MC11g1317 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC11g1317
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	Cupin_3 domain-containing protein
Location	MC11: 16001544 .. 16015231 (+)
RNA-Seq Expression	MC11g1317
Synteny	MC11g1317

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: utr5CDSpolypeptideutr3

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

ATTCAATTTCGTAGCACAGCCAAATTTTCCTAATTGCCGGATAAGGTATGAGTAGATGAAATTAGTTCCAAGTGGCGACAGATTACATTTCTGAAGTGAAGAACTTCATAATCGATATGGCCGCTGCTTTTGTTTTTTTTTTTCTTCCTTGGGGGAAATCAATTATCCAATAGTGGGAATTTGGATTTGGGATGGCTTCCGCTGTGGACGGTTTCTTACTATTGAATTTAAGACCGCCCAATTTACTCAGTAAACCTAGAATCGTCTCTCTGTTCTCGGGAAAAACGGCATCGTCTCTTATGGTTCGAGCAGAATCCATGGCGACTGAGAAGCTGGGCATCAAAATTGAGAAGAATCCTCCTGAATCCAAGCTTACCCAACTCGGCGTTCGTCAATGGCCCAAGTATTTTGATTTCTCTACCTCATTTCCTGCTTGTTTTTTCTCCATTTAATCGCTATTACCATATCACTGTTTCTCATTCGTCCCCCAAATTGTCATTGATTGTTGAGGTGTTGTTAGTTGTTTTTGAGGATCGTAAGAGGTTAAATATGAGCGATGTTTGCAATTTTGGAATTGGCTTTCGATCTATAACATGGGTTGATATTTTTGCATCTCTTCCGATGATATTAATCGTATGCAAATCGTTAAAAGTGTTCATAATTTGGTCATATTTCTGTCTATTATTTCGCATTGATGGTGGAATCTTCTTATATTTGGTCACCTTGTTGAAACTTGAAAACTGCTATCTCATCCAGATTCAATTCTTTGAATATTGCAAATCTCTGCTTAGTGGGTTTGTTTGTCTTTGAGAACAACGTTTATATTTCTGCTATTAAACACAGGCTCAAGAAAAAAACAATAATACAGCTTTATTTTCTATTAACAGTGTGTTTGGGATTGGGATGGCCTTTGAAAATTTGATTTTTGATATAAAACTATTTGTTCTGACCTCACTTTCAGAAGAAATACTAATCATGACTGTGTTTAATATAGTTTCTTAGACCCATTTTTGCTTTTGGTTTTCTATTTTAGAAAATTAAGCTGGTAAACACACAACTTTCAATGGTGTATTTCTTTCTTTGTCTTGTTACCTACTTTTTTAAAAACCATTTTCAAAATACAAGTCAAATTTCGAAAACTAAAAAAAATAGTATTTTAATATATTTTCCTAAGGTCTAGTTTGATAACTATTTTATTTTTGATTTCCTGAAAATTAAGTTGGTAAACACCACTTACACGCATAATTTTTTGTTTTGCTACATACTTTTCTAAAAAAAATAGTTTTTACAAACCCGTTATAGTTTTTGAAATTTGTCTAAGAATGCAAATGTGTTTTAAGAAGGGTGAAAACAAACTATAAAAATTATGAGTGATGGTTGAAGAAGCTTAACTTTCAAAAATAGAAAACTAAAAACGAAATGGTTTATCAAACGAGGCCTTAGTGATTTTAGATAACTAAAAAAATGTGTTTTAACAAACCTAAAGTAAGAAATTAAAAAAAAAAAAAATTAAAAGATTGCATTACAGAGAGATGATTATCCTTACTTTAAAGATCGACCCTATCGTAGTTTAAGTAGTTGAGAGATAATTACCTTAAATTAGAAGATAGACCAAACCCACCTTAAATCCCTTGTTTTCAAACGAAACGTTCCTAAAATCTTCTGTTGGAATGTTTGGTCGGTTCGAGTGTGAACTTTAGACGACCGAAAATTGTGCTGAAATTTTGTGTTGGAATGTCTGGTTGGTTTGATTGTGAAGTTTAGAGTGAAAATCAGATTGGTCGAACTGTGAATCCGACAGGTGGGGGTGCGAGCCGAGCAAATTCCCATGGACATACTCGGACAAGGAGACCTGTTTTCTGCTGGAGGGAAAGGTGAAGGTTACTCCTGCTGGATCAGAGGAGTCAGTTGAGATTGGCTCTGGGGATTTGGTTGTGTTCCCAAAAGGAATGAGCTGCACTTGGGATGTTTCAGTTGCTGTTGATAAGCACTATAACTTTGGCTAAAACCTTTGCTCTCTCTGTTTATGAACTATGAACTCATTTATGACTGTTTCTCTCTTGTAGAACCACCTTGTGTGAAGCTTCTGTCACTGAACTGCACTTAATATGAATCTAGAATCACATCTGAGATTTGCAGCTCTTATTTTTTTGTTTGTTTGTTTGTTTTTCTTTTTTGGTTCGAGATTGAGTTCGAAAGCAAACCAATATTGATTTGTTGCATCTGTTAATGTTGTAGGGTGTTTGTGTTAAGGATTCCACCTTGAAAACATAAGAGACCTAAGTTAACAAGATCGATCTTGTTATGATGCAAGTAGGTTACTCCTCTCATTGTTAATTAGTTTTAAGATAGAATTTCATGAATATTAATATAGTAACAGAGTCCAAAACATTCAAGACTAATATCGACGTTTCAAAAAAGTCACGATCTTAAAAGAGGAGATTAAGGATTCTACATTGAAAAGATAAAGGATCTGACAAAGATTTAAGATGAAATCTATGAATATTAATCCCGATCATGATTTTCCTACCCCAGAGGGAAAAGTCCTTCCCTTTTTGGTCGGTTGTGGGCAAGGAGGGATTTAAACTGGAGGGGCAGTTTTTTTCTCTTTTAATAATTATTGCATTAAAAAGTACATTTGGTCTCTATACTTTCATTAAAGTAACGATTAAGTATTTGAACTTTTAATTGTGCGATTTAGTCTTCGTATTTTAAGATTTAAAAATTTACTCTCTATGGTTTAGAATTTGTAACAATTTAGTCTCTAGTACGAAAACTCTCATCAAAATTAAGCATCAATTTTTATCCTATAACGATTTTATTTTTGTAATTTATAAATAAATTTAATCCTTCATCAATTTATCGATCAATATGTATAAGAAATTTAACAAAATATTTCACGATAGAGTTTAAATCGATGCAAACTTTAAACTTCAAGAACTAAATTGTAACCTGCTAAATTTTAGAACTAAAAAAAAATGTCATTTTTAGGCCCCAATGTTTTTTATTTTAGAAGTTTGGATCCTTTTCTAAAAAAATATTTATTCCGACCATTCCTAACATAAAAGTACATTTTGAAATAACTTTTCTACCTCTATTCCTTCTCATCTTTCTTACTTTCTTCTTTAACCATTCAACAAAAAGTACATTTTCATATGAATTTATTTAGCAATCAATCTTAATAATTATTATAAAAGAAATGTATTTAACAAAATTAATCATTTCCATCAAATTAATTGCATCAATTTATTACGTTTTTATAAATTAAAAAAACAAATTAATATATTATTACAATAAAACAATAGAACAATTTAAAAGTAGTTTAATTTATATTAATTAATTGTAATAAAATAAAGAAAATAGGCACATTAAAAGAAAAAGCAATTTATTTGCCAAAAAAAAGTAATTTATTGAAGAGAGAGAGATCCGCATCAAGCAAAATAAAATATAATAAAAATAGATGTGATCACTTATAAAATTAAAATTAAAAACTTAATATTGTATAAAAAATGTTAAAATCAATAAATAAATTAAATTAAACACCTCTTTGATCTCCTTGAACTAAATATAGATAGCAACTTCAACCACTCGAATTTTTTATATTCCTTTTTATTTTTTATCAAACGAGACCTTCGTTCGTTTCAACGTCTTCATTCATACAACAGACGACACAAATGGAGGCAACTCAAACAACAACACCAACCGCGATGTGCGCAAAGGGAAGGGGGAGAGGAACAAGAATGAGGGACTAAGAACGAAATCTAACATGTTGCCCAAACTCAAATCTTAGAACCAAAACGTTATTTTACACGACTAAAAAAACATGACTGATGATTCATTGCGAAACTATACCAAATATAAATGTATCAAAATTAAGAAACTTTAAAGAAAATAAAGCATGAGAACTTTACCAAATATTGTTGTATCCAAATGAATAACATTTTTATCCCATGCACCACCCACATTTAACATTCCACAACATTTAAGTAATGATGTCAACGTTAAAAAAAAAAAAAAGAAATTAGAATCAAATAAAAAGCTTTAAGATAATTAGACGTCAAGAATTAAATTTATGATTTAACCAAAAAAAAAATGCAAAGACATATTGAAAGGTAACGATTTATTTTTTTTTTCTCTTAAATATTATTTAGACAGAGATAACGTTAGGCTAAATGATCAATGCATTTTCCTTCCTATCTTCTCTAATACAATGAACTTAACCTGAGCTATGTGGTGTTACAATGGGATAATTAATTACACCATATATTATGAATGTATTTTATTTTTTCCCCAAGAAACAAAAACCAAAAAAGGGAAAAAAGAAAAGAAAGAGTATTTCATAAGAACTATCGTGGTTAATCATATTGTTTCTATATACTCACGGCTCTTGACAGCTCTGACTCTCCTTCCGCCAACTCCACCACCTCCAAATTATTCTACAAACAAATTGTTCCATCAACTAAAGTTTCATAAATTCAAAAAATGAAAGCTATATTGAAAGAAATCGTACCTGTGATTCCTTCAACTTGGTCTCTGCCAAATACCGCTCGAATGCTCCATCCCCACGAAGAATTTTCCCCCCGCAACCGCTCGAATTTAGCGAACCAATCGACTCTTCATCAACGACGACGGCATCTACTCTATCGTTTCCGGTCTTAACATCCGGAATCTAAACATTTGGGAATTGAAGTGAGATTACATCAAAATGGGCATACAAGTAAAGACCTCATTGCTATATTCAGATGGTTTCAGCCTCAATATCTACCTCATACATGGCTTCGGTAAGAGTGCTTTCCAATATGGCTCTTAAGCCTCTGGCGCCAGTGTTCTTGGCCATTGCTTTCTGGGCAATCCGCCTCAGTGCTTTCTCTGTGTAATGCAGCTTCACCTGGAAATTGAATGGCGGTTTTATTAAGAGGGTCTGATTCACATTGATTGTTAGAGATGGAAATGGAGAGGGTTTGATTTGACGTAGGAAATCGTAGAAATCGGTAAGCATGAGAAAATACTCACGTTATTCATGCCAAACAACTTCTTGTACTGCTTGCCAAGAGCGTTCTTTGGTTCCGTGAGGACCTGTTAACAACGGCAAGTCCAAGGAAACTTTTGTACTCATTTTGGTTATAGAAAGAAAGTGCCAAAGAAAATCAACAGCACGCGTAACGTGCATATTTCATTATAAGATGGAGCCACCTTTCTACATTCATATATGACAAGCAAAATATGCAGTACTAATTACTAGAACGTGGATTGAGGTATGCAACCAAGGCTTAGATATTGAGCCCTGTGCACTGACGACTATTCAGACAAAAAATTCAAATGAATGAAATTGTGGACGAAATATGAAGTTTATTGTATATTGAGTAGTTAAATCTCTAACAAGAAATAACTTTTTAGTTCTTTCTTTTAGAGGAAGGCTTGATCTCTTCTTCGTATTTAACTTCTTGCAGGAAAATTCTCTGTTCTCAGGACTCATAATGGAACTTCTCACTTGGATGGAATTTGAACTATAAATGGGCATATTTGTGTATGATGAAAGTCTCAACTCAATCAGGCAAACCAGAACTTTACAAGTTTGTTCCAAATAAGTCAGAGGGATCCAATATAGTTTCATGAAATGAGTTGTAAGCATGATATAAGTGAAATAACAAAAAATCCACATATACCATTAAGAGGGCAGTCTAGAAACGTCGAACTTCAGCAAGGAAGATGATGCATGTTGGGCTACAGGGGAAGACAGAGTGACTATTGGAAGAGAGAGAAAAATACATAAGGGAACCAAAAGAACAAAGTATGTTTGGATTTCGAAGAGAATGTTTAATCCTCGTGGATCACAAGAAGCTGAAAATGAAAATTTTCCACTCTTTAAGGAATAAAAGAAAGGCTTTACTGAAAACAGAGAATTTACATTGTACTCTGGATAATTTTCATTACGAATAAATAAAAAGGAGATAAGTTTCTTAAAGGAGCTGAAATAAAAGGTTTCAGATTGTAGATTTGATAGAGAGAGAGAGGGAGAAAAAGGACAAGGAAGTTTTATATGAGAAGGTCCAATGGATAAAGAAAGAAGGCCATAGTCTTTTTTTATTCTTTTTATTTATTTTTTAATGAAAAACAAGTTTAAAAGAAAGAAATTTGGTTCTTCTATTTGCTTTGATAATTCACAAACAAGTTGAAAAGAAAGGCGTGGAAATAAAACAAATAATGAATTGATACCTGGACAAGCTGGTCCTCAGTTAAGGCTAATAAACTGACAAGAATTGGAAAACGCCCTATGAACTCTGGTATGAGGCCATATGCTATAAGATCAGAACTCTCAACCTGGAAAGCACCAAAATGAACAATTTAGAGAGCGCTAAATGGATTCTTGACCCTTTTATTAAGCAGAAATGAGGTGCCACGTCATCTCCATGCATCGATTATAAATTCAGAACATGTGGAAAAAATTAAATCAATGCAGAGGCTTAACGCCAAATCCCAAAAAATCCAAAGGGCTTTAGTTCTCACGGTTTCCAGTAATGATGATGTAACCGCAGCACTCGTTACCCCGCCCATTCTCATGTTAGCACGAACAGGTGCTCCAAAACCAATAGAAGAATCTTGCCGTCTGATCAGTAATAAACCATTTTAGTACTGAGAAAGAACCATTGAACACTGAAAAATGATGAGAATTAATGGAAAAATATCGAATAACCTACCTATCAGAGATTGTCTTTTCTAGATCTACGAACGCTCCACCACATATAAACAAAATATCTTTTGTATCTATCTGCAGAATTTTTCAACTCAATTAAAATATATTTTTTAAGTGGTAATCCCCATCCAGAAGAAAATATATATATCCAGTCTGTCAGTAATAAATACAGCCGAGTGTAAGACTCTAGCAAAAGAAACTCTAAACCAAGAAGCTAGAACTCCACTCTTCTCTGTTTACTCAGTTTATGTGTGTGTATAATATGTGTAGGACTCTCTCTATGCAAAGACACAGAAACTGATTTTTTTCTGAAAAATATCTATTGAAGAAAAACAAAAGTGTTAAAGCAGATACAGTTTCCAAAAAAATACGCACATACATGTCATCATTACCATACTGAACTTATAGCATCTAAAGATGGTTATCAAGGATAAGTAGATGTTGCAATACACTGTAAAACTTGCACATAGGTGAATAAAATAAATTTGAGAGTAATTTTTTAGTATATATTACCTGAATGCTATCACCCCGAGGATGTTTCCTTGCCCCCTTCTCAGGAACATTTACTATCTAGACAACAAGTCATACCCAGAATTTAGGATTCCACAAAAATGTAAAGCTAAAAATAATACTATAAGATTCATATTTTTCTATTCCATGCTGTGGAAATTAAATTACAATTAATCACATTGATAAGGAAACAGAAAGTTCCAATCAACAAGAACAAGAACAAGAAGGTAGAAGCGATCATTGAATCATCTATATGTTAGGGACAATCCTACAATGGTTGTCCAGTTTGGACATAAGTGCTCGTGGATTTGCTTTTGATCTGACCAAAAACACCTCATACTAATGGAGATATTATCCCTCATTTATATACCTATAATCTTCCCCTTATAAAAGTCCTCTTGACTTTGCTTTTGATTTCACTCAAAAGGTCTGATATCAATAGAGATATTGTTACTCACTTAAAATATTCATAATCTTCCCCATTGCATATAAACAATCTGGACCTAAAATGTTAATGGACCTACACGTGAAAGTTAGTCCATCAATCTCATTTTTCTTATTTCACAAATTAGATCGTTAAATGGCATCATAAACAAATCCCATAGTCCTGTCAAGTATCACTAAGCATGAAGTTATTATTAATTTGTTGAAAATTTCTATTATAAAAGATGTTGGAAAAGATAAATACAACTTTCAACAGATGTGAAGCCATCAAGAAAAGATAAAAACTATTGTAGGTACGTTGGAATTAGAGAATTTAAAAGCTAACAATCCTACTACAAAAAAAGAAGCTTTATCAACTTGTTAAAAAAGATAATGCACAAATCCACCAGTTTGAGCCAAGTCAGCTATTGATGCTGACAGGCCTCCCTCCAGATCTCAATTATCATCTTGATAAGATCTTCAAGCTCTCAAAACTTTTTTTTGTTTTATAGTAAGCCAAGCTTTCATTGAGAAACGATGAAGGAGAACAAATACAAAAGGGCCCCCTAGGAGGAAACTACACTGGCCCTCTCATAACATGAGGGAACCCAAGATTCAAATTAAAGCTACAAATCCTGCATTGCCACCCATTATCTTCAGTAGCATAGAAAGTGGGTAGTCCTCATCAGCACACCACAATAATGCTTTGTTATCAAATTTCTTCACCAAACGTCCTTCCACTTTCACAACCCTTCCCAGCCTAATTCAATAAAATCCACAACCCCTTTCTTGTCAATTTTCAAGACATGGGCGAAGGATGTTGGAGGTAGAAACTTCAACTCCTTCCTACTCTCCAGCTTGGTGCCCTTTCAAGACCCAGAGCATTTGAATCTTCTATCATCCTTATGAACACTTTCCAACCGTCATGCTTTCTATCTTCTAGAACCATTACACAAGACTTCTGCCCATTGCTATCTAACTTTAAAAACTTTGCCTAGAACCTCCACTAAGTAAGATACACCCTATTGCCTTTGTCTAAAGAAGCTATCTGACTTTGGAGAGGTAAGGATAACTCTGAACCAGTTCAATGCCCAATCATATGAATGGAATGTAAAAGTCAAAAAGCACATTAATTGATATCCACTAAGTAAGATACACCCTATTGCCTCTGTGCTTTTCGTCAACACTCGCACTGAAAATCTTCCTCTTTACAACACAAATACAGCAGCATCTAGGAACATCTTTCGATTAAGGCATATATTGTCCAAGTAAGGTATGCAAAACAAAGAGAGCAAGAGAAAAGAGGATGAGGAGAGAGGAGAGCTGCTAGAATCCATCATCCAATGCTCTTCCTCTACTCTTCATTTACCGACACATGAAGCTTCTCTCATGTCTGCTACAATTACGACAAGCATACAAAAGTAAGGTGCATGTTTTAGTCCTGACTTCAAATTTCCAAATTCCAAGTATAATTCCATCTCCATAAAAGGTAAAATGCAAATTCCACTCTCATACACAATGGAATGATTATAACTTGATACCATGCATTTCTAATTTATGATTTATACCCCTTATTTTCAGAACTAGTTTAACGACCACTCACTCATCCAAATCAAATGGAAATGTCATGTGATCACTCCAATTTCTAGACAAAGACCATGTGGGTTTCACCATTTCCCTATCATTTGACTAATTAAGTTGACAAAGGTTTACCAATACTTCTTTGTGGAGTTCGGTTTCTAAGGTTTTTTGTAATTATCAGTTAGGTATTATTCTTCTGTATTGGAGCCCTTTTCTTTAGTGGGTGTCCTCTTGTAGGGCTGCTTTTTTTTTATGCTCTTGTTTTTCCTTTCATTTTTCTCAATGAAAGCATGATTTCGTATAAAAAAAAAAAAGTTGACAAATGTTTACCAATTTCAAAAGCTTAGGGCTCCAAAACTTCATGCAGTAAATATACTTAAGTTCAAAATTATAACCATAACATGAAGTACATGGTGAAATTATTATTCATAAAATAGTGATAACGAAAATTGAAAAAAAAAAACAAAAACAAAAACAAGATATACTCAATTTGAAGTGTTCTATAGAAAATTGGACAGATAATTAAGTTCCAATAAGACAACTGCAACAAGTTTAATATACTTGAGAGAAAATTTCCTAAAAACAAAAAGATAAGAAATAAAATAATATATAATATATTACATGTAAGCGGGTATACAAAACCCTTACGAAAATGCCTACCAACCATACGATAAGAAATTGAATGTCCATGGACATATACAATAGGTATTTCCAGTTAAATTGCATGCATAAATTAGTTAACTAAATCCGATCGGTTCAGCTTGGCTAAGTTTAAGGCTTCACAGTGGTGTTCCATATCATGTTTGTTTGAAAATTATTCTCCTTCACTTATCTGTTTTAATTGGGGAGCTTTTAGTTTATCTCTTAACCTTTGAGTTTATTTTGTTATCTGTTATCTGTTATATTTTCTTTTCCTTTTGTTTATTTCACTCCTTCGAGATGAACATTTTCATTCATTTTCATTAATTCAATGAGAAGTTTGTTTCTTGTTCAAAAAAAAAAAAAAAATAGTTAACTAAAGCCAATAAGAAAAGTTTAAAGTAAGAAGAATAAAGAAATCACAACCGATATGGCAATACAAATTTCTCATTGGACACGTTAAATTGGGCAAGTAATGCATAGGAAATGAATCAAGTGATAAAGTTTAATTGACTCACGGTTCCTTCTAGCATTTTTAATAATGCCTGTTGAACACCCTCACCAGAAACATCTCTGCTAATATTTAGACTCTCAGCCTGAGAAAAAGGATATGAATTAACAAGGTTTATGTTAATATAGTAGATCTCTATAAAGAAAAGAGATTGATTAATTTAAAAATCATCAAAACCTTCTTTGTTATCTTGTCGACTTCATCAATGTAAATCATCCCTTGTTGAGCTGCTTGTACATTGAACTCTGCTGCCTAAATACATATAAAAAATGTGGATCAATATTAGCTGCTCATAGATTTAAAAGGCAATATCCGGATAATTCTACATTACACTGATAGTTGAAATCAAGAGCCCAGAAACACTTCATCACTCGTAGAGCAACATTGATAATGGCACGAGATTGACTTAAGCCAAGCAACATTTGCTGATTTTTCAGCTAGCTGGTGAAAAGATCCAAATTATTGCTAGTGTCATATTTAACTGAAAATAGAGGTGATGTTTGAGGTATTAGCTTTTTCTCTATAATAACATTTTCTCAATTTGTTGAGCTAAATTATCTTAATTAATAAACCGTATCAGCTCTAACCTAGCAGATTGATGAATGAGGATTGAGCCTATTTTTCAATTTCTTCATCTTTACAGAAACAGAACAATTTCTTGAGCTCAAAGTTTATCTGAGTTGAAAAACACCATTCTTAAAAACTAGCACTCTTTCATCCGTTAATTGTCAAGCATCCTATTTTTTACAGTCTATTATAAGTTGACCACCATATATAAATTAACAAGAAAAAAAAAATAAAAAATGAAGGAAAACCAACCATTGTAGTTATGAAATAAATAAAACTACTAAACAAGGCAGAAATGAAGGACATATAAAAGAAAACCAAACACAACTCGATAAAATCAGCTAGTTAGGAGGGAAATTGCTAAACATGAAGCTTACAGTGAGTAGCTTGTACAAAATTGATTCAACGTCTTCTCCAACATAACCGGCCTGCAAAAAGTAACAATGTCATCTATTAATTCAACCACAAACCTTCATAGATGTTCTTTTTTTATTTTGAGAAGAAGCTGATATTGTATTATTAATCATTTAAAATAATTAGCGTTGGTGGCTTGGGGCATATGAAAAATGAGGCAAATGAAAGCAACGTGGCTTCTGGTTATCTACAAGAAAGTTAAAGGATTGCTTCTACATTTATTGTCCCCTCTCCCTTTTGAGAGAGGAAGCAAACAAAAGAACAAGAAACCCTTGAATGAAAAGCTTGATTACATTACAATGACCATCTAGAATACAAAAGGCAAGAAATTCCAAAATATATGGACTTAACACTCCTAGGAACAATAAGTAAAGCATTTAACTCTATCTCAAGCAACTTCCACATCTTCATTCTCATTTTTCATTTTTCAAAAATCATTTCTTCCTTTTCAATCAATTAACCAACACATTACCAAACCACAAAGTTGGCTCTTTCAGATAAAAGGAGAAAGAAACTTGATAAGAAACTTCTTGAACAAGGCATTTTATATAATTCAGCTATTTGATTTAAATTAAGTCTCTACAATAATGCTAACATCTTACAGAATGCATCTAGCTCCAAACGTTGCATCTACCACAGAGTAGCATCACGTGCATTTCCCATAGGATTTTAGGGTTGCGTCAATGAAGGATAGGAAAAAGTAGAGGTATGGAAACCTTCTACCATAGGAAGGAAGGAACCCAACTAAACTCAGAAGTGTTCCCATAACCTACTCCAAGCAAGGGTTAACAGGTACAAAAATGATCAAAGGTCTCTTTTTTCTTCTCTAACAAAGAGTGCATATATTGGAATTCTTTTCTGGATAAACAGAGAATCTATTGGTGCCTTCTCTTCCTCCAAACAAACTGCGCAATTCTAAAACAATCTTCTCCTTTTAGGCACCTCATGCACCAATCAAGATATATCTCACAAAAAGACCAGCACATTAATTTGAATTAGAAGCCCATAAATTATGAAGATAAGTGTTTAATACTGAAAAGTTTCTTGATGCCATTTGAGCCACACAACCCAATACTTTAACCATACAAGTTCTCTTTGATTTCTCCTTAAATTTCCATGCATGATCTACTCCCAGTTTGTGGGTTAGGGCCAAATAATTCCATAGACATTTATAATCGTCCACCAAATGGGGGTTGCAAAAGAAAAAATACAAATAATAAATGGTGTATTTCCACTGTCCACAACTTTCCTTTCAGTTCTAGTTAGACACCCTTCACACATTAGCTACCAATTTTGATTATTCTACGGGAATAAACCAGTAGTTTATCTTTCATAAAAGAAACATTGGAAAACTTTTCAATCCTGGCTCTCAAGGACTTCTCTAAGGAAGAAAAACTTGATACTCTGTAGTCTGTATCAAGAAAAGGTACTGGAAGGGTCGGACTTTTGAGATAAAAAAGAAAAGTTTCTTAACGTGTTTAAATCACATCTTCCACCTTCAAATATCATAATAGTTATAAAATATCCATCCGACATGAAAGCTCTCTCCCATTATTTACCCTTTAATTGCTCCCTTACCTAATTGAATTTCAACCTAAGGCCCAAGAATTGTGCTGCAATTGAGCTGCCCCTTTTCAAAAAAAATAAAATAGCCGCACCAGCAAAATTGTAAAATGCTGTGAACATTCCTAGTCCCAAGAAACTCTTAACTTTTCTCATTGTGGCAAGGCTCAAGTTCAATTCTCAAAAGAGATGACTTCATTAAGAAAATACCAAGCTTAGAAAGTCATAAATAGTTTACCATGGAATTCTTCACAAATAAAAAATGGTAAAATAAGATAATTAGAATGTGCCAGAAATTCATAGTGAACATATGAACATCACATCTTACAGTTTCCGACAAATCATTCAGAGAGGAAGAGAAGAAAAAAGAAACTCACTTGTGTTAAAGTTGTAGCATCAGCAATGACAAATGGCACATTAACAAATCGAGCCAAAGTCTTTGCAAGTAGCGTCTTCCCTATTTTACAATTTGCAAATTAGAACAGTGCTTCAATACATCATGGATGCTCAACATCAGGCCAATGACAAACAGCATCAGTTACATTGGAATTCGGTAAGTGTAAAAGGCCATACCAGAGCCTGTTGGGCCCATCAAGAGAACATTGCTCTTTTCTAACTCCACGTTATCGTCATCATCTATCACATCTTGGTTTCCTGATTCAGTTCCTGACCTGCTGTATGAATCCACAACAACAATAACAGCTATTCATAGATATGGAGTTAAGGGAAATTTTTTTATCAAATGACAATTTTAATGCAAATGTTATAGAAAAAAAAAAAAAAAAA

