTATTGCATCAAACTCACCAATTTACTCGATAATCATCCAAAGTTCATCCATCCCTTCGTTTTCTCATGGCCAGCAGGAAAACAGTTCAACCGTCTTTATACTTTTCTTGCACTACCAAAAATCTCTGATGAAATTTCATTTTGTTAAATGCAATCTTCGGCATTCTTGCAGGTTAGGACGAGTTGGTTCTATGTTGTTATTTCGATAATGACAGTCCTATTTGTGCTGTTTTTCTATGTCTTCATTTATTTGTATAAGAGGTATCTTTCTTCTGCCTACCTTCATTTGTATCAGTTCATGAGAGTTTCAACTTTGACTCGGACAATCATGTTCATCTTACAGGGGAATGAGAACAAGACCGCAGGGGCTGAAGCGCCTCTCACAAAGCGGAAGAAAGAAAAAACCGTCATAGATGGAACCTTTTGCCCTTTCAATAACAATATGTAG

mRNA sequence

ATGGAGGGTTGGTTTCAAAAGTTACAGTTAGGGTTTGACGAAGTTTTCGGTGGTGAAGAAGAAGAAGGTGCTCCGCCTTGGTTTTTCTCTCCGGTCTGTGCTCTTCCTTGGAATCTCGAAAAAATCTGTACTCTTTCGGGGCTGCTCATATTGGTCTGTACTCTTTCTGGCGCTGTATCGTTGGGAAGGAGATTTCTCAACAGTTGCTACGAACTTCTTCAGATGTCTAATATACTCGGGATAGAGCTCAAGATTACAGTGATTAACGCGCAGGTGAATGCTCAGCTCGATGAAGAGCTCATACATCTGACCCAGATCGGTGGCGTTGCCGTGCGAGTAGAGCAGAGTCGAAGTCGCCATGGGATGCCGGACATAGATTGCGACGATATCGGTGCCCCGGCGAGTGGGCAGCTTGAGAACTTCAACATTTTCGCGGTGAGGGAAGGGACTGAGAAGCAAAAGACCCGTAAGTTCATCGGTGATGAGCTTATACGAAGAGAATCTGGATTTGCCTCACGGATTTCTTTGCTTGGTTCTGAAGGTTCAGGGGTTACAGAATACATTGAGCGCATCGATGAACGGAACAAAGTGTTACATCTTGTACACAGACTAATTAATGATAATGCAAGGCATGCATTTCTTGCGTTCCGGGCTACCTTTGTGATCACTTTCAAGATCCCATGGAAAAAGGAACTGCAGTTAAAATTCAGAAACTCCAAATGCAATCCTCTAGGGGATTCTTTTTCTTTTTCATTTTTTTTTTTTTTTTTTTTGTGGGGAGCGGCCGTGGCGGCTGTGGCTAGAAGAGAGACAAAAGGTCGACGTCCAAAAGAGAACCCACAAATTCCGAGAATCATCTTGCTGAACGTAATCCGGCTCGAATGGACCCAACCCAGTCGAGGAGATTTGCGGCAAGCAAAGCCCAAATGGAAAGCTAGGACTGATTTCTTGATGGAGGTGGCAAAGAGAGGGATGAAGGTTGAGAGAGGAAGTTATCTGTGCAGAAGATGGGAGAAGAACCAACAGCGCAGAAACCCTAATGCAGACGTGAAGGACAGAGAGAAGAGTGAAAATGAATTTGGAAAATACAAAATTGCCCCAGATCTGTCCGAAATTAAGAAAATGGCCCTCGCAGTCTTCGAAGTTTTACTTGTGTTCCTCCGCGAGGCGCCTGTGTTCAAGTCCGCTCGTGGAGGTGCCATGACATCGACGATGGGAAGGCGATCCATGTGGGTTGCTCTTCTCGTCCTCTCTCTTCTGCTTTGTATGCGACCGCAGAGCGTTTCTTCCACTCTTCCTCTCCAATCATTGAAACAGGGTTCTAAAGATTCTGCCACTGCAAGTACTCCGAAGCAGGATTGGAGCAATGCTCATGAGGTACATTGCTCAAGAGAAAGGAGTAGGGCGGCATGGAAAATAATCGAGGAGTATCTAATGCCCTTTGTGGATAAAAAGAAATACAAGATTTCTAGTGAGTGTAGGCTTCACCCTGATAACGACATGTTCAGAGATCAAGAACAGCACAAGAGCCGACTAGATTTTAATGAATGGAAATGTGGATATTGTAGAAAAAGGTTCTACGAAGAGAAGTATCTTGATCAGCATTTTGACAATAGGCACTATAATTTGCTCAATGTGAGTCGAAGCAAGTGCTTGGCAGATGTTTGTGGTGCATTGCATTGTGACCATGTGATAGATACAGTATCACAGAAAAGTAAATGCAATCCTGCTGCTGTTGCAAGAAATAAACATATGTGTGAGGCTCTAGCTGACAGTTGTTTTCCTGTTGCTGAGGGTGCCTTGGCCAGCCAACTTCACGAATTCTTCTTGCGCCAATTCTGTGACGCACACACTTGTAGCGGGAAGCCAAAACCTTTCTCCAGAGGTCGGGAGGTTAGGACGAGTTGGTTCTATGTTGTTATTTCGATAATGACAGTCCTATTTGTGCTGTTTTTCTATGTCTTCATTTATTTGTATAAGAGGTATCTTTCTTCTGCCTACCTTCATTTGTATCAGTTCATGAGAGTTTCAACTTTGACTCGGACAATCATGTTCATCTTACAGGGGAATGAGAACAAGACCGCAGGGGCTGAAGCGCCTCTCACAAAGCGGAAGAAAGAAAAAACCGTCATAGATGGAACCTTTTGCCCTTTCAATAACAATATGTAG

