Moc03g02950 (gene) Bitter gourd (OHB3-1) v2

Overview


Name	Moc03g02950
Type	gene
Organism	Momordica charantia cv. OHB3-1 (Bitter gourd (OHB3-1) v2)
Description	serine/threonine-protein kinase pakD
Location	chr3: 2252681 .. 2269025 (-)
RNA-Seq Expression	Moc03g02950
Synteny	Moc03g02950

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.

ATGGAAATTGACGATAGTTTGAACATGGAGATTGAGGCAAGGCACCTGGCACCTCCCTCTGTGACAGTGGTCGAAAATTCGAGAAAATGGGTCGATTCAGTAGATTTATCTAATGGACCAACGAAGAGAAGTAGGGAGGATAATGTTCGGATGTATAAATTTATGGAATGGGAAGTAGTGTTTGAAGATGCCAGGAGGTTGGCTAGTCAAATCGCTTGAAGAGCTTGCTATATGCAACCTCCTGTGCAACCACCACTTTGAGGGAAGTTTCATTCTTTTTATTTTGGTTATATTATTTTTTGGAATTTAGTTGCATGTTAGGTTTTGGTAGGATGGTATTGTGAATCTTTTCTGGTTTTTTTTTTAGTTTAAATGTGAAACTATGACCATCTAGTTTCTTCCTATTTCGATCATGTTCTCGTTCTTGGCCTTAGTAAAGTATAGTTCTTAAAAAAAAACATGCTGCAACTTTAATCTCATTTAGCATTTTGGAGTTCCTTTTCTTATTTTTCATGTCAATGATGATTCTTAAGGATTAGATAGACTTTGTTTTCTTTTTGTCCGAAAAAGCCATGAGCCATTTGTGACCAAGTTATTTTCAATAAAATGTTTTCCTTACTTTTCTTCTTTTTGAAACTTCAACTTTTTCAATGTCTTATGAAGTCTTTGTCCTCATTCATTATGATTTTTACATTGTCTCTTCAAAAATCTTTTCCGAGTGAGGGCACTATCTCTCTTAATTTGGGGGGACAGCCTTTTGCTTTTAGAAAGAAAATGTTATCTTTTCATTCACGAAAGAACTTGCTATTATTTTTTGCGAAAAAAAGTCACTAGAAAGAAAATGCATATAATAAGAGTCTTTGAATTAAAAGGAAAAAAAGTTGGAAAAAGAGTCAAAAAAGAAAAAAAAAACAACAACAAGAAGTTTGCAAATAAACAGAGTCATCGTTCCTTGTGAGAAAAAAATGAGTGGGGAAAAGATTTAAATTGTGAGAGAAAAAGAAGAGAGGTAAGAAAGAAGAATGACAAGAAAATGTCTTTATTTTTATCACTGTAGACACACGTTGTAGCTTAGGTCGAGTGGCGTAAGCAACTTCAAAGGTAACAATTGGGTCTAGTGTAACATCGTGCAACCCACCGTAGATATGTTATGACCAATTGTTACTTGAAAGGCCGCTACAAAGCTATGGAGGAAATCCCCACAGAGGCTAGTAGTCATTCCTTCAGTGTTAAAATTTAAGTGAAAAAGGAAGCATGCAAATTCTAGAGCGTTGTCAAAAAGTTTTCATGTTTTGAAAAAGGAAAGGATTTTAAGAAACTTTTTATTGTTTTGAACTTTGTTGGCTTATGGTAATTTGACTTTTGAAGATAGGAGGACGATGAGGTTTTGATGATCTTTCTTGAGACACTATATGAAAAGCAAGTCTAGTTTATCCTTATGTTCGATGATGTTTATGATTGTTGCATGTGATTTAAGGGATATAAATTGTTAAGTTTGCTTGGAGACAATCAAAAAGCCAACTTTGGAGGTGTAATTTCCTTTTTTGTAAGAGTAAAAAAAAAGCTAAATTGGTGTTGTGTTCTAATATTTTATACTCTGAAATCATATTTTAAGCTTATTATAGTGTCCAAAATATTTCATTTGGAGTTATCTTAGGTTATACATGCATATAGTGCGTTTTTTCATCATTTAGAGTTGATTTCTAACGAAAATTATAATTCTGTGTAGAAAAATGCAGAGCTAGGCGCCAGGCTATATATGCATATAAGGCGTTTAGACAATACACATCTAGACATGTTCTCTTCGACGAATCTGTTTTTCCCTTTGCTATTCTACCCATACCTGCTTCCACTCTTGTTTCCTCATCCTCTACTCCCTCTGTTAATCATTTCCTTTTGTCATCCTTACTACCACAATCAAATGAGTCCCCTGGTTCGATTGTTCCTTCTCCCACTGCTTCTTATTCAGACTATTTGGATACGTCTTATGCACCTATTGCTAGTGATGTCTCTATGCCGGTTTCTAATTCTAGTTCTCATACTACTAAAAATATTGGTATTGGGAATGTTGGTGCTAATATTACTGAGAATGTTGGTGTTGCCTTTGAAGCTACTGATCCTAGCTCAAGTACTACTGCTACATGTGATTCTTTGGGAAGAGTTAATCCTAGTACTTTTGTTGTTGCACCTACTAATGTGCATCCTATGCAAACAAGGAGTAAGTTTGGGATCTCTAAGAAACAATTGTTTTTGGCTCATGTTTCTGGTTTTCTGAGGAACCATCTTCTTATACCCAAGCTTCTAAGTTGACTGAATGGAAACAGGCTACGAATGAAGAATTTTCTGCTTTGATTAAACAGAATACTTGGTGTCTTGCTCCTTTACCTTCTGACAAGAATGCAATGGGATGTAAATGGGTCTATAGAATAAAAAAGACATCCCGATGGTAGTATTGCTAGGTATAAGGCTTGCCTTGTTACCAAAGGCTTTCATCAATAAGAAGGTATTGATTTCGATGAAACCTTCAACCTCGTTGTTAAAAAGCCTACGGTTAGAATTATCTTGTCCTGAGCTACTCATTTTGGTTGGCAACTTAGACAACTAGATGTCAAGAATGTGTTCCTTCATAAGGAACTTCAAGGGGAAGTTTACATGCAGCAACCTCAAGGCTTTGTCGATCCTACACATCCTACTTATGTTTGCAAATTACTCTAGTTCTTATACGGCCTCAAACAAGCACCCCGTGCTTGTTTTGAATGCTTCACCACACATTTTCTCACACTTGGATTTGTAGCGTCCTTTGTGGATTCATCTCTATTTGTCCGACATGTTAATGGATCATACACTTATCTCCTTTTATATGTTGATGATTTCATCGTTACTGGCAATGACGATCCATCTTATATTACTTCTCTTGTAGTCCAGCTGAAATGTCGATTTGATATGACTGATTTGGGGGCTTTAAAATACTTTCTGGGACTGGAAATCTCTTATACTCATAATGTCTTGCTTGTCAATCAAGCCAAATATACCATAGATGTCTTGCAACGATTTGAGATGTTGTCTACTAAGGCTTGCACTATTCCCATGAGTTGATCTTCTGGATGTTGGTGTTGCATGCTCCCTATGAATCTCATTTAGTGCCTACCAAGCGTATTGTTCGATATTTGTTTTTTACTCTTCAGTTGGGCATTATGTTTCAACGGGGCTCTTCAACCTTAAGACTAAATGCCTTTTCCGATTCTGATTAGTCAGGGGACACGCTTGACTAACGCTCTACGTCGGGCTTTATTATTTTTCTTGGCTCCAATACAATTTCGTAGGAATCTAATAAGCAAACGACAGTGTCTCGTAGCTTTACGAAAGCTGTATATTGGTCTCTGGCTTCCACAGCTGTTGAGCTATTATTGATTTGTCAACTTCTAAAGGATCTTCATGTGTTTAGCACGTAGTCACTCGTTTTTTGGTGTGATAATGCTTCTGTTATACTGTTAAAAATCCTGTCTTTCATGGACGTACAAAAAACGTTGAAATCGACTTCCATTTTGTCAGAGAACGTGTTGTGCGTAAAGACATGACGCTCTGTTATATTCGTACAACTCATCAGTTCATCGATCTTTTTACCAAACCTCATACTTCTACTTGATTGCTTTATTTCCGGTCCAAACTACTACTCCAACCAGCATCTGTTCAAGGGGGGGTAATAACTAATGAGTTGTATTAATTATAAAGTGGTTAACTATTGTTATATTTTCTGTTATTTTCAGTTGTATCTAAAGTCTTTATATACTGATGTAATAGTTGGAGATGAATGAGAAGCATATTCTCTATTCATTAAGAGAATATTTTCCTATTTTACCCCTATAATTGCATCTTACACCTTAAATACTGATTCTCTGATAAACCAATCATAAACTAAATCTCCATCAGGTAACAAGAGGGAGGGACTTATTGTTCATGTTCCAAAATTAGCACTTAAACAGCTCGTATACTTACTCTATATATATATGAGAAGGAGTGAATTACAATCGTGTGAGATTATGTTACTAACTCCCTATTTTAATTTGTCATTTTCTAAAGTAATAAGCCTACTGAATCTGACACAAAAAATATTTCCCCTCACATAAATTAAATGATATGTCTCCAAAGGCAGGAGTTCATAAGGAAAAGTGACTCTTACCGACCTTGTTCAAGAAGTCGGGAAAACGGAACTTTTCCCAACCTTTTAGGAAAAAAAACATCAGGAGTGACCTTTCCCGACGCATTTTTTTCGTTGGAAAAAGTTACCCTCAACGTTTGTAAGGTTTTTCACGACGTTTTCAAAAACCTTATTTATTGTGGTGCCTATTCATAACTCACTTAAGATTAAAATCGAGTCATACATATATGATCATCCTATGTAACAAATTTATCTTTCTTTTAGCAAACTTACAAAAAGATTAAATATTTTGGGACCTAGTCTTATACAAACTTATTGTATATGATATGCCACTCACATATCTCCACTATCAAATAATTTGTTACATTCACAAAGTGGACTGTATCAATAGTGTTATCAAGGTATAGACACCCAACATTATCTATATACTATAGACTCCTTAGATTATAACTGAATATAATCATCTTGTATATATATCGTTCAATATTACATTTACAACCTTAAATTTTCATAAAATTGATAATAAAGGTTGCATACAATCACAATAGTCAACTAACTATCTTTTTCTAATAATAAAATATTTACTAATTAGGAAAATTTAGGGCATAAATCCCGAGTAAAAATCACTATCTAATGGGACTTAGACTTACATTTAATGAATGATCCGAAAACAAAAGATTCAATCAAAAATAGAATTGTATTCCTGATTTTCAGTATTTTCTTATATGTGTTTGGTATCAAAATGAATCTCAATTTAAAAAACCGTTAAGGGTATTTAATAATTTATTTGTAAACTAGTGGTAATTATCAACCAAATATTAAGTCCTATCTAAAGTATTGTTAATTAATTTATTAATATAAAATTATTATTTTACAATATTATATAACTTACAATATATTATATTTCACATATTTTAATAAAAATAAAAATAAATAGTTTATGACACCGAATAGAATATTTGTAAAAATTTTTATTAATATAATTCTGTATTTTAAAAGTTTCATATTTTTTACCCAAATTCATAAACAATTTCAAAAATAAATCTACCAAACAAATATTCACCGAAGAAGAAGAAAGAGAAGGATAAAGAATAGATACCAAATAATTAATTTATTCAACTTTGTCATAATCTTGAAATAATCCCCTAAGCTCATAGACACTATGGTTTTGGCATTAATCGTGCGTGTGCACCCAAGAGTTAGCAGGAGTTTTGCGTGGGAGAGTTTCATTTGTAAGTCAAATTTCAATATCTAATGTTTATAACAGTGACAAAGTCAAAATCCCACGTCAAATCAATATATCGAAAATATTTTAAAATTAGTTAAAGTTAATAACCAGTAATTAAAAAATAGACTAAGGCAAACTAAAAAAATCCATATATTGATAAACTCAATTGTTTTATTTACCGTTCTTTTTTTCTTTGAGTTAAAGTATGACTGACATCAATTTAATTAAAAAAAATAAAAAGTTAAAGATATCAGTAATTTTTTTTTTTCAAATTCCCAGTTCTCACTTTTTTTTTTTACATATTTATCTGATCAATTAAGTTCAATTCGATTATTCTCATGGACAACCGTCCAATAAAAAAAAAAGGAAAAAAAATCTTAATTCCTCTATCGTAGTGGTATATTAAAAATAATATTTTCATTTTTTTTCTTTTGTGAAATGATTTAAAAACTATTTGTTTAAAAATAAAAATATTCTATAAACAATAATTGAGTTAGGCCACTTGGTGGTAGTTGAAGTAGTTAGAGTTAGAACTAGAAATGTTGACTTGCCAATTATATTTTAGATAAATATTATTAATAATTAATTACTTTATTTACTTTTAATAATAACAATAAAAATGAAAAAAAGATTCCTTAGTGTTGTAATAATATGTACTGTTTTTGTCAAACCATGTTTGGTGTATGTTAGGTTGCTACTAGAAAAGAAACATTGCTAATTACAATTAAGACCTCGATCCTTAGACTTCCCTAGCAAAGGATCTACCATCATTAAGAGGCCATATGGTCAACTCATGCCAAAATTATCGATTATATCCTTCATATTGTTAAATTTAAATGACACCCAAAATTGTCAATGATGCCTATTATTCCTAGGGTTTGAGCAAGGCATAGGGGATCTGCAAAAATTCCCATGGCATTGGAGCCCACTCGTAACAAAGTTAGAGAATTGCTTTTGAGATGAAGAAAAAGGTTCACCCCAACGTTTTGGGACATGTGGATGAGGAATAAATTTCATTCTCCACCTTTTTTTCATTCTCTAGGCGGCTCATTGATCCAAAGGGGATAGGGTGAATTGAGAGGAAACGAGTTCATACATGATGACCACCTACTTTGAATTAATTTCTATGTGTTTCCTAACATCAATTGCTGTAGGGTCAGCAACTATTCCGTGAGATTAGTTAAGATGCGCGTAAGCTAGATCCAAACACTCACGGATATGAAAGAAAAAAAAATTCATTCCCCACCTTGTCCCACCCCCTACCTATAGAATAATTTTTTATCATGATGGCAATAGGGTGGCGATGAGGAATCAATTCTACATTTTTTTCATTCCCCATCATGATAATTGGTCCAAATGAGTTATGGTGAATTGAGAGGGTCGGAATGGATTTAAATCTCATTATGTCTTGTGAGATTAGTCGACGTATGCGTAACCTGGTTTGGACACTCACGGATATAAAAAAAAAAGTCATTCCCCACCTTACCCCACCCCGAACTATAAAATACTTTTTAATCATGATGGGACGAGGTTGCATATACCTTCTCCATCCTCGTCTCTTCAAGGAATTTTAGTTTCTATTTTGTCCCTAATCTCATTTTCGAGGGATCGAGGTAGATAATTTTGAAATTCTTCTGAAAAAATTCATCACTTTTTGTTTTATATTTTTCCCATTTTATAAAAAATATCAAGTAAATGTTGAATAATATATAAAACATACCATTAAAGTTAAAATTTATAGAAATTAATTTTATTTTTGTCTAAAAAAAATTATAAATTTTCAATTGTGATCTAATAAGTACATGATCAATTTTTAAAAAATGTCCAACAGGTCAAACTAAGACACGATATTTTATTTTATTATTTTTTTTATTACAACAAACGTGGGAATAGAAATTGAACCTATTACCTCTAGGAGATGAGTAATACCTTAACCACTGAGTTACGTTCATGTTGGCAAGTTTATAAATCTATTTAACAAAATTTCGAACGTTCTAATAATAAATTTGTAATTTAACGGTTAATTAATCTTTATAAGATATAAAATTTAAATATTATCAAATTAAGTATTTTACTAAATTATATATATATATAAAACAAAAGGCTAAACAAGAATTTATTCCCACATGAAAAGTGGTACTTGAAGAAGGATTCTCTAACCTACCCCTCCTATCTTTAGATTTAATATATAAATAGTTAAAAAAAAAAACAAGAAAAAGTCTCGTGAATTGAATTAAATTTAAATCAAAGATGTCAATATCAATATTCATGAATACATTAATTATAACTTTTTTAAAAGATGTTGATAAATATAACATAATAAATGTTAGTATTATTTGAGATCTTTTTAAAAAATAAAAAGTGTAAATGATTAATTCGGCATAATAGAAGGTTTTAAATGTTGATATGGATCAAAATATCCATAAAATATCATCATTTCACTTATCCTTTTTGTTTGATATTTTTAATATTTTGCCGCAATACTATGAAATGTATATTCACGCCTCATATTGATATCGACCCTGTGGACATGGAAATATCGATGGAACCCAGGGCGGAAAATAGTATTGTAAATTTATTAATATATACGTTATAAATATGGCATAATTATTATTTTACAATATTTAATATTTAATATTTAATAATTTATAATATACTATATTTTAGATGTTCTACTTTTAATAAAAAATAAAAATGAAAAAAGAACATGAATGGGTATATTTATCCAATTTTTTTTTAATATAATTCTACCTTTTAAAGTTTCAAATTCAAGATCTATAAACACTAAAAATGAAGAAAAGTTGTTTGTTTGAGACCTAAAAGAAAGAAAACACTCTGACGTCCAAGTGAATAAGTGACCGAGCTATATCTGAGAAAATATAGTTTCGAGTACTTGGAAATGAAGCAAGAGGTTTTTATTTATAGACAAAGCTTCCAACAGGGCATTCGACAAACCTCCAACGACTTTTTTAGATTCCGTAAATCTCGACGTGTTGTCACGGAATGTATCCAGGAATAATCCTAGAGGAGTGTCCGTTGATTGGCTCGACCGGTGAATCGATCTACCGATACGAATGATAAGATTGGCTCGACTTACTTATCAAAGGGGTTGAGCTGGTGGTCAGCTCGGCTCATCAGATAAGCTTCAAGGCTTTGAGTTATGTTGACTTGGTCTTTACCATATCAAGAACTGCCACGTGGCTAATGAAAAATCACTTCCAACATTGTCTTTTAGAATCTTCACCATTCGTATCACATCATAGTGAAAAAAACTAGTTTCCAAAAACAATTGTCATGGCATATCAAACACGTTCTTAAATATTAAAATAAACGTTTTAAAAGTTGATTCTTAAATATCAAAATAAATATTTTAAAAATTCAAGGACCAAACTGAAATATTACGAAAAGTTAGGGTACCAAAGTGAAAATAAGCCAAACTTAAAATGCTGATTTTTAAGATAGAAAAGAAAATCTAAATAAAGTGAAGGAGAGGCCAAGAGGCATCCAAATCATCCAAAAGCCCCAACCGTGATAGGAATGGGGATATCGTTACTTTCATTCCCTATGTATAAAAGAATCCCAAAATCCTGATCGCAGATCTGAGATACCCAAAAAAAAAAAAAAAGCCTCCGACGGAACCCCACGGCGGCGCTCACCGGCCGACCACCGGCAAAGGGAACCCTCCCCCTCTAGAGGGTGTTGTTCTATAACCTTAAAAAGTTAATTGGAGTGCTTCGTAGACTCTGATCTCTGTTCTCTCTATTTCTATAAAGTCCAAACCTGCGGCGCCTATATTTCCAATACTCTCTCTCTCTTTGTTTTCTCTCTGCTTCTCTCTCTGTGTCAGTTCGAAGCTGCGGCCATGGCTGCAGACCCTGAAGGTAAAGAGTTGAAGCTGTACTCTCAGTTTCAGACAGAGCAAACGAAGCAGAAACCCTTTGAAGGGGACAATTGGTCGAGCTACTTTGGCCCTTCTGATTCATTTCTCGGCTTCAGCTCTCCGGTGGAGTCCGAGCTCGGTTCCTACGAGATCGAGAGCGATAAAGACGATGATCACACGGCTGAATTGAGTCGCCGGATGGCTCAGTACATGCTTCAGGATGAAGATAACTCCTCCACTGCAAGCTCTGGCTCTGAGATTCAAAACAAGGTATGCATATAGATATATATGTTTCTCAAATTCTCTGTTTTGTTTCTCTGTTTTCCTCTGTTTTTTATTTTTGTAGCTCTGTTTTGGTCTGTTTCTCGCAGTCATGGGGTTTGGCTGGTTCGCCAATTTCAACTCTGTGGTCACCTCTAGGCTCAAGCAATGGAAGCAGCCACGGAAGCCCGGAGGGGCCATCGAAGGAGCCATCGCCACCAACGACGCCAATCGTAGCAGACCGAGGGGTGCTGGGGCTGGACATTTCACAAAACGTTTTCAGCAAGTTGGAGAAGATGAAAAATGTGTGCAGGGATGGAGAAACTGGATCTTCTTCTTCTTCCAAAGACCAAGCTCGAGCTCTCAAAGTGAGATGAGATTCAAATCCCCCAAAACTCTCTCTGTTTCTAAGTCTCTTTTACTCCCTTCTTTTGCTGATTCAAAACTCAACCCTCTTTATAGAATCAAAAGCGGAAGCAGAACCAGAACAAGCAAAACCAGAACCAGAGCCAGAGCCAGCAGCAGTTTATGAAGCAAAGAGGGTCAAAACCAGGTGGTTCAGCAGGGACTGGCGTGTTCTTGCCCCGCCATGTGAACTACAACCGCCCAGCTCCATCTCCTCAGCCGCCACAGCCGTCCAAGACAAAGGGTAATTCACTTGATTTCCCCTACACAGTTAATCACATCGTTTTCGCAGTGGGTATTCTCTTTACTACCCCATTAGTTGGGGTTTTTCCATCAACAAATTGCCATTCCAACCATTCCTCGTGATGCGTTTTGGACTTTTCCTCAACCCCACCATTCTTTGTTTTCTTTTTCTACGGATTCATAAAGATTCCGTGGTGCCCTTCCAGTTGCCCCCTCTGAATCTTTAGAGCTTCAACTAACCGCAGGTTGGGCCAACCAAATTTGTCTACTTCTTCTATGGAATCTCCATTCATGATTCATCTCTTTAAACCTGGCGGTTCTAGAGTCAAAAGGAAGTGACTGAAAACGACACCCAAATTGAATCTTAAACCACTTGCAGCATTCTCCACTAAGTTTTTAATTTTAATTTTAATTTTTAATGGGTAGATGGATTCGTTGTCTTCCCCTACAAGCAAAACAAGAATTAAAAATTGTACCTTTTCTTTTCAGGCTCTTCCACCGTTCTAATACCCGTGAGAGTCCTGCAAGCTTTACAGCTTCACTACGACCGAATGGACGACCAGACGAGACAAAAAATCACTGGGTTCGCAGCAATTAGAGGTATACATACATATATTTCAAAATTCCACAAAAAATACTCTCTGTGGCATTTTCACAAACAGTTTGCGCTCATTCCTCATACCCAATTGTTAGCTTCGGCCCTTCTCATCTCCGTTTGATCTGGGCCACCCTCTGTTTCATCTAACAAGAGATTCCCATCCTTTTGTTCAACCAGAAGCAATGGGTGGTGCGATAACCGCCACACATGGCGAGACCCAAACCCAGCCGGAAGCGGCGGCGGCGGCGGCGGCGGAGACGGCGACAAGCCAAATGGACGTGGGTCTCCCTCAAGAATGGACGTATTAATGGAATGGGTACAACATCTGGCGGTTTCCGATCACAAATCTGAAGCTTTTTGGCGGTTTGTGAGAGAGAGACGAAGTTTATGGATCGCAATAAAAGCCACAAGTAGGCAGAGAAAGAAGACGAAATTGAAATTTCGTGTTGTGAATGAAAACGACGTCGTTCTTTTACTGTCTATGAGGGGCAAAAAAGTAAATAAAGTTTGGGAAATTAATATTGTTTTAGGAGGGAGGAGCATTTTTTTTTTCCTTTTTTGAATAAAAAATGTGAAATCCTTTGTAATAATTTCAAACAAGGTTGTTTGTTTCCCTACAATAATTGTTTAAATAATTTAATTATTTTTACTGGGTCTACAACTTTGTTCATTGATTCAGAATTAACTTATAATTAAATCACCAACAGATTCTTTTTTGCCTTTCTTTCAAAAATCTATGACAAAAGCATCTAAATCTAACAAAAAAAAAAAAAAAAGAAAAAGAAAAAGGGACCACAAAGATAGTAAAATCTAAAATTCAAGTACAAAATGGTACCAATGTAGAATTATAAGTTTAATGAAATTAAAATAAACTAATTCAATTAAGTATTTCAATATTAACATAATTTTTCTGTAAAAAATTAATATAAACCTAATTTAACTGATGAAGAGATTATTTTATTTTTTGAACCTTCCATTTAGATATTTTTTTATGTCCATTTATTTGAAATTCGAAAAATTCATTTAAAATCACTCAAAATCCTAATTAATTCAAATATAAAAGTTCAAAAACCTTCAATCTTACATTTTTTATCTTTTATATATATAAATATTTTTAAAAAGTATGGTCAATAAAATCAAAATTTCATTGATTATTTACGTTGAATAATTGAATGTTATTCATGGTGCAATCCTTTTGCTTTTCTTTTTAGTACCTCTCTTTTAGAGTGGAGATAGTTTGACATTTGGTCCCATTTGATGGGTTTGGAACAATTGTCCAAAAAGTTAAAGTCCTCCTAATTGTATCTAAATAAAGTTTTTTTTCTCTCTTCAATATATTAGATTGAGAGAAAAAAAAAGGTGGAAAACTTTAGAAAGAAAACTATATTCCAACAAAGAACAAAAGTTGAAGCTTGCTGGATTAATAAGAATCTTAACTTTCAATCTATACGAATTTATAACTTCAACATCATTCATTGGTTAAAACTCATGAAAAGATTGCTACTTTCTTTGTGAGGACCACCCATCAAGCGACTTGGCAAACATGGAGGAAATCTTTCACGTGACCTAAATAGGGACGTGGAATATGTCATCCGTTAACACCCTGTTTATTTATTGATTATATAAATCCTAAATTTAAATATTTGGATATAAAATTTACTGGACATTGTTGGTTTACAAGACGTCATTGTATTGATAATTTGAATAAGTTACTTATTTAACTGTTAGGATTTGTCTTTTTAAATGAATTATAAGACATCCTTAATAAATTTAAGAGTTTTTCCTTTTAAATGAGCACTTAACCATTTCAATAAGAATCTTATCAAGAATTAACCTTTCATTGATTAAACCGAATAATAATTTTCCATGATTAACATGTTTTCCACAAAATTTCATGGAAAATATCGACGGAGATGATGAAAAATGAAAAATGGGGCAAGAACGGAAACAGAGATGCCCTTCCATCTCTACCCTGCCTCGATAACACTCCTACTTCCCTTGAGTTAGAATCTGATTGAAATTTGTACCAGTGAAAAAGATTAATTAAAATTGAAAACAATGAGGAAAAAACGTCATTATATAGTCCCTTCAATTGATGGGGGAAAATGAAATATATATATATATATATTTCTGGGGATGCAAGAGAACCATAAGTTAAAATATCATAGAGAGTTGGATTAATTGGACCTATCATTTGTTGCAAAGAAAAAGTGATTCTACACGCAACAATGGGAGGATCACATGCATGCTCCTTTTGATAAGGTCGTCAAGAAGTACTCGACATCATTAAATTTGATCCTTTACGAGAAACAAAAAGAGAGCCAGGCCCGTGGTACTAAATTACAAATTTAGTCCATAAACTTTAATTTTATCGTCGTTGTATCGAATATCAAGTGATCTCTAACCTTCTAAAATGTTTCGATTACGTCTCTATATTTTTAATTGATAATATTATATGAAGTTCGTACTACTAATACATTAACTAAATGGTGATGTGGTCGTGCATACCTATCAAACAAATGTTGATTGATTTAACCAAATAGCAGAAGGTGACAAAACAAAGTGATACATCCGACATATACGTATATCAGACACTCATATTAGATGTATATCACATACATATTACACAGACACTCATATCAATAGTATATCAAATGTATATCACATACATATTGTAAAGACATTGATCTCGATCTGCCTCCACGGGAAGAAGTAGAAGTTCCCGTTGAGGCTGGCCCCTGATCCGCGTAGACCAATGGCGAACACTCATCGTTTACGCCATTATGAGTATCAGATGTACTATATTACATACATATATCAATATTCAGATATATTACAGATATATTACAAATGTATATCATTTGGGTAAAGTTGTCATTTTTTAAAATTAGACCTCCGTTTTTTTTAAAGTGCTATACTTAAAAAATCTAAATTGTAATGTTTTTGCCATATTTACAACTACCCTTTTTTCATTTAGTAAATGTTTTTTTTTCAACATGTCGGGTGGGGAATCGAACTCATAACTTCTTGGTTGAAGATATATGTCAGTTAATAGTTGTTAGCTATAAAGATTATACGGTCATAAGTCATTGTTTAGAGAGGCAATTTAAACTTAGTTAAAGGACTAATTAAATAGATACAACCCATCAAAGTTAATGACTACATTTATAATTTACGATATGACCATACAGCTTAGTGGTAAATGATATCTACTAATTAGAGCTTCAAATCCTCATATATCCACGCATTTGTTGTACGAAAAGAAATTGTATAATCTAAAATGCAAGCAATTTTTTTTCCAACGTAAAAAGGACTACATTTATAACAAAAAGAAAAAGTCAATCCTTGGGAAGGTTTTACATTTTGTAGTCACATAATTTATATTTGGTTAAATTACAAGTTTTGGTCCATGAACATTAAAATGTCTAACTAATTAACCTTTGAATTTAACTTTTAAAACGTTTATTTTGGTGCCCGTACTTTTAAAAGGCGACCAATTTAACCCATATCGGTACAATTTTAACACATTTTATACACAATTAAAAATCCTTTGATACAAATTTATAATTATATTTTAAGAAATTTAGTGAGTAAAGTGTCTTATGATGATAAATGAGATAAAAATGAAAATGAATGGACTATAATAGTTACTTTTTAAGAGTATAGAGACCAGAGTGGACATTTAAAAGTACAGAGACTAAAATGAATAAAAGTTAAAAATTTAGAGATCAAAATGGATGCTTTAAAAGTACAGAGACCAAAATGAATCAAAGTAAAGTAGATGGACTGAAATGGTATTTATTTTTGGAAAATATATTTTTTAATGGCTATGTTTAAAAGTTATTTTTTGTTTTGTTAAGAAATCAAGTTATTATTCCTTCTATCATCAAGATAAGTTTGTACAGAGTGATTTTTTTTAATATTCATAAGAATATTGATAATCATCCTTCTTAAAATTAGTTTTAAAATACAAATGTAGAATTGTTAATAAGTGAGATTCCCAATAAACTCTAATATAATTGTCTAAAGCTCTCAAATATTAAGAATATCATAGTTGGTTAAAGTATTTTGCTTCATTTCAAAGAATGAATGTTCAAAATCCCTTATTCTCATATTTATTGTAATAAAAAAAGAATGTGACTCACTATTGTGATACCACTTTTCTGCACAAATTTTGTTTGGAGCTTTGGTTGTCAACACGACATTTCTATATGTTCATGGGTTCAACATCAATATGAAGGCCTATAGGTAAGTCAACAGTTACATAGTATCAACAAAATATTAACGTCATATTAATACTAATAATATTTAAATTATTTAGAAATAGTAAATTACTTATTTATTAATTTAAATATTTTAATGAATTTTTTATTTTTTTATAACTTTTTTAAAAGTATACATCGACATCAAAATTTTATTAACATTTTTATCGACATTTCTCTAAAATTGAGATGTCACATTCTCATTCAAAACCTTCAACAATATATTTAAAGCTGAAAAGTGATTTTTTTACATCATTTCGTTCTTAGCTATTCTTCTGTTAATATTACTATGTCTAACTTCTTTGTGCATGTTGTTCAGTATAAAATAAGTACTTATGTGTTTTCTTAAATACAATTTGTGATGGCTCATATTCTTTCAAAGGATAATTAATATGAATTCTTGGAGAATTGAAGATAAGAATCATTGTAATTCAATGATTCCCCTCAAGTGTTATAGAAACGACGTTCTACTTTATTGACCAACTCTCTCGTTGGAACTCAGCAAAATAGTCCCGTAACTTTGGGAGAAGGGGTGCCTCCTCAATATTCGAAAAATTAATAAAATTTTGATTCTTCTTATCATCCGTTCTCCTTAAAATATTCTTTTGGTGTGTAAATCAATACATGAATTGCAAAGAAACGAAGCCGATCTCTTTCTCAAAAGGGCTAAAGCACTAATTTCATTAATCTTCCAATTCTAAATTTCCTTCAAAATTAAATGAACTACCTAGGCTATATGTAGCCTTGCAAAAGACTAATAGGGTGGTAGGCTAAGTAGCCTCTAAGGTGATATATAAAACATAATAGAAAGAAATTCTAAATAAAGCCACATCATCCGCAAACGATAAAAGACATCAATATTCCTATTAAAGCTAAGTAAAAGAATAAAGACAAGAATTATGTTAAAATACACATGAATAAGGTGGAGGTGAAAGCTCCATCTTTTCCGAATCGAATAGCTTGGTGAACACTGGATCCAAGTCTTTGATGATTCTTGCCAAGATTTGTAACCTATATATATATATATATATATAAACAAGTTATATAAACAAGTTTGGTAAAATAACTGCACGAGATCAAATTGGACTAACAGAGGACAGGAGTTGGGTCGGAGGAGGAGCGGGCTCACCAGGTAAGGAGGCCAAAACCTCGCGACCAGGGCCATCCATATCCGACCCGGGTCAGCGTCGATGCTGAGTGCCGAGACCTTCTTGACACTGAGGAGTTCTCGGCCCCCAGTCAAGAACCCCGATGGTTCTCTCCCGACTCCCGTGTAGCCCGATCTGAATTTACCTTGTCACGATCCTGA

