Sgr016693 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr016693
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	Chorein_N domain-containing protein
Location	tig00152985: 1145984 .. 1169221 (-)
RNA-Seq Expression	Sgr016693
Synteny	Sgr016693

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

GTCGTGTGGGGAGGTTAAGCATCAAGATTCCATGGAAAAAGCTTGGATGGGATCCGATCATTATTATTTTGGAGGATATATATGTTTCTGCATCTCAACGAGATGATGAAGAGGTAATTATTATTGCTATATTTTTTTTTGACAGCAACAAGTAAATTTATTATGATAAGAAAGTAGAAACTTTTCATTAATGTTATGAAAAGTATAAGGAAAGAGGCAATTATTTCAGAATTATGGTGTGAGAGAAATCAAAGTCTATTTGAAGACAAATGTACCATGTGGGTATGAGAGAGTTGATGTAGCTAACTATGAAACATCCTCTTGGTGTTCTTTATCTTCTCTTTTTTGCAACTTTTTTTTACGGGATATCTTGTGTAATTGGGGATTATTTTTTTGAAAAGGAAACAAGACTTTTCATTAAAAGATCTAAAAAGGAAACACCAAATAGTCTACAAAGAGTAGACTACAGCATAACACCAAATTACAAAACAGAAGAAAAAGGCATTACAGAAAGATATTCAAGAAAGAGAAACCCCCCAATTGTTACAAAAGTCGTGAAAGGAGTAGCCAACAAAACTTTGGATAGGGAACACCATCTTGCAGCTTTATCTAGATTAACTCGAGACGATTTTCCCATGATAAAGACTTAGCTTCAAACACTCTTTGATTTCTCACAAACCATAAATCTTAGAGGATTGCCTTAGGGATGATGATCCAAAGCACCTTAGCTTTCTTAGGAAAAGGAGGACCGCAAAGAAGCTACTGAACACATTTGTGAGTGAAAGAACCCAAATAATCAAGAATCCAAGATTTCGTTGGATTGATTCCACAAATCTGAAATATAGCCATTAGGATTGGAAGCGATTCTGCAGATAGATGGAAAACTATCCATGGGAGGAGAAGAACCAGATCAAGAATCTTTCCAAAAAGAAATCTTGGAGCCACGACCCGCTTTGAAAAAGGAAAAAGGATCAACAATGCCTTGAAGCTTTCTAATATTCATCCAAGGATTTCTCAAGCTGCCGTTTTTCTGATTTTGGAAGACCAACTCTTTGTTCTTCCAGACTCGAAGGAATATTCATGAGACCATCTACTGAATTAAAAACTCCCCCAAAACACCAAGGATATTCAAAATTCACGATGAGGAAACTGAGATATTGCCATAATAATTTTCTTTCCCTGTGGACAGAGGGACCATAGATGTTTGTAATCCAAGCTTCTTGTGAACTAGCAAAAAGAAGACTTATAGAAAGTGAATAACCTCCCTTTAATACTTCAAGAGCCCTAATGATGATTTCATCCCAAAGAGATAGCATCCCACCTGATCTTCCAAGAGAATCAATGGCTGACCAGCCTATATCTTTAGAGCTCCAAATGGATTTGATAAGCTTGACTATTTTCTCGAGTTTTGACTCCTGAAAAAGAACAATATCTGGGCAAACTTTCAAAATCAAACGTTTAATGAGAATTCTTTTGCTTTTGTCTCCTAAACCTCTCGTATTCCACGAGAGGAAATTCATATCTGTTGAATACTTCTGATCAAGAAGGAATAGGGACTAAGGACATCCCAAATTTTTCAAAAAGAGAGACTAACTTTGACTTTCTGAAATCTGAAGGTGTCGAATGAGCTTCTCTTCTAGTATGGTTAGAGTTAGGCCAAGGAGACTTAATAGAAATATCATCATTGCAATTGTTTTCAGCAAAAAGAGTCCTTAGATCTTCCCCGAGATTCAAATCTTCTTGAAATAAAGGGAATTCCTGCGTGATTGGAAGCTGATAATCAACCTCACAACTGCTCAAACTTACTGCATGGTCCTCTTCAAAATCTGAGTTGTCAGACTCAGAAAGGTGATTAATTATTGGATAGGAAGCTGAATGATTGGTCCCTGGATCTAAAGAGCATGATGTGCTGGATTCATGCTTCTTATTAGATGCATTAAATGCTACGGATTCCTTAAGATTTAAATTCAAATTTCCCGACAATAAAGGCGGTTTGGCTGGCAAAACATCTTTCAAAACGTCTTTTGGAGCTTCTAATAAAGAAGCAATTATTACCTCCTTTAATGGCGTTGGTTGAGGTTGTTGGCCAGCTGATGACATTTCATCTTTCTTTTCGTTATACAAACCATCATTAAATAATCCTCCATCCTCTTAACAACTCTGGAACTTTTAATGCTGGAATCTTTTGGAATTTTCTTCTATGGTACGAAAAAGGGAGGGCCTTAATTAAAGACCTCTTAAAAAACTTTCTGTAAGGAGATAAATAAGGATCTTTTAATCTCCTTTCTCTCTGATCATTGCATGAAGAGTCTTTTGGACTTCCAACCGAAGCATCCTCACGGTTATTAAAAGGAGTTGTATTAATTACCTCTGTTGGCATGTGGGAAAAAGACCGAGAAGGAATACGAACCGGCTGCTTACCAGATTCATTAATGAAGGATGTGATCTTTTCACCTTCTTTATCTTCCAAATACTCCTTATTTATGGGCGCCTCAAAGAAGGGAGACTGTTCATCTTCTACCACCTTTTGAATTCTTTCAACATCAATATTATTGAAGAAAATTCTTGGATCCAACTTTCTTGAAGCCACGGTTTTCATTGCCATTGATGCAAGAGATAAGTTCGTATCACAACAATTCGATACTCGGACTGAGAAATTTCCCAACTTTGGATCGGTGATTTCAACGTATGATGGGAGAAATCCACATAAGTTCGTGTTTACTTGGATGATAGCTTCAGTACAATCAAGCAAATTTAGGGGTTTGGTAAAAATACTGACCAAACCACCAAAATTGCTTCCTAAAGCTTCAGGACAATGGCGATTCCAATACTTTAAAGGTAAATCACGAATTTTAATCCAACCTCCATACCCAACAATGACCTCTTTTCTGCTGTGCTTACTAAAATTTCACTTCTCAATTTTTAGATGAAAGCTACCAACTTTCCTCCATTTATCTCCCAAATTTCTCAACACCCTTCCATCTGAAAATTTCATTATGGCCTTACCTGCCATAAATGGATTGATACTGCATTGTGAAGAGAATTCCTTCTTAAGAACTAAGGAAATATCATTCCAATTGTCATGTGCATATAACTTAGTGATAACCATAATATTATCCCAATCAAATTCAACTACTTCAGATGCCTTCTTAACCCAATAATCTTACTTCCCCTTCATATTTTCCTTTGCTACCCTTGCCAAATTTATTGGATTAGTTAGCAAGCTTTTTGAAGCTTCATCCGAGGCTTTTCCTTTCAATACATCAGCATAAGAATCACCAGAGTGTATAACTGTGACCTTCTGGTTATCAATCAACATCCTTTCATAATACTTGGACAGAAAATCCTTCAGCATATCCCAGAATTCAAGCCAACCTTTCTTATTGTGATCTACTGGAACAACAGTACTCTTTCTACCTCCAGAAGAAGGCCATATGACACATTTCAAATACCAACTATTCTTGATACGGAATTTGTGAATATGGCAAGTTCCTAAAGGGAGTCTTTCATGTCTGATAAACCGAAGAGAATAAACTTGAAATTCTACTAGAGATTTTTTTTTTATATCCGTGAGTGTTCGGGCTAGCTTGTGTGCATTTTGACTAATCTCACAAAACAACCATGGACCCTATAGCATTTAGTTTTCAAGAAAACTCGTAGGATTTTAGATCTTAGGTAGGTGGTTACGATGGTTTGAATCCATTCCGTCCAAGCCCTTTTACCTTTTTCACGGTGTCTATGACCACTAGATCAACCCATGGTGGTTTCTACCATAGATATTTGTAACCTTTTAGGGTTTGGATATTTTTTTAATCCATGAGTGTATGGGCCAACTTATGTGCATTTCGACTAATCTCACGGAACAACCGCTTAGACTTTACAATATTTGGTTGTCATGAAACTCATTGGATTTCAATATCCTAGGTAGGTGGCCACCATGAGGTTTGAACCCTTCCCCTCAAAATCCCTTTACTTTTTTGACATGCTCCAATGCTACTAGGCCAACCTAAAGTGGTTGTGTTTGTGGCATTCCATAGTAGTTGGTTTGAATTATCTTTTTGTATAAGGGATCCTTTTACACTTCTTAAAGGGGCGTATTGTTTAATGAAAAATTATGTTTCTTCTTAAAAAGGTATAATAGGATGGAGAACAAAATAAACCCCTAAAGTGTAAAGGGTAGCTGCTTCAAGATGTGTTAATTGCAAAATAAGCGTATATTGAAAGGGATATTTTTTTATTCTCTCTCACACACATACTCTCTCTATATTGCTTCAAGATGTGTTAATTACAAAAGAAGTGTATATCGAGATAGTTATTTTTTTGGTTTGAATTTCATTTTGGTCCTTGAATCTTTAAGTTTATTCTATTTTGGTTCTTAAACTTTTAAAATGTACTTTATCCACTAAACTTTATAAAAGTAACCATATTTGGTCCTTGTTGTTATAAGGCCATCAATATTTGCCCACCATTTTGCCACCTGGGTTAGCCTATATGGCTTCAATACATGTACATCAACATGGTAAAACACACATTCAAAATCACGTCATCCATTGGTTAACAAATTGATAGAAAAATAACGGCAAAGACGAAAATGGTTATCTTGAATGTTAGGGGCAAAAATAGATATTTTAAAAGTTTATGGATCAAAAAGAATAAACTTGAAAGGTCAAGGTCCAAATGAGATTTAAACCTAATTCTCTTTCTATATAAACATACACATTTATTTATTTATATTTATGTTGTGGGTGGTGTAAGAAAATTGAGAACATTTTTGATGACTAGGAGTGTATATTGGGGGGATGTTTGAAATGTTGTGCATTTCAATTTTCTTTTTTTGGACTTCTATTTCTAGTTTATTTTAGTATATTCCCCCTTTTTTGGGCTCTCCCTTTGGTGGACTAAACTCAAATGACACCTGCAATCTTCAACCAAATTGGTGTTGTTTATGTTAAAGAAACTTGGAAGATGCTAACCGCCTTTTTATGGGTTCTCCATTTGCTTCCTCTCTTTGTATTAGGTTGGTTCCTCTCCCTAGCTGGGTTATTCATGGCTGCTGGAGGTCCATAAGAATTTAAAGAACAACTCTGGTTTAATGGCTTTTTTGCATTTCTCTGGGCAATTTGGACAGAAAAAAAATAAGAGAATTTTCAATGATAATCAGAACCAACTTTGGGTTTTGCTTGTGTTCTTTCTTCTTCTTGATGTGCCAAGTCTAAGTTTGATTGTTTGTTTGTAATTACCTTTTCCTACTTTTTTCTACTGTATCGGCCAAATGGAGACCTTTTTTGAAACTCCTTTGGTCCTCCCCTTTGTATATTTCATATCTCAATAAAATAACTGTTTCTTATAAAGAAACTATTGAATAAACGTGGGCGTTTATTAAAGAGAATGAATAATTTAAAAAGTATTATCCCCTGCAAATTTTCTGGACATCTTCTTCTTTGTTATAGTGGAGCTCAGATGCGGTTGAAAAAAGAGAATTTGCTGGGAAGAAGGCCAAAATTGCTGCTGCAGAGCTGGCAAAATTATCAAGGCGTGTATGTGGTGAGGTCCTTGACTTCCATTCAATGCATTGGCAACGTCTTTGTGTGATTCATTTACGTGCCATTTATGGATTTAAATCTATTCTCTTTTCATTGGTTTAGAATTTTCTACTACATATTTACATTTTGCTTTCTTTTCACTCCTTTTAGGAGTTTGTTTCCTTTGAACATTTTGTATCTTTTCATTAATTCAATGAGAAGTTCGTTTCTTGTTAAAAAAAGGGCTAAATGTATGTTTTAGTCCTTAATATTTGGGTGTTTTTTTAATTTAGTCCCTAATGTTTAAAAAGTTTCAATTTGGTCTCTTATGTTTTAACATTTTTCAATTATACCCTTCACGGTGGTGAATATTAAAATTGACGGATGATAAACTTTCATGACAGAATACTTAGTGAGTTAGGAAAATTTAGAGGAGGAATTAGGCACATAGAACAAGAAAAATTGAAATTTCTACCAATTTAGAAATTTGGAGGAGGATTTTGAAATTTTCTTCTTTTAGGTGGCCTAATTTCTCCCTTAAATTTCTACAACTCACCAAGTATAATGTTATGTAAGTTTATCATCCGCCAATTTTAATATTCATTATGGGAAGGGTATAATTGAAAAATATTGGAACATAAGGGACCAAATTGAAAATTTTAAAACAAGAGGGACTAAATTGAAAAAACACCCGAACATTAGGGACTAAAATATATATTTAGCCAAAAAAAAAAAGGCTTTGATAACACTTCCACAAAGTTTGCTCGACTAGAAGAAGAAAAAGCTTTATATATGAGTTAATTGATTCAATTGGCAAGTGCATTCGAAGCTTAAATTGTTTCCTTTTTCTCCATCCCTTTTTTTATTAGGAAACGGTTTTCATTGATAAGATGAAATGTACAAAAAAAAGCCATATTGAGAGAATACTCAATGTAGTTTGTATATATATATATATATATATTTAACAAGAAACGAACTTTTCAGTGATAAATGACAACATAAAATGTCCAAAGATACAAACTTCCATTTGGGATTGAAAAGCATAAAAAAAAAGAAAAAAATTCTAATGAGGAGATATGAATGCTCCCCGATTTGAACAAATATCACGATGAGAATAATTTACAAATAAAGGGGAAAGAAGACACCAATAAGAGGCTTTAATCTTGATGAACTCAATCCTTTCCTGCCATGTAGAAAACTTCTCTTCAAAAATTATTTAGTTTTGTTCAAATCAAATTTCAGAAATGGTTGCCTTCATCGCGTTAATCCATAACAGTTGTGCTTGAGATGAAAGAATAGGATATAGAGCAAATGAACAACATTTTCTTTTGAGTCTATAAAAACCCAATGAAGATTGAAAATACCGAGATGAAGTACCATAATGCCATCGAATAAGGGCAATGAAAGAAACCATGATTTTGGTTTTCAAAGTCTGAAAAGCAGAGAGGACAAACCGGGGGAGACAACAAAGTAGAAGATAACTTTTTCAAAATTTCTGCTGTATTAACTCCTTTATTTAAGAAAATCCATATGAAAATGTTGATCTAATTTCTAAATTATCTTAGTCAAATCTTCCTGCCAAATAGAGGAGGAATAGAAAGAGGGAATTTATCGATGACAAGTCAGAAGAATTCAGCCATATATATTGGTATACATGGGACCCTAAACTAAAGAATGTAAAATTACTATAAAGGTCAAAGCTACTAATAAACTTTTAGATCTAAGATAATTCTACTAATACACATAATATTATATAGGTTTAAATACTGTTTTGGTCCTTGTACTTTGAACTTTTGTTCATTTTGGTCTATGTACTTTTAAAACGTCCATTTTGGTCCTTGTACTTTCAACTTTTGTCTATTTTGGTCCTTATTCTTTCAACTTTTGTCCATTTTGGTTTCTGTACTTTCAAAATATCCATTTTGGTCCTTATACTTTTAAAAAGTAACTGGTTTGGTCCCTATTTGCATAATGCCATCACAAATTCTATATATAACGAAAATCCTTTATTACAAAGCTATGACAATATTTCAAGAAGTTTATTGAGTATATTGTTATGTTTTTTTTTTTCCGATAAGAAACAATTTCATTGATGATATGAAATTACAACGAAGGGTGTATGAACCCCAATCCAAAGGTGTTGCAAAAAACATCTCCAATTGGACAAAAGTGAAGAGAAGCTATAGTGATGGAAGAGAGGAGACCATTTACACCAAGTAATAGCCAAAAAAACGATAGCGTAAAAAAAATGACCATAGGAGAGCTCCTTATCTTTTTTTTTTTGAAAAGGAAACAAAACTTTTCATTAATAATTAAAAAGCTAAAGAATAGTACAAAGAAGCATTGTCTACAAAATGTAGACTAAAAGCAGAATGAACAAAAGAAAAGCAATAGAGGGGGGAAAAGGAAACTATCCCTATAAGAAAGCCCCCCAATTATTACAAATGTCATTAAGAGAATAGCCATCAAACTCTTTAGATAAGGAACACCAACGTGAAGCTTTGATCTTGATTAATTCAAATCGATCTTTCCAATCGAGAGACTTATCTTCAAAAATTCTTTGGTTTCTTTCGAACCAAAGATCCGAGAGAATTGCCTTGGAAACGTTAATCCATAGCACCTTAGCTTTTGTAGAGAGAGATGGACCATATAGAAGATGTTGAACATTGGAACTTGAATCCAAACCAAATACCCAGCAAGTATTGAATTGCACAAAAAGGCACACCAACATCGATAAGAATATGGACAATGGAACAAAATGTGATTTTGGGACTCAGAATTATTCATGCAAAAAGGACAAACTGAGGGAGATAACGCCGAAGAAGGTAGTTTCCTTTGAAGTCTATCCGAAGTATTGAGACCTCCATATAGCAAAATCCAGATAAAAAAATTAATTTTCTTTGGACTTTTGGATTTCCAAACTGCTTCAAACAAATAAGGAGGCATAGAAGATCCGTTTGAAAGCTGTTGGAACAAAGAATTTACTGTGAAAGAGCTCGAAGTATCTAACAACCATGATTTCCTATCATCTCCATCTTTTAATAGAACCTTATCTATTAGAAGCATAAAAGAGCAAAAAAGCTTAATCTCCTCATCCTTTAGATTCCTTCTTAGAGTTATATTCCAAGATTGGCTGCAATGATTCCACAAATCAGAGATAGAACCATTTGGGTTGGATGCAATTCTTTAAATTGAGGGAAAGCTAGACAACAATGATGAAGATCCAATCCAGACATCTTTCCAAAAGGAAATTCTGTTACCACTGCCCACTTTGAAAATAGAGAAGGAATCAACCATGCCTTGAAGCTTACTAATACTCAACCAAGGGCTTCTCGAACTACTGCCTTTGCTAATTTTGGAAGACCAACCAGCCGCATCTGACTTTCCATGTATACTAATGATTACTTTGTGCCAAAGTTCTGAAGACTCATGGTAAAACCGCCACACCCATTTGGCTAACAAAGCTGTGTTTCTAATCTTTAAATTGCCAATGTCCAGACCTCCGTTTTGTAACGAGTATGAGACCAATTTCCAATTAACAAGATGTTTAATCTTGCCCTCACCATTGCCTACCCAAAGGAAATTCCTCATCTTCTTTTCAATCTGCAAGCAAACTTTTCTAGGCATACAAAAAATAGACATGAAATAAATAGGTATGCTAGAGAGTACCGATTTGCATAGGGTGAGTCTTCCTCCTTTTGATAGACAATATTTACTCCATCTATCAAGCTTCTTCATGATTTTTTCCATAACTGGCAGCCAAAAGCTCTCCAATTTAGGATTACCCCCTAAAGGTAACCCAAGATATGTCATAGGTAGCTTTTCAACTTTACAATGCAACAAATTAGCCAAGGATTTCAACTGATTTTCCTCCAAATGAATGCCACTGATTGCTGATTTTTCCCAATTTATCTTTAGACCAGAGATAACTTCAAAAATTTTGACTGCTGAAATCAAATTATTAAGCATTTCACTGCTATCCTTACAAAAAAGGATGATGTCATCAGCAAACTGTAGATGAGAAATTTGAATAGAGTCACTGCCCACCACAAAGCCTTCAAATAAACCGTTAGAGGAGAATTTCTCTAAAATACTGCTCTTAACATCACTGATAAGTAAGAAGAGAAAGGGAGAGAGAGGATCTCCTTGACGCAAACCCCTGGATGCATTTATCCTTCCTCTTGGTCTACCATTAATGAATATGGAAAATTTGGTATCTCGTATACAGCCCAAAATCCAACTTATCCACTTTCTACCAAAGCCTTTTTTCTCCATTACTTGCTCAAGGAAGCCCCAATCAACGCGATCAAAGGCTTTTTCGATATCTAATTTGATAATCCAACCCTTTTTCTTCTTAGATCTGTACTCTTCCACAATCTCATTGGCAATTAAAATAGGATCCAATATTTGTCTTCCTTCAACAAAAGCGCTTTGAAAGGGGAAATAGTATAAACCATAACCTTCTTTATACGATCTGCTAGTACCTTGGCAAGAATTTATAAATTGAAGTTGTTAAGCTGATTGGCCGAAAATCTTTGATTACCGAAGCTTTGTCTTTTTTTTTATGAGACATATAAAGTTTCCTTCAAATAAGAATTCACATGCCCATTCACATAGAATTCTTGGAAGAAGTTCAGAAAGTCTGTTTTGAGAGAAGACCAAAACTTGCTGATGAACTCAATAGTAAAGCCATCAGGCCCTGGTGCTTTGTCTTTGCCTAAATCTTTGATTGCTGCCCAGATTTCACATTCATCAAACGGTCTCTCCAGCCAGCTACTTTTGTCACTTGGAATTGGTCTCCAATTAATACCATCTGGAATGTATCGAGGGCTGGGATCTTTGCAATATAGAGCTTGGAAAAAATCAGTAATTTCTGTTTCAATTTCAGCAGCAGAAGATAAAAACTGACCGTGAATGGAATGTAGATAAAAATGAGGGCTTTCCTTCTTCTAGCTGCTAAAATCTGTGAAAAAAGATGAATTCTCATCCCTTCCTTTAACCATTGAAGCCTGCTTTTCTGTATCTGATTTCTTTCTCCCAACAGCTGTAATTTCAATAATTCTCCCTTGATAAATCTTCTTCTACTTTTCTCAAATTCTGATAAAGGAAAAGATTCCTCCTTTATATCCAGATCTGAAATCTCAGCTATATATTCATCATTCGTCTTTTGTTGCATAACACCAAATTGCAATACCAATTTTGATATGAGCTTTCAGGTTTCTGAATTTTCTAGAAAGGATGAAACCTGCCCATCCGTAAGACTGGTCTTCTTCTAGCTTTTCACGAATAATCTCTACACAATCCATATTTGAAAGCCAAGAATTATAAAATCGAAAAGGGGAAGGACCCCATGAGAAATTACTTGATTCCAAAAGAATGGGAAAATGGTCAGATGTGACTCTTGCTTTCTTTAAGGCACTTGAACTAGGGAATATTAGCTGCCATCCTTTAGAAAGGAAGAATCGATCCAGCAAAGAATGAGAAGGATTGTCTCTAAAGCTTGACCAGGAAAATCTCCCATTGGATAGGGATATTTCGGACAAATCCAATTCCTCAATAACTTGATTGAAGAGCTTCATACTTCTTGTTCTTCTAGACCCAAAGGATCTCTCATGTGACCATCTGACTACATTAAAATCTCCTCCTAAACACCAAGGCAAATCGATATAAGCACTAAGTGATCTAAGTTCCTGCCAAAAGTATTTTCTTTCTTTATAATTCGATGGACCGTATATATTAGAGATCCAAGCTTCATGAAATCCAGCATAGGAGAATCTGATTGATAATGAATAACCACCCTTCAAAACTTCGTGGACGTTAACTTTGTTCTCATCCCAAAGGATTAACATTCCACCTGATCGGCCAAGGGATTCTACATTTGTCCAGCCAATATCTTTGGAGCTCCATATGGACTTGGTAATCTTGCCGTCTATATTTCCAAGCTTTGTTTCCTGTATAAGAACCACGTCAGGGCATATACCCAAAATCAAATGTTTTATAAGAACTCTTTTACTTTTATCTCCTAATCCTCTCGTATTCCAAGAGAGGATTTCATGACTTCTTATTGAAATCAAATGGGGATTAAGGACACCCCTGATTTTTCAAGAATGGCCGCTACTACTGTCTTTTTAGAATCTGAGGATGACGCTTGGTCTGCCCCTATGGAATGACTGTTGTTTGATAAGAGATGCCTTGCAGAATTGTCATCTAGGCAATGATTTTCTTCAAATAAAGACCTCAAATCTTCTTCAAGGTGCAAATCTTCATATAGCCTAGGAATTTCCTTCGTAATTGGAGATTGATACTCATTTTCAATGCTGCTGAGACTTTCCACTGGGTCTTCTTCAAAATCTGAATAATCGGATTCAGAGGGTTGCTTGGAGATTAAGTGAGAAGAGGATTGAATAATTCCTTGAACAAATGGATATGGAGTCGTTGATTCATGCTTCTCGTTGTTGGAATTAATTGCTTCAGTTACTAATTGATCAGAAAACCAAAAGCCAGACGATTCATGAGGTCTAATATGCAATGTGTCTGCAAAAGAGTCTTTTGGGATATCCAATGGTAACTCATTTATTACCTCATTTATTGACAACGGTTGAGACTGATGGCTGGCTAATGTCAGCTTACCTTTTTTCTCAACATGCAGCCAATCAGCATTTAAACACCCACTTTCCAAAGTCACTGGATCATTTAATGCTACTTTTTTTTTTAATTTACGTCTGCTGTATGAGAATGGTAGAGCCTTAATTAAAGATCTCTTAAAAGACTTTCTGTAAGGTGAAAGGTAAGGATCTTTTGACAGCCTATTCCTCTGATCATTGCATGAAAGGACCTTAGGGCTTCCAACCAATATATCCGTGTGGTTATTAAATGAATCATCATTAAATTTCTCTGCTGACAAAAATTCATGCATTTGATCTGGAATGTAAACTGACTTTTCTTCAGAATTATTGATGGGATTTAAGGACCTTTCATCTTCCTCCACATCCTGTTTTTCTTTCTCTTTACTTAAAGGTAAATCATAGAAGGAGGACTGTTCATCTTCCACCACCTGCTTAATTCTTTCTGCGTCTATTTTATTGGAGAGACTCCCAAAATCCAAATTTCTAAGAGCCAAACTTCTCTTTGCATTTGATAACAAAATGGAATCGACTTCACAGCAATCAGAAACACGGGCTAAAAACTTTCCCAAATTTGGATCTGCTATTTCAACACAAGCAGGAAGAAATCCACAAAGATTCGAGTTTACTTGGATGATAGCTTCGGTACAATCAAGCAAATTTAGGGTTTTGGTAGAAACACTCACCAAACCACCGAAATTACTTCCTAAAGCTTCAAGACATTGGCGATTCCAGTATTTTAAAGGTAAATCATGAATTTTAATCCATCCACCATACCCAACAATGACCTCTTTTCTACTATGCTTGCTGAAATTCCACTTCTCAATTTTGATGTGAGAGCTTCCAACTTTCCTCCATTCTCCTCCCAAATTTCTCAGCAACCTTCCATCTGAGAATTTCATTAAGGCCTTATCCGCCATAAATGGGTTAATGCAACATTGTTGTGAGAATTCCTCCTTCACGGCAAAAGAGATATCATTCCAATTGTCATGCGCAAACAGTTTAGTGATAACCATAATGTTATCCCATTCAAATTCGGCTACTTCAGATGCCTTTTTGACCCAATAACCCTGCTTCTCCTTCATATTCTCCCTTACTGAATTTGCTAGATTAGCTTGCAAACTTGTTGGAACCACGTCCGGGGCTGTTCCTTTTAGCACTTCAGCATAAGAGTTTCGAGGGTTTACAATTATATCCTCCTTGTCATCTATCATCAACCTTTCATTATACTTAGAAAGAAAATCCTTCAGCATATCCCAAAATATAAGCCAGCCTCTCTTGTTGTGATCTGCTGGAACTACAATACTCTTTCTACCTCCTGAAGAAGGCCATACGACACATTCCAAGTACCAGCTATTCTTGATACGAAATTTATGTATGCGAGAAGTTCCCATGATGATTCTTTCTTGTCTGAAAAACCGTAAATGAACGGGACTTTGCAGAATCTCAATAATATGTTTTTCAAACCATAACAACTGAGTAAGGTGAAGGGGCATCATAGCACATCTTTCCATATCTTCAACAAAAAAACTATCGTTTTCAAACCATATGCAGTAAAACTTATTCCCAATACTACAACTTCTAGACTCCATATCCTCTTAAAACAGCTTCACGATCTTGACTGTGAAATTAGAATAGGAGAGCTCCTTATCTTTTAAAATCCTTTGATTCCTTTCGTGCCAAGTAAGCCAGAAAAAGGCCCTGATTAAGTGCATCCGTAAAAGCTTTTTTTCCTTCTTAAAAGGGTGACCTGATAGAGTGTGAAAGATGAGGTATGAGGGATCGTTTGGTAGAGCCATGGACCAGTTGAAGCATGTTCGTATGTCCCTCAGTATGATGCTGCATAGTTACAGGAAAGAAATAAGTGACTTTGAGATTTAGAGTCATTCTTGCAAATGAGGCACTATTGGGGAGAGATGGCCATATAGGGCATTCTACGTTGGAGCTTGTCATGAGTGTTACTAGCTTTGTGGATAAGCTCCCATAGAAAGAACTTAACCTTTTTAGGCTAGTGGTCCTTCCAAATAGAATCATAAAGCAGGGGGGGAGTGTCCATCCTTCTAGAAGATATATCCCGCAAAAGAGAATTTGTGGAAAATAACCCATTAGCTTCCAATTTCCAAATCCTTTTGCGAGACACTCTTGATAAATGAATGGAGAATAAAAGATGTGTTAATTCAGCCCATTCTATCGTTTCTGAATGGAGTATGTTGTTATGTTGAAATTGTGATTAAAAAAATGAGATAAAAAAGAAAACAGAAAGGACCAAAACGGTTACTTTTGAAAAGTACGGGGACCAAAATAGACAAATGCTGAAAGTACAGGGACCAAAATAGATGTTTTGAAAATTCAGGGACCAAAATGAACAAAAGCTCAAAGTACATGAACCAAAATAGGATTTAGACCTAATATATATTATAACACTTACCCTCAAGTTGGATCAAATGCGTCAATCATGCCTAGCTTGTTGGAAATATAATCTATTTGTCCTCCATTTAAAGCTTTTGCAAAGATATCTCCTAATTGTTCTTCAATCTGGATTAGACGCAATATGAAGGGTAGCATAGATAGTCACACCCCAATTTAGTTGGCATTGTAATACTGGAGCCTAACTCAATTAAAAGTTGTTGTATCCACATTATATCACATACAGATTGTGCCATACTCTATACTACGATTCAACACTCGAACGTGAAACAACATTTTGTTTCTTACTCTTCCACTAAACCAAATTGTCTCTAATGAAAACACAATATCTAAAGTTGATCTTCTATCTTCTCTTGATCTAGCCAAATCAACATTTGAAAAACACTTGATTTTCGTATAGCATGATCTTTGTGTAAGATCCTGCATTCAGTGCAACTTTTGAATAATATAGGATTTGTTTTATTGCAGCCCAATAATCCATTGTAGGTGAAAACATATACTGACTCACAATACTAACCAGATAAGCTATGCCTAGTTGTGTCATTGTAAGATAATACAACTATAAGATAATGGAGCTAAAGGAGCCTCTTCTCTTACTTTTCACAAATTGATATATTGATTCAATAGAAGCCCAGAGAAATGAATAGGGTGCCAAATAAGTCCTTTCGTGATGAGGGCAAGGTCCTTTGGCATGCTTGTTTTTTTGCCATTTTGTGGGGGCATTTGGCTAGAGAGAAATAGTAGAATTTTTGGAGGGTTTGATAGGTCTTGAAAGAGGTTTGGTCACTCATTAGATATAATGCCTCTACGTGGGCTTCAGTCTCTAAGGTTTTTTTGTAATTATCAGTTAGGCTTTATTCTTCTGGATTGGAACCCCTTTTTGTCAGATTAGTTTATTCTTGTTTGGGCTTCTTTTGATGAGTTGTCTTTTCGTATGCCCCTGTATAGAGTGTTTTTAAAAGTATGAGGCGCACTAAAGCGCAATAGTCCTCTGGAGCTTAAGCGCGAGATGCAAAAAAAGCGAGGGTTTTTTTTTGTGAGGCGCACAATAGAAAAATGTAAATAAATTTTTTGTATACAAAAAAAAAATAGTATTATGAATAATAAGATAATAAAAAATTTTAAGAACTTAAAGCTTTTATTAGTGATTGTAGAGAAAAATGAACATTTTTTTAAGAAAATTTCTTAGTTTCTTCCTAAAAAAATTAAAAAACAATAACAAGAAAAGGACTTGAGGCGAAGTGAGGTGCCTAGGGGAGGCTTTTTTGGAGGGAAGCGTAGGCACGCTTTTCAAAACACTGCTTTTATATTCTTTCATTTTTCTCAATGAAAGCTTGGTTTCTCATCTAATAATGAGAGACATGTAAAAAACAGGTCCGATTATGCCTATTCCGATCCGAAATGGAATAGAATATTTATAAGAAAAGCGCAGTCATTAATTTTAGAATCCTTGAGCAGCCTTCGAAAGTGGAGGTTCCAACTATTGGAGGTGGGTGACCTTACATCCTTCGCAGTAGTAGTTTGGCAATTAGAGAGGGCATAAAGATTAGGGAACTTTTGAGCTGAAAGGGCACTGTGTAAAGCCAATAGAACAGCTTGAAAGACCTTTGTTTTGTTGGAAGAGGAGGTCATCATTGCCCTTCACAGTCTTGGAAAAAACAAAGCCTCTAGCCCAAACGACTTCTCTTTGGAATTCTTTTAAAAGGGTTGAAACATTCTTAGAGCAGACTTCTTTGAGATGTTTCAGGACTTTTTCTAGAATGAAAAATCGAATGCTAAGGTCAATGAAACCTACATCATCCTGATTTCCTAAGATCACAAGGCTCTCTAAAGTTTTTTGAACAAGATACGAACTTCTTAGTGATGTAATGAAAAGATACAACAAATTTTCAAAGGATACAAACTCCTGAAGGGAGTGAAAAAAGCAGTAAAAAGCAGAAAAATAAAACTAACTAGGGAAAATAAAGACCTCCCAATTCATACAAATAGTATTGGAAGAATAATGAACAAATAAATTGGAGAGAGAGCACCATGGAGTAGCCACAAGGCCCTCTAAAGTATCAGAGTTCAGACCAATCAGCCTTTCGAAAATTAGTTCTACGTGCTAGTATCTCTCTCCCTCCTTGTCCATCATTGCTGGCGGGCAAACACCGACCCCATTTTAATATCCAATGAGATTATATATTATTGGTCACACATAACAAATTAAAGACATTATTTCCAAGTTAGACATCGGAAAAGATATAATTGATTGGAATTTTTTTTTGAATGTCCTTCTCTTTAGAGGTTTTGGTACCAAGTGGATCATTTCGGTTCATTGTTGCATCTCTACGGTCTTCTACTTTATTTTTGTCAACAGTAAAATTAGGGCAAAGTAAAAGAAGTTGTGGGACTCTCTGTCCCTTCCCTTTTTGTCGCAACCATGAATTATCTTGGTTGCCTCTTCTCCAAAGCGGCTAGAATTGGTCTCATTGAAGGTTACTTGGACAGAGGTTGCAACCTCCATATTGCTGACCATCATGAGGTATTTTCTTGTTGCTGGTCCATTCATAAGTTTTTCCTTGGATTGGATCTCTTTTTGGTATAACTAGCTGGCTCCTTTTGTTGGGCTGTCTTCTGTATGCCCTTGTATATTCTTTTATTTTTCTTGATGAAAGCTCAATTGTCATTAAAAAAAAATGAAAACAAGTTCATAAAAATTCGTGGATTTGGACAGCAGCAAAATCATAAATCTCTTTTCCTTGTCATAATCTTTAAAGTAGCTTCAGTCTTGAAAATTAATCTCTTCAAGTCTATTGCCTCAGGTGCTAACACTTTTCCTTCTATCTTGAACGTAGCAAGTAACATTTGGGGTTGAGGGTAGTCCTCTTTCCCCTTTCGTATTTGGTATGGCCCTTCGTAGTAATGCTGAAACTATCTTTTTTGGAGTCTTGTTAAAAGATTGAGCTCATGATGAATAAATGGAAATATGGTCAAATCTCCAAAGGTGGCCGATTAACTTTAATTCAATTAGTAGTCTCTAGTCTTCCAACCTATTATCTATCAATTTTTACAACTCCGATTACTATTCCCATAAAAATTGACAAATTTATCCAAAACTTTTCATGGGAAGGGCCCTCCATGATGGCAACTCACCAAATCATGTGGAATTTGGTAATGTTTCCTAGGGACCAAAGGGACCTTGGTATAGGTAGGAGTAGGTGGAATTTTGTACTTCAATCGCTACACTAGCTAACTTGTCTTGTCTCTACTTTGTTCCAAGCTCTATAACTTAACCTTGTCTTTAGGGTAGGCCAAGGTTTTTTGAATGCTCTGTTGCAACCATTGCAACCTTCAGGATTCACAACTTCACGATCATTGCATTATTATATCAAGCCAGGACTCCATTGAGATGAGTATTGCCTCTTTACTAGGCCAAAATAGGATTAAACGTTTATTGCGTGCCAACCGGCACTTAGTTTACTTTGACTAGCTCATGACAAGAGTGTTGTCTTCACTACTTGTCGAGAGACATTTATTGATAATTGATCCACAAGCTCATAAATTGTGTCAAGAGTTGTCTCAAACATCCATCTATTTGGTCCCTGTCATGGTATAGTGATGCGCACACTTAGGCAACCCAAGACCCACTTTTAGATGCCCGTCTTGGGCTACACCTATTCTTGAAACTCTAGCTTGTGGGAAAGAGTGCAATTTGCTATACCCGTGCCACCTTGTCGTTTAGATTTCCACTTTCGATGAAACTCACCTAAGACCCACTTGTTTTGCAATGCATGCCTGCTCTATCACATGTATGTCTATTAGGTTGCTTACTTTGGCCCACCATGGTGCAGAGGAGGTAGGGAGCCAACACCTTGCCCCCAAATACATTCTAAGGCAAACTAAATGTGGCATCAATCTGCGTGCAAAGTAGTGGGGAGTCACTAACATTTGTGGGACTTATTTACGAAGTCACATGAAACTGACTCTTGGCCTACTTTCATGTACCCATAATGGATCTCCAAGCCCACATTCGCTCATCGAAAAATCACGACCTGTGTTTGACTTTTGGAGGCATGACATCTAGCACATGCCATGTGCATGCTTAGCGCTCCCTACACGTGGTGTAAGGCCATGCACCTTCTGTGCATGCTTGTGTTCTCCATACCCGCTTCTCATCTATGTGCTGCACCCAATGCATGGTGCTTGTGTGCAGTGCTCTTTGAGCACACACAACAAGTGCCTCTGCCTTCTACATGTTTGCCCAATGATGTGCTGCTTACCTTGATTCTCACTGCACTGTGCCACTCGTCCCTACTTGCAGCACATGCTTCTCATGACCTAAGTGTCTCTAGCCTCTTTGGCGTTGGCTGAAGTCAATCAAATCCATGTTGTGTAAAATTCAATTGTTAGCAGTTTACTTCATTTACTCACTGTGTTTACTGGAGGTAATTCGTTTGAGAATTCAACTTACCTATAATATAAGTAGCATCCTGCTGTGTTACTAAACATTGCTTTGAATAATCGAAAGAGATCATATCGCTCTACTCCGAGGGTTTCTTTGCACCTTTTTAATTAAAACAAATGAACTTTAGTTCCGACTTATTGTGTATTCTAAATCTTGTTTTGCCTTTTTGACGGTAGTAGTTTGCTTTCCTACATTTCGTTTAAGTCATGTCCCAAAGCAGGTTAAAATGTTTGTTGGGAAGTCACTCTTGCTACTCATCAAAATAACTTTTTTTTTCTTGCCTTAATCCTTTTTTGCAGATAATCGTGCTGGGCAATCATTCATTTCTTACATTACTGCAAAGGTGAGGCTAATTTCTTGCATTGTAAAATGTCTTATTGTCATTCTATTTGCAGTTTATTTTAATGTTTATTTTTTTTAGAGGAAATATAATTTTTCATCGATGAAAATGAAAAATTACAAAGAAATATCAACGAGTTACATGAGAAAAACCAACAAAACAGCAAAATACATGAAGCAGACCACAACCGACCTACAAAAACTAAATAACTAAACAAGCCAAAAATCTTCAGCTAGAACTTAAAAGCGAAAAATCACAACCCATTTTATTAGGTGTTATGCTTGCAGAAGTAGGATTTGATTATCTTACTCATAAGCTACATGCTTGGTCATATATGCTTTTTAGATCAGAAATTTAGGGGCTGTTTTGTTGTATTTTTTTCAAATTGTTTTATAGATTAACCTTTTAAAACTGTTCTCTTTTGTTTGTTTGGTGTTTTTTTTTTAAATTAATTGTTTAGAAGGATATTTAAATCAAGTTATACCGAAAAGAATAATTAAAGATTATATATGATTAGTGAATTTGACAAAACATGAGATCTATTTTGAGTTTGTTTCTAAAGGCTTCATGCCTCCCTTTGAACCTATCTAAAACAGCTGTTGTCAGTATTCATGTCAAAGAGGAACATACTGAAGAGTAAGCAACCTGTTTTGGTTGTAGAAAGGAGGCCATTCCTTTCATTTATCTTGGTTTCCCCGTTGGTGGAAGACATGGAAGGTGCTCTCTTTGGGATTAAATTGTGGACAAGTTTAAAACTAAGTTAGATAAATGGAGAAGCCTCCTTCTTTCAAAAGGTGGAAGACTCACTTTGGTACAATCAATCCTAAATAACATCCACTATATTCCCTCGATTAAAGCTATTAAGGCTATGGAAAAGTTGATTGGGAACTTCATTTGAGAGGAGCTAAGAGTAATCATGGAAGTCTTTTTTTATATTGGAAATAGTCTTCCCCTCCTTTTCCATGGCTTTGGTTTGTTCGAGCAAGGTGTGTGATCTAGTCTTCCTTGCTCCTTTGTTCCGAGTGTTGGGTTCCCTAGGGAGGGTCAGACCTTTTGTTAGGGGGCGGTCTTGAGTGAGCCTATGGTGAGTCCGGTGGAAGGGTCCCATTGCCTTGAGCACCTTTTGAGTGAGTGGCAAGTTTTAATCTCCCTTTTGGGTAGTACGGGTATTTGTGTTGTTCCTTCTAAGGCTCCCAAGCCCATTCTGAGTAGGGGGGGAAGGGCTAGTAGATGGGGTGGTTGTTGTAGGAGGGACTCTAGAGAACTGAGAAAATTTGGCTTGTTCCATTAACTACGAGGAGAGACATGTTTCTTCAGAAATTGGGGTTTCGAAGGTGTCCCAATGAAAATTGTTTCTTGGAATGTGAGATGGTTAGAGGGTAGGGCCAAGAGGAGATTGGTCAAGGAGTTGTTAGTTCAAGAGTGTCCTGATATTACTATTCTTGGAGGCCTTCGTGGTGTGGAGTGGGTGCGCTTGGAGTCCGTCGATTCTTCGAGGGCATTCTAATTCTTTGGGATGGGTGTTTGTTTAAGTCGTTAGATGTGGTCAGAGGGATTTTTTCTCTTTCGGTGCATTTCTTGTTTCTTGGAGATGTTTTGGGGTGGGTCTCTGTATTGTATGGTCCCTAAAGCCCCAAGTGTAGAAAGTCTTTTTGGGAGGAGTTGGGTGGTTTATTTGGGTTATGTGGGGTTCTGTTGGTGTTTGGTTGGGGACTTATGTGACTAGGTTCTCTTTGAGAAGTCTAGTGGGGGTAGAGTTACCAGATTCTATGAGATTCTTTTCCAAGTTCATTGAAGATTGCAATCTCTTTGATTCCCCCCCCCCCCCCCCCCCCTCCCCAGTGAATGGTAGATTTACTGGGTCCAACCTTGGGGAGAGAATGGTGTGTTGTAGACTGGTCAGAGTCCTGTTGTTGGACGGGCAATTGGAGTCCTTCAAAGGTGCTAGATAGTTCTTAGGTCCCAAGGTCACTTCTGACCTTGGCCTGTTTTTTGGATTTTGGCCCTATTAAATGGGGTCCCTTCCCATTCAGGTTTGAGAACATGTGGCTTACTTATCAAATCTTCCTTCTCTTCTTGCTGGGGTGGCTATGTTGTTGGTAGAGGGAAGGTTTACGCTTTATGAGGAAATGATCCTCCCTTATGTCGGTTTTGAAGGAGTGGAATCGTAATGTCTTTGGAGATGTGAGGTTTAAAAAGTAGGAGATTTTGGAGAGGATTAAATTCTTGGATGGCCTTGAGTAGGCTGAGGAGTTGTGGGAGGAGAGGATCAGTGAAGGGGGAGTTTGAGGAGCTCATCTGGAAGGAGGATGTTAGTTGGAGACAGAAAGCTAAGATCAAGTGGGTCAAGGAGGGCTATTGTAATTCATCCTTTTTTCACAAACTAGTGAATGCCAGAAGGAGCAAGAATCTTATTGATTATTTGGACAATGAGAGTGAGGAAATTGTATTCACAATTTAAAGGCAAAAAATCTATACAATTATGGTGTTTCTCCTAACTGTACAAACAAATTAAAAAAAATAGGGAAGGAAGGAGATTAGGTCAACAGTAAGAAAGAAATAAGGAACAGACCTAAATGGAAAGAATTACATAGATGTCCTAGAAATTTTTTAAGTGAGAATTATTAGGCTTATGGGCTTAATTACTTGCTTTCAATATCAAGCATGTAACCTGCAAACCAAATTTTGGATTCTAGAGTAAGTATTCTCTGTTTGTTTCTTTTTGTAGACTTGCAGTTCTTTGGTTTTTCAGATTTCTTAGGGTGTGTTTGGTCGTGAATTTGGATTCAATTTTATGGATCCAAAGTCAGAAAATAAAATGGATTGAAGGAAAAACTGTTTGGTGGCCCATTTTAAAAGTCAAATCCAGATTTAGTAACTCAAAAAGACCTATTTTTTGAGTTCAACAATATCATGATTTCATTGATTCCAGAAATTTTACTCAGGCATTTTGAAAACATTGGATTCATGAATCCCGTCAAAGTTCGGACATAAGGGCATTGTAGGCATATTGCAAGAGAATGGACCAACGGTCATCGAATTTTTTATTTTATTTTATTTTATTTCAATTTACGTGTTAATTGATTAATTAATGAACAAAATTTATCTCATTGAAGTGTCACACTTATTAAATCATTAATTTAGAAGTCACATGATAAAAACTAACAATTAGTAAATATATCTTTTCATCATATCAATGAAAAGTTGTTTCTTGTTTAAAAATAAAAATTACTTAAATAAAGTATACTAAATTCAAATGTAACATAAATATGTGAACCAACTAATTTTTGACAATCATATATGAAGAACTCAACAAATTAGCCACATTTTTTTATTGTTTACATTTTTATTACCATAATAATAAAATAAGAAGAAATGTTTAGTGTAAAATAGTAATACAATGTCAATCATGACTAAAGTTGTTATGATAAAGGTTTTGATAAATATACAATATCATACTAACAAGCACATCTCATTTTTGTTAACATAAAAATATGAGATATTATAAATTATATAATATTGTAAAATTTTAATTATATAAAATTTATAATATAAAATATGTTAATATATTTATTATTAGAGTTTGAAACTTAGTTAAATGCTTATTATATGATAAATTATTTTTCATTATTTAAACACAGTTTCAAAGAATTCTTAAATTGATATTTAATTTCTGAATCTGCTCAGTGAAAACATAGAATACAATTCTATTTTTCATTAAATCCCTTGTTTTCATATTATCAACCGAATGCACCCTTATTATTTGTTTGTTTTCATGAATGATAATATGAACTCTTTCTTTCTTTTTAGATTCTTGACAACATCCAAATATCAATTAGAAACTTTCACGTCATGTTTTTTGATATGATTGGCGACCTG