mRNA sequence

ATTCAATTTCGTAGCACAGCCAAATTTTCCTAATTGCCGGATAAGGTATGAGTAGATGAAATTAGTTCCAAGTGGCGACAGATTACATTTCTGAAGTGAAGAACTTCATAATCGATATGGCCGCTGCTTTTGTTTTTTTTTTTCTTCCTTGGGGGAAATCAATTATCCAATAGTGGGAATTTGGATTTGGGATGGCTTCCGCTGTGGACGGTTTCTTACTATTGAATTTAAGACCGCCCAATTTACTCAGTAAACCTAGAATCGTCTCTCTGTTCTCGGGAAAAACGGCATCGTCTCTTATGGTTCGAGCAGAATCCATGGCGACTGAGAAGCTGGGCATCAAAATTGAGAAGAATCCTCCTGAATCCAAGCTTACCCAACTCGGCGTTCGTCAATGGCCCAAGTGGGGGTGCGAGCCGAGCAAATTCCCATGGACATACTCGGACAAGGAGACCTGTTTTCTGCTGGAGGGAAAGGTGAAGGTTACTCCTGCTGGATCAGAGGAGTCAGTTGAGATTGGCTCTGGGGATTTGGTTGTGTTCCCAAAAGGAATGAGCTGCACTTGGGATGTTTCAGTTGCTGTTGATAAGCACTATAACTTTGGCTAAAACCTTTGCTCTCTCTGTTTATGAACTATGAACTCATTTATGACTGTTTCTCTCTTGTAGAACCACCTTGTGTGAAGCTTCTGTCACTGAACTGCACTTAATATGAATCTAGAATCACATCTGAGATTTGCAGCTCTTATTTTTTTGTTTGTTTGTTTGTTTTTCTTTTTTGGTTCGAGATTGAGTTCGAAAGCAAACCAATATTGATTTGTTGCATCTGTTAATGTTGTAGGGTGTTTGTGTTAAGGATTCCACCTTGAAAACATAAGAGACCTAAGTTAACAAGATCGATCTTGTTATGATGCAAGTAGGTTACTCCTCTCATTGTTAATTAGTTTTAAGATAGAATTTCATGAATATTAATATAGTAACAGAGTCCAAAACATTCAAGACTAATATCGACGTTTCAAAAAAGTCACGATCTTAAAAGAGGAGATTAAGGATTCTACATTGAAAAGATAAAGGATCTGACAAAGATTTAAGATGAAATCTATGAATATTAATCCCGATCATGATTTTCCTACCCCAGAGGGAAAAGTCCTTCCCTTTTTGGTCGGTTGTGGGCAAGGAGGGATTTAAACTGGAGGGGCAGTTTTTTTCTCTTTTAATAATTATTGCATTAAAAAGTACATTTGGTCTCTATACTTTCATTAAAGTAACGATTAAGTATTTGAACTTTTAATTGTGCGATTTAGTCTTCGTATTTTAAGATTTAAAAATTTACTCTCTATGGTTTAGAATTTGTAACAATTTAGTCTCTAGTACGAAAACTCTCATCAAAATTAAGCATCAATTTTTATCCTATAACGATTTTATTTTTGTAATTTATAAATAAATTTAATCCTTCATCAATTTATCGATCAATATGTATAAGAAATTTAACAAAATATTTCACGATAGAGTTTAAATCGATGCAAACTTTAAACTTCAAGAACTAAATTGTAACCTGCTAAATTTTAGAACTAAAAAAAAATGTCATTTTTAGGCCCCAATGTTTTTTATTTTAGAAGTTTGGATCCTTTTCTAAAAAAATATTTATTCCGACCATTCCTAACATAAAAGTACATTTTGAAATAACTTTTCTACCTCTATTCCTTCTCATCTTTCTTACTTTCTTCTTTAACCATTCAACAAAAAGTACATTTTCATATGAATTTATTTAGCAATCAATCTTAATAATTATTATAAAAGAAATGTATTTAACAAAATTAATCATTTCCATCAAATTAATTGCATCAATTTATTACGTTTTTATAAATTAAAAAAACAAATTAATATATTATTACAATAAAACAATAGAACAATTTAAAAGTAGTTTAATTTATATTAATTAATTGTAATAAAATAAAGAAAATAGGCACATTAAAAGAAAAAGCAATTTATTTGCCAAAAAAAAGTAATTTATTGAAGAGAGAGAGATCCGCATCAAGCAAAATAAAATATAATAAAAATAGATGTGATCACTTATAAAATTAAAATTAAAAACTTAATATTGTATAAAAAATGTTAAAATCAATAAATAAATTAAATTAAACACCTCTTTGATCTCCTTGAACTAAATATAGATAGCAACTTCAACCACTCGAATTTTTTATATTCCTTTTTATTTTTTATCAAACGAGACCTTCGTTCGTTTCAACGTCTTCATTCATACAACAGACGACACAAATGGAGGCAACTCAAACAACAACACCAACCGCGATGTGCGCAAAGGGAAGGGGGAGAGGAACAAGAATGAGGGACTAAGAACGAAATCTAACATGTTGCCCAAACTCAAATCTTAGAACCAAAACGTTATTTTACACGACTAAAAAAACATGACTGATGATTCATTGCGAAACTATACCAAATATAAATGTATCAAAATTAAGAAACTTTAAAGAAAATAAAGCATGAGAACTTTACCAAATATTGTTGTATCCAAATGAATAACATTTTTATCCCATGCACCACCCACATTTAACATTCCACAACATTTAAGTAATGATGTCAACGTTAAAAAAAAAAAAAAGAAATTAGAATCAAATAAAAAGCTTTAAGATAATTAGACGTCAAGAATTAAATTTATGATTTAACCAAAAAAAAAATGCAAAGACATATTGAAAGGTAACGATTTATTTTTTTTTTCTCTTAAATATTATTTAGACAGAGATAACGTTAGGCTAAATGATCAATGCATTTTCCTTCCTATCTTCTCTAATACAATGAACTTAACCTGAGCTATGTGGTGTTACAATGGGATAATTAATTACACCATATATTATGAATGTATTTTATTTTTTCCCCAAGAAACAAAAACCAAAAAAGGGAAAAAAGAAAAGAAAGAGTATTTCATAAGAACTATCGTGGTTAATCATATTGTTTCTATATACTCACGGCTCTTGACAGCTCTGACTCTCCTTCCGCCAACTCCACCACCTCCAAATTATTCTACAAACAAATTGTTCCATCAACTAAAGTTTCATAAATTCAAAAAATGAAAGCTATATTGAAAGAAATCGTACCTGTGATTCCTTCAACTTGGTCTCTGCCAAATACCGCTCGAATGCTCCATCCCCACGAAGAATTTTCCCCCCGCAACCGCTCGAATTTAGCGAACCAATCGACTCTTCATCAACGACGACGGCATCTACTCTATCGTTTCCGGTCTTAACATCCGGAATCTAAACATTTGGGAATTGAAGTGAGATTACATCAAAATGGGCATACAAGTAAAGACCTCATTGCTATATTCAGATGGTTTCAGCCTCAATATCTACCTCATACATGGCTTCGGTAAGAGTGCTTTCCAATATGGCTCTTAAGCCTCTGGCGCCAGTGTTCTTGGCCATTGCTTTCTGGGCAATCCGCCTCAGTGCTTTCTCTGTGTAATGCAGCTTCACCTGGAAATTGAATGGCGGTTTTATTAAGAGGGTCTGATTCACATTGATTGTTAGAGATGGAAATGGAGAGGGTTTGATTTGACGTAGGAAATCGTAGAAATCGGTAAGCATGAGAAAATACTCACGTTATTCATGCCAAACAACTTCTTGTACTGCTTGCCAAGAGCGTTCTTTGGTTCCGTGAGGACCTGTTAACAACGGCAAGTCCAAGGAAACTTTTGTACTCATTTTGGTTATAGAAAGAAAGTGCCAAAGAAAATCAACAGCACGCGTAACGTGCATATTTCATTATAAGATGGAGCCACCTTTCTACATTCATATATGACAAGCAAAATATGCAGTACTAATTACTAGAACGTGGATTGAGGTATGCAACCAAGGCTTAGATATTGAGCCCTGTGCACTGACGACTATTCAGACAAAAAATTCAAATGAATGAAATTGTGGACGAAATATGAAGTTTATTGTATATTGAGTAGTTAAATCTCTAACAAGAAATAACTTTTTAGTTCTTTCTTTTAGAGGAAGGCTTGATCTCTTCTTCGTATTTAACTTCTTGCAGGAAAATTCTCTGTTCTCAGGACTCATAATGGAACTTCTCACTTGGATGGAATTTGAACTATAAATGGGCATATTTGTGTATGATGAAAGTCTCAACTCAATCAGGCAAACCAGAACTTTACAAGTTTGTTCCAAATAAGTCAGAGGGATCCAATATAGTTTCATGAAATGAGTTGTAAGCATGATATAAGTGAAATAACAAAAAATCCACATATACCATTAAGAGGGCAGTCTAGAAACGTCGAACTTCAGCAAGGAAGATGATGCATGTTGGGCTACAGGGGAAGACAGAGTGACTATTGGAAGAGAGAGAAAAATACATAAGGGAACCAAAAGAACAAAGTATGTTTGGATTTCGAAGAGAATGTTTAATCCTCGTGGATCACAAGAAGCTGAAAATGAAAATTTTCCACTCTTTAAGGAATAAAAGAAAGGCTTTACTGAAAACAGAGAATTTACATTGTACTCTGGATAATTTTCATTACGAATAAATAAAAAGGAGATAAGTTTCTTAAAGGAGCTGAAATAAAAGGTTTCAGATTGTAGATTTGATAGAGAGAGAGAGGGAGAAAAAGGACAAGGAAGTTTTATATGAGAAGGTCCAATGGATAAAGAAAGAAGGCCATAGTCTTTTTTTATTCTTTTTATTTATTTTTTAATGAAAAACAAGTTTAAAAGAAAGAAATTTGGTTCTTCTATTTGCTTTGATAATTCACAAACAAGTTGAAAAGAAAGGCGTGGAAATAAAACAAATAATGAATTGATACCTGGACAAGCTGGTCCTCAGTTAAGGCTAATAAACTGACAAGAATTGGAAAACGCCCTATGAACTCTGGTATGAGGCCATATGCTATAAGATCAGAACTCTCAACCTGGAAAGCACCAAAATGAACAATTTAGAGAGCGCTAAATGGATTCTTGACCCTTTTATTAAGCAGAAATGAGGTGCCACGTCATCTCCATGCATCGATTATAAATTCAGAACATGTGGAAAAAATTAAATCAATGCAGAGGCTTAACGCCAAATCCCAAAAAATCCAAAGGGCTTTAGTTCTCACGGTTTCCAGTAATGATGATGTAACCGCAGCACTCGTTACCCCGCCCATTCTCATGTTAGCACGAACAGGTGCTCCAAAACCAATAGAAGAATCTTGCCGTCTGATCAGTAATAAACCATTTTAGTACTGAGAAAGAACCATTGAACACTGAAAAATGATGAGAATTAATGGAAAAATATCGAATAACCTACCTATCAGAGATTGTCTTTTCTAGATCTACGAACGCTCCACCACATATAAACAAAATATCTTTTGTATCTATCTGCAGAATTTTTCAACTCAATTAAAATATATTTTTTAAGTGGTAATCCCCATCCAGAAGAAAATATATATATCCAGTCTGTCAGTAATAAATACAGCCGAGTGTAAGACTCTAGCAAAAGAAACTCTAAACCAAGAAGCTAGAACTCCACTCTTCTCTGTTTACTCAGTTTATGTGTGTGTATAATATGTGTAGGACTCTCTCTATGCAAAGACACAGAAACTGATTTTTTTCTGAAAAATATCTATTGAAGAAAAACAAAAGTGTTAAAGCAGATACAGTTTCCAAAAAAATACGCACATACATGTCATCATTACCATACTGAACTTATAGCATCTAAAGATGGTTATCAAGGATAAGTAGATGTTGCAATACACTGTAAAACTTGCACATAGGTGAATAAAATAAATTTGAGAGTAATTTTTTAGTATATATTACCTGAATGCTATCACCCCGAGGATGTTTCCTTGCCCCCTTCTCAGGAACATTTACTATCTAGACAACAAGTCATACCCAGAATTTAGGATTCCACAAAAATGTAAAGCTAAAAATAATACTATAAGATTCATATTTTTCTATTCCATGCTGTGGAAATTAAATTACAATTAATCACATTGATAAGGAAACAGAAAGTTCCAATCAACAAGAACAAGAACAAGAAGGTAGAAGCGATCATTGAATCATCTATATGTTAGGGACAATCCTACAATGGTTGTCCAGTTTGGACATAAGTGCTCGTGGATTTGCTTTTGATCTGACCAAAAACACCTCATACTAATGGAGATATTATCCCTCATTTATATACCTATAATCTTCCCCTTATAAAAGTCCTCTTGACTTTGCTTTTGATTTCACTCAAAAGGTCTGATATCAATAGAGATATTGTTACTCACTTAAAATATTCATAATCTTCCCCATTGCATATAAACAATCTGGACCTAAAATGTTAATGGACCTACACGTGAAAGTTAGTCCATCAATCTCATTTTTCTTATTTCACAAATTAGATCGTTAAATGGCATCATAAACAAATCCCATAGTCCTGTCAAGTATCACTAAGCATGAAGTTATTATTAATTTGTTGAAAATTTCTATTATAAAAGATGTTGGAAAAGATAAATACAACTTTCAACAGATGTGAAGCCATCAAGAAAAGATAAAAACTATTGTAGGTACGTTGGAATTAGAGAATTTAAAAGCTAACAATCCTACTACAAAAAAAGAAGCTTTATCAACTTGTTAAAAAAGATAATGCACAAATCCACCAGTTTGAGCCAAGTCAGCTATTGATGCTGACAGGCCTCCCTCCAGATCTCAATTATCATCTTGATAAGATCTTCAAGCTCTCAAAACTTTTTTTTGTTTTATAGTAAGCCAAGCTTTCATTGAGAAACGATGAAGGAGAACAAATACAAAAGGGCCCCCTAGGAGGAAACTACACTGGCCCTCTCATAACATGAGGGAACCCAAGATTCAAATTAAAGCTACAAATCCTGCATTGCCACCCATTATCTTCAGTAGCATAGAAAGTGGGTAGTCCTCATCAGCACACCACAATAATGCTTTGTTATCAAATTTCTTCACCAAACGTCCTTCCACTTTCACAACCCTTCCCAGCCTAATTCAATAAAATCCACAACCCCTTTCTTGTCAATTTTCAAGACATGGGCGAAGGATGTTGGAGGTAGAAACTTCAACTCCTTCCTACTCTCCAGCTTGGTGCCCTTTCAAGACCCAGAGCATTTGAATCTTCTATCATCCTTATGAACACTTTCCAACCGTCATGCTTTCTATCTTCTAGAACCATTACACAAGACTTCTGCCCATTGCTATCTAACTTTAAAAACTTTGCCTAGAACCTCCACTAAGTAAGATACACCCTATTGCCTTTGTCTAAAGAAGCTATCTGACTTTGGAGAGGTAAGGATAACTCTGAACCAGTTCAATGCCCAATCATATGAATGGAATGTAAAAGTCAAAAAGCACATTAATTGATATCCACTAAGTAAGATACACCCTATTGCCTCTGTGCTTTTCGTCAACACTCGCACTGAAAATCTTCCTCTTTACAACACAAATACAGCAGCATCTAGGAACATCTTTCGATTAAGGCATATATTGTCCAAGTAAGGTATGCAAAACAAAGAGAGCAAGAGAAAAGAGGATGAGGAGAGAGGAGAGCTGCTAGAATCCATCATCCAATGCTCTTCCTCTACTCTTCATTTACCGACACATGAAGCTTCTCTCATGTCTGCTACAATTACGACAAGCATACAAAAGTAAGGTGCATGTTTTAGTCCTGACTTCAAATTTCCAAATTCCAAGTATAATTCCATCTCCATAAAAGGTAAAATGCAAATTCCACTCTCATACACAATGGAATGATTATAACTTGATACCATGCATTTCTAATTTATGATTTATACCCCTTATTTTCAGAACTAGTTTAACGACCACTCACTCATCCAAATCAAATGGAAATGTCATGTGATCACTCCAATTTCTAGACAAAGACCATGTGGGTTTCACCATTTCCCTATCATTTGACTAATTAAGTTGACAAAGGTTTACCAATACTTCTTTGTGGAGTTCGGTTTCTAAGGTTTTTTGTAATTATCAGTTAGGTATTATTCTTCTGTATTGGAGCCCTTTTCTTTAGTGGGTGTCCTCTTGTAGGGCTGCTTTTTTTTTATGCTCTTGTTTTTCCTTTCATTTTTCTCAATGAAAGCATGATTTCGTATAAAAAAAAAAAAGTTGACAAATGTTTACCAATTTCAAAAGCTTAGGGCTCCAAAACTTCATGCAGTAAATATACTTAAGTTCAAAATTATAACCATAACATGAAGTACATGGTGAAATTATTATTCATAAAATAGTGATAACGAAAATTGAAAAAAAAAAACAAAAACAAAAACAAGATATACTCAATTTGAAGTGTTCTATAGAAAATTGGACAGATAATTAAGTTCCAATAAGACAACTGCAACAAGTTTAATATACTTGAGAGAAAATTTCCTAAAAACAAAAAGATAAGAAATAAAATAATATATAATATATTACATGTAAGCGGGTATACAAAACCCTTACGAAAATGCCTACCAACCATACGATAAGAAATTGAATGTCCATGGACATATACAATAGGTATTTCCAGTTAAATTGCATGCATAAATTAGTTAACTAAATCCGATCGGTTCAGCTTGGCTAAGTTTAAGGCTTCACAGTGGTGTTCCATATCATGTTTGTTTGAAAATTATTCTCCTTCACTTATCTGTTTTAATTGGGGAGCTTTTAGTTTATCTCTTAACCTTTGAGTTTATTTTGTTATCTGTTATCTGTTATATTTTCTTTTCCTTTTGTTTATTTCACTCCTTCGAGATGAACATTTTCATTCATTTTCATTAATTCAATGAGAAGTTTGTTTCTTGTTCAAAAAAAAAAAAAAAATAGTTAACTAAAGCCAATAAGAAAAGTTTAAAGTAAGAAGAATAAAGAAATCACAACCGATATGGCAATACAAATTTCTCATTGGACACGTTAAATTGGGCAAGTAATGCATAGGAAATGAATCAAGTGATAAAGTTTAATTGACTCACGGTTCCTTCTAGCATTTTTAATAATGCCTGTTGAACACCCTCACCAGAAACATCTCTGCTAATATTTAGACTCTCAGCCTGAGAAAAAGGATATGAATTAACAAGGTTTATGTTAATATAGTAGATCTCTATAAAGAAAAGAGATTGATTAATTTAAAAATCATCAAAACCTTCTTTGTTATCTTGTCGACTTCATCAATGTAAATCATCCCTTGTTGAGCTGCTTGTACATTGAACTCTGCTGCCTAAATACATATAAAAAATGTGGATCAATATTAGCTGCTCATAGATTTAAAAGGCAATATCCGGATAATTCTACATTACACTGATAGTTGAAATCAAGAGCCCAGAAACACTTCATCACTCGTAGAGCAACATTGATAATGGCACGAGATTGACTTAAGCCAAGCAACATTTGCTGATTTTTCAGCTAGCTGGTGAAAAGATCCAAATTATTGCTAGTGTCATATTTAACTGAAAATAGAGGTGATGTTTGAGGTATTAGCTTTTTCTCTATAATAACATTTTCTCAATTTGTTGAGCTAAATTATCTTAATTAATAAACCGTATCAGCTCTAACCTAGCAGATTGATGAATGAGGATTGAGCCTATTTTTCAATTTCTTCATCTTTACAGAAACAGAACAATTTCTTGAGCTCAAAGTTTATCTGAGTTGAAAAACACCATTCTTAAAAACTAGCACTCTTTCATCCGTTAATTGTCAAGCATCCTATTTTTTACAGTCTATTATAAGTTGACCACCATATATAAATTAACAAGAAAAAAAAAATAAAAAATGAAGGAAAACCAACCATTGTAGTTATGAAATAAATAAAACTACTAAACAAGGCAGAAATGAAGGACATATAAAAGAAAACCAAACACAACTCGATAAAATCAGCTAGTTAGGAGGGAAATTGCTAAACATGAAGCTTACAGTGAGTAGCTTGTACAAAATTGATTCAACGTCTTCTCCAACATAACCGGCCTGCAAAAAGTAACAATGTCATCTATTAATTCAACCACAAACCTTCATAGATGTTCTTTTTTTATTTTGAGAAGAAGCTGATATTGTATTATTAATCATTTAAAATAATTAGCGTTGGTGGCTTGGGGCATATGAAAAATGAGGCAAATGAAAGCAACGTGGCTTCTGGTTATCTACAAGAAAGTTAAAGGATTGCTTCTACATTTATTGTCCCCTCTCCCTTTTGAGAGAGGAAGCAAACAAAAGAACAAGAAACCCTTGAATGAAAAGCTTGATTACATTACAATGACCATCTAGAATACAAAAGGCAAGAAATTCCAAAATATATGGACTTAACACTCCTAGGAACAATAAGTAAAGCATTTAACTCTATCTCAAGCAACTTCCACATCTTCATTCTCATTTTTCATTTTTCAAAAATCATTTCTTCCTTTTCAATCAATTAACCAACACATTACCAAACCACAAAGTTGGCTCTTTCAGATAAAAGGAGAAAGAAACTTGATAAGAAACTTCTTGAACAAGGCATTTTATATAATTCAGCTATTTGATTTAAATTAAGTCTCTACAATAATGCTAACATCTTACAGAATGCATCTAGCTCCAAACGTTGCATCTACCACAGAGTAGCATCACGTGCATTTCCCATAGGATTTTAGGGTTGCGTCAATGAAGGATAGGAAAAAGTAGAGGTATGGAAACCTTCTACCATAGGAAGGAAGGAACCCAACTAAACTCAGAAGTGTTCCCATAACCTACTCCAAGCAAGGGTTAACAGGTACAAAAATGATCAAAGGTCTCTTTTTTCTTCTCTAACAAAGAGTGCATATATTGGAATTCTTTTCTGGATAAACAGAGAATCTATTGGTGCCTTCTCTTCCTCCAAACAAACTGCGCAATTCTAAAACAATCTTCTCCTTTTAGGCACCTCATGCACCAATCAAGATATATCTCACAAAAAGACCAGCACATTAATTTGAATTAGAAGCCCATAAATTATGAAGATAAGTGTTTAATACTGAAAAGTTTCTTGATGCCATTTGAGCCACACAACCCAATACTTTAACCATACAAGTTCTCTTTGATTTCTCCTTAAATTTCCATGCATGATCTACTCCCAGTTTGTGGGTTAGGGCCAAATAATTCCATAGACATTTATAATCGTCCACCAAATGGGGGTTGCAAAAGAAAAAATACAAATAATAAATGGTGTATTTCCACTGTCCACAACTTTCCTTTCAGTTCTAGTTAGACACCCTTCACACATTAGCTACCAATTTTGATTATTCTACGGGAATAAACCAGTAGTTTATCTTTCATAAAAGAAACATTGGAAAACTTTTCAATCCTGGCTCTCAAGGACTTCTCTAAGGAAGAAAAACTTGATACTCTGTAGTCTGTATCAAGAAAAGGTACTGGAAGGGTCGGACTTTTGAGATAAAAAAGAAAAGTTTCTTAACGTGTTTAAATCACATCTTCCACCTTCAAATATCATAATAGTTATAAAATATCCATCCGACATGAAAGCTCTCTCCCATTATTTACCCTTTAATTGCTCCCTTACCTAATTGAATTTCAACCTAAGGCCCAAGAATTGTGCTGCAATTGAGCTGCCCCTTTTCAAAAAAAATAAAATAGCCGCACCAGCAAAATTGTAAAATGCTGTGAACATTCCTAGTCCCAAGAAACTCTTAACTTTTCTCATTGTGGCAAGGCTCAAGTTCAATTCTCAAAAGAGATGACTTCATTAAGAAAATACCAAGCTTAGAAAGTCATAAATAGTTTACCATGGAATTCTTCACAAATAAAAAATGGTAAAATAAGATAATTAGAATGTGCCAGAAATTCATAGTGAACATATGAACATCACATCTTACAGTTTCCGACAAATCATTCAGAGAGGAAGAGAAGAAAAAAGAAACTCACTTGTGTTAAAGTTGTAGCATCAGCAATGACAAATGGCACATTAACAAATCGAGCCAAAGTCTTTGCAAGTAGCGTCTTCCCTATTTTACAATTTGCAAATTAGAACAGTGCTTCAATACATCATGGATGCTCAACATCAGGCCAATGACAAACAGCATCAGTTACATTGGAATTCGGTAAGTGTAAAAGGCCATACCAGAGCCTGTTGGGCCCATCAAGAGAACATTGCTCTTTTCTAACTCCACGTTATCGTCATCATCTATCACATCTTGGTTTCCTGATTCAGTTCCTGACCTGCTGTATGAATCCACAACAACAATAACAGCTATTCATAGATATGGAGTTAAGGGAAATTTTTTTATCAAATGACAATTTTAATGCAAATGTTATAGAAAAAAAAAAAAAAAAA