Coding sequence (CDS)

ATGGAGGGTTGGTTTCAAAAGTTACAGTTAGGGTTTGACGAAGTTTTCGGTGGTGAAGAAGAAGAAGGTGCTCCGCCTTGGTTTTTCTCTCCGGTCTGTGCTCTTCCTTGGAATCTCGAAAAAATCTGTACTCTTTCGGGGCTGCTCATATTGGTCTGTACTCTTTCTGGCGCTGTATCGTTGGGAAGGAGATTTCTCAACAGTTGCTACGAACTTCTTCAGATGTCTAATATACTCGGGATAGAGCTCAAGATTACAGTGATTAACGCGCAGGTGAATGCTCAGCTCGATGAAGAGCTCATACATCTGACCCAGATCGGTGGCGTTGCCGTGCGAGTAGAGCAGAGTCGAAGTCGCCATGGGATGCCGGACATAGATTGCGACGATATCGGTGCCCCGGCGAGTGGGCAGCTTGAGAACTTCAACATTTTCGCGGTGAGGGAAGGGACTGAGAAGCAAAAGACCCGTAAGTTCATCGGTGATGAGCTTATACGAAGAGAATCTGGATTTGCCTCACGGATTTCTTTGCTTGGTTCTGAAGGTTCAGGGGTTACAGAATACATTGAGCGCATCGATGAACGGAACAAAGTGTTACATCTTGTACACAGACTAATTAATGATAATGCAAGGCATGCATTTCTTGCGTTCCGGGCTACCTTTGTGATCACTTTCAAGATCCCATGGAAAAAGGAACTGCAGTTAAAATTCAGAAACTCCAAATGCAATCCTCTAGGGGATTCTTTTTCTTTTTCATTTTTTTTTTTTTTTTTTTTGTGGGGAGCGGCCGTGGCGGCTGTGGCTAGAAGAGAGACAAAAGGTCGACGTCCAAAAGAGAACCCACAAATTCCGAGAATCATCTTGCTGAACGTAATCCGGCTCGAATGGACCCAACCCAGTCGAGGAGATTTGCGGCAAGCAAAGCCCAAATGGAAAGCTAGGACTGATTTCTTGATGGAGGTGGCAAAGAGAGGGATGAAGGTTGAGAGAGGAAGTTATCTGTGCAGAAGATGGGAGAAGAACCAACAGCGCAGAAACCCTAATGCAGACGTGAAGGACAGAGAGAAGAGTGAAAATGAATTTGGAAAATACAAAATTGCCCCAGATCTGTCCGAAATTAAGAAAATGGCCCTCGCAGTCTTCGAAGTTTTACTTGTGTTCCTCCGCGAGGCGCCTGTGTTCAAGTCCGCTCGTGGAGGTGCCATGACATCGACGATGGGAAGGCGATCCATGTGGGTTGCTCTTCTCGTCCTCTCTCTTCTGCTTTGTATGCGACCGCAGAGCGTTTCTTCCACTCTTCCTCTCCAATCATTGAAACAGGGTTCTAAAGATTCTGCCACTGCAAGTACTCCGAAGCAGGATTGGAGCAATGCTCATGAGGTACATTGCTCAAGAGAAAGGAGTAGGGCGGCATGGAAAATAATCGAGGAGTATCTAATGCCCTTTGTGGATAAAAAGAAATACAAGATTTCTAGTGAGTGTAGGCTTCACCCTGATAACGACATGTTCAGAGATCAAGAACAGCACAAGAGCCGACTAGATTTTAATGAATGGAAATGTGGATATTGTAGAAAAAGGTTCTACGAAGAGAAGTATCTTGATCAGCATTTTGACAATAGGCACTATAATTTGCTCAATGTGAGTCGAAGCAAGTGCTTGGCAGATGTTTGTGGTGCATTGCATTGTGACCATGTGATAGATACAGTATCACAGAAAAGTAAATGCAATCCTGCTGCTGTTGCAAGAAATAAACATATGTGTGAGGCTCTAGCTGACAGTTGTTTTCCTGTTGCTGAGGGTGCCTTGGCCAGCCAACTTCACGAATTCTTCTTGCGCCAATTCTGTGACGCACACACTTGTAGCGGGAAGCCAAAACCTTTCTCCAGAGGTCGGGAGGTTAGGACGAGTTGGTTCTATGTTGTTATTTCGATAATGACAGTCCTATTTGTGCTGTTTTTCTATGTCTTCATTTATTTGTATAAGAGGTATCTTTCTTCTGCCTACCTTCATTTGTATCAGTTCATGAGAGTTTCAACTTTGACTCGGACAATCATGTTCATCTTACAGGGGAATGAGAACAAGACCGCAGGGGCTGAAGCGCCTCTCACAAAGCGGAAGAAAGAAAAAACCGTCATAGATGGAACCTTTTGCCCTTTCAATAACAATATGTAG

Protein sequence

MEGWFQKLQLGFDEVFGGEEEEGAPPWFFSPVCALPWNLEKICTLSGLLILVCTLSGAVSLGRRFLNSCYELLQMSNILGIELKITVINAQVNAQLDEELIHLTQIGGVAVRVEQSRSRHGMPDIDCDDIGAPASGQLENFNIFAVREGTEKQKTRKFIGDELIRRESGFASRISLLGSEGSGVTEYIERIDERNKVLHLVHRLINDNARHAFLAFRATFVITFKIPWKKELQLKFRNSKCNPLGDSFSFSFFFFFFLWGAAVAAVARRETKGRRPKENPQIPRIILLNVIRLEWTQPSRGDLRQAKPKWKARTDFLMEVAKRGMKVERGSYLCRRWEKNQQRRNPNADVKDREKSENEFGKYKIAPDLSEIKKMALAVFEVLLVFLREAPVFKSARGGAMTSTMGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEVHCSRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCGYCRKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVARNKHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVVISIMTVLFVLFFYVFIYLYKRYLSSAYLHLYQFMRVSTLTRTIMFILQGNENKTAGAEAPLTKRKKEKTVIDGTFCPFNNNM

Homology

[Close]

BLAST of Sgr016618 vs. NCBI nr
Match: KAG7022689.1 (hypothetical protein SDJN02_16423, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 472.6 bits (1215), Expect = 6.0e-129
Identity = 226/270 (83.70%), Postives = 251/270 (92.96%), Query Frame = 0


Query: 393 FKSARGGAMTSTMGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQ 452
           F SA GG++TSTMGRRS+WVALLV+SLL  +RPQ VSST PLQSL QGSKDSAT S PKQ
Sbjct: 8   FNSAGGGSITSTMGRRSIWVALLVISLLFSLRPQRVSSTPPLQSLNQGSKDSATESAPKQ 67

Query: 453 DWSNAHEVHCSRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRL 512
           DW++A EVHCSRERSRAAWKIIEEYLMPFVDKKK+KIS+ECRLHPDNDMFRDQEQHK+ L
Sbjct: 68  DWNDAREVHCSRERSRAAWKIIEEYLMPFVDKKKHKISTECRLHPDNDMFRDQEQHKTHL 127

Query: 513 DFNEWKCGYCRKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQ-K 572
           DFN+WKCGYCRKRFYEEKYLDQHFDNRHY+LLNVSR+KC+AD+CGAL CDHV+D+VSQ K
Sbjct: 128 DFNDWKCGYCRKRFYEEKYLDQHFDNRHYDLLNVSRNKCMADLCGALQCDHVMDSVSQKK 187

Query: 573 SKCNPAAVARNKHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGRE 632
           SKCNPAA ARNKHMCEALADSCFP+ +GA AS LHEFFLRQFCDAHTCSGKPKPFSRGR+
Sbjct: 188 SKCNPAATARNKHMCEALADSCFPINQGASASHLHEFFLRQFCDAHTCSGKPKPFSRGRQ 247

Query: 633 VRTSWFYVVISIMTVLFVLFFYVFIYLYKR 662
           VRTSW YVVIS++T+L V+FFYVF+YLYKR
Sbjct: 248 VRTSWSYVVISVLTLLIVMFFYVFVYLYKR 277

[Close]

BLAST of Sgr016618 vs. NCBI nr
Match: XP_038891552.1 (uncharacterized protein LOC120080934 [Benincasa hispida])

HSP 1 Score: 469.9 bits (1208), Expect = 3.9e-128
Identity = 225/257 (87.55%), Postives = 241/257 (93.77%), Query Frame = 0