mRNA sequence

GTCGTGTGGGGAGGTTAAGCATCAAGATTCCATGGAAAAAGCTTGGATGGGATCCGATCATTATTATTTTGGAGGATATATATGTTTCTGCATCTCAACGAGATGATGAAGAGTGGAGCTCAGATGCGGTTGAAAAAAGAGAATTTGCTGGGAAGAAGGCCAAAATTGCTGCTGCAGAGCTGGCAAAATTATCAAGGCGTGTATGTGATAATCGTGCTGGGCAATCATTCATTTCTTACATTACTGCAAAGATTCTTGACAACATCCAAATATCAATTAGAAACTTTCACGTCATGTTTTTTGATATGATTGGCGACCTG

Coding sequence (CDS)

GTCGTGTGGGGAGGTTAAGCATCAAGATTCCATGGAAAAAGCTTGGATGGGATCCGATCATTATTATTTTGGAGGATATATATGTTTCTGCATCTCAACGAGATGATGAAGAGTGGAGCTCAGATGCGGTTGAAAAAAGAGAATTTGCTGGGAAGAAGGCCAAAATTGCTGCTGCAGAGCTGGCAAAATTATCAAGGCGTGTATGTGATAATCGTGCTGGGCAATCATTCATTTCTTACATTACTGCAAAGATTCTTGACAACATCCAAATATCAATTAGAAACTTTCACGTCATGTTTTTTGATATGATTGGCGACCTG

Protein sequence

RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAELAKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL

Homology

[Close]

BLAST of Sgr016693 vs. NCBI nr
Match: XP_022149964.1 (uncharacterized protein LOC111018256 isoform X2 [Momordica charantia])

HSP 1 Score: 204.1 bits (518), Expect = 5.8e-49
Identity = 102/106 (96.23%), Postives = 104/106 (98.11%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDDEEWSSDAVE+REFAGKKAKIAAAEL
Sbjct: 60  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDEEWSSDAVERREFAGKKAKIAAAEL 119

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DMIGDL
Sbjct: 120 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMIGDL 165

[Close]

BLAST of Sgr016693 vs. NCBI nr
Match: XP_022149963.1 (uncharacterized protein LOC111018256 isoform X1 [Momordica charantia])

HSP 1 Score: 204.1 bits (518), Expect = 5.8e-49
Identity = 102/106 (96.23%), Postives = 104/106 (98.11%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDDEEWSSDAVE+REFAGKKAKIAAAEL
Sbjct: 60  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDEEWSSDAVERREFAGKKAKIAAAEL 119

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DMIGDL
Sbjct: 120 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMIGDL 165

[Close]