Coding sequence (CDS)

ATGGCTTCCGCTGTGGACGGTTTCTTACTATTGAATTTAAGACCGCCCAATTTACTCAGTAAACCTAGAATCGTCTCTCTGTTCTCGGGAAAAACGGCATCGTCTCTTATGGTTCGAGCAGAATCCATGGCGACTGAGAAGCTGGGCATCAAAATTGAGAAGAATCCTCCTGAATCCAAGCTTACCCAACTCGGCGTTCGTCAATGGCCCAAGTGGGGGTGCGAGCCGAGCAAATTCCCATGGACATACTCGGACAAGGAGACCTGTTTTCTGCTGGAGGGAAAGGTGAAGGTTACTCCTGCTGGATCAGAGGAGTCAGTTGAGATTGGCTCTGGGGATTTGGTTGTGTTCCCAAAAGGAATGAGCTGCACTTGGGATGTTTCAGTTGCTGTTGATAAGCACTATAACTTTGGCTAA

Protein sequence

MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESKLTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKGMSCTWDVSVAVDKHYNFG

Homology

[Close]

BLAST of MC11g1317 vs. NCBI nr
Match: XP_022156029.1 (uncharacterized protein LOC111023000 [Momordica charantia])

HSP 1 Score: 283 bits (725), Expect = 1.89e-96
Identity = 138/138 (100.00%), Postives = 138/138 (100.00%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK
Sbjct: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG
Sbjct: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVSVAVDKHYNFG
Sbjct: 121 MSCTWDVSVAVDKHYNFG 138

[Close]

BLAST of MC11g1317 vs. NCBI nr
Match: XP_038889944.1 (uncharacterized protein LOC120079700 [Benincasa hispida])

HSP 1 Score: 244 bits (624), Expect = 4.80e-81
Identity = 117/138 (84.78%), Postives = 126/138 (91.30%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAV GF LLNL+P  LLSKP  VSL+ GK A SL +RA+SMATE LGIK+EKNPPESK
Sbjct: 1   MASAVSGFSLLNLKPHPLLSKPTNVSLYFGKRAPSLQIRADSMATETLGIKVEKNPPESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LT+LGVR+WPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGSEESVEIG+GDLVVFPKG
Sbjct: 61  LTELGVRKWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSEESVEIGAGDLVVFPKG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVSVAVDKHYNFG
Sbjct: 121 MSCTWDVSVAVDKHYNFG 138

[Close]

BLAST of MC11g1317 vs. NCBI nr
Match: XP_008459495.1 (PREDICTED: uncharacterized protein LOC103498612 [Cucumis melo])

HSP 1 Score: 244 bits (624), Expect = 4.80e-81
Identity = 115/138 (83.33%), Postives = 128/138 (92.75%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAVDGFL LNL+P +LL+KP  VSL+ GK A SL +RA+SMATE+LGIK+EKNP ESK
Sbjct: 1   MASAVDGFLCLNLKPRSLLTKPTNVSLYFGKRAQSLQIRADSMATERLGIKVEKNPSESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           L++LGVRQWPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGS+ESVEIG+GDLVVFPKG
Sbjct: 61  LSELGVRQWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSDESVEIGAGDLVVFPKG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVSVAVDKHYNFG
Sbjct: 121 MSCTWDVSVAVDKHYNFG 138

[Close]

BLAST of MC11g1317 vs. NCBI nr
Match: XP_004141517.1 (uncharacterized protein LOC101218376 [Cucumis sativus] >KGN52597.1 hypothetical protein Csa_008472 [Cucumis sativus])

HSP 1 Score: 243 bits (619), Expect = 2.78e-80
Identity = 115/137 (83.94%), Postives = 126/137 (91.97%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAVDGFLLLNL+P +LL+KP  VSL+ GK A SL +RA+SMATE+LGIK+EKNP ESK
Sbjct: 1   MASAVDGFLLLNLKPQSLLTKPTNVSLYFGKRAPSLQIRADSMATERLGIKVEKNPSESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LT+LGVRQWPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGS ESVEIG+GDLVVFPKG
Sbjct: 61  LTELGVRQWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSNESVEIGAGDLVVFPKG 120

Query: 121 MSCTWDVSVAVDKHYNF 137
           MSCTWDVSVAVDKHY F
Sbjct: 121 MSCTWDVSVAVDKHYKF 137

[Close]

BLAST of MC11g1317 vs. NCBI nr
Match: XP_022930131.1 (uncharacterized protein LOC111436648 [Cucurbita moschata])

HSP 1 Score: 239 bits (611), Expect = 4.61e-79
Identity = 112/138 (81.16%), Postives = 125/138 (90.58%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASA++GF LLNL+PP  LSKPR +SL   KTA SL +RA+SMATE+LGIK+EKNPPESK
Sbjct: 1   MASAMNGFSLLNLKPPTSLSKPRNLSLNFAKTAPSLQIRADSMATERLGIKVEKNPPESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LT+LGVRQWPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGS+E VEIG+GDLVVFP G
Sbjct: 61  LTELGVRQWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSDEGVEIGAGDLVVFPAG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVS+AVDKHY FG
Sbjct: 121 MSCTWDVSIAVDKHYKFG 138

[Close]

BLAST of MC11g1317 vs. ExPASy TrEMBL
Match: A0A6J1DS18 (uncharacterized protein LOC111023000 OS=Momordica charantia OX=3673 GN=LOC111023000 PE=4 SV=1)

HSP 1 Score: 283 bits (725), Expect = 9.16e-97
Identity = 138/138 (100.00%), Postives = 138/138 (100.00%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK
Sbjct: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG
Sbjct: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVSVAVDKHYNFG
Sbjct: 121 MSCTWDVSVAVDKHYNFG 138

[Close]

BLAST of MC11g1317 vs. ExPASy TrEMBL
Match: A0A1S3C9T6 (uncharacterized protein LOC103498612 OS=Cucumis melo OX=3656 GN=LOC103498612 PE=4 SV=1)

HSP 1 Score: 244 bits (624), Expect = 2.32e-81
Identity = 115/138 (83.33%), Postives = 128/138 (92.75%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAVDGFL LNL+P +LL+KP  VSL+ GK A SL +RA+SMATE+LGIK+EKNP ESK
Sbjct: 1   MASAVDGFLCLNLKPRSLLTKPTNVSLYFGKRAQSLQIRADSMATERLGIKVEKNPSESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           L++LGVRQWPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGS+ESVEIG+GDLVVFPKG
Sbjct: 61  LSELGVRQWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSDESVEIGAGDLVVFPKG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVSVAVDKHYNFG
Sbjct: 121 MSCTWDVSVAVDKHYNFG 138

[Close]

BLAST of MC11g1317 vs. ExPASy TrEMBL
Match: A0A0A0KVZ0 (Cupin_3 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G646710 PE=4 SV=1)

HSP 1 Score: 243 bits (619), Expect = 1.34e-80
Identity = 115/137 (83.94%), Postives = 126/137 (91.97%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAVDGFLLLNL+P +LL+KP  VSL+ GK A SL +RA+SMATE+LGIK+EKNP ESK
Sbjct: 1   MASAVDGFLLLNLKPQSLLTKPTNVSLYFGKRAPSLQIRADSMATERLGIKVEKNPSESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LT+LGVRQWPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGS ESVEIG+GDLVVFPKG
Sbjct: 61  LTELGVRQWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSNESVEIGAGDLVVFPKG 120

Query: 121 MSCTWDVSVAVDKHYNF 137
           MSCTWDVSVAVDKHY F
Sbjct: 121 MSCTWDVSVAVDKHYKF 137

[Close]

BLAST of MC11g1317 vs. ExPASy TrEMBL
Match: A0A6J1EQ24 (uncharacterized protein LOC111436648 OS=Cucurbita moschata OX=3662 GN=LOC111436648 PE=4 SV=1)

HSP 1 Score: 239 bits (611), Expect = 2.23e-79
Identity = 112/138 (81.16%), Postives = 125/138 (90.58%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASA++GF LLNL+PP  LSKPR +SL   KTA SL +RA+SMATE+LGIK+EKNPPESK
Sbjct: 1   MASAMNGFSLLNLKPPTSLSKPRNLSLNFAKTAPSLQIRADSMATERLGIKVEKNPPESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LT+LGVRQWPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGS+E VEIG+GDLVVFP G
Sbjct: 61  LTELGVRQWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSDEGVEIGAGDLVVFPAG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVS+AVDKHY FG
Sbjct: 121 MSCTWDVSIAVDKHYKFG 138

[Close]

BLAST of MC11g1317 vs. ExPASy TrEMBL
Match: A0A6J1IGD9 (uncharacterized protein LOC111472678 OS=Cucurbita maxima OX=3661 GN=LOC111472678 PE=4 SV=1)

HSP 1 Score: 238 bits (607), Expect = 9.08e-79
Identity = 112/138 (81.16%), Postives = 124/138 (89.86%), Query Frame = 0