Query: 405 MGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEVHCSR 464
           MGRRS+WVALLV  LLL +RP +VSS LPLQ+L QG KDSA+ STPKQDW+NAHEVHCSR
Sbjct: 2   MGRRSVWVALLVFYLLLSLRPHTVSSVLPLQALNQGFKDSASESTPKQDWNNAHEVHCSR 61

Query: 465 ERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCGYCRK 524
           ERSRAAWKIIEEYLMPFV+KKKYKISS+CRLHPDNDMFRDQEQHKS LDFN+WKCGYCRK
Sbjct: 62  ERSRAAWKIIEEYLMPFVEKKKYKISSKCRLHPDNDMFRDQEQHKSHLDFNDWKCGYCRK 121

Query: 525 RFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVARNKH 584
           RFYEEKYLDQHFDNRHYNLLNVSRS+CLAD+CGALHCDHVIDTVSQKSKCNPAA ARNKH
Sbjct: 122 RFYEEKYLDQHFDNRHYNLLNVSRSRCLADLCGALHCDHVIDTVSQKSKCNPAAAARNKH 181

Query: 585 MCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVVISIM 644
           MCE LADSCFPV EGA AS LHEFFLRQFCDAHTCSGKPKPFSRGR+VR + FY+VIS++
Sbjct: 182 MCEGLADSCFPVDEGASASHLHEFFLRQFCDAHTCSGKPKPFSRGRQVRKNVFYIVISVL 241

Query: 645 TVLFVLFFYVFIYLYKR 662
           TVLFVLFFYVFIYLYKR
Sbjct: 242 TVLFVLFFYVFIYLYKR 258

[Close]

BLAST of Sgr016618 vs. NCBI nr
Match: XP_022154197.1 (uncharacterized protein LOC111021515 [Momordica charantia])

HSP 1 Score: 469.2 bits (1206), Expect = 6.6e-128
Identity = 227/261 (86.97%), Postives = 242/261 (92.72%), Query Frame = 0


Query: 401 MTSTMGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEV 460
           MT+TMGRRS+WVALLV  LLL MRP  VSSTLPLQ L QGSKDSA  STPKQD++NAHEV
Sbjct: 1   MTATMGRRSIWVALLVPFLLLFMRPHGVSSTLPLQPLIQGSKDSAPLSTPKQDFNNAHEV 60

Query: 461 HCSRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCG 520
           HCSRERSR AWKIIEEYLMPFV+K+KYKIS++CRLHPDNDMFRDQEQHKS LDFNEWKCG
Sbjct: 61  HCSRERSRVAWKIIEEYLMPFVNKRKYKISTDCRLHPDNDMFRDQEQHKSHLDFNEWKCG 120

Query: 521 YCRKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVA 580
           YCRKRFYEEKYLDQHFDNRHY+LLN SR KCLADVCGALHCD V++TVSQKSKCNPAA A
Sbjct: 121 YCRKRFYEEKYLDQHFDNRHYDLLNTSRIKCLADVCGALHCDRVVETVSQKSKCNPAAAA 180

Query: 581 RNKHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVV 640
           R KHMCE LADSCFPVAEGA AS LHEFFLRQFCDAHTCSGKPKPFS+G+EVRTSWFY+V
Sbjct: 181 RKKHMCEVLADSCFPVAEGASASHLHEFFLRQFCDAHTCSGKPKPFSQGQEVRTSWFYIV 240

Query: 641 ISIMTVLFVLFFYVFIYLYKR 662
           ISI+TVLFVLFFYVFIYLYKR
Sbjct: 241 ISILTVLFVLFFYVFIYLYKR 261

[Close]

BLAST of Sgr016618 vs. NCBI nr
Match: XP_022928324.1 (uncharacterized protein LOC111435184 [Cucurbita moschata])

HSP 1 Score: 466.8 bits (1200), Expect = 3.3e-127
Identity = 224/262 (85.50%), Postives = 247/262 (94.27%), Query Frame = 0


Query: 401 MTSTMGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEV 460
           MTSTMGRRS+WVALLV+SLL  +RPQ VSSTLPLQSL QGSKDSAT S PKQDW++A EV
Sbjct: 1   MTSTMGRRSIWVALLVISLLFSLRPQRVSSTLPLQSLNQGSKDSATESAPKQDWNDAREV 60

Query: 461 HCSRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCG 520
           HCSRERSRAAWKIIEEYLMPFVDKKK+KIS+ECRLHPDNDMFRDQEQHK+ LDFN+WKCG
Sbjct: 61  HCSRERSRAAWKIIEEYLMPFVDKKKHKISTECRLHPDNDMFRDQEQHKTHLDFNDWKCG 120

Query: 521 YCRKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQ-KSKCNPAAV 580
           YCRKRFYEEKYLDQHFDNRHY+LLNVSR+KC+AD+CGALHCDHV+D+VSQ KSKCNPAA 
Sbjct: 121 YCRKRFYEEKYLDQHFDNRHYDLLNVSRNKCMADLCGALHCDHVMDSVSQKKSKCNPAAT 180