mRNA sequence

ATGGAAATTGACGATAGTTTGAACATGGAGATTGAGGCAAGGCACCTGGCACCTCCCTCTGTGACAGTGGTCGAAAATTCGAGAAAATGGGTCGATTCAGTAGATTTATCTAATGGACCAACGAAGAGAAGTAGGGAGGATAATGTTCGGATGTATAAATTTATGGAATGGGAAGTAGTGTTTGAAGATGCCAGGAGAGCTAGGCGCCAGGCTATATATGCATATAAGGCGTTTAGACAATACACATCTAGACATGTTCTCTTCGACGAATCTGTTTTTCCCTTTGCTATTCTACCCATACCTGCTTCCACTCTTGTTTCCTCATCCTCTACTCCCTCTGTTAATCATTTCCTTTTGTCATCCTTACTACCACAATCAAATGAGTCCCCTGGTTCGATTGTTCCTTCTCCCACTGCTTCTTATTCAGACTATTTGGATACGTCTTATGCACCTATTGCTAGTGATGTCTCTATGCCGGTTTCTAATTCTAGTTCTCATACTACTAAAAATATTGGTATTGGGAATGTTGGTGCTAATATTACTGAGAATGTTGGTGTTGCCTTTGAAGCTACTGATCCTAGCTCAAGTACTACTGCTACATGTGATTCTTTGGGAAGAGTTAATCCTAGTACTTTTGTTGTTGCACCTACTAATGTGCATCCTATGCAAACAAGGAACTCTGATCTCTGTTCTCTCTATTTCTATAAAGTCCAAACCTGCGGCGCCTATATTTCCAATACTCTCTCTCTCTTTGTTTTCTCTCTGCTTCTCTCTCTGTGTCAGTTCGAAGCTGCGGCCATGGCTGCAGACCCTGAAGGTAAAGAGTTGAAGCTGTACTCTCAGTTTCAGACAGAGCAAACGAAGCAGAAACCCTTTGAAGGGGACAATTGGTCGAGCTACTTTGGCCCTTCTGATTCATTTCTCGGCTTCAGCTCTCCGGTGGAGTCCGAGCTCGGTTCCTACGAGATCGAGAGCGATAAAGACGATGATCACACGGCTGAATTGAGTCGCCGGATGGCTCAGTACATGCTTCAGGATGAAGATAACTCCTCCACTGCAAGCTCTGGCTCTGAGATTCAAAACAAGTCATGGGGTTTGGCTGGTTCGCCAATTTCAACTCTGTGGTCACCTCTAGGCTCAAGCAATGGAAGCAGCCACGGAAGCCCGGAGGGGCCATCGAAGGAGCCATCGCCACCAACGACGCCAATCGTAGCAGACCGAGGGGTGCTGGGGCTGGACATTTCACAAAACGTTTTCAGCAAGTTGGAGAAGATGAAAAATGTGTGCAGGGATGGAGAAACTGGATCTTCTTCTTCTTCCAAAGACCAAGCTCGAGCTCTCAAAAATCAAAAGCGGAAGCAGAACCAGAACAAGCAAAACCAGAACCAGAGCCAGAGCCAGCAGCAGTTTATGAAGCAAAGAGGGTCAAAACCAGGTGGTTCAGCAGGGACTGGCGTGTTCTTGCCCCGCCATGTGAACTACAACCGCCCAGCTCCATCTCCTCAGCCGCCACAGCCGTCCAAGACAAAGGGCTCTTCCACCGTTCTAATACCCGTGAGAGTCCTGCAAGCTTTACAGCTTCACTACGACCGAATGGACGACCAGACGAGACAAAAAATCACTGGGTTCGCAGCAATTAGAGGAGTTGGGTCGGAGGAGGAGCGGGCTCACCAGGTAAGGAGGCCAAAACCTCGCGACCAGGGCCATCCATATCCGACCCGGGTCAGCGTCGATGCTGAGTGCCGAGACCTTCTTGACACTGAGGAGTTCTCGGCCCCCAGTCAAGAACCCCGATGGTTCTCTCCCGACTCCCGTGTAGCCCGATCTGAATTTACCTTGTCACGATCCTGA

Coding sequence (CDS)