BLAST of Sgr016693 vs. NCBI nr
Match: KAA0038223.1 (putative vacuolar protein sorting-associated protein 13A isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 200.7 bits (509), Expect = 6.4e-48
Identity = 101/106 (95.28%), Postives = 102/106 (96.23%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDD EWSSDAVEKREFAGKKAKIAAAEL
Sbjct: 62  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDGEWSSDAVEKREFAGKKAKIAAAEL 121

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DM GDL
Sbjct: 122 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMTGDL 167

[Close]

BLAST of Sgr016693 vs. NCBI nr
Match: KGN66651.1 (hypothetical protein Csa_007236 [Cucumis sativus])

HSP 1 Score: 200.7 bits (509), Expect = 6.4e-48
Identity = 101/106 (95.28%), Postives = 102/106 (96.23%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDD EWSSDAVEKREFAGKKAKIAAAEL
Sbjct: 4   RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDGEWSSDAVEKREFAGKKAKIAAAEL 63

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DM GDL
Sbjct: 64  AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMTGDL 109

[Close]

BLAST of Sgr016693 vs. NCBI nr
Match: XP_011660209.1 (uncharacterized protein LOC101204937 isoform X1 [Cucumis sativus])

HSP 1 Score: 200.7 bits (509), Expect = 6.4e-48
Identity = 101/106 (95.28%), Postives = 102/106 (96.23%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDD EWSSDAVEKREFAGKKAKIAAAEL
Sbjct: 60  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDGEWSSDAVEKREFAGKKAKIAAAEL 119

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DM GDL
Sbjct: 120 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMTGDL 165

[Close]

BLAST of Sgr016693 vs. ExPASy Swiss-Prot
Match: A1Z713 (Vacuolar protein sorting-associated protein 13 OS=Drosophila melanogaster OX=7227 GN=Vps13 PE=1 SV=2)

HSP 1 Score: 65.9 bits (159), Expect = 3.2e-10
Identity = 35/101 (34.65%), Postives = 60/101 (59.41%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAELA 61
           +G+L +KIPWK L   P+I+ +ED+YV  S  ++ +++++   K E   KKA + A E A
Sbjct: 62  LGKLVLKIPWKNLYSQPVIVNIEDLYVLVSPNNNVQYNAEKEAKYEMDLKKAALDALEAA 121

Query: 62  KLSRRVCDN-RAGQSFISYITAKILDNIQISIRNFHVMFFD 102
           +      D  +A   F   +TA+I++N+Q+ I N H+ + D
Sbjct: 122 RKKELEMDQPKADAGFAEKLTAQIVNNLQVQITNVHLRYED 162

[Close]

BLAST of Sgr016693 vs. ExPASy Swiss-Prot
Match: Q07878 (Vacuolar protein sorting-associated protein 13 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=VPS13 PE=1 SV=1)

HSP 1 Score: 62.4 bits (150), Expect = 3.6e-09
Identity = 36/114 (31.58%), Postives = 62/114 (54.39%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL- 61
           +G L + +PW  L   P+ II+ED Y+  S R ++  + + + KR F  K  K++  EL 
Sbjct: 61  LGDLVLTVPWSSLKNKPVKIIIEDCYLLCSPRSEDHENDEEMIKRAFRLKMRKVSEWELT 120

Query: 62  --AKLSRRVCDNRAGQS--------FISYITAKILDNIQISIRNFHVMFFDMIG 105
             A++     +N+   S        F+  +T KI+DN+Q++I+N H+ + DM G
Sbjct: 121 NQARILSTQSENKTSSSSSEKNNAGFMQSLTTKIIDNLQVTIKNIHLRYEDMDG 174

[Close]

BLAST of Sgr016693 vs. ExPASy Swiss-Prot
Match: P87319 (Vacuolar protein sorting-associated protein 13a OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=vps13a PE=3 SV=2)

HSP 1 Score: 57.4 bits (137), Expect = 1.2e-07
Identity = 37/113 (32.74%), Postives = 59/113 (52.21%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAE-L 61
           +G  +++IPW  L    + I +EDIY+S   +     + D +E+ + A K+ ++ + E L
Sbjct: 61  IGTFTLEIPWSNLRNKSLTINIEDIYLSIHPQAKNSLTRDELEQSQQALKQEQLDSFEIL 120

Query: 62  AKLSRRVCDNRAG-------QSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
            K  R   +  +        QSFI Y+ AK+ DNIQI I   H+ F D + DL
Sbjct: 121 RKNFRETLEESSSNPNISRKQSFIEYLIAKLTDNIQIYIERIHLRFEDNLSDL 173

[Close]

BLAST of Sgr016693 vs. ExPASy Swiss-Prot
Match: Q54LB8 (Putative vacuolar protein sorting-associated protein 13A OS=Dictyostelium discoideum OX=44689 GN=vps13A PE=2 SV=1)

HSP 1 Score: 48.9 bits (115), Expect = 4.1e-05
Identity = 31/106 (29.25%), Postives = 52/106 (49.06%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIY-VSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 61
           +G+L +K+PWK L   P+II ++ IY ++  Q  + ++      K++   KK K+   E 
Sbjct: 64  LGKLDLKVPWKDLKSKPVIINIDCIYALAVPQTQNYKYDEKEEAKKQAELKKKKLENYEW 123

Query: 62  AKLSRRVCDN-------RAGQSFISYITAKILDNIQISIRNFHVMF 100
            K  +   +N           SF   +  KI+DN+QI I   H+ F
Sbjct: 124 IKSIKDAEENEISSLQSEKSDSFTDRLVTKIIDNLQIVINKVHIRF 169

[Close]

BLAST of Sgr016693 vs. ExPASy Swiss-Prot
Match: Q555C6 (Putative vacuolar protein sorting-associated protein 13B OS=Dictyostelium discoideum OX=44689 GN=vps13B PE=3 SV=1)

HSP 1 Score: 47.8 bits (112), Expect = 9.1e-05
Identity = 28/107 (26.17%), Postives = 60/107 (56.07%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAELA 61
           +G L++KIPW  L   P+I  ++ I + A  +   +++ +  +K +   K+ K+   EL 
Sbjct: 61  IGTLTLKIPWTNLKSSPVIFDIDCISLYAIPQTGFDYNEEEEKKNQLELKRKKLEKFELI 120

Query: 62  KLSRR--VCDNRAGQ--SFISYITAKILDNIQISIRNFHVMFFDMIG 105
           +  +     D +  +  +F++ +  KIL+NIQ+ I++FH+ + ++ G
Sbjct: 121 RSFKEGSGADQKTTKQDTFMTSVMTKILNNIQVKIQSFHLRYEEIKG 167

[Close]

BLAST of Sgr016693 vs. ExPASy TrEMBL
Match: A0A6J1D8L0 (uncharacterized protein LOC111018256 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111018256 PE=3 SV=1)

HSP 1 Score: 204.1 bits (518), Expect = 2.8e-49
Identity = 102/106 (96.23%), Postives = 104/106 (98.11%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDDEEWSSDAVE+REFAGKKAKIAAAEL
Sbjct: 60  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDEEWSSDAVERREFAGKKAKIAAAEL 119

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DMIGDL
Sbjct: 120 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMIGDL 165

[Close]

BLAST of Sgr016693 vs. ExPASy TrEMBL
Match: A0A6J1D861 (uncharacterized protein LOC111018256 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111018256 PE=3 SV=1)

HSP 1 Score: 204.1 bits (518), Expect = 2.8e-49
Identity = 102/106 (96.23%), Postives = 104/106 (98.11%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDDEEWSSDAVE+REFAGKKAKIAAAEL
Sbjct: 60  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDEEWSSDAVERREFAGKKAKIAAAEL 119

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DMIGDL
Sbjct: 120 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMIGDL 165

[Close]

BLAST of Sgr016693 vs. ExPASy TrEMBL
Match: A0A5A7T5L4 (Putative vacuolar protein sorting-associated protein 13A isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold270G00620 PE=4 SV=1)

HSP 1 Score: 200.7 bits (509), Expect = 3.1e-48
Identity = 101/106 (95.28%), Postives = 102/106 (96.23%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDD EWSSDAVEKREFAGKKAKIAAAEL
Sbjct: 62  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDGEWSSDAVEKREFAGKKAKIAAAEL 121

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DM GDL
Sbjct: 122 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMTGDL 167

[Close]

BLAST of Sgr016693 vs. ExPASy TrEMBL
Match: A0A0A0M352 (Chorein_N domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_1G653320 PE=4 SV=1)

HSP 1 Score: 200.7 bits (509), Expect = 3.1e-48
Identity = 101/106 (95.28%), Postives = 102/106 (96.23%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDD EWSSDAVEKREFAGKKAKIAAAEL
Sbjct: 4   RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDGEWSSDAVEKREFAGKKAKIAAAEL 63