Query: 581 ARNKHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYV 640
           ARNKHMCEALADSCFP+ +G +AS LHEFFLRQFCDAHTCSGKPKPFSRGR+VRTSW YV
Sbjct: 181 ARNKHMCEALADSCFPINQG-VASHLHEFFLRQFCDAHTCSGKPKPFSRGRQVRTSWSYV 240

Query: 641 VISIMTVLFVLFFYVFIYLYKR 662
           VIS++T+L VLFFYVF+YLYKR
Sbjct: 241 VISVLTILIVLFFYVFVYLYKR 261

[Close]

BLAST of Sgr016618 vs. NCBI nr
Match: XP_023532028.1 (uncharacterized protein LOC111794116 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 465.7 bits (1197), Expect = 7.3e-127
Identity = 222/258 (86.05%), Postives = 243/258 (94.19%), Query Frame = 0


Query: 405 MGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEVHCSR 464
           MGRRS+WVALLV+SLL  +RPQ VSSTLPLQSL QGSKDSAT S PKQDW++A EVHCSR
Sbjct: 1   MGRRSIWVALLVISLLFSLRPQRVSSTLPLQSLNQGSKDSATESAPKQDWNDAREVHCSR 60

Query: 465 ERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCGYCRK 524
           ERSRAAWKIIEEYLMPFVDKKK+KIS+ECRLHPDNDMFRDQEQHK+ LDFN+WKCGYCRK
Sbjct: 61  ERSRAAWKIIEEYLMPFVDKKKHKISTECRLHPDNDMFRDQEQHKTHLDFNDWKCGYCRK 120

Query: 525 RFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQ-KSKCNPAAVARNK 584
           RFYEEKYLDQHFDNRHY+LLNVSR+KC+AD+CGALHCDHV+D+VSQ KSKCNPAA ARNK
Sbjct: 121 RFYEEKYLDQHFDNRHYDLLNVSRNKCMADLCGALHCDHVMDSVSQKKSKCNPAAAARNK 180

Query: 585 HMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVVISI 644
           HMCEALADSCFP+ EGA AS LHEFFLRQFCDAHTCSGKPKPFSRGR+VRTSW YVVIS+
Sbjct: 181 HMCEALADSCFPINEGASASHLHEFFLRQFCDAHTCSGKPKPFSRGRQVRTSWSYVVISV 240

Query: 645 MTVLFVLFFYVFIYLYKR 662
           +T+L VLFFYVF+YLYKR
Sbjct: 241 LTILIVLFFYVFVYLYKR 258

[Close]

BLAST of Sgr016618 vs. ExPASy TrEMBL
Match: A0A6J1DL16 (uncharacterized protein LOC111021515 OS=Momordica charantia OX=3673 GN=LOC111021515 PE=4 SV=1)

HSP 1 Score: 469.2 bits (1206), Expect = 3.2e-128
Identity = 227/261 (86.97%), Postives = 242/261 (92.72%), Query Frame = 0


Query: 401 MTSTMGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEV 460
           MT+TMGRRS+WVALLV  LLL MRP  VSSTLPLQ L QGSKDSA  STPKQD++NAHEV
Sbjct: 1   MTATMGRRSIWVALLVPFLLLFMRPHGVSSTLPLQPLIQGSKDSAPLSTPKQDFNNAHEV 60

Query: 461 HCSRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCG 520
           HCSRERSR AWKIIEEYLMPFV+K+KYKIS++CRLHPDNDMFRDQEQHKS LDFNEWKCG
Sbjct: 61  HCSRERSRVAWKIIEEYLMPFVNKRKYKISTDCRLHPDNDMFRDQEQHKSHLDFNEWKCG 120

Query: 521 YCRKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVA 580
           YCRKRFYEEKYLDQHFDNRHY+LLN SR KCLADVCGALHCD V++TVSQKSKCNPAA A
Sbjct: 121 YCRKRFYEEKYLDQHFDNRHYDLLNTSRIKCLADVCGALHCDRVVETVSQKSKCNPAAAA 180

Query: 581 RNKHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVV 640
           R KHMCE LADSCFPVAEGA AS LHEFFLRQFCDAHTCSGKPKPFS+G+EVRTSWFY+V
Sbjct: 181 RKKHMCEVLADSCFPVAEGASASHLHEFFLRQFCDAHTCSGKPKPFSQGQEVRTSWFYIV 240

Query: 641 ISIMTVLFVLFFYVFIYLYKR 662
           ISI+TVLFVLFFYVFIYLYKR
Sbjct: 241 ISILTVLFVLFFYVFIYLYKR 261

[Close]

BLAST of Sgr016618 vs. ExPASy TrEMBL
Match: A0A6J1EKH9 (uncharacterized protein LOC111435184 OS=Cucurbita moschata OX=3662 GN=LOC111435184 PE=4 SV=1)