ATGGAAATTGACGATAGTTTGAACATGGAGATTGAGGCAAGGCACCTGGCACCTCCCTCTGTGACAGTGGTCGAAAATTCGAGAAAATGGGTCGATTCAGTAGATTTATCTAATGGACCAACGAAGAGAAGTAGGGAGGATAATGTTCGGATGTATAAATTTATGGAATGGGAAGTAGTGTTTGAAGATGCCAGGAGAGCTAGGCGCCAGGCTATATATGCATATAAGGCGTTTAGACAATACACATCTAGACATGTTCTCTTCGACGAATCTGTTTTTCCCTTTGCTATTCTACCCATACCTGCTTCCACTCTTGTTTCCTCATCCTCTACTCCCTCTGTTAATCATTTCCTTTTGTCATCCTTACTACCACAATCAAATGAGTCCCCTGGTTCGATTGTTCCTTCTCCCACTGCTTCTTATTCAGACTATTTGGATACGTCTTATGCACCTATTGCTAGTGATGTCTCTATGCCGGTTTCTAATTCTAGTTCTCATACTACTAAAAATATTGGTATTGGGAATGTTGGTGCTAATATTACTGAGAATGTTGGTGTTGCCTTTGAAGCTACTGATCCTAGCTCAAGTACTACTGCTACATGTGATTCTTTGGGAAGAGTTAATCCTAGTACTTTTGTTGTTGCACCTACTAATGTGCATCCTATGCAAACAAGGAACTCTGATCTCTGTTCTCTCTATTTCTATAAAGTCCAAACCTGCGGCGCCTATATTTCCAATACTCTCTCTCTCTTTGTTTTCTCTCTGCTTCTCTCTCTGTGTCAGTTCGAAGCTGCGGCCATGGCTGCAGACCCTGAAGGTAAAGAGTTGAAGCTGTACTCTCAGTTTCAGACAGAGCAAACGAAGCAGAAACCCTTTGAAGGGGACAATTGGTCGAGCTACTTTGGCCCTTCTGATTCATTTCTCGGCTTCAGCTCTCCGGTGGAGTCCGAGCTCGGTTCCTACGAGATCGAGAGCGATAAAGACGATGATCACACGGCTGAATTGAGTCGCCGGATGGCTCAGTACATGCTTCAGGATGAAGATAACTCCTCCACTGCAAGCTCTGGCTCTGAGATTCAAAACAAGTCATGGGGTTTGGCTGGTTCGCCAATTTCAACTCTGTGGTCACCTCTAGGCTCAAGCAATGGAAGCAGCCACGGAAGCCCGGAGGGGCCATCGAAGGAGCCATCGCCACCAACGACGCCAATCGTAGCAGACCGAGGGGTGCTGGGGCTGGACATTTCACAAAACGTTTTCAGCAAGTTGGAGAAGATGAAAAATGTGTGCAGGGATGGAGAAACTGGATCTTCTTCTTCTTCCAAAGACCAAGCTCGAGCTCTCAAAAATCAAAAGCGGAAGCAGAACCAGAACAAGCAAAACCAGAACCAGAGCCAGAGCCAGCAGCAGTTTATGAAGCAAAGAGGGTCAAAACCAGGTGGTTCAGCAGGGACTGGCGTGTTCTTGCCCCGCCATGTGAACTACAACCGCCCAGCTCCATCTCCTCAGCCGCCACAGCCGTCCAAGACAAAGGGCTCTTCCACCGTTCTAATACCCGTGAGAGTCCTGCAAGCTTTACAGCTTCACTACGACCGAATGGACGACCAGACGAGACAAAAAATCACTGGGTTCGCAGCAATTAGAGGAGTTGGGTCGGAGGAGGAGCGGGCTCACCAGGTAAGGAGGCCAAAACCTCGCGACCAGGGCCATCCATATCCGACCCGGGTCAGCGTCGATGCTGAGTGCCGAGACCTTCTTGACACTGAGGAGTTCTCGGCCCCCAGTCAAGAACCCCGATGGTTCTCTCCCGACTCCCGTGTAGCCCGATCTGAATTTACCTTGTCACGATCCTGA

Protein sequence

MEIDDSLNMEIEARHLAPPSVTVVENSRKWVDSVDLSNGPTKRSREDNVRMYKFMEWEVVFEDARRARRQAIYAYKAFRQYTSRHVLFDESVFPFAILPIPASTLVSSSSTPSVNHFLLSSLLPQSNESPGSIVPSPTASYSDYLDTSYAPIASDVSMPVSNSSSHTTKNIGIGNVGANITENVGVAFEATDPSSSTTATCDSLGRVNPSTFVVAPTNVHPMQTRNSDLCSLYFYKVQTCGAYISNTLSLFVFSLLLSLCQFEAAAMAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESDKDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSHGSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARALKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIRGVGSEEERAHQVRRPKPRDQGHPYPTRVSVDAECRDLLDTEEFSAPSQEPRWFSPDSRVARSEFTLSRS

Homology

[Close]

BLAST of Moc03g02950 vs. NCBI nr
Match: XP_022156076.1 (uncharacterized protein LOC111023047 isoform X2 [Momordica charantia])

HSP 1 Score: 538.9 bits (1387), Expect = 5.8e-149
Identity = 281/281 (100.00%), Postives = 281/281 (100.00%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 326
           MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD
Sbjct: 1   MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 60

Query: 327 KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 386
           KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH
Sbjct: 61  KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 120

Query: 387 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 446
           GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA
Sbjct: 121 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 180

Query: 447 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 506
           LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP
Sbjct: 181 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 240

Query: 507 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 548
           SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR
Sbjct: 241 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 281

[Close]

BLAST of Moc03g02950 vs. NCBI nr
Match: XP_022156075.1 (uncharacterized protein LOC111023047 isoform X1 [Momordica charantia])

HSP 1 Score: 538.9 bits (1387), Expect = 5.8e-149
Identity = 281/281 (100.00%), Postives = 281/281 (100.00%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 326
           MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD
Sbjct: 1   MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 60

Query: 327 KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 386
           KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH
Sbjct: 61  KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 120

Query: 387 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 446
           GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA
Sbjct: 121 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 180

Query: 447 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 506
           LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP
Sbjct: 181 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 240

Query: 507 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 548
           SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR
Sbjct: 241 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 281

[Close]

BLAST of Moc03g02950 vs. NCBI nr
Match: XP_038895137.1 (uncharacterized protein LOC120083444 isoform X3 [Benincasa hispida])

HSP 1 Score: 388.7 bits (997), Expect = 9.7e-104
Identity = 221/331 (66.77%), Postives = 249/331 (75.23%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTE--QTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIE 326
           MAAD EGKELK  SQFQT+    +Q PFEGDNWSSYFG SDSFL FSSPVESE+GSYEIE
Sbjct: 1   MAADQEGKELKFNSQFQTDHGDKQQSPFEGDNWSSYFGRSDSFLSFSSPVESEIGSYEIE 60

Query: 327 SDKD------DDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPL 386
           SD+D      DD+TAELSRRMAQYM QD+DNSST S  SEIQNKSWGL+GSPISTLWSPL
Sbjct: 61  SDRDDGENGSDDYTAELSRRMAQYMFQDDDNSSTTSFQSEIQNKSWGLSGSPISTLWSPL 120

Query: 387 GSSNGSSHGSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGET---- 446
           GSS GSSHGSPEGPSKEPSPP+TP+VA+RG  GLDIS+NVF+KLEKMK V  +G++    
Sbjct: 121 GSSTGSSHGSPEGPSKEPSPPSTPVVAERG--GLDISRNVFNKLEKMKKVSTNGKSIQTS 180

Query: 447 -----GSSSSSKDQARALKNQKRKQNQNKQNQNQSQSQQQFMKQRGS------------- 506
                  SSSSK+Q+R  KNQ+R+QN         Q QQQF+KQ+GS             
Sbjct: 181 PQIGETESSSSKNQSRTSKNQERRQN---------QQQQQFIKQKGSAAIQAKQAQGSSL 240

Query: 507 ------KPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVLIPVRVLQALQLHYD 562
                 K GGS+GTGVFLPRHVNYNRPAP  QPPQP K KGSSTVLIPVRVLQALQLHYD
Sbjct: 241 QANSGAKSGGSSGTGVFLPRHVNYNRPAPCSQPPQPPKKKGSSTVLIPVRVLQALQLHYD 300

[Close]

BLAST of Moc03g02950 vs. NCBI nr
Match: XP_038895135.1 (uncharacterized protein LOC120083444 isoform X1 [Benincasa hispida])

HSP 1 Score: 384.0 bits (985), Expect = 2.4e-102
Identity = 219/317 (69.09%), Postives = 243/317 (76.66%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTE--QTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIE 326
           MAAD EGKELK  SQFQT+    +Q PFEGDNWSSYFG SDSFL FSSPVESE+GSYEIE
Sbjct: 1   MAADQEGKELKFNSQFQTDHGDKQQSPFEGDNWSSYFGRSDSFLSFSSPVESEIGSYEIE 60

Query: 327 SDKD------DDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPL 386
           SD+D      DD+TAELSRRMAQYM QD+DNSST S  SEIQNKSWGL+GSPISTLWSPL
Sbjct: 61  SDRDDGENGSDDYTAELSRRMAQYMFQDDDNSSTTSFQSEIQNKSWGLSGSPISTLWSPL 120

Query: 387 GSSNGSSHGSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGET---- 446
           GSS GSSHGSPEGPSKEPSPP+TP+VA+RG  GLDIS+NVF+KLEKMK V  +G++    
Sbjct: 121 GSSTGSSHGSPEGPSKEPSPPSTPVVAERG--GLDISRNVFNKLEKMKKVSTNGKSIQTS 180