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DM GDL
Sbjct: 64  AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMTGDL 109

[Close]

BLAST of Sgr016693 vs. ExPASy TrEMBL
Match: A0A1S3B8J3 (putative vacuolar protein sorting-associated protein 13A isoform X1 OS=Cucumis melo OX=3656 GN=LOC103487212 PE=3 SV=1)

HSP 1 Score: 200.7 bits (509), Expect = 3.1e-48
Identity = 101/106 (95.28%), Postives = 102/106 (96.23%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVGRLSIKIPWKKLGWDPIIIILEDIY+SASQRDD EWSSDAVEKREFAGKKAKIAAAEL
Sbjct: 60  RVGRLSIKIPWKKLGWDPIIIILEDIYISASQRDDGEWSSDAVEKREFAGKKAKIAAAEL 119

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDMIGDL 107
           AKLSRRVCDN AGQSFISYITAKILDNIQISIRNFHVMF DM GDL
Sbjct: 120 AKLSRRVCDNHAGQSFISYITAKILDNIQISIRNFHVMFLDMTGDL 165

[Close]

BLAST of Sgr016693 vs. TAIR 10
Match: AT5G24740.1 (Protein of unknown function (DUF1162) )

HSP 1 Score: 153.3 bits (386), Expect = 1.1e-37
Identity = 71/101 (70.30%), Postives = 91/101 (90.10%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVG+LSIKIPWKKL  DP+ I++ED+++ ASQR+D+EWSSD VEKREFAGKKAK+A+AEL
Sbjct: 63  RVGKLSIKIPWKKLHRDPVTIMIEDVFICASQRNDQEWSSDVVEKREFAGKKAKLASAEL 122

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFD 102
           AKLSRRV DN  G S++SYITAKILD++Q+SI+NFH+++ D
Sbjct: 123 AKLSRRVFDNPGGNSYMSYITAKILDSVQVSIKNFHILYSD 163

[Close]

BLAST of Sgr016693 vs. TAIR 10
Match: AT5G24740.2 (Protein of unknown function (DUF1162) )

HSP 1 Score: 153.3 bits (386), Expect = 1.1e-37
Identity = 71/101 (70.30%), Postives = 91/101 (90.10%), Query Frame = 0


Query: 1   RVGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAEL 60
           RVG+LSIKIPWKKL  DP+ I++ED+++ ASQR+D+EWSSD VEKREFAGKKAK+A+AEL
Sbjct: 63  RVGKLSIKIPWKKLHRDPVTIMIEDVFICASQRNDQEWSSDVVEKREFAGKKAKLASAEL 122

Query: 61  AKLSRRVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFD 102
           AKLSRRV DN  G S++SYITAKILD++Q+SI+NFH+++ D
Sbjct: 123 AKLSRRVFDNPGGNSYMSYITAKILDSVQVSIKNFHILYSD 163

[Close]

BLAST of Sgr016693 vs. TAIR 10
Match: AT1G48090.1 (calcium-dependent lipid-binding family protein )

HSP 1 Score: 58.5 bits (140), Expect = 3.7e-09
Identity = 31/104 (29.81%), Postives = 56/104 (53.85%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDDEEWSSDAVEKREFAGKKAKIAAAELA 61
           VG +++K+PWK LG +P+I++++ ++V A    D+    +   ++    K  +I  AE A
Sbjct: 80  VGTITLKVPWKSLGKEPVIVLIDRVFVLAYPAPDDRTLKEEDREKLLETKLQQIEEAETA 139

Query: 62  KLSRRVCDNRA----GQSFISYITAKILDNIQISIRNFHVMFFD 102
            L  R          G S++  I A I+ N+++SI N H+ + D
Sbjct: 140 TLEARAKSKLGSPPQGNSWLGSIIATIIGNLKVSISNVHIRYED 183

[Close]

BLAST of Sgr016693 vs. TAIR 10
Match: AT4G17140.1 (pleckstrin homology (PH) domain-containing protein )

HSP 1 Score: 48.9 bits (115), Expect = 2.9e-06
Identity = 28/103 (27.18%), Postives = 56/103 (54.37%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDD-EEWSSDAVEKREFAGKKAKIAAAEL 61
           +G + +K+PW +LG +P+++ L+ I+V A    D E  S D++++     K+  I   E 
Sbjct: 61  LGSVKLKVPWTRLGQEPVVVYLDRIFVLAEPATDVEGLSEDSIQE----AKRNLIREMET 120

Query: 62  AKLSR-RVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDM 103
             + R R       +S++  +   I+ N+++SI N H+ + D+
Sbjct: 121 KLVERARRLQTEMNKSWMGSVINTIVGNLKLSISNIHIRYEDL 159

[Close]

BLAST of Sgr016693 vs. TAIR 10
Match: AT4G17140.2 (pleckstrin homology (PH) domain-containing protein )

HSP 1 Score: 48.9 bits (115), Expect = 2.9e-06
Identity = 28/103 (27.18%), Postives = 56/103 (54.37%), Query Frame = 0


Query: 2   VGRLSIKIPWKKLGWDPIIIILEDIYVSASQRDD-EEWSSDAVEKREFAGKKAKIAAAEL 61
           +G + +K+PW +LG +P+++ L+ I+V A    D E  S D++++     K+  I   E 
Sbjct: 61  LGSVKLKVPWTRLGQEPVVVYLDRIFVLAEPATDVEGLSEDSIQE----AKRNLIREMET 120

Query: 62  AKLSR-RVCDNRAGQSFISYITAKILDNIQISIRNFHVMFFDM 103
             + R R       +S++  +   I+ N+++SI N H+ + D+
Sbjct: 121 KLVERARRLQTEMNKSWMGSVINTIVGNLKLSISNIHIRYEDL 159

The following BLAST results are available for this feature:

BLAST of Sgr016693 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022149964.1	5.8e-49	96.23	uncharacterized protein LOC111018256 isoform X2 [Momordica charantia]	[more]
XP_022149963.1	5.8e-49	96.23	uncharacterized protein LOC111018256 isoform X1 [Momordica charantia]	[more]
KAA0038223.1	6.4e-48	95.28	putative vacuolar protein sorting-associated protein 13A isoform X1 [Cucumis mel...	[more]
KGN66651.1	6.4e-48	95.28	hypothetical protein Csa_007236 [Cucumis sativus]	[more]
XP_011660209.1	6.4e-48	95.28	uncharacterized protein LOC101204937 isoform X1 [Cucumis sativus]	[more]

BLAST of Sgr016693 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
A1Z713	3.2e-10	34.65	Vacuolar protein sorting-associated protein 13 OS=Drosophila melanogaster OX=722...	[more]
Q07878	3.6e-09	31.58	Vacuolar protein sorting-associated protein 13 OS=Saccharomyces cerevisiae (stra...	[more]
P87319	1.2e-07	32.74	Vacuolar protein sorting-associated protein 13a OS=Schizosaccharomyces pombe (st...	[more]
Q54LB8	4.1e-05	29.25	Putative vacuolar protein sorting-associated protein 13A OS=Dictyostelium discoi...	[more]
Q555C6	9.1e-05	26.17	Putative vacuolar protein sorting-associated protein 13B OS=Dictyostelium discoi...	[more]

BLAST of Sgr016693 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D8L0	2.8e-49	96.23	uncharacterized protein LOC111018256 isoform X2 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1D861	2.8e-49	96.23	uncharacterized protein LOC111018256 isoform X1 OS=Momordica charantia OX=3673 G...	[more]
A0A5A7T5L4	3.1e-48	95.28	Putative vacuolar protein sorting-associated protein 13A isoform X1 OS=Cucumis m...	[more]
A0A0A0M352	3.1e-48	95.28	Chorein_N domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_1G653320 P...	[more]
A0A1S3B8J3	3.1e-48	95.28	putative vacuolar protein sorting-associated protein 13A isoform X1 OS=Cucumis m...	[more]

BLAST of Sgr016693 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G24740.1	1.1e-37	70.30	Protein of unknown function (DUF1162)	[more]
AT5G24740.2	1.1e-37	70.30	Protein of unknown function (DUF1162)	[more]
AT1G48090.1	3.7e-09	29.81	calcium-dependent lipid-binding family protein	[more]
AT4G17140.1	2.9e-06	27.18	pleckstrin homology (PH) domain-containing protein	[more]
AT4G17140.2	2.9e-06	27.18	pleckstrin homology (PH) domain-containing 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
IPR026854	Vacuolar protein sorting-associated protein 13-like, N-terminal domain	PFAM	PF12624	Chorein_N	coord: 2..56 e-value: 3.9E-12 score: 46.3

Relationships

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


Feature Name	Unique Name	Type
Sgr016693.1	Sgr016693.1	mRNA