Query: 1   MASAVDGFLLLNLRPPNLLSKPRIVSLFSGKTASSLMVRAESMATEKLGIKIEKNPPESK 60
           MASAV+GF LLNL+PP  LSKPR VSL   K A SL +RA+SMATE+LGIK+EKNPPESK
Sbjct: 1   MASAVNGFSLLNLKPPTSLSKPRNVSLNFVKRAPSLQIRADSMATERLGIKVEKNPPESK 60

Query: 61  LTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKG 120
           LT+LGVRQWPKWGC PSKFPWTYSDKETC+LLEGKVKVTPAGS+E VE+G+GDLVVFP G
Sbjct: 61  LTELGVRQWPKWGCGPSKFPWTYSDKETCYLLEGKVKVTPAGSDEGVEVGAGDLVVFPAG 120

Query: 121 MSCTWDVSVAVDKHYNFG 138
           MSCTWDVS+AVDKHY FG
Sbjct: 121 MSCTWDVSIAVDKHYKFG 138

[Close]

BLAST of MC11g1317 vs. TAIR 10
Match: AT4G10300.1 (RmlC-like cupins superfamily protein )

HSP 1 Score: 178.7 bits (452), Expect = 3.2e-45
Identity = 81/110 (73.64%), Postives = 91/110 (82.73%), Query Frame = 0


Query: 28  FSGKTASSLMVRAESMATEKLGIKIEKNPPESKLTQLGVRQWPKWGCEPSKFPWTYSDKE 87
           ++ +  SS+     + +TEKLGI IEKNPPESKLTQLGVR WPKWGC PSKFPWTYS KE
Sbjct: 24  YNSRRPSSMAAAIRAESTEKLGITIEKNPPESKLTQLGVRSWPKWGCPPSKFPWTYSAKE 83

Query: 88  TCFLLEGKVKVTPAGSEESVEIGSGDLVVFPKGMSCTWDVSVAVDKHYNF 138
           TC+LL+GKVKV P GS+E VEI +GD VVFPKGMSCTWDVSVAVDKHY F
Sbjct: 84  TCYLLQGKVKVYPNGSDEGVEIEAGDFVVFPKGMSCTWDVSVAVDKHYQF 133

[Close]

BLAST of MC11g1317 vs. TAIR 10
Match: AT3G04300.1 (RmlC-like cupins superfamily protein )

HSP 1 Score: 125.6 bits (314), Expect = 3.2e-29
Identity = 51/90 (56.67%), Postives = 66/90 (73.33%), Query Frame = 0


Query: 48  LGIKIEKNPPESKLTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAGSEESV 107
           + I IE NP   +L+ LGV  WPKW C+P K+   + ++ETC+L++GKVKV P GS E V
Sbjct: 1   MNIVIENNPSSRRLSDLGVMSWPKWSCQPGKYALVFEERETCYLVKGKVKVYPKGSSEFV 60

Query: 108 EIGSGDLVVFPKGMSCTWDVSVAVDKHYNF 138
           E G+GDLV  PKG+SCTWDVS+ +DKHY F
Sbjct: 61  EFGAGDLVTIPKGLSCTWDVSLFIDKHYKF 90

[Close]

BLAST of MC11g1317 vs. TAIR 10
Match: AT4G28703.1 (RmlC-like cupins superfamily protein )

HSP 1 Score: 111.7 bits (278), Expect = 4.8e-25
Identity = 51/104 (49.04%), Postives = 68/104 (65.38%), Query Frame = 0


Query: 43  MATEKLGIKIEKNPPESKLTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTP-- 102
           MA +   I +E+NP +++L +L  + WPKWGC P K+   Y  +E C++L GKVKV P  
Sbjct: 1   MADQNPRIIVEQNPSQARLDELKFKSWPKWGCSPGKYHLKYEAEEICYILRGKVKVYPKP 60

Query: 103 -------AGSEESVEIGSGDLVVFPKGMSCTWDVSVAVDKHYNF 138
                  A  E  VE G+GD+V FPKG+SCTWDVS++VDKHY F
Sbjct: 61  PPSSSSDAEVEWCVEFGAGDIVTFPKGLSCTWDVSLSVDKHYIF 104

[Close]

BLAST of MC11g1317 vs. TAIR 10
Match: AT4G10280.1 (RmlC-like cupins superfamily protein )

HSP 1 Score: 102.1 bits (253), Expect = 3.8e-22
Identity = 48/95 (50.53%), Postives = 61/95 (64.21%), Query Frame = 0


Query: 45  TEKLGIKIEKNPPESKLTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVTPAG-- 104
           TE  G+KI +   ++KL QLGV  WPKW   PSKFPW +   ET + +EGKVKV   G  
Sbjct: 43  TEIHGVKILRQASDTKLAQLGVASWPKWEGAPSKFPWEFKKTETIYFMEGKVKVNVDGYD 102

Query: 105 -SEESVEIGSGDLVVFPKGMSCTWDVSVAVDKHYN 137
             EE+ EIG GD+VVFPK M   W+++ AV K Y+
Sbjct: 103 EEEETFEIGKGDVVVFPKDMKVVWEITEAVKKQYS 137

[Close]

BLAST of MC11g1317 vs. TAIR 10
Match: AT4G10290.1 (RmlC-like cupins superfamily protein )

HSP 1 Score: 75.9 bits (185), Expect = 2.9e-14
Identity = 39/99 (39.39%), Postives = 55/99 (55.56%), Query Frame = 0


Query: 40  AESMATEKLGIKIEKNPPESKLTQLGVRQWPKWGCEPSKFPWTYSDKETCFLLEGKVKVT 99
           A  + TE  G+K+ +   ++KL +LGV  W  W   P KFPW +   ET + +EGK+KV 
Sbjct: 10  APEVPTEIHGVKVMRQTSDAKLAELGVTSWQLWESMPRKFPWKFKKTETMYFVEGKLKVK 69

Query: 100 PAGSE---ESVEIGSGDLVVFPKGMSCTWDVSVAVDKHY 136
                   E++E  +GDLVVFP+ M+   DV   V K Y
Sbjct: 70  VEDHHKEGEALEFVAGDLVVFPQDMNVFVDVIEDVKKRY 108

The following BLAST results are available for this feature:

BLAST of MC11g1317 vs.


Match Name	E-value	Identity	Description

BLAST of MC11g1317 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022156029.1	1.89e-96	100.00	uncharacterized protein LOC111023000 [Momordica charantia]	[more]
XP_038889944.1	4.80e-81	84.78	uncharacterized protein LOC120079700 [Benincasa hispida]	[more]
XP_008459495.1	4.80e-81	83.33	PREDICTED: uncharacterized protein LOC103498612 [Cucumis melo]	[more]
XP_004141517.1	2.78e-80	83.94	uncharacterized protein LOC101218376 [Cucumis sativus] >KGN52597.1 hypothetical ...	[more]
XP_022930131.1	4.61e-79	81.16	uncharacterized protein LOC111436648 [Cucurbita moschata]	[more]

BLAST of MC11g1317 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DS18	9.16e-97	100.00	uncharacterized protein LOC111023000 OS=Momordica charantia OX=3673 GN=LOC111023...	[more]
A0A1S3C9T6	2.32e-81	83.33	uncharacterized protein LOC103498612 OS=Cucumis melo OX=3656 GN=LOC103498612 PE=...	[more]
A0A0A0KVZ0	1.34e-80	83.94	Cupin_3 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G646710 PE=...	[more]
A0A6J1EQ24	2.23e-79	81.16	uncharacterized protein LOC111436648 OS=Cucurbita moschata OX=3662 GN=LOC1114366...	[more]
A0A6J1IGD9	9.08e-79	81.16	uncharacterized protein LOC111472678 OS=Cucurbita maxima OX=3661 GN=LOC111472678...	[more]

BLAST of MC11g1317 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G10300.1	3.2e-45	73.64	RmlC-like cupins superfamily protein	[more]
AT3G04300.1	3.2e-29	56.67	RmlC-like cupins superfamily protein	[more]
AT4G28703.1	4.8e-25	49.04	RmlC-like cupins superfamily protein	[more]
AT4G10280.1	3.8e-22	50.53	RmlC-like cupins superfamily protein	[more]
AT4G10290.1	2.9e-14	39.39	RmlC-like cupins superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR008579	(S)-ureidoglycine aminohydrolase, cupin-3 domain	PFAM	PF05899	Cupin_3	coord: 62..135 e-value: 2.3E-31 score: 107.3
IPR014710	RmlC-like jelly roll fold	GENE3D	2.60.120.10	Jelly Rolls	coord: 39..137 e-value: 1.7E-37 score: 129.1
None	No IPR available	PANTHER	PTHR33271:SF22	OS04G0445200 PROTEIN	coord: 32..137
None	No IPR available	PANTHER	PTHR33271	OS04G0445200 PROTEIN	coord: 32..137
None	No IPR available	CDD	cd02227	cupin_TM1112-like	coord: 69..137 e-value: 1.82491E-35 score: 115.37
IPR011051	RmlC-like cupin domain superfamily	SUPERFAMILY	51182	RmlC-like cupins	coord: 60..135

Relationships

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


Feature Name	Unique Name	Type
MC11g1317.1	MC11g1317.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0016310	phosphorylation
molecular_function	GO:0016301	kinase activity