Query: 447 -----GSSSSSKDQARALKNQKRKQNQNKQNQNQSQSQQQFMKQRGS------------- 506
                  SSSSK+Q+R  KNQ+R+QN         Q QQQF+KQ+GS             
Sbjct: 181 PQIGETESSSSKNQSRTSKNQERRQN---------QQQQQFIKQKGSAAIQAKQAQGSSL 240

Query: 507 ------KPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVLIPVRVLQALQLHYD 548
                 K GGS+GTGVFLPRHVNYNRPAP  QPPQP K KGSSTVLIPVRVLQALQLHYD
Sbjct: 241 QANSGAKSGGSSGTGVFLPRHVNYNRPAPCSQPPQPPKKKGSSTVLIPVRVLQALQLHYD 300

[Close]

BLAST of Moc03g02950 vs. NCBI nr
Match: XP_038895136.1 (uncharacterized protein LOC120083444 isoform X2 [Benincasa hispida])

HSP 1 Score: 384.0 bits (985), Expect = 2.4e-102
Identity = 221/332 (66.57%), Postives = 249/332 (75.00%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTE--QTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIE 326
           MAAD EGKELK  SQFQT+    +Q PFEGDNWSSYFG SDSFL FSSPVESE+GSYEIE
Sbjct: 1   MAADQEGKELKFNSQFQTDHGDKQQSPFEGDNWSSYFGRSDSFLSFSSPVESEIGSYEIE 60

Query: 327 SDKD------DDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPL 386
           SD+D      DD+TAELSRRMAQYM QD+DNSST S  SEIQNKSWGL+GSPISTLWSPL
Sbjct: 61  SDRDDGENGSDDYTAELSRRMAQYMFQDDDNSSTTSFQSEIQNKSWGLSGSPISTLWSPL 120

Query: 387 GSSNGSSHGSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGET---- 446
           GSS GSSHGSPEGPSKEPSPP+TP+VA+RG  GLDIS+NVF+KLEKMK V  +G++    
Sbjct: 121 GSSTGSSHGSPEGPSKEPSPPSTPVVAERG--GLDISRNVFNKLEKMKKVSTNGKSIQTS 180

Query: 447 -----GSSSSSKDQARALKNQKRKQNQNKQNQNQSQSQQQFMKQRGS------------- 506
                  SSSSK+Q+R  KNQ+R+QN         Q QQQF+KQ+GS             
Sbjct: 181 PQIGETESSSSKNQSRTSKNQERRQN---------QQQQQFIKQKGSAAIQAKQAQGSSL 240

Query: 507 ------KPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVLIPVRVLQALQLHYD 562
                 K GGS+GTGVFLPRHVNYNRPAP  QPPQP K KGSSTVLIPVRVLQALQLHYD
Sbjct: 241 QANSGAKSGGSSGTGVFLPRHVNYNRPAPCSQPPQPPKKKGSSTVLIPVRVLQALQLHYD 300

[Close]

BLAST of Moc03g02950 vs. ExPASy TrEMBL
Match: A0A6J1DTR5 (uncharacterized protein LOC111023047 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111023047 PE=4 SV=1)

HSP 1 Score: 538.9 bits (1387), Expect = 2.8e-149
Identity = 281/281 (100.00%), Postives = 281/281 (100.00%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 326
           MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD
Sbjct: 1   MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 60

Query: 327 KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 386
           KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH
Sbjct: 61  KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 120

Query: 387 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 446
           GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA
Sbjct: 121 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 180

Query: 447 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 506
           LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP
Sbjct: 181 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 240

Query: 507 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 548
           SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR
Sbjct: 241 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 281

[Close]

BLAST of Moc03g02950 vs. ExPASy TrEMBL
Match: A0A6J1DPA1 (uncharacterized protein LOC111023047 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111023047 PE=4 SV=1)

HSP 1 Score: 538.9 bits (1387), Expect = 2.8e-149
Identity = 281/281 (100.00%), Postives = 281/281 (100.00%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 326
           MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD
Sbjct: 1   MAADPEGKELKLYSQFQTEQTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESD 60

Query: 327 KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 386
           KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH
Sbjct: 61  KDDDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSH 120

Query: 387 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 446
           GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA
Sbjct: 121 GSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARA 180

Query: 447 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 506
           LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP
Sbjct: 181 LKNQKRKQNQNKQNQNQSQSQQQFMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQP 240

Query: 507 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 548
           SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR
Sbjct: 241 SKTKGSSTVLIPVRVLQALQLHYDRMDDQTRQKITGFAAIR 281

[Close]

BLAST of Moc03g02950 vs. ExPASy TrEMBL
Match: A0A5A7SMB3 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold848G00070 PE=4 SV=1)

HSP 1 Score: 375.6 bits (963), Expect = 4.1e-100
Identity = 221/333 (66.37%), Postives = 245/333 (73.57%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTE--QTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIE 326
           MAAD EG+ELK  S+FQ E    +Q PFEGD+WSSYFG SDSFL F+SPVESE+GS EIE
Sbjct: 1   MAADQEGRELKFNSKFQIEHGDKQQNPFEGDSWSSYFGRSDSFLSFNSPVESEIGSNEIE 60

Query: 327 SDKD------DDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPL 386
           SD+D      DD+TAELSRRMAQYMLQD+DNSST S  SEIQNKSWGL+GSPISTLWSPL
Sbjct: 61  SDRDDGENDGDDYTAELSRRMAQYMLQDDDNSSTTSFQSEIQNKSWGLSGSPISTLWSPL 120

Query: 387 GSSNGSSHGSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNV---------- 446
           GSS GSSHGSPEGPSKEPSPP+TP+V +RG  GLDIS NVFSKLEKMK V          
Sbjct: 121 GSSTGSSHGSPEGPSKEPSPPSTPVVEERG--GLDISHNVFSKLEKMKKVSINSKSIQTS 180

Query: 447 CRDGETGSSSSSKDQARALKNQKRKQNQNKQNQNQSQSQQQFMKQRGS------------ 506
            + GETG SSSSKDQ+R  KNQKR+QN         Q QQQFMKQ+GS            
Sbjct: 181 TQIGETG-SSSSKDQSRTPKNQKRRQN---------QQQQQFMKQKGSGAIQVKQAQGSS 240

Query: 507 -------KPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVLIPVRVLQALQLHY 562
                  K GG +GTGVFLPRHVNYNRPAP PQPPQP K KG STVLIPVRVLQALQ HY
Sbjct: 241 LQANSGAKSGGPSGTGVFLPRHVNYNRPAPCPQPPQPPKKKGCSTVLIPVRVLQALQHHY 300

[Close]

BLAST of Moc03g02950 vs. ExPASy TrEMBL
Match: A0A5D3BEB2 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold194G001750 PE=4 SV=1)

HSP 1 Score: 375.6 bits (963), Expect = 4.1e-100
Identity = 221/333 (66.37%), Postives = 245/333 (73.57%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTE--QTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIE 326
           MAAD EG+ELK  S+FQ E    +Q PFEGD+WSSYFG SDSFL F+SPVESE+GS EIE
Sbjct: 1   MAADQEGRELKFNSKFQIEHGDKQQNPFEGDSWSSYFGRSDSFLSFNSPVESEIGSNEIE 60

Query: 327 SDKD------DDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPL 386
           SD+D      DD+TAELSRRMAQYMLQD+DNSST S  SEIQNKSWGL+GSPISTLWSPL
Sbjct: 61  SDRDDGENDGDDYTAELSRRMAQYMLQDDDNSSTTSFQSEIQNKSWGLSGSPISTLWSPL 120

Query: 387 GSSNGSSHGSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNV---------- 446
           GSS GSSHGSPEGPSKEPSPP+TP+V +RG  GLDIS NVFSKLEKMK V          
Sbjct: 121 GSSTGSSHGSPEGPSKEPSPPSTPVVEERG--GLDISHNVFSKLEKMKKVSIHGKSIQTS 180