HSP 1 Score: 466.8 bits (1200), Expect = 1.6e-127
Identity = 224/262 (85.50%), Postives = 247/262 (94.27%), Query Frame = 0


Query: 401 MTSTMGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEV 460
           MTSTMGRRS+WVALLV+SLL  +RPQ VSSTLPLQSL QGSKDSAT S PKQDW++A EV
Sbjct: 1   MTSTMGRRSIWVALLVISLLFSLRPQRVSSTLPLQSLNQGSKDSATESAPKQDWNDAREV 60

Query: 461 HCSRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCG 520
           HCSRERSRAAWKIIEEYLMPFVDKKK+KIS+ECRLHPDNDMFRDQEQHK+ LDFN+WKCG
Sbjct: 61  HCSRERSRAAWKIIEEYLMPFVDKKKHKISTECRLHPDNDMFRDQEQHKTHLDFNDWKCG 120

Query: 521 YCRKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQ-KSKCNPAAV 580
           YCRKRFYEEKYLDQHFDNRHY+LLNVSR+KC+AD+CGALHCDHV+D+VSQ KSKCNPAA 
Sbjct: 121 YCRKRFYEEKYLDQHFDNRHYDLLNVSRNKCMADLCGALHCDHVMDSVSQKKSKCNPAAT 180

Query: 581 ARNKHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYV 640
           ARNKHMCEALADSCFP+ +G +AS LHEFFLRQFCDAHTCSGKPKPFSRGR+VRTSW YV
Sbjct: 181 ARNKHMCEALADSCFPINQG-VASHLHEFFLRQFCDAHTCSGKPKPFSRGRQVRTSWSYV 240

Query: 641 VISIMTVLFVLFFYVFIYLYKR 662
           VIS++T+L VLFFYVF+YLYKR
Sbjct: 241 VISVLTILIVLFFYVFVYLYKR 261

[Close]

BLAST of Sgr016618 vs. ExPASy TrEMBL
Match: A0A6J1F459 (uncharacterized protein LOC111441996 OS=Cucurbita moschata OX=3662 GN=LOC111441996 PE=4 SV=1)

HSP 1 Score: 462.6 bits (1189), Expect = 3.0e-126
Identity = 221/257 (85.99%), Postives = 240/257 (93.39%), Query Frame = 0


Query: 405 MGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEVHCSR 464
           MGRRS+WVALLVLSLLL  RP  VSSTLPLQSL QGSKDSAT STPKQD +NAHEVHCSR
Sbjct: 1   MGRRSLWVALLVLSLLLYSRPHGVSSTLPLQSLNQGSKDSATESTPKQDLNNAHEVHCSR 60

Query: 465 ERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCGYCRK 524
           ERSRAAWKIIEEYLMPF+DKK+YK+S++CRLHPDNDMFRDQEQHKS LDFN+WKCGYC+K
Sbjct: 61  ERSRAAWKIIEEYLMPFMDKKRYKVSTKCRLHPDNDMFRDQEQHKSHLDFNDWKCGYCKK 120

Query: 525 RFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVARNKH 584
           +FYEEKYLDQHF NRHY+LLNVSRSKCLAD CGALHCD VIDT+SQKSKCNPAA ARNKH
Sbjct: 121 KFYEEKYLDQHFANRHYDLLNVSRSKCLADFCGALHCDRVIDTISQKSKCNPAAAARNKH 180

Query: 585 MCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVVISIM 644
           MCE LADSCFP+ +GA AS LHEFFLRQFCDAHTCSGKPKPFSRGR+VRTS FY+VIS++
Sbjct: 181 MCEGLADSCFPIDDGASASHLHEFFLRQFCDAHTCSGKPKPFSRGRQVRTSVFYIVISVL 240

Query: 645 TVLFVLFFYVFIYLYKR 662
           TV+FVLFFYVFIYLYKR
Sbjct: 241 TVIFVLFFYVFIYLYKR 257

[Close]

BLAST of Sgr016618 vs. ExPASy TrEMBL
Match: A0A6J1J0Y1 (uncharacterized protein LOC111482459 OS=Cucurbita maxima OX=3661 GN=LOC111482459 PE=4 SV=1)

HSP 1 Score: 462.2 bits (1188), Expect = 3.9e-126
Identity = 222/257 (86.38%), Postives = 240/257 (93.39%), Query Frame = 0


Query: 405 MGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQDWSNAHEVHCSR 464
           MGRRS+WVALLVLSLLL  RP  VSSTLPLQSL QGSKDSAT STPKQD +NAHEVHCSR
Sbjct: 1   MGRRSLWVALLVLSLLLYSRPPGVSSTLPLQSLNQGSKDSATESTPKQDLNNAHEVHCSR 60

Query: 465 ERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCGYCRK 524
           ERSRAAWKIIEEYLMPFVDKK+YKIS++CRLHPDNDMFRDQEQHKS LDFN+WKCGYC+K
Sbjct: 61  ERSRAAWKIIEEYLMPFVDKKRYKISTKCRLHPDNDMFRDQEQHKSHLDFNDWKCGYCKK 120

Query: 525 RFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVARNKH 584
           +FYEEKYLDQHF NRHY+LLNVSRSKCLAD CGALHCD VID++SQKSKCNPAA ARNKH
Sbjct: 121 KFYEEKYLDQHFANRHYDLLNVSRSKCLADFCGALHCDRVIDSISQKSKCNPAAAARNKH 180

Query: 585 MCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVVISIM 644
           MCE LADSCFP+ +GA AS LHEFFLRQFCDAHTCSGKPKPFSRGR+VRTS FY+VIS++
Sbjct: 181 MCEGLADSCFPIDDGASASHLHEFFLRQFCDAHTCSGKPKPFSRGRQVRTSVFYIVISVL 240

Query: 645 TVLFVLFFYVFIYLYKR 662
           TV+FVLFFYVFIYLYKR
Sbjct: 241 TVIFVLFFYVFIYLYKR 257

[Close]

BLAST of Sgr016618 vs. ExPASy TrEMBL
Match: A0A5A7URM7 (Zinc finger family protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold108G00300 PE=4 SV=1)

HSP 1 Score: 461.8 bits (1187), Expect = 5.1e-126
Identity = 221/259 (85.33%), Postives = 242/259 (93.44%), Query Frame = 0


Query: 405 MGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQG--SKDSATASTPKQDWSNAHEVHC 464
           MGRRS+ VALLV SLLL +RP +VSSTLPLQSL QG  SKDSA+ STPKQDW+NAHEVHC
Sbjct: 1   MGRRSIRVALLVFSLLLSLRPHTVSSTLPLQSLNQGSNSKDSASGSTPKQDWNNAHEVHC 60

Query: 465 SRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCGYC 524
           SRERSRAAWK+IEEYLMPFV+KKKY+IS++CRLHPDNDMFRDQEQHKS LDFN+WKCGYC
Sbjct: 61  SRERSRAAWKVIEEYLMPFVEKKKYEISTKCRLHPDNDMFRDQEQHKSHLDFNDWKCGYC 120

Query: 525 RKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVARN 584
           RKRFYEEKY+DQHFDNRHYNLLNVSR++CLAD+CGALHCDHVID VSQKSKCNPAA ARN
Sbjct: 121 RKRFYEEKYIDQHFDNRHYNLLNVSRNRCLADLCGALHCDHVIDAVSQKSKCNPAAAARN 180

Query: 585 KHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVVIS 644
           KHMCE LADSCFPV EGALAS LHEFFLRQFCDAHTCSGKPKPFSRGR+VRTS FY+VIS
Sbjct: 181 KHMCEGLADSCFPVDEGALASHLHEFFLRQFCDAHTCSGKPKPFSRGRQVRTSVFYIVIS 240

Query: 645 IMTVLFVLFFYVFIYLYKR 662
           ++T+LFV+FFYVF YLY R
Sbjct: 241 VLTILFVMFFYVFFYLYNR 259

[Close]

BLAST of Sgr016618 vs. TAIR 10
Match: AT5G40710.1 (zinc finger (C2H2 type) family protein )

HSP 1 Score: 294.7 bits (753), Expect = 2.1e-79
Identity = 129/206 (62.62%), Postives = 173/206 (83.98%), Query Frame = 0


Query: 458 HEVHCSRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEW 517
           HE+HCSRERSR AWKII+EYLMP+V+K++Y++ S CR+H DND++R+QE+HK R D NEW
Sbjct: 48  HEIHCSRERSRVAWKIIQEYLMPYVEKERYQLPSTCRVHRDNDIYREQEEHKLRSDINEW 107

Query: 518 KCGYCRKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPA 577
           +CG+C+K FYEEKYLD+HFD+RHYNLLN S  KCL+D+CGALHCD V+DT   KSKCNPA
Sbjct: 108 RCGFCKKAFYEEKYLDKHFDSRHYNLLNASHGKCLSDLCGALHCDLVVDTARLKSKCNPA 167

Query: 578 AVARNKHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWF 637
           A A+N+H+CE+LA+SCFPV +G+ A++LH+FFLRQFCDAHTCSG  KP S+ +  + S  
Sbjct: 168 AAAKNRHLCESLANSCFPVNKGSSANRLHDFFLRQFCDAHTCSGGSKPLSQ-KPKKRSIV 227

Query: 638 YVVISIMTVLFVLFFYVFIYLYKRYL 664
           Y++ SI+ ++ +L +Y F+YL++R L
Sbjct: 228 YIIFSIIVLVVLLLYYSFVYLFRRGL 252