Query: 447 CRDGETGSSSSSKDQARALKNQKRKQNQNKQNQNQSQSQQQFMKQRGS------------ 506
            + GETG SSSSKDQ+R  KNQKR+QN         Q QQQFMKQ+GS            
Sbjct: 181 TQIGETG-SSSSKDQSRTPKNQKRRQN---------QQQQQFMKQKGSGAIQVKQAQGSS 240

Query: 507 -------KPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVLIPVRVLQALQLHY 562
                  K GG +GTGVFLPRHVNYNRPAP PQPPQP K KG STVLIPVRVLQALQ HY
Sbjct: 241 LQANSGAKSGGPSGTGVFLPRHVNYNRPAPCPQPPQPPKKKGCSTVLIPVRVLQALQHHY 300

[Close]

BLAST of Moc03g02950 vs. ExPASy TrEMBL
Match: A0A1S3C665 (uncharacterized protein LOC103497120 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103497120 PE=4 SV=1)

HSP 1 Score: 375.6 bits (963), Expect = 4.1e-100
Identity = 221/333 (66.37%), Postives = 245/333 (73.57%), Query Frame = 0


Query: 267 MAADPEGKELKLYSQFQTE--QTKQKPFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIE 326
           MAAD EG+ELK  S+FQ E    +Q PFEGD+WSSYFG SDSFL F+SPVESE+GS EIE
Sbjct: 1   MAADQEGRELKFNSKFQIEHGDKQQNPFEGDSWSSYFGRSDSFLSFNSPVESEIGSNEIE 60

Query: 327 SDKD------DDHTAELSRRMAQYMLQDEDNSSTASSGSEIQNKSWGLAGSPISTLWSPL 386
           SD+D      DD+TAELSRRMAQYMLQD+DNSST S  SEIQNKSWGL+GSPISTLWSPL
Sbjct: 61  SDRDDGENDGDDYTAELSRRMAQYMLQDDDNSSTTSFQSEIQNKSWGLSGSPISTLWSPL 120

Query: 387 GSSNGSSHGSPEGPSKEPSPPTTPIVADRGVLGLDISQNVFSKLEKMKNV---------- 446
           GSS GSSHGSPEGPSKEPSPP+TP+V +RG  GLDIS NVFSKLEKMK V          
Sbjct: 121 GSSTGSSHGSPEGPSKEPSPPSTPVVEERG--GLDISHNVFSKLEKMKKVSIHGKSIQTS 180

Query: 447 CRDGETGSSSSSKDQARALKNQKRKQNQNKQNQNQSQSQQQFMKQRGS------------ 506
            + GETG SSSSKDQ+R  KNQKR+QN         Q QQQFMKQ+GS            
Sbjct: 181 TQIGETG-SSSSKDQSRTPKNQKRRQN---------QQQQQFMKQKGSGAIQVKQAQGSS 240

Query: 507 -------KPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVLIPVRVLQALQLHY 562
                  K GG +GTGVFLPRHVNYNRPAP PQPPQP K KG STVLIPVRVLQALQ HY
Sbjct: 241 LQANSGAKSGGPSGTGVFLPRHVNYNRPAPCPQPPQPPKKKGCSTVLIPVRVLQALQHHY 300

[Close]

BLAST of Moc03g02950 vs. TAIR 10
Match: AT5G59050.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G54000.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 73.6 bits (179), Expect = 6.4e-13
Identity = 79/256 (30.86%), Postives = 121/256 (47.27%), Query Frame = 0


Query: 291 PFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESDKDDDHTAELSRRMAQYMLQ-DEDN 350
           PF   +  ++F P+ S L      +          D++D++  EL+R+M  YMLQ DE +
Sbjct: 15  PFTSFSEPTFFTPTTSSLRPDFVSDEPDSPKAKNEDEEDEYITELTRQMTNYMLQDDEKH 74

Query: 351 SSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSHGSPEGPSKEPSPPTTPIVADRGV 410
             +  SGS          GSP STLWSP      S   SP GPS+EPSPP TP       
Sbjct: 75  QKSCGSGS----------GSPQSTLWSPF----ASGLSSPIGPSREPSPPLTPATVPVEK 134

Query: 411 LGLDISQNVFSKLEKMKNVCRDGETGSSSSSKDQARALKNQKRKQN--------QNKQNQ 470
           +   I     +   + K    D +  S  ++  + +  K ++R++N        +N  + 
Sbjct: 135 IMTKIDTKPVTIPFQSKQALIDDQIRSIQANFQKIKKEKEKERQRNADVLGHKARNYHHL 194

Query: 471 NQSQSQQQ-----FMKQRGSKPGGSAGTGVFLPRHVNYNRPAPSPQPPQPSKTKGSSTVL 530
           +Q+Q  +      F+   GS+  GS GTGVFLPR              +  K  G STV+
Sbjct: 195 HQNQRPRSGVKAVFVDGSGSRT-GSGGTGVFLPR--------GHGTVVESRKKSGCSTVI 247

Query: 531 IPVRVLQALQLHYDRM 533
           IP RV++AL++H+D++
Sbjct: 255 IPARVVEALKVHFDKL 247

[Close]

BLAST of Moc03g02950 vs. TAIR 10
Match: AT5G59050.2 (unknown protein; Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 56.2 bits (134), Expect = 1.1e-07
Identity = 43/113 (38.05%), Postives = 57/113 (50.44%), Query Frame = 0


Query: 291 PFEGDNWSSYFGPSDSFLGFSSPVESELGSYEIESDKDDDHTAELSRRMAQYMLQ-DEDN 350
           PF   +  ++F P+ S L      +          D++D++  EL+R+M  YMLQ DE +
Sbjct: 15  PFTSFSEPTFFTPTTSSLRPDFVSDEPDSPKAKNEDEEDEYITELTRQMTNYMLQDDEKH 74

Query: 351 SSTASSGSEIQNKSWGLAGSPISTLWSPLGSSNGSSHGSPEGPSKEPSPPTTP 403
             +  SGS          GSP STLWSP      S   SP GPS+EPSPP TP
Sbjct: 75  QKSCGSGS----------GSPQSTLWSPF----ASGLSSPIGPSREPSPPLTP 113

The following BLAST results are available for this feature:

BLAST of Moc03g02950 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022156076.1	5.8e-149	100.00	uncharacterized protein LOC111023047 isoform X2 [Momordica charantia]	[more]
XP_022156075.1	5.8e-149	100.00	uncharacterized protein LOC111023047 isoform X1 [Momordica charantia]	[more]
XP_038895137.1	9.7e-104	66.77	uncharacterized protein LOC120083444 isoform X3 [Benincasa hispida]	[more]
XP_038895135.1	2.4e-102	69.09	uncharacterized protein LOC120083444 isoform X1 [Benincasa hispida]	[more]
XP_038895136.1	2.4e-102	66.57	uncharacterized protein LOC120083444 isoform X2 [Benincasa hispida]	[more]

BLAST of Moc03g02950 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Moc03g02950 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DTR5	2.8e-149	100.00	uncharacterized protein LOC111023047 isoform X2 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1DPA1	2.8e-149	100.00	uncharacterized protein LOC111023047 isoform X1 OS=Momordica charantia OX=3673 G...	[more]
A0A5A7SMB3	4.1e-100	66.37	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold...	[more]
A0A5D3BEB2	4.1e-100	66.37	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A1S3C665	4.1e-100	66.37	uncharacterized protein LOC103497120 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]

BLAST of Moc03g02950 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G59050.1	6.4e-13	30.86	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]
AT5G59050.2	1.1e-07	38.05	unknown protein; Has 35333 Blast hits to 34131 proteins in 2444 species: Archae ...	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (OHB3-1) v2
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 441..468
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 375..409
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 588..616
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 453..475
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 551..576
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 429..515
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 375..391
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 551..568
None	No IPR available	PANTHER	PTHR33356	TIP41-LIKE PROTEIN	coord: 276..549
None	No IPR available	PANTHER	PTHR33356:SF16	G PATCH DOMAIN PROTEIN	coord: 276..549

Relationships

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


Feature Name	Unique Name	Type
Moc03g02950.1	Moc03g02950.1	mRNA