[Close]

BLAST of Sgr016618 vs. TAIR 10
Match: AT5G63280.1 (C2H2-like zinc finger protein )

HSP 1 Score: 291.2 bits (744), Expect = 2.3e-78
Identity = 144/279 (51.61%), Postives = 202/279 (72.40%), Query Frame = 0


Query: 405 MGRRSMWVALLVLSLLLCMRPQSVSSTLPLQSLKQGSKDSATASTPKQ--DWSNAHEVHC 464
           MGR  +W +L V+ LLL +        L  QS+ QG ++S +     +  + SNA E+HC
Sbjct: 1   MGR--LWESLPVILLLLVL--------LLHQSVSQGFEESESTRLVNEEVEVSNAPEIHC 60

Query: 465 SRERSRAAWKIIEEYLMPFVDKKKYKISSECRLHPDNDMFRDQEQHKSRLDFNEWKCGYC 524
           SRERSRAAW+II++YL PFV++++Y+I   CRLHPDND++RDQE HK  +D  EWKCGYC
Sbjct: 61  SRERSRAAWQIIQDYLTPFVERERYEIPKNCRLHPDNDLYRDQEHHKVHVDVFEWKCGYC 120

Query: 525 RKRFYEEKYLDQHFDNRHYNLLNVSRSKCLADVCGALHCDHVIDTVSQKSKCNPAAVARN 584
           +K F +EK+LD+HF  RHYNLLN + +KCLAD+CGALHCD V+ +   KSKCNP AVA+N
Sbjct: 121 KKSFNDEKFLDKHFSTRHYNLLNTTDTKCLADLCGALHCDFVLSSKKPKSKCNPPAVAKN 180

Query: 585 KHMCEALADSCFPVAEGALASQLHEFFLRQFCDAHTCSGKPKPFSRGREVRTSWFYVVIS 644
           +H+CE++A+SCFPV++G  AS+LHE FLRQFCDAHTC+G  KPF RG + ++  FY+ IS
Sbjct: 181 RHLCESVANSCFPVSQGPSASRLHEHFLRQFCDAHTCTGNDKPFPRGGKKKSGVFYLAIS 240

Query: 645 IMTVLFVLFFYVFIYLYKRYLSSAYLHLYQFMRVSTLTR 682
           I+T++ +  FY+ ++L++R   S    L + ++    T+
Sbjct: 241 ILTLMLLPLFYLLVFLHQREKRSGTQDLRRIIKSGKKTK 269

The following BLAST results are available for this feature:

BLAST of Sgr016618 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG7022689.1	6.0e-129	83.70	hypothetical protein SDJN02_16423, partial [Cucurbita argyrosperma subsp. argyro...	[more]
XP_038891552.1	3.9e-128	87.55	uncharacterized protein LOC120080934 [Benincasa hispida]	[more]
XP_022154197.1	6.6e-128	86.97	uncharacterized protein LOC111021515 [Momordica charantia]	[more]
XP_022928324.1	3.3e-127	85.50	uncharacterized protein LOC111435184 [Cucurbita moschata]	[more]
XP_023532028.1	7.3e-127	86.05	uncharacterized protein LOC111794116 [Cucurbita pepo subsp. pepo]	[more]

BLAST of Sgr016618 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Sgr016618 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DL16	3.2e-128	86.97	uncharacterized protein LOC111021515 OS=Momordica charantia OX=3673 GN=LOC111021...	[more]
A0A6J1EKH9	1.6e-127	85.50	uncharacterized protein LOC111435184 OS=Cucurbita moschata OX=3662 GN=LOC1114351...	[more]
A0A6J1F459	3.0e-126	85.99	uncharacterized protein LOC111441996 OS=Cucurbita moschata OX=3662 GN=LOC1114419...	[more]
A0A6J1J0Y1	3.9e-126	86.38	uncharacterized protein LOC111482459 OS=Cucurbita maxima OX=3661 GN=LOC111482459...	[more]
A0A5A7URM7	5.1e-126	85.33	Zinc finger family protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaff...	[more]

BLAST of Sgr016618 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G40710.1	2.1e-79	62.62	zinc finger (C2H2 type) family protein	[more]
AT5G63280.1	2.3e-78	51.61	C2H2-like zinc finger protein	[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
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 439..456
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 439..458
None	No IPR available	PANTHER	PTHR21385	ZINC FINGER PROTEIN-RELATED	coord: 411..670
None	No IPR available	PANTHER	PTHR21385:SF5	TRANSCRIPTION FACTOR C2H2 FAMILY-RELATED	coord: 411..670
IPR013087	Zinc finger C2H2-type	PROSITE	PS00028	ZINC_FINGER_C2H2_1	coord: 519..540

Relationships

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


Feature Name	Unique Name	Type
Sgr016618.1	Sgr016618.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane