Moc04g10310 (gene) Bitter gourd (OHB3-1) v2

Overview


Name	Moc04g10310
Type	gene
Organism	Momordica charantia cv. OHB3-1 (Bitter gourd (OHB3-1) v2)
Description	CCHC-type domain-containing protein
Location	chr4: 7632718 .. 7650678 (-)
RNA-Seq Expression	Moc04g10310
Synteny	Moc04g10310

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.

ATGTGCACCCGCTCTCAGTCCGTTTCATTTGAAGAATTCCATGTTCTTCTGGTCTCTGAAGAATCTGCTATTGCAAATCAACACAAGAAGGATGAGATATTTGCTCAACCTACTGCTCTTCTTGCTAGCAATTTTAAGGCTCAGAATGTTAATCCAAACATCTCGCATGGTCGAGGTTATAATGGTGGTAAGGGAAAATTTCAAAACTCTGGTCGATCGAAGACTTCTTCCCTTGGTAATACCGGTAATTCTGGAAATTTCGGAGGCCGTGGACGTCACTCTTCGACGGTCCCCTTTGGTGTTCAGCCAAATCGACCTTTCTCTGATTCTGCACAGCATCGCCTTGTCTGTCATATTTGCAACCGTCCAGGCCACACTGCACTTGACTGTTATAATAGAATGAATTATAACTTTCAAGGAAGTCATCCACCTGCCCAACTTGCGGCAATGGTTGCTGCGCAAAATTATGCTGCTGTAAATGCTTCCAATATGCCATGGTTGACTGATTCCGGCTGCAACACTCATATTACCACCGATTTAAATCAATTGAACGGCGCATCTGAGTACTCTAGAGAAGATCAGATCACTGTAGGCAGTGGTCATTCATTACCCATCACCTATTCAGGTTATGGTATTCTTACCACTCCTACCTCTTCTCTTTCACTTAAACATCTCTTCCATGTTCCTAACATTGCTACAAATCTTCTTTCAGTTCATCGTCTGTGCTTAGATAATATTTGTCTTGTTGTTTTTTATGCTGACCAATTTTTTCTTCAGGACAAGTCTTCGGGCCAGATTCTTTTTCACGGCCCCAGTGTTAATGGGCTCTATCCCATTAACTCTGTTTCTACCTCTGTCAAATCTGTTCCGCGGTCCCATGTTGCTCATGTTGGTGCACAAACGTCTTCTTCTATCTGGCATAATAGGTTAGGTCATCCTAGTGACCCTGTTCTTCATTCTGTCTTTCGTATCATGAATTTACCTCGTTGTACTGCTGTTACTTGTATCTGTCAACACTGCCTTAATGGCAAAATGCATAAACTGTCCTTTCCTAATTCTCATTCAGTTTCCTTATTCCCTCTTGAATTGTTGCATAGTAATGTATGGGGTCCTGCCCCGGAAACTTCTATTAATGGATTCAATTACTATGTTTCTTTTATCGATGATATGTCAAAATATACTTGGTTTTTTCCTATTAGCAAGAAATCTGATGTATCCACTGTGTTTCAAAACTTTAAACCTCTTGTTGAAAATCTTATTAAGATTTTACATAGTGATGGGGGTGGAGAATTTATTAACCATAATCTTAGATCCTTTCTTCGCACTCACGGTATTCTCCATCAAAAATCATGTGCTTATACTCCCGAACAAAATGGAATTGCCGAAAGGAAGCATAGACATATCATTGAAGTTGCCCTTACACTAATGTCAAAATCCTCTATTCCTTTAAAATTCTGGTCGTTTGCTTTCGCCACTGCTGTCTTCCTCATTAATAGACTTCCATCACCATCTCTTGCTCACAAATCTCCTTTTGAACTTCTTTTCAAACGATCACCTGATTACTCATCACTTAAGACATTTGGTTGTGCATGTTATCCACTCTTGAAACCTTATCTTTCTCATAAACTACAACCAAAAACATCCCAATGTGTCTTCCTAGGCTATCCGCTAGATTTTAAAGGATATTTGTGTTACAACATGAGCACTGGCCGCTTATATACCTCTCGACATGTAGTTTTTGATGAAACATTTTTTCCCTTTTCTATTCCCTCTTCTATTTCCTCTTTTACTACCTCACCTTCTTCATCTTATCAACTTCCTATTTCTCTTTTTCTTTCTGACTTGTCCTCCCATTCTCCATCTAATTCTTCTTCTTCTTCTTTTTCTGATGTACCTTCTGTTATACCTCAAAATGGTGTCAATGGTGTTTTGAATGTATCTATTGTCTGCCCATCTGTTTCTTCTCCCAATCCGACAGTCAATTTGGTTTCAAATCCACCACCTTATGCAGCCGTTGATCCTCCGCCTTGTGAACCTAATAATACTTCATCTATCTCAGCCAATGATACTGTTGTTCGTAATGCTCATCCTATGCAGACAAGGGGGAAATCTGGTATCTCTAAGAAGAAAGCCTTCTTGGCCTCTTCGATTCCTAATGGTTCAAAATCTGAGCCTTCTTCCTATACAGCAGCCTCAAAACTTCCTGTTTGGACAGATGCTATGACAGAAGAGTACAATGCTTTACTTAAGCAAAGTACATGGGTTCTCACTCCTTTACCTTGTGGTAAGAGTGCTATTGGTTGTAAATGGGTGTATCGTGTTAAATGTAACCCTGATGGTAGTGTTGCAAGATACAAAGCACGTTTGGTTGCCAAAGGGTATCATCAAGAGGCTGGTATTGATTATGAAGAAACCTTTAGCCCGGTAGTAAAAAAACCAACTGTTTGAATCATATTATCCTTGGCTGCCCAGTTTAATTGGAGTTTACGACAGTTGGATGTTAAGAATGCGTTTCTCCATGGGGAACTTCAAGAAGAGGTTTATATGCAACAACCTCAAGGATTTGTTGACTCCTCTCGTCCTCATTATGTGTGCAAGCTACTTAAGTCTCTCTATGGTTTAAAGCAAGCTACACGTGCATGGTTCGAGTGTTTTACTTCCCACCTTCTAACACTCGGTTTTGTGGCCTCTCATGCTGATTCGTCTTTGTTTGTTCGACATGACAATCATTCTATCACATACTTACTCCTGTATGTTGATGATATTATTGTAACGGGCAGCAATAATGCTTATATTGAAGAATTAGTCTCTCAACTTCGTCTTCGGTATGAAATGACTGATTCGGGTGTTCTGAAATACTTTCTTGGACTTGAAATTGGTTATTCAACTGCTGGCATTACCGTTAATCAGTCTAAGTATGCTAGAGATGTTTTGGCTCGGTTTGGCATGCTTGCTTCAAAGCCTTGCTCTACACCAATTGCTCTCATTGCTTCTTTAGTTGGCGATCCTTGTTCTGATGCTGACGCTCAAATATATCGGGCAATGGTAGGTGCTTTACATTATCTTACATTCACTCGACCTGATATATGTTTCTCTGTTGGCAAGCTTTCACAGTTTATGCATGCTCCTACTGCTGCCAATTTAGTTGCTGCCAAACGTGTTTTGAGGTATATCAATGGTTCTCTGAATTTTGGCCTTTTGTTTAAGAAACATGCTTCTGTTGTTGATTCTCTGTGCTTGAGAGCTTATTCTGATTCTGATTGGGCTGGAGACCCACTTGATCGGCGTTCCACAACTGGCTTTGTGATCTTTCTTGGTCATAATCCAATATCTTGGGCAGCAAAGAAGCAGTCGACGGTCTCTCGAAGTTCTACTGAAGTCGAATACCGGGCTCTTGCAGTGACTTCTGCTGAGTTATCTTGGCTACGTCAACTTCTGAAGGATTTGTGTGTTGTTAGTACTAAACCGCCTTTGCTTTTCTGTGATAATCTTTCAGCTATTCAGTTGGCTCACAATCCGGTTTTTCATGGGCGGACTAAACATGTAGAGATTGATTTTCATTTTGTCAGAGAACGTGTGGTTCGTAGTGACCTTGATCTTCGCTCTATCTCCACTGTGTTCCAGCTTGCTGACTTGCTTACAAAGCCTCTCACCAGTGATCGTTTGTTATTTCTGCGGTCCAAACTCATGTCCTAGGACTTTCGTTTGCGGGGGAATATTAACCAAATCAGTTGTACATTATTTTATTCTGATTTAGTTTGTTTATTGGACAGTTTTCAGTTGTATCAATTAGTTATTTTGTATTTCTTTAAATACTGTATTGAACTCATCCTTTAGAAATCAATTGAGAAGAGTTTTATTCCACTGTATATGATTGAATTATTTCACATTGCACGTGGTTATAAACATTTTAATATAATATTTCTAACAATTTAACATATATAATAACAATTTAATGGAGCTTTTAAATGGTACTATTATTTTGTTTCAAATAAAATATATTATTATATGTTGACAGTTTCAATAAAAAAAAGTACCGTCTTCAAACTAAAATAATAAAATAAGAGGTATAAAAAACATTGAATATACTATAAAATTGAAATAATTAATGTGGTTATCAATTTTTGATAATCAAGTTGTTAATTGAGACATAATAAATTAAATCAAATTATGTAACTAAAAATTCAAACAGTAGTGAAATAATTTGTTAGATTGTCAAAAGTATAATTAAATATTAAATGATTGGAACAAATAAAATTACTTATTTTTACTCTTAAGCTACTCTCTAAAATTGAAACATCAAATATACTTTTTCTATTTTTAAAAGGATAAATATAAATTATACTACACCATTTAAATATAATAATAATTAAAAATTACACCTATTGGCACAATTATTAACAACTTTCTTAATCTAAATATGGATACAATTTAAAAAATGGATTGTATAATTAAATATATTAAGGTAATATTATGTAGGTAAAAGAAATAATGTTTTGATATTAAAAAACTAAAAATAAAATAGACACAATACAAAAATTGAAGTTTATGACGTAAATATAAATTAAACCAAAATATTAAATAAGAAAAAAATTATAATCTTATCTAACTATATGAATGAAGATCTGTCTCTTTCATCTGAAATTTATTAATTCTTAGTTTTAATAATTATTTTTTTAAAATATTTTTAAAGTGAAACTTTATATTGCTTTCTTCTGAACTTCTGCCCACAATGATTCATTACTATCTATGCAAACATAATTTAAATGCAAAATTAATTTGAACAGGACAATTCTTATTCGTTGTCAAATATTTTTTAAAAAGAATACAACAATAATCTTTTTGTGTGTTTTCTTAAATTATTTACTCATTCTTTTATTTTTGTATATTATGTAATAAAGAAGCATGAACCAAAATTAAAGAATTGAAATTTGAGAAAGAAATTGAGTACTATGTACTGCCATGAAATCATTGAAATTGAATTCATTGAAAAAGTGTTGGATAAAGAATCACATGACCAAGAAAAATAAAATAAGAACAACAGCAATCAAAAAGTCATAGTAAGATAAATAAGAAAACTAATACTAAAATATTAAATATTAAATCAAACTTGAAAATAACATTAACTAAATATTAAAACACGAATGTATCATGAATATATAACTTAAAAGTAATCCACATAAAAATATTAAAATAATATAAAAAAAATAAAAGTTGAAGATAATACGAATACATAATTTTGTTACTCTACCTCTCAATTGATTAAATATATTTCTGGAATCTCAGACATTCCTTTGACATGGTTCAGTTTTCACTCATTAAGATAAGAAAAATCTTCATTAATATTTTGGAAATGAATTTTAGGTCCTAGAAGAAAAAACCATAATCTTTCATTTTATAGATTATTTGTTATGACACCTATACGTGGATAGATGCATCTCCTCATCAAACAGTTACTTTTCATCGAATTAATTTCTCTCAACACACATTTTCACTCGAACAGTTACAACTCTTTTGGATTAAACTGTTTGTTTCATCTAATGATCACAACTTTTTTGGATTTGTTATCTCAATAGATACTTTAACTCGAACAGTCGTGTCTCTCGTAGAAATTTAAAAGGCAAAATAGGTATGCATTTAAAAGTTGGGGGCAAAATGGAAAGGTAAATATTATCCTCCATAGTCCCATTTAGATATAGTATAGATATATATTGAAAGAAATTTGACCTAGGAAATTTGTAATTTCTCTTAATTTTTCATTTTTTTAAATTGACCTAATCTATGATTTCTTTTTCTTCTTCAAAAATAAAATTGATGATTTTATTTTCTTTTATAAAATTCATGAAAAAAAAATATATAGTAAAAATGATGGGAAAATCATGGATTAAGATTGAACACAGACACTGGAAGAATACTAATTAAAAAAAAGAGAGAAAAAATATGACGAAAAATAAACAAAAATACAAATTAAAACAAAATAAAAAGCAGTATTGGAGACGAAGAAATACAAAATACATAAAAAAAAAAAAGAAATAAAAGCACAGAGATGCATATGCTCAAACACGCTAAAGAATACGAAGTATAAAAAAATACGTATTAAAAAAAGACTAAAATACGAATTAAACAAAAAAGGAGAGTATATGAATTCAAACACGGGCACTGAGATATGACGAGGGGGCCGGAGCTCAGATTAACCACGGTTAGACTAATAAATTTTGAAACTTGTATAGATTATTATATACTAAACCTACAATCTAAAAAGTTGAGGTGGGGGTGGGGCTCAAGCCCCGGCCCCTACGTACCTCCGCCTCTGATCTCTACTCTCACATGTTGTACCAACATACAAAAGGAAAAATCAACTGTAACTATTGTAATCGCAAAGTTAACAAAAAAAACATATTGATTTAATTATAATTGTAGTAGTCAACCTCAACTAAATTGATCAATTAGTTAAGGCACCTATCTCTAACGTAAAAGTCATTGAGTTTGAATCTTCACACTCACATGTTGTATTTAAAAAATAAATAAATAAATGTTCATTAATAATATTGTAGTAATCACTAACAAACATGTTCTGTGTTTTTTGTATTTACAATTTTTAGGTTGAATTGCAAGTTTAATCCTAGAAATTTCAAGCTTGAGTTTATTGGATCCATGAAATTTCAAAAGTGTGCAATAGGTCTCTAAACTTTCATTTTGGTGTCTTAACCTCTCTAAACTTTCAATTTTATATTTAATAGGTTTATGACCTATTTAACATGTTTTAAAATAGAAACCAATTATTATGTGCTTAATTAAGTCAACTTGAACATAGTTGAATGGATTAAAGCACCTATTTCCAATAAAAAATTATATATATGAGTTCGAATCACCATCCTTATACTAAAAAAAAAAAGTGAATACTTTTTAATTTTGTGTCTAATAGCTTTTTTAATTTTATAAGATACTTTTAAGATTTTGGGACCTATTAGACTGAAAATTGAAAGTTTATAAACCACCCTTTAATTTAACCTAGGTTTTTAACTATTATTTTTGTAATGTTTATAGGATATGTAATATAATTAATGACTATGTTAAGGTTATGCCACTGTAACCATAGCTTTGCTTCAATAATAATAATAATAAGTAAATAAATAAGCATAGCTTATCCATGGAGGGATATTGTTTTTCTAGAGCCAGTTGTTGTACTAAAAAAAAGGTACACTAACTGTACTAAGGTTTGAAATGTGGATGTGGACAGAAAATTATGGATATTTTATTGAAGTTATTTGAATTAGTTATTGAAATTATAATTATGATTTAATTAGGTTATAATTTACTACTTTTTAATCATTCTATATAAAAATAATAGTAATGTTTATATGGAAATGTCAATGTCAAAAAAAAAAGTTTAATAGAAGTATATCAATTTTGATGGAAGTTATTCAAATTGGTAAATACTAAATAGAAATTTTATTTGACTTAATTATGTAATAATTAATTTTTTGGGTTAAATTGATATTTATAGTTACATATTTATATAGACATTAAATATTACTTCCATAATTTAATATATATATATATATATAAAATACAGATATAGGAAAATAAATTTAAAAAAATCATATATGAACGATATAGATGAATGGAATAAAATAAATATGTGAAATATGAATGAAAGTAGATCGAGGAATAAAGGGGAGGAGAAGGCTAACACAAACATAACTCAGTGATAATTGACATATACGTTGACGAGAGAATGGTCTAATTGAAAGTAAGAAGGAAACGTACCTCATTAATCTTTTTTTTTTCCCACAGCAGCAAGCTTCAAAGGTGGAACCAAAAGTTTTGGTATAAATACTCATTTTTGGCTTCGTTTTAGTAAATTAGTCCGGGCTTTATGTTATTCTATTTGACTTGACCAAATATGTTTGGATTTGATCGAATGAGTTTGGGCCACAGTTTAGTTTTCTAGTAAAAATATTTTTAGTTTGACATTTCACTAATATTTCGATAAAAGATTGGGATATTATGAAATGTCAATGATATTTAGAAAAAATCGATTTTGTTCTTGCTACATTGGTTATACCCATGGTTCCAAATTTCAACCTTGGCATGTCGACTCAAATATTGTTTTTCTAGAATTTAGGTTATTTTATTTTCATCATCTTTCTATTACTAACAAAATTATTATCAATAAGATTCCAAATTTATTTTTTATTTTATTAGAAGTAGTTGACTACTTATCTTCCATAATAGGAATTCACTTGAAAGTTAGATAATTATGGAATTGATTTTTAAATATATTTCTAAATTTTAATTAACTCATAACTACTTTTCTTTTCAAATTTGAATTTACACGTTTTTCAAATACATTACACATTTAAAATTTATATGATTATTTCAATCTTTTATACTTCACATATATTCAATTGTGTAACTAAACACTAAATTGTATTTAAGTTATCAATAAAACATAATCGAGTAACAATGAACTTTAATTTAATAATTCAAATAATTTCGAAATGACATTTACATGAGTAATATTTCTTGTGAAACTTAATAGGCAAATAATTTAGATATGATGGTCAAAAAAGAACGAGTATAGGCAAATTAAGCTACGATTAAAGTTTACTTTACTTATTCCATCAATTTTCATTAAAGAAAAAAATATTTTTTTGGATATTTCCATCGACGTCGACATTTTCATAAGTAAAATTGTCATATTCTTACATTTAATGATTAAAAGTGATCAATTATAGGCTAGTTAAGCTACAATTAAAATTTTATTTACTAATTTAAAAAATTTCCATCAATTTCCACAATTTCTATGATTTTTTTCTCAAATATCCGTCGACATCGACAATGTCCATCGATATGTCCGTAAAATCGAGACCCCGACATTTCCATCGACATCGATATTTTGAATACTGGTTATACCCAAAGCCAATGAGCACTTACCATTTAAATTAAAATTTTTAAAACATATACTCTCAAAGAGGCTTTTTGTTAATCCAAGCTGAAAGTAATTAAAGGAACTTCTTCACCCTATATGCCTTGTATTTGTTAAATATTATAAGAAAAAAGTACCAAAAATGTTTTGTAATGGTTAAATGTTGAATATATATAAAAGAATTCACTATTGAAGTTTTCTAAAGACAGAAAATCACTACAGAAAAGAGAAGATTACCCCTCCACAAAGGATAGGAGGAGAAAGAATTTTATTCAAGAGATTCTTGGGATGCCTAGTTATCTTTTATTGGCATTTCACGACTTTCCAAACTTGAACTAAAAATTGAATACAAATTGATCCGTACGACTTTCACAATTTGAACCAAAAATTGAATACAAATTGATCAATACGACTTTTCCGACTTGAACCAAAAGTTGAATACAAATTGATCCTTGGTTAAAGGAGAACTATGACAAGACTCGAAGATTCTATCGAAAAGGAATTTACTTGGATAGAAAGCGAGAATGATCACAACTTAATAAAAAAATTTAATTTGAAATAATTTCAAGAAACAAAAAACCTTACCATATAATTAAAAAGATGAAGATATGCTAAGATTGCTAAGTTATATTATTTGACTTTATGGTGGAATATTTGCTACCTTAATAGAGATGTTTTGATAAAAAAGAATTTAAAAAAATTATTTTGCTTTTGTCATCTTCTACGAATGTAATGCATACTTAGCAACTATTGGAACAACGGTACCACAAGCATCATATTGTCTACTTTGGGCATAGCCCTCACGATTTTATTTTTTGTTCCACCCAAAAGACCTCACACCAATGGAGATAATTGTCATCTCTTATATATCCATGATCATTCATTTCCGTAAGTGAGACTTTGTTTGCACTATCCTTGCAAACCTAACAGCAACAGACATACAAATCATACAAACCAAACCTGATAATAATTCTTTTTATTATTTCATAATTGGGAAAACTACTTTTTGGTCATTGGGGTTTGAAGTAAATGTCAATTTGATCCTTGCGATTTCAAAATTAAATGAGCATTTTTGGTTCTTGAGATTAGATTTGGTGTCTATATGGTCTTTTAAAGTTTCAAAGTGAACATTTTTATCCTTCAAATTTAAAAATAAAAATTTTGTTTTAAATGGTACCTAAGCACCATTTGACCGTTAGTCGGCTTAACAAAAATGACATGATAATTAACAAGTGACTCAAACTATATTTAAATGAGGTGTAAAAACATATTAACTTTTATATGATTTTTGTAACGACGTGACTAGTTCTTATTTCCTTTCTTTTCTTCTCTTTAGTTCACTTTATCTTCTTACTATCGCCGCCACCATCACTGTCCACCATCATCGTCCACCACCGTCACTAGCGGTTGAAAGGAGAAAGCCTCTCCCTCTCTCTCCAGATTTGGAAGGAAGGAGGGAGGGTGGAGCTTTACCTCTCTTTGGAAGCAATGACAAGGTAATGGTGGTGGCAGTGACCGTGATAAATAGTGATGGTGGTGGCGACGACGGCGATGGACAGCAACGACGATGCACTGTGACAAGAAGATGATGAAAAGACCAAAAGAAGAGGAGAGATAATTAAAAAGCTGCCACATCGCATCGTCAAAATTATGTAAAAAAATGCACCTCATTTAAAAATAGTGAATTATAAAAATCTAGTCACGTATTAATTGCCACGTCATTTTAGGTTAAGTCAACTAATGATCAAATAATGATTAGGAACCATTTAGGACAAATTTTCAAATTTTAAGGATTGATAGTGTCTATTTGTTACAAAAGTGTCTACTTTATAACTTTAACAAAGAAATAGACACCAAATCTAAACCTCAAGGACCAAAATTGCTTATTTTAAAAACTACCAGACCAAATTGACATTTGCTTCAAACTTCATAGACCACAAGTATATTTTTCCCTTCATAATTTGTATACTTGAAAATCTAACTAAAATGACTAATCTAGCCTAACAAAAAATAATCCAAATAAAAACACAAAATAACACCTCATTCAAATATAAAATAAGATTAATTCAAATAACATCATCTAGTAATATTAATAATATAATCTAGTAACGAGGTTGACATATCGAGATGGATATTTTTAGATTGATGTCAATCTTTCAAATTAAAAGGATTAAAATGTGCCAAAACGAACCTTGCTTAACGGTAATTGTCATATATCTCAAATCAAGAAGTTGTAAGTTCGATCTCCTATCCTATACATTGTAGTAAAAAAAATCGTTAAAAGGTCATTTTTACAATTACCAACACCAGAAGCAAAGATATTTTCTTCTTATTTAGATGATCGAGTCAAAACTAAGATTCAATAATACAACATTATTTTTCCAAATTATAACCCATAACACAAATTGCTTGAAGAAGAAGCGACAAATTGCCAATTGCCACATGCTCTGCTATGTTATGGACTTTGGAGGCGACCATGACTTTGAAAAATGTCTCATAATGGAGACAATTTATAAGTTTTTTTTTTCTCTCTCTCTCTAGAAGGAGACAATTTATAATTAATAACTTTATGGCATTTTCCGTTGACCAGTATTATATAGGAAAACAGAAGAAAATGCCACAAAATACATGTAACTATTCAAGCAAATATCTTGACTTAGATGCTACTCCTTTAATTTTGGTCCCTACAAACAACTTGCGTTATCACTCGACCCAAGTTCACGGGAAAATGGTTCATGAACTATTATTTGATCACCTCATGTTTTTCAAGGGTCCACTCATCTTATCAAAATACTTCTTAATTTCATAGTTTGTCTTTAAATTTTAAAAAGTTTCAATTTGAGTAGTTTTGATATGAATTATATATTAATTTATTTGACTTTTTAGCTTTCAAAATTTGACATTTTTAATCTCTAGTCTTTTAAAAATGATTCTACATGGTCTATCATAACAAATTATCATTTAATAATTTGGGTGATGAACTAAGCGATGATGACCGAGGAGTGAGGAAGGGCTCATGAAAGCGAGATTGACGGAGGGGGAGTAGTTTTAGAGAGGAAGAGAGTGAGAAAGGAAAAGTTTAGGAAGAAAACGTGACATAGTCTTAAAATCGGTATATTTTGTCCTATGGTCTAAGATTTTCATTAATATAGAGTCCAAATTACCAAATTAATTGTCCCTTTTTTTAACGTTAAAGATAGTTTGTGATTGAAATTTATTTGGAATCATCTTTTTTTTTTCTGATTTTGGAAAAACTAAATAATGCACCCCTCTGATAAAGGACCAATTGTCGTGAAATTGAGAAAGATGTCACGAGGGCAAGAATAATGGAAGAATATAAGAGTGGATGAAATATAAAAAATAAATTGGAAATTATTTTATTCTTTGTTTTTCTTTTGATTTTTTCTCTCTTTTTTCTTTAATTTCATGTAAATTAGTGAGCCACAAATTGCCCTTATTTATAGGCGATTTGGATAATCATGAGGGGTAAGAAATTGGATACTAAGAATAGCAATTAGCCTACATGGAGTGTTGGAGATTAAACACATGAATAATGGATAATGAGCCATTTATTTTGGACAAGTTTATAATACAGATATTTTTTTTTTTTTTGTCGGAGTTAAGGACAGATGATTGTGGACCATATGACAAGCTTGTTGCACCATACCGCCGCTGTTGCACCACTATTACAAAAATATGAATTTCTCTCCTTCCATCTTGTCTAATCTTGCTACCATCTAACTATAAGTATCTCTACAATGGGATAATATATATTGTTTATTTAAAAATAATTCTTCCATATTTGGCTTTAATTTTATCCAAAATACTTCCTACTAATGGAGATAATCGTTCTCACCTATATAACATGTGTTATAGGGAACAAAAAGGTCCAAACAAGGCGAGAGATCGGACCGTTAAAAAAAGAAATGTGCCCAAGATCATCAAGCTCAGCCGACCAAGCACCTCGACACCGCCTCGGCGCTGAGACCTTCTCAGCACCGAGCAGTTCTCCGCCCCCGCCGAGAACTATAACGACCCACCTGACCGTTTTGCAGTACCTTCGTTTTGTCATTACGACCGTTTCGCAGTTACGCCTGTAACAGGTTTAAAGATTGAGATTCGATTAGAATTCCTATGAGACTGCTATAAGAAGGAGATGGACCGACTGAGAACCCGACATATATACTCTACTTCTCCAATTATTATGACTTAGGCATCGGAGCGTGTGTGACAGAAGTCACACCGGTTTAAATTTTGGTTTGTTCAGTTTTGCAGGTGTTTGATTTCGGATCATCAAGTTTGCTACGTATTGGAGATAAGAATCGGAATTGTCGAAGTTCACGCATCAACAATTGGTGCCGTCTGTGGGGACGACACAGTCCAAGCAATTAGCCGAGGTGAAACCCAGATCTGCTAAGGCGAAAACCAGATTGGCCGAGGCGAAGCCCAGATCTACCGAGGTGACACCCAGATCTGAGGAAGGTGGAATGGAGCATGTCGACGTAAACCCAGGTGAGGGTTGGCAACGTTTCGAAAAGAAGAGTCGGGTCGAAGTTGCTGACCACTCAGGAGAGGCAAGCCCGAGCCTTGGTCATCAACTAAGTCCGACCACCCCCGATAGGGGAGAGATAGCTGCGAAGGTGGAATCTATCCCCCTGACGTCCAAGGATCGACGAGTCAACATCGAAATCAGGATGGGGGATGAAGAAAGAAAGAGCCTTATAAACTTCCTACGGAACAGTGTCGATGTGTTCGCATGGTCACATGAGGACATGCCAGGAATCAATCGAGGAGTCATGGTACACAGACTCAACGTCGACGAGAGTTGTAAACCGGTGAACAGAAATGTCGTGCATTCAACCAGGAAATAAACGAAATTATGGCTGAACATATAGATGGGCTACTGAAAGCAAGATTCATTCGAGAAGTGCATTATTCCCAGTGGATATCCAACGTAGTATTCGTAAAGAAGTCAAATGACAAATGGAGAATGTGAATCGACTTCACAGACCTAAATAAGGATTGCCCAAAGGACTCTTTTCCTTTGCCCCGAATAGACTAGATGGTTGACGCTACTGCTAGATATGAAAGACTAAGTTTCATGGATGCCTACTCTGGATATAATCAAATCAAGATGCATCTACTAGATTAGGAGAAGACCTCTTTCGTCACAAGTCGAGGTTTACATTGCTACACGGTAATGTCGTTTGGGTTGAAGAATGCAGGCGCGACCTACTAGAGAATGGTAAATCGAATGTTTGCAGCCTTAATCGTCAAAAGTATGGAGGTCTACGTGGATGATATGTTGGTGAAGAGTGGAAAAGATAAACAGCACGAGGAAGATTTGGTAGAAGCGTTTGAGGTTTTAAGAAAGTACAAAATGAAGCTGAATCTTACAAAGTGCACGTTTGGAGTAACCTCAGGTAAATACCTGGGATTCCTAGTGCACCAAAGGGGAATCAAAGGCAATCCAGATAAGACCAAAGCTGTTTTGGAGTTGGATCAACCTAGAAATCTAAAGCAACTGCAAGGACTCAACGGAAGGGTAACAGCACTCAACAGATTTGTTAGTCGCTCAACTGACAAATGCTTGTCATTCTTCAAAATCCTAAGGAAGAAAGAGCAATTTGAATGGACAGAAGAGTGTGAGACTGCCTTTAAAGAGCTAAAACGATATCTGGGGGCAGCCCCACTCCTCTCAAAGCCGATCGTTGGTGATGAGGCTCTACTTATACTTATCTGTATCCGACACAGCAGTGAGTTCCCCATTGATAAAAGAAGAAGATGGACGGCAATCTCCAATCTACTACACAAGTAAAGCAATGGTAGATGTAGAGCTCAGATACCCACAAGTGGAGAAATTGGCATTGGCATTGGCACTGGTCACTTCGGCTCGGAGACTACGCCCATATTTCCAAGCCCACAGAATAACGGTCCTCATCAATTTTCCCCTACGACAGATTTTGCAAGGACCAGACACTTTAAGGCGACTAGTAAAGTGGGCCGTGGAACTCAGTGAGTATGACATCCACTATAAGCCAAGAAGTGCAATGAAAGGACAGGCTGTAGCAGATTTCATAGCAGAACTAACACCAGCAGAACCTCAAGTATGTAACATCGGCCCACAGCTAGTTGAGGAAGAGCAACCCTGGATGCTCTATGTAGATGGATCCTCAAATTTTAGAGGATGTGAGGCAGGACTTCTACTGGTCTCTCTAGATAAAGAAAGATTCGAATACACATTGCGGTTCAGTTTTCATGCATCCGACAACGAAGCTGAATATGAAGCTCTGCTAGCAGGATTAAAGGTGGCCAGGTAGATTGGGTCCGGAACATACTGATACTCAATGATTCACAATTGATTGTGAGTCAGGTGAAAGAAGAGTTTTAGGCTAGAGAACCACGAATGGCAAAATATCTTTCTCGGGTAAAAGACCAGCTCGGTCAGTTCTCAAAATTTGAGATTCGAAAAATCCCTCGTACCCAAAACTTCAATGCAGACCCGTTAGCTCGACTAGTTGCAGCTTATGAAACCGACCTGGGAAGAACTGTGGTGGTCGAAATTTTGCCCAAACTGAGCATAGAAGCACAGGAAACAATGGATATCGACGTGCAAAGGCAACCGAAAAAAAACTGGATGAGCCCGTTGATCAAGTATTTAAAGGATGGGATCCTGCCAGATGAAAGGATAGAAGGCCAACAGCTACAACGACGAGCAACAAGATATGTGCTTAAAGATGAAAGTCTATACAAAAGAGGCTACTCGTTGCCACTCTTAAAATGCTTAACACCCGATGAAGCAGATTATGTCATGAGAGAAATACATGAGGGTGTTTGTGGAAACCATTCCGGAGCTCGATCCCTAAGCCACAAAATAGTTCGACAAGGATATTATTGGCCGACCATGCTAAACGACACGACGCAATTCACCAAAAAATGTGATAAATGCCAGCGGTTCGCAACAGAATGTAGGCAACCACCGGAGCCTTTAACAAGCATAATAAGTCATTGGCCTTTGCCCAATAGGGAATAGACCTTATAGGACCACTCCCGCTAGGAAATGGCCAGACCAAATTTGCAGTGGTGGCAGTCGACTATTTCACCAAGTGGGCCGAAGCCCAAGCTACAATTACTGAGAAAAAGATCACCGACTTTATTTGGAAAAATATAATTTGCCGCTTTGAAATACCCTGCACCATTATCAGTGATAATGGGAAGCAGTTCGACAATGTTGCATTTTGAGAATTTTGTATGGAGCTTGGCATTAAGCACATCCATTCTTCACCAGCGCACCAGTAAGCTAATGGACAAGTTGAGGCGGTCAACAAAATCATCAAAAGAACTCTAAAAATCAAATTAGATAAACTCAAAGGATTATGGGCAGAAGAACTACCCAATGCATTATGAGCCTACAGAACAATGCCCTGTACGCGACAAGAGAGACACCATTCTCACTATCATTTGGTTCCGTAGCAGTAGTGTCAATAGAGATTGGCCTCCCTTCCCCATGGGTGGAGCAGTTCAGTCTTCTTGACAACAATAAATCCTTGCAATTCAACCTCGACCTATTAAAGAACATCGAGAAATAGTACGACTACGAACAGTTGAGTACAAGAATCAGATAGCTCGATACTACAATTTGAAGGTTAAGAAACGTGACTTTAAAGAAGGTGATCTAGTTTTAAGAAAGACCATGCCAAATACCAAAGATTTAACTAGTGGGGCATTCGGAGCAACATGGGAAGGCCCATACAAAGTCACTAAAGTAGTTTGAACAGGCACCGACGTCCTAGAAGACCAACACGTGAAAGCCTTACCATACCCATGGAATGCTCAGCACCTCAAAAGATACTACCACTAGTTCGACACATTTATTTTATGCTGAGCCCTCTTTTATCTTAGTTATTTTATTGTAACTAACTCTCTGACAAGACGATTTTCTTACTAAGAGTCCTCAACATTTGACATAAGTACTTGAGTTTTTATGTTCGTTCTGAAATAAATTTCTCAAGTAGGGGGCATTGTGTGTAAATGTCTACGACCAGTCAAGAAACTCAGGATTGGGACAGACCTAAAAGCAAGCCAAACAGGCAAAAGGCCGATAACGGCTCAGCATGGTTAAAACTAAAGCAGGGAAGTACTGGATATAAAAAAAAAAGAGCCAAATGAGTGGAAATTCGACAATACCGATACTAGCCCTGCTAAAGTTAGATCCCAGGGCCAAAGGAGGCTCGGGAGACTTGATTGTGACCAACGAAAATTGGAAAAACGTCCAATTCATGAAATAATATCGACAAACTCAAGGTACAAAACCCGTATCAATAACCAAGCATTGTAAATCCAAAACGTGATACAAAAGCCTTTGGTAAACGCTCTGTGGATTAGAAACCTTGGCGTAATAAACCAATATGAATCATGTTATGAAATGATCTCGTGGTAGCAACAAGCGACAGACACTCTAAAAAAAAAACTTGACACAATCATTCCTCTTCTGTTTTGAGAGTTGAGGTCATTGTTATAGGGAACAAAACGGTCTAAACGAGGCGATAGGTCGGACCGTTAAAGAAGAAATGTGCCCGAGATCATCAACCTCAGCCGACCTAGCACCCCGACACCGATCTAGCGCCATGGTGCCGACCGAGATCTTCTCAACGCCAAGCAGTTCTCAACCGAGCCGAAAACTATAATGACCCACCTGACCGTTTTGCCATTACGTCCGTTTCGCAGTTATGCCTGTAACGGGTATGGAGATTGAGATTCAATTAGAATTCCTATGAGACTGCTATAAGAGGGAGATGGACCGAACCCTAGAGGTATGCTATGAGAACCCGACATCTATACTCTACTTCTCTGATTATTCTGACTTAGGCATCAGAGCCCGTGTGACAGAAGTGACACCGATTTAGATTTTGGTTTGTTCGATTTTGCAGGTGTTTGATTCCAGATCATCAAGTTTGCTGCGTATTGGATATAAGAATCGGAATTGTCGAAGTTCACGCATCAACAGCATGGATTATTCTCTTCTCTAG

mRNA sequence

ATGTGCACCCGCTCTCAGTCCGTTTCATTTGAAGAATTCCATGTTCTTCTGGTCTCTGAAGAATCTGCTATTGCAAATCAACACAAGAAGGATGAGATATTTGCTCAACCTACTGCTCTTCTTGCTAGCAATTTTAAGGCTCAGAATGTTAATCCAAACATCTCGCATGGTCGAGGTTATAATGGTGGTAAGGGAAAATTTCAAAACTCTGGTCGATCGAAGACTTCTTCCCTTGGTAATACCGGTAATTCTGGAAATTTCGGAGGCCGTGGACGTCACTCTTCGACGGTCCCCTTTGGTGTTCAGCCAAATCGACCTTTCTCTGATTCTGCACAGCATCGCCTTGTCTGTCATATTTGCAACCGTCCAGGCCACACTGCACTTGACTGTTATAATAGAATGAATTATAACTTTCAAGGAAGTCATCCACCTGCCCAACTTGCGGCAATGGTTGCTGCGCAAAATTATGCTGCTGTAAATGCTTCCAATATGCCATGGTTGACTGATTCCGGCTGCAACACTCATATTACCACCGATTTAAATCAATTGAACGGCGCATCTGAGTACTCTAGAGAAGATCAGATCACTGTAGGCAGTGGTCATTCATTACCCATCACCTATTCAGGTTATGGTATTCTTACCACTCCTACCTCTTCTCTTTCACTTAAACATCTCTTCCATGTTCCTAACATTGCTACAAATCTTCTTTCAGTTCATCGTCTGTGCTTAGATAATATTTGTCTTGTTGTTTTTTATGCTGACCAATTTTTTCTTCAGGACAAGTCTTCGGGCCAGATTCTTTTTCACGGCCCCAGTGTTAATGGGCTCTATCCCATTAACTCTGTTTCTACCTCTGTCAAATCTGTTCCGCGGTCCCATGTTGCTCATGTTGGTGCACAAACGTCTTCTTCTATCTGGCATAATAGGTTAGGTCATCCTAGTGACCCTGTTCTTCATTCTGTCTTTCGTATCATGAATTTACCTCGTTGTACTGCTGTTACTTTCAATTTGGTTTCAAATCCACCACCTTATGCAGCCGTTGATCCTCCGCCTTGTGAACCTAATAATACTTCATCTATCTCAGCCAATGATACTGTTGTTCGTAATGCTCATCCTATGCAGACAAGGGGGAAATCTGGTATCTCTAAGAAGAAAGCCTTCTTGGCCTCTTCGATTCCTAATGGTTCAAAATCTGAGCCTTCTTCCTATACAGCAGCCTCAAAACTTCCTTCCAAGCAATTAGCCGAGGTGAAACCCAGATCTGCTAAGGCGAAAACCAGATTGGCCGAGGCGAAGCCCAGATCTACCGAGGTGACACCCAGATCTGAGGAAGGTGGAATGGAGCATGTCGACGTAAACCCAGGTGAGGGTTGGCAACGTTTCGAAAAGAAGAGTCGGGTCGAAGTTGCTGACCACTCAGGAGAGGCAAGCCCGAGCCTTGGTCATCAACTAAGTCCGACCACCCCCGATAGGGGAGAGATAGCTGCGAAGGTGGAATCTATCCCCCTGACGTCCAAGGATCGACGAGTCAACATCGAAATCAGGATGGGGGATGAAGAAAGAAAGAGCCTTATAAACTTCCTACGGAACAGTGTGTTTGATTCCAGATCATCAAGTTTGCTGCGTATTGGATATAAGAATCGGAATTGTCGAAGTTCACGCATCAACAGCATGGATTATTCTCTTCTCTAG

Coding sequence (CDS)

ATGTGCACCCGCTCTCAGTCCGTTTCATTTGAAGAATTCCATGTTCTTCTGGTCTCTGAAGAATCTGCTATTGCAAATCAACACAAGAAGGATGAGATATTTGCTCAACCTACTGCTCTTCTTGCTAGCAATTTTAAGGCTCAGAATGTTAATCCAAACATCTCGCATGGTCGAGGTTATAATGGTGGTAAGGGAAAATTTCAAAACTCTGGTCGATCGAAGACTTCTTCCCTTGGTAATACCGGTAATTCTGGAAATTTCGGAGGCCGTGGACGTCACTCTTCGACGGTCCCCTTTGGTGTTCAGCCAAATCGACCTTTCTCTGATTCTGCACAGCATCGCCTTGTCTGTCATATTTGCAACCGTCCAGGCCACACTGCACTTGACTGTTATAATAGAATGAATTATAACTTTCAAGGAAGTCATCCACCTGCCCAACTTGCGGCAATGGTTGCTGCGCAAAATTATGCTGCTGTAAATGCTTCCAATATGCCATGGTTGACTGATTCCGGCTGCAACACTCATATTACCACCGATTTAAATCAATTGAACGGCGCATCTGAGTACTCTAGAGAAGATCAGATCACTGTAGGCAGTGGTCATTCATTACCCATCACCTATTCAGGTTATGGTATTCTTACCACTCCTACCTCTTCTCTTTCACTTAAACATCTCTTCCATGTTCCTAACATTGCTACAAATCTTCTTTCAGTTCATCGTCTGTGCTTAGATAATATTTGTCTTGTTGTTTTTTATGCTGACCAATTTTTTCTTCAGGACAAGTCTTCGGGCCAGATTCTTTTTCACGGCCCCAGTGTTAATGGGCTCTATCCCATTAACTCTGTTTCTACCTCTGTCAAATCTGTTCCGCGGTCCCATGTTGCTCATGTTGGTGCACAAACGTCTTCTTCTATCTGGCATAATAGGTTAGGTCATCCTAGTGACCCTGTTCTTCATTCTGTCTTTCGTATCATGAATTTACCTCGTTGTACTGCTGTTACTTTCAATTTGGTTTCAAATCCACCACCTTATGCAGCCGTTGATCCTCCGCCTTGTGAACCTAATAATACTTCATCTATCTCAGCCAATGATACTGTTGTTCGTAATGCTCATCCTATGCAGACAAGGGGGAAATCTGGTATCTCTAAGAAGAAAGCCTTCTTGGCCTCTTCGATTCCTAATGGTTCAAAATCTGAGCCTTCTTCCTATACAGCAGCCTCAAAACTTCCTTCCAAGCAATTAGCCGAGGTGAAACCCAGATCTGCTAAGGCGAAAACCAGATTGGCCGAGGCGAAGCCCAGATCTACCGAGGTGACACCCAGATCTGAGGAAGGTGGAATGGAGCATGTCGACGTAAACCCAGGTGAGGGTTGGCAACGTTTCGAAAAGAAGAGTCGGGTCGAAGTTGCTGACCACTCAGGAGAGGCAAGCCCGAGCCTTGGTCATCAACTAAGTCCGACCACCCCCGATAGGGGAGAGATAGCTGCGAAGGTGGAATCTATCCCCCTGACGTCCAAGGATCGACGAGTCAACATCGAAATCAGGATGGGGGATGAAGAAAGAAAGAGCCTTATAAACTTCCTACGGAACAGTGTGTTTGATTCCAGATCATCAAGTTTGCTGCGTATTGGATATAAGAATCGGAATTGTCGAAGTTCACGCATCAACAGCATGGATTATTCTCTTCTCTAG

Protein sequence

MCTRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGYNGGKGKFQNSGRSKTSSLGNTGNSGNFGGRGRHSSTVPFGVQPNRPFSDSAQHRLVCHICNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNMPWLTDSGCNTHITTDLNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATNLLSVHRLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLYPINSVSTSVKSVPRSHVAHVGAQTSSSIWHNRLGHPSDPVLHSVFRIMNLPRCTAVTFNLVSNPPPYAAVDPPPCEPNNTSSISANDTVVRNAHPMQTRGKSGISKKKAFLASSIPNGSKSEPSSYTAASKLPSKQLAEVKPRSAKAKTRLAEAKPRSTEVTPRSEEGGMEHVDVNPGEGWQRFEKKSRVEVADHSGEASPSLGHQLSPTTPDRGEIAAKVESIPLTSKDRRVNIEIRMGDEERKSLINFLRNSVFDSRSSSLLRIGYKNRNCRSSRINSMDYSLL

Homology

[Close]

BLAST of Moc04g10310 vs. NCBI nr
Match: XP_022156563.1 (uncharacterized protein LOC111023438 [Momordica charantia])

HSP 1 Score: 222.6 bits (566), Expect = 8.4e-54
Identity = 124/231 (53.68%), Postives = 154/231 (66.67%), Query Frame = 0


Query: 49  NVNPNISHGRGYNGGKGKFQNSGRSKTSSLGNTGNSGNFGGRGRHSSTVPFGVQPNRPFS 108
           N NPN+  GRG   GK  F    ++K+ +   TGN     GRGR       G+ P  P  
Sbjct: 126 NFNPNV--GRGRASGKNHF---SKAKSPNFAPTGNYSTNVGRGR-------GLLPLAPTG 185

Query: 109 DSAQH----RLVCHICNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNM 168
            S+Q      + C IC + GH+ALDC+NRMNY+FQG HPP QL AMVA  NYA + +SN 
Sbjct: 186 KSSQEGFSSTIFCQICLKIGHSALDCFNRMNYSFQGRHPPIQLTAMVANHNYATLASSNP 245

Query: 169 PWLTDSGCNTHITTDLNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKH 228
            WLTDSGCN H+T DL+QL+ ASEYS ++QI VG+G SLPI ++  GIL T TSSL L +
Sbjct: 246 SWLTDSGCNAHVTADLDQLSTASEYSGDEQIGVGTGQSLPIAHTSSGILHTSTSSLKLCN 305

Query: 229 LFHVPNIATNLLSVHRLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNG 276
           L HVP I++NLLSVH+LC+DN C VVF  + F++QDK SG ILF GPS NG
Sbjct: 306 LLHVPTISSNLLSVHQLCVDNNCFVVFDYNYFYIQDKFSGMILFQGPSQNG 344

[Close]

BLAST of Moc04g10310 vs. NCBI nr
Match: KAA8524269.1 (hypothetical protein F0562_010692 [Nyssa sinensis])

HSP 1 Score: 205.7 bits (522), Expect = 1.1e-48
Identity = 126/350 (36.00%), Postives = 190/350 (54.29%), Query Frame = 0


Query: 3   TRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGYNG 62
           T+S++++ EE + +L  EE  I + HK++     P A++A+N++     PN S  RGY+ 
Sbjct: 228 TKSENITLEEVYAMLKIEEQTIESVHKQNNSPPFPGAMMATNYR-----PNFSSNRGYSP 287

Query: 63  GKGKFQNSGRSKTSSLGNTGNS-GNFGGRGRHSSTVPFGV-QPNRPFSDS-AQHRLVCHI 122
                +  GR + S+ G   +S G F       S +P+   QP +    S   H +VC I
Sbjct: 288 SNFSGRGRGRGRFSNRGGRMHSFGRFQSPNFGQSNLPYPTKQPQQSNQRSNNSHPVVCQI 347

Query: 123 CNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNMPWLTDSGCNTHITTD 182
           CN+ GH+ALDCY+RM++++QG  P  QL AM A  N  +  + N  W TD+G   HIT D
Sbjct: 348 CNKNGHSALDCYHRMDFSYQGKPPSPQLTAMSATYNTGSDCSPNY-WYTDTGATNHITAD 407

Query: 183 LNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATNLLSVH 242
           L  LN   EY  +D IT+ +G +L I++SG   +     +  L ++  VP++ATNLLSVH
Sbjct: 408 LANLNFPVEYQGDDNITIANGQALDISHSGQSSIHANDHTFRLNNVLCVPSMATNLLSVH 467

Query: 243 RLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLYPINSVSTSVKSVP--------- 302
           + C DN C  +F ++ F +QDK++ Q+LF GPS +GLYP+ + S +  S P         
Sbjct: 468 QFCKDNHCRFIFDSEMFQIQDKATKQLLFQGPSDHGLYPLPTSSITKHSAPSLQPPLHFQ 527

Query: 303 -------------------RSHVAHVGAQTSSSIWHNRLGHPSDPVLHSV 322
                                H A++G Q S+ +WH+RLGHPS   L S+
Sbjct: 528 HYNKHCANHSPLQRNNYSDSPHTAYLGKQVSTVLWHDRLGHPSTATLQSI 571

[Close]

BLAST of Moc04g10310 vs. NCBI nr
Match: RWR76373.1 (putative polyprotein [Cinnamomum micranthum f. kanehirae])

HSP 1 Score: 203.0 bits (515), Expect = 6.9e-48
Identity = 128/329 (38.91%), Postives = 186/329 (56.53%), Query Frame = 0


Query: 4   RSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASN--FKAQN-VNPNISHGRGY 63
           +S  VS    H LL++ E  IA  H    IF+Q  +  A+   F  +N  N N +HG G 
Sbjct: 312 QSDHVSVAYVHGLLLNMEMRIACHH----IFSQSPSDQATTALFTPKNGQNNNSNHGGGR 371

Query: 64  NG-GKGKFQNSGRSKTSSLGNTGNSGNFGGRGRHSSTVPFGVQPNRPFSDSAQHRLVCHI 123
            G G+G+ QN GR  + S   + NS       + ++ V  G   NR        R+ C I
Sbjct: 372 QGRGRGRGQNGGRG-SPSFNPSPNS------NKTNNAVMVGPSTNR-----GPPRVPCQI 431

Query: 124 CNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNMPWLTDSGCNTHITTD 183
           CNR GH+ALDCY+RM++ +QGSHPP +LAAM A+  ++        W TD+G   HIT++
Sbjct: 432 CNRTGHSALDCYHRMDFTYQGSHPPNKLAAMAASNQFSV----EQNWYTDTGATDHITSN 491

Query: 184 LNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATNLLSVH 243
           +  L+  S+Y R D+++VG+G  L I++ G   ++TP+S+  L ++  VP+I+TNL+SVH
Sbjct: 492 IGNLSLRSDYHRPDKVSVGNGAGLHISHIGSNSISTPSSNFRLNNMLCVPHISTNLISVH 551

Query: 244 RLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLYPINSVSTSVKSVPRSHVAHVGA 303
           R   DN C  +F +  F ++DK+SG+ LF G S NGLYP         S    H A VG 
Sbjct: 552 RFANDNNCFFIFDSSGFCIKDKASGKTLFRGQSKNGLYPFPIRRLPTHSNNDGHAAFVGE 611

Query: 304 QTSSSIWHNRLGHPSDPVLHSVFRIMNLP 329
           + ++SIWH+RLGHP+  V   +     LP
Sbjct: 612 RVTASIWHSRLGHPASAVFQHLASAFQLP 620

[Close]

BLAST of Moc04g10310 vs. NCBI nr
Match: KAA8519786.1 (hypothetical protein F0562_014124 [Nyssa sinensis])

HSP 1 Score: 186.8 bits (473), Expect = 5.1e-43
Identity = 111/291 (38.14%), Postives = 169/291 (58.08%), Query Frame = 0


Query: 3   TRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGYNG 62
           T+S++++ EE + +L  EE  I + HK++     P A++A+N++     PN S  RGY+ 
Sbjct: 228 TKSENITLEEVYAMLKIEEQTIESVHKQNNSPPFPGAMMATNYR-----PNFSSNRGYSP 287

Query: 63  GKGKFQNSGRSKTSSLGNTGNS-GNFGGRGRHSSTVPFGV-QPNRPFSDS-AQHRLVCHI 122
                +  GR + S+ G   +S G F       S +P+   QP +    S   H +VC I
Sbjct: 288 SNFSGRGRGRGRFSNRGGRMHSFGRFQSPNFGQSNLPYPTKQPQQSNQRSNNSHPVVCQI 347

Query: 123 CNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNMPWLTDSGCNTHITTD 182
           CN+ GH+ALDCY+RM++++QG  P  QL AM A  N  +  + N  W TD+G   HIT D
Sbjct: 348 CNKNGHSALDCYHRMDFSYQGKPPSPQLTAMSATYNTGSDCSPNY-WYTDTGATNHITAD 407

Query: 183 LNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATNLLSVH 242
           L  LN   EY  +D IT+ +G +L I++SG   +     +  L ++  VP++ATNLLSVH
Sbjct: 408 LANLNFPVEYQGDDNITIANGQALDISHSGQSSIHANDHTFRLNNVLCVPSMATNLLSVH 467

Query: 243 RLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLYPINSVSTSVKSVP 291
           + C DN C  +F ++ F +QDK++ Q+LF GPS +GLYP+ + S +  S P
Sbjct: 468 QFCKDNHCRFIFDSEMFQIQDKATKQLLFQGPSYHGLYPLPTSSITKHSAP 512

[Close]

BLAST of Moc04g10310 vs. NCBI nr
Match: KAA8535282.1 (hypothetical protein F0562_030285 [Nyssa sinensis])

HSP 1 Score: 186.0 bits (471), Expect = 8.7e-43
Identity = 111/291 (38.14%), Postives = 169/291 (58.08%), Query Frame = 0


Query: 3   TRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGYNG 62
           T+S++++ EE + +L  EE  I + HK++     P A++A+N++     PN S  RGY+ 
Sbjct: 228 TKSENITLEEVYAMLKIEEQTIESVHKQNNSPPFPGAMMATNYR-----PNFSSNRGYSP 287

Query: 63  GKGKFQNSGRSKTSSLGNTGNS-GNFGGRGRHSSTVPFGV-QPNRPFSDS-AQHRLVCHI 122
                +  GR + S+ G   +S G F       S +P+   QP +    S   H +VC I
Sbjct: 288 SNFSGRGRGRGRFSNRGGRMHSFGRFQSPNFGQSNLPYPTKQPQQSNQRSNNSHPVVCQI 347

Query: 123 CNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNMPWLTDSGCNTHITTD 182
           CN+ GH+ALDCY+RM++++QG  P  QL AM A  N  +  + N  W TD+G   HIT D
Sbjct: 348 CNKNGHSALDCYHRMDFSYQGKPPSPQLTAMSATYNTGSDCSPNY-WYTDTGATNHITAD 407

Query: 183 LNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATNLLSVH 242
           L  LN   EY  +D IT+ +G +L I++SG   +     +  L ++  VP++ATNLLSVH
Sbjct: 408 LANLNFPVEYQGDDNITIANGQALDISHSGQSSIHANDHTFRLNNVLCVPSMATNLLSVH 467

Query: 243 RLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLYPINSVSTSVKSVP 291
           + C DN C  +F ++ F +QDK++ Q+LF GPS +GLYP+ + S +  S P
Sbjct: 468 QFCKDNHCRFIFDSEMFQIQDKATKQLLFQGPSDHGLYPLPTSSITKHSAP 512

[Close]

BLAST of Moc04g10310 vs. ExPASy Swiss-Prot
Match: Q94HW2 (Retrovirus-related Pol polyprotein from transposon RE1 OS=Arabidopsis thaliana OX=3702 GN=RE1 PE=2 SV=1)

HSP 1 Score: 112.8 bits (281), Expect = 1.2e-23
Identity = 88/311 (28.30%), Postives = 148/311 (47.59%), Query Frame = 0


Query: 75  TSSLGNTGNSGN-FGGRGRHSSTVPF-----GVQPNRPFSDSAQHRLVCHICNRPGHTAL 134
           T++  N GN  N +  R  ++++ P+        PN   + S  +   C IC   GH+A 
Sbjct: 233 TTNNNNNGNRNNRYDNRNNNNNSKPWQQSSTNFHPNN--NQSKPYLGKCQICGVQGHSAK 292

Query: 135 DCYNRMNY--NFQGSHPPAQLAAMVAAQNYAAVNA-SNMPWLTDSGCNTHITTDLNQLNG 194
            C    ++  +     PP+         N A  +  S+  WL DSG   HIT+D N L+ 
Sbjct: 293 RCSQLQHFLSSVNSQQPPSPFTPWQPRANLALGSPYSSNNWLLDSGATHHITSDFNNLSL 352

Query: 195 ASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATNLLSVHRLCLDN 254
              Y+  D + V  G ++PI+++G   L+T +  L+L ++ +VPNI  NL+SV+RLC  N
Sbjct: 353 HQPYTGGDDVMVADGSTIPISHTGSTSLSTKSRPLNLHNILYVPNIHKNLISVYRLCNAN 412

Query: 255 ICLVVFYADQFFLQDKSSGQILFHGPSVNGLY--PINSVSTSVKSVPRSHVAHVGAQTSS 314
              V F+   F ++D ++G  L  G + + LY  PI S      S P S  A   ++ + 
Sbjct: 413 GVSVEFFPASFQVKDLNTGVPLLQGKTKDELYEWPIAS------SQPVSLFASPSSKATH 472

Query: 315 SIWHNRLGHPSDPVLHSVFRIMNLPRCTAVTFNLVSNPPPYAAVDPPPCEPNNTSSISAN 374
           S WH RLGHP+  +L+SV             ++L    P +  +    C  N ++ +  +
Sbjct: 473 SSWHARLGHPAPSILNSVIS----------NYSLSVLNPSHKFLSCSDCLINKSNKVPFS 525

[Close]

BLAST of Moc04g10310 vs. ExPASy Swiss-Prot
Match: Q9ZT94 (Retrovirus-related Pol polyprotein from transposon RE2 OS=Arabidopsis thaliana OX=3702 GN=RE2 PE=4 SV=1)

HSP 1 Score: 108.6 bits (270), Expect = 2.3e-22
Identity = 105/376 (27.93%), Postives = 166/376 (44.15%), Query Frame = 0


Query: 9   SFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGYNGGKGKFQ 68
           S  E H  L++ ES +   +  + +      +   N        N    R YN       
Sbjct: 176 SLTEIHERLINRESKLLALNSAEVVPITANVVTHRNTNTNRNQNNRGDNRNYN------N 235

Query: 69  NSGRSKTSSLGNTGNSGNFGGRGRHSSTVPFGVQPNRPFSDSAQHRLVCHICNRPGHTAL 128
           N+ RS      N+    + G R  +    P+  +              C IC+  GH+A 
Sbjct: 236 NNNRS------NSWQPSSSGSRSDNRQPKPYLGR--------------CQICSVQGHSAK 295

Query: 129 DC-----YNRMNYNFQGSHP--PAQLAAMVAAQNYAAVNASNMPWLTDSGCNTHITTDLN 188
            C     +       Q + P  P Q  A +A    +  NA+N  WL DSG   HIT+D N
Sbjct: 296 RCPQLHQFQSTTNQQQSTSPFTPWQPRANLAVN--SPYNANN--WLLDSGATHHITSDFN 355

Query: 189 QLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATNLLSVHRL 248
            L+    Y+  D + +  G ++PIT++G   L T + SL L  + +VPNI  NL+SV+RL
Sbjct: 356 NLSFHQPYTGGDDVMIADGSTIPITHTGSASLPTSSRSLDLNKVLYVPNIHKNLISVYRL 415

Query: 249 CLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLY--PI-NSVSTSVKSVPRSHVAHVG 308
           C  N   V F+   F ++D ++G  L  G + + LY  PI +S + S+ + P S   H  
Sbjct: 416 CNTNRVSVEFFPASFQVKDLNTGVPLLQGKTKDELYEWPIASSQAVSMFASPCSKATH-- 475

Query: 309 AQTSSSIWHNRLGHPSDPVLHSVFRIMNLPRCTAVTFNLVSNPPPYAAVDPPPCEPNNTS 368
                S WH+RLGHPS  +L+SV    +LP         V N P +  +    C  N + 
Sbjct: 476 -----SSWHSRLGHPSLAILNSVISNHSLP---------VLN-PSHKLLSCSDCFINKSH 504

Query: 369 SISANDTVVRNAHPMQ 375
            +  +++ + ++ P++
Sbjct: 536 KVPFSNSTITSSKPLE 504

[Close]

BLAST of Moc04g10310 vs. ExPASy TrEMBL
Match: A0A6J1DQZ0 (uncharacterized protein LOC111023438 OS=Momordica charantia OX=3673 GN=LOC111023438 PE=4 SV=1)

HSP 1 Score: 222.6 bits (566), Expect = 4.1e-54
Identity = 124/231 (53.68%), Postives = 154/231 (66.67%), Query Frame = 0


Query: 49  NVNPNISHGRGYNGGKGKFQNSGRSKTSSLGNTGNSGNFGGRGRHSSTVPFGVQPNRPFS 108
           N NPN+  GRG   GK  F    ++K+ +   TGN     GRGR       G+ P  P  
Sbjct: 126 NFNPNV--GRGRASGKNHF---SKAKSPNFAPTGNYSTNVGRGR-------GLLPLAPTG 185

Query: 109 DSAQH----RLVCHICNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNM 168
            S+Q      + C IC + GH+ALDC+NRMNY+FQG HPP QL AMVA  NYA + +SN 
Sbjct: 186 KSSQEGFSSTIFCQICLKIGHSALDCFNRMNYSFQGRHPPIQLTAMVANHNYATLASSNP 245

Query: 169 PWLTDSGCNTHITTDLNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKH 228
            WLTDSGCN H+T DL+QL+ ASEYS ++QI VG+G SLPI ++  GIL T TSSL L +
Sbjct: 246 SWLTDSGCNAHVTADLDQLSTASEYSGDEQIGVGTGQSLPIAHTSSGILHTSTSSLKLCN 305

Query: 229 LFHVPNIATNLLSVHRLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNG 276
           L HVP I++NLLSVH+LC+DN C VVF  + F++QDK SG ILF GPS NG
Sbjct: 306 LLHVPTISSNLLSVHQLCVDNNCFVVFDYNYFYIQDKFSGMILFQGPSQNG 344

[Close]

BLAST of Moc04g10310 vs. ExPASy TrEMBL
Match: A0A2N9ECA1 (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS235 PE=4 SV=1)

HSP 1 Score: 220.7 bits (561), Expect = 1.5e-53
Identity = 162/478 (33.89%), Postives = 236/478 (49.37%), Query Frame = 0


Query: 1   MCTRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGY 60
           M T+S+ VSFEE HVL++++E  + N  +  +          ++  A   N   S    +
Sbjct: 195 MLTKSEPVSFEELHVLMITQEELLKNSQENSK---------ENSIMAMAANKGSSSPAQF 254

Query: 61  NGG--KGKFQNSGRSKTSSLGNTGNSGNFGGRGRHS---STVPFGV-------------- 120
           N    +G FQN GR   +S G + N G F  RG ++   + V  G               
Sbjct: 255 NNSAYRGNFQNRGRGSWNSRGRSNNRGGFSSRGGYNPGINQVSNGFPQSFSQSNPNFSPS 314

Query: 121 -------QPNRPFSDSAQHRLVCHICNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQ 180
                  Q N  FS+   +R  C IC + GHTALDCYNRMN+++QG HPPA+LAA+ +A 
Sbjct: 315 NPNFSQSQSNPNFSNPNPNRPTCQICYKQGHTALDCYNRMNFSYQGRHPPAKLAAIASA- 374

Query: 181 NYAAVNASNMPWLTDSGCNTHITTDLNQLNGASEYSREDQITVGSGHSLPITYSGYGILT 240
             A  + S   W++D+G   H T DL  L  +S Y+    ++VG+G  LPI++ G   L 
Sbjct: 375 --APPSPSTNCWISDTGATDHFTPDLGNLPDSSIYNDPHLVSVGNGQQLPISHIGNAQLY 434

Query: 241 TPTSSLSLKHLFHVPNIATNLLSVHRLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVN 300
           T +    LK++  VP++A+NLLSV+R C DN C   F +D F +QD+ +G+ L+ G S +
Sbjct: 435 TSSYLFKLKNILRVPSMASNLLSVNRFCRDNHCAFYFDSDHFRIQDRLTGKHLYKGLSRD 494

Query: 301 GLYPIN----------SVSTSVKSVPRSHVAHVGAQTSSSIWHNRLGHPSDPVLHSVFR- 360
           GLYP++          S+S+S   V   H A     ++SS+WH R GHP D VL  V   
Sbjct: 495 GLYPLHGLSLPFNTRQSLSSSSARVACLHSAR-ATSSASSLWHARFGHPQDRVLRHVLHK 554

Query: 361 --------------------------IMNLPRCTAVTFNLVSNPP--PYAAVDPPPCEPN 411
                                      +  P    +T ++  N P  P A  DPP   P 
Sbjct: 555 SPTSPFSPFPQTFTEPIEPNEPIIPSALPGPSSQTLTDHIQPNEPLIPPALPDPPLPNPI 614

[Close]

BLAST of Moc04g10310 vs. ExPASy TrEMBL
Match: A0A2N9HW05 (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS43795 PE=4 SV=1)

HSP 1 Score: 215.3 bits (547), Expect = 6.5e-52
Identity = 174/512 (33.98%), Postives = 245/512 (47.85%), Query Frame = 0


Query: 1   MCTRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGY 60
           M T++  VSF E H LL +EE  I N H      ++ T+L+A     QN +P  SH + Y
Sbjct: 196 MLTKNDPVSFAELHALLSTEEELIKNLHD----LSKETSLMAMTANKQNSSPPNSHAQ-Y 255

Query: 61  NG---------GKGKFQNSGRSKTSSLG--------NTGNSGNFGGRGRHSSTVPFGVQP 120
           N          G+ +F   GR    +          N GNS N    G  +  VP  V P
Sbjct: 256 NSQANQFHRRRGRNQFHRGGRGGRGNYRGGYNNGGYNNGNSPNNFSSGNFNPMVPSSVPP 315

Query: 121 NRPFSDSAQHRLVCHICNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNAS- 180
             PF++++  R  C IC + GHTALDCY RMNY +QG  PPA+LAAM +A   + ++ S 
Sbjct: 316 --PFNNTS--RPTCQICYKQGHTALDCYQRMNYAYQGRQPPAKLAAMASAAYPSQLSDSW 375

Query: 181 --NMPWLTDSGCNTHITTDLNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSL 240
                W++DSG   H T D++ L   S Y+   Q++VG+G  LPI+  G   L T +   
Sbjct: 376 PAQTTWISDSGTTDHFTPDIHNLPDCSSYTDSQQVSVGNGQQLPISNIGNAQLYTSSYLF 435

Query: 241 SLKHLFHVPNIATNLLSVHRLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLY--- 300
           +LK + HVP+++++LLSV+R C DN C   F AD F +QD+ +G+ L+ GPS +GLY   
Sbjct: 436 NLKKILHVPSMSSHLLSVNRFCRDNNCAFYFDADLFRIQDRPTGKPLYTGPSKDGLYHIH 495

Query: 301 --------PIN-------SVSTSVKSVPRSHVAHVGAQTSSSIWHNRLGHPSDPVLHSVF 360
                   PIN       S S+S +S P S   +    +  ++WH RLGHP   VL+ V 
Sbjct: 496 GLSLPLRPPINQCHLAVPSPSSSSRSCPPSVCQNAATTSPINLWHTRLGHPCQRVLNHVV 555

Query: 361 RIMNLPRCTAVTFNLVSNP-----PPYAAVDPPPCEPNNTSS------------------ 420
           R   LP       +   +P     PP    +P P  P+  SS                  
Sbjct: 556 RDF-LPARDLNKVSFCPHPTTLPNPPTPIPEPVPLAPSRISSPILEPASIIQPIPLPLPN 615

Query: 421 --------------ISANDTVVRNAHPMQTRGKSGISKKKAFLASSIPNGSKSEPSSYTA 435
                           A  ++  N HPM T  KSGIS KK F ASS+ +  + EP + T 
Sbjct: 616 FSPPVTSIPPSPPHFLAEPSIPTNTHPMTTCAKSGISCKKVFAASSV-DYLQIEPPTCTI 675

[Close]

BLAST of Moc04g10310 vs. ExPASy TrEMBL
Match: A0A2N9H9M1 (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS38978 PE=4 SV=1)

HSP 1 Score: 211.1 bits (536), Expect = 1.2e-50
Identity = 161/506 (31.82%), Postives = 243/506 (48.02%), Query Frame = 0


Query: 1   MCTRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGY 60
           M T++++V FEE HVL++++E  +    K  +  ++  +++A    A  VN + S G  +
Sbjct: 202 MLTKNEAVPFEELHVLMITQEELL----KSSQANSKENSIMA--MAANTVNNSASRGNFH 261

Query: 61  NGGKGKFQNSGRSKTS--------SLGNTGNSGNFGGRGRHSSTVPFGV----------- 120
           N G+G F N GR            +  N G   + GG  +  S  P              
Sbjct: 262 NRGRGYFHNRGRGNNRGGVSRGGYNQSNGGYHQSHGGYNQSPSNFPQSAPNFPQSSPNFP 321

Query: 121 QPNRPFSDSAQHRLVCHICNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNA 180
           Q N  FS+   +R  C ICN+PGH ALDCYNRMNY++QG HPPA+LAAM  A +Y   + 
Sbjct: 322 QSNPNFSNHNPNRPNCQICNKPGHNALDCYNRMNYSYQGRHPPAKLAAMAFATSY---SP 381

Query: 181 SNMPWLTDSGCNTHITTDLNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLS 240
           S   W++D+    H T DL  L  +S Y+    ++VG+G  LPI++ G   L T +    
Sbjct: 382 STECWISDTSATDHFTPDLANLPDSSLYTDPQLVSVGNGQQLPISHVGNAQLYTSSYLFK 441

Query: 241 LKHLFHVPNIATNLLSVHRLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLYPINS 300
           L+++  VP++A+NLLSV++ C DN C   F +D+F +QD+ SG+ L+ G S +GLYP++ 
Sbjct: 442 LRNILRVPSMASNLLSVNKFCRDNHCSFYFDSDRFQIQDRLSGKPLYKGLSRDGLYPLHG 501

Query: 301 VSTSVKS-----VPRSHVAHVGAQ-TSSSIWHNRLGHPSDPVLHSVFRIMNLPRCTAVT- 360
            S  ++S      P +  A + A   +SS+WH R GHP D VL  +      P  +  + 
Sbjct: 502 FSLPLRSSSPSFSPSARAACLQAVCPTSSLWHARFGHPQDKVLRHLLTNSVSPSVSVDSQ 561

Query: 361 -----FNLVSNPP---PYAAVDP-----------------------PPC----------- 411
                  ++S+PP   P   + P                       PP            
Sbjct: 562 FCPHPSTILSHPPNPCPIPIISPLAQHPFTKPAQPVTSSSLYPNTCPPLLTTTLAQHPLP 621

[Close]

BLAST of Moc04g10310 vs. ExPASy TrEMBL
Match: A0A2N9FT70 (Reverse transcriptase Ty1/copia-type domain-containing protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS18152 PE=4 SV=1)

HSP 1 Score: 210.3 bits (534), Expect = 2.1e-50
Identity = 158/487 (32.44%), Postives = 237/487 (48.67%), Query Frame = 0


Query: 1   MCTRSQSVSFEEFHVLLVSEESAIANQHKKDEIFAQPTALLASNFKAQNVNPNISHGRGY 60
           M T++++V FEE H L+ +EE  + +     +  A   A++A+    +N+ P+ S    +
Sbjct: 149 MLTKNEAVKFEELHTLMQTEEGLLQSSMDNSKELAH-MAMVAN----KNIQPSFSQ---F 208

Query: 61  NGGKGKFQNS-----GRSKTSSLGNTGNS-GNFGGRGRHSSTVPFGVQPNRPFSDSAQHR 120
           +G +G+ +NS     G  +  S    G S GNF   G   ST     Q ++ ++ S   R
Sbjct: 209 SGNRGRGRNSSNRGRGNGRFQSYNTRGGSPGNF-NNGPVFSTFGQNPQNSQSWNSSPNSR 268

Query: 121 LVCHICNRPGHTALDCYNRMNYNFQGSHPPAQLAAMVAAQNYAAVNASNMPWLTDSGCNT 180
             C IC++ GHTA+DCY RMNY FQG HPPA+LAAM  A   A  +++   W++D+G   
Sbjct: 269 PTCQICHKLGHTAIDCYQRMNYAFQGRHPPAKLAAMATA---APPDSTPTTWISDTGATD 328

Query: 181 HITTDLNQLNGASEYSREDQITVGSGHSLPITYSGYGILTTPTSSLSLKHLFHVPNIATN 240
           H T DL+ +     Y+    ++VG+G+ LPI++ G   L T     +L+ + HVP++ +N
Sbjct: 329 HFTPDLHNIPDNHAYTDSQLVSVGNGNQLPISHIGNSQLRTSAYLFNLRKVLHVPSMKSN 388

Query: 241 LLSVHRLCLDNICLVVFYADQFFLQDKSSGQILFHGPSVNGLYPIN-----------SVS 300
           LLSV R C DN C   F AD F +QD+ +G++L+ G S  GLYPI+           S S
Sbjct: 389 LLSVQRFCRDNHCSFSFNADNFQIQDRLTGKLLYKGFSKEGLYPIHGLSLPSLQSRLSFS 448

Query: 301 TSVKSVPRSHVAHVGAQTS-------SSIWHNRLGHPS---------------------- 360
            S  + P SH ++   + S       +S+WH RLGHP                       
Sbjct: 449 HSSTAAPLSHASYTACRPSACSKALDTSLWHMRLGHPQSLLGPAPPHLVSPSPTQSVFGL 508

Query: 361 -------------DPVLHSVFRIMN------------LPRCTAVTFNLVSNPPPYAAVDP 416
                         P++H +  ++              P    V  N   NP      D 
Sbjct: 509 NPSPTLISPGPSPSPLIHPLPSLLGPIPSQPEPISALEPTSVPVLINQPVNPAHIPNPDN 568

The following BLAST results are available for this feature:

BLAST of Moc04g10310 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022156563.1	8.4e-54	53.68	uncharacterized protein LOC111023438 [Momordica charantia]	[more]
KAA8524269.1	1.1e-48	36.00	hypothetical protein F0562_010692 [Nyssa sinensis]	[more]
RWR76373.1	6.9e-48	38.91	putative polyprotein [Cinnamomum micranthum f. kanehirae]	[more]
KAA8519786.1	5.1e-43	38.14	hypothetical protein F0562_014124 [Nyssa sinensis]	[more]
KAA8535282.1	8.7e-43	38.14	hypothetical protein F0562_030285 [Nyssa sinensis]	[more]

BLAST of Moc04g10310 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q94HW2	1.2e-23	28.30	Retrovirus-related Pol polyprotein from transposon RE1 OS=Arabidopsis thaliana O...	[more]
Q9ZT94	2.3e-22	27.93	Retrovirus-related Pol polyprotein from transposon RE2 OS=Arabidopsis thaliana O...	[more]

BLAST of Moc04g10310 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DQZ0	4.1e-54	53.68	uncharacterized protein LOC111023438 OS=Momordica charantia OX=3673 GN=LOC111023...	[more]
A0A2N9ECA1	1.5e-53	33.89	Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS235 PE=4 SV=1	[more]
A0A2N9HW05	6.5e-52	33.98	Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS43795 PE=4 SV=1	[more]
A0A2N9H9M1	1.2e-50	31.82	Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS38978 PE=4 SV=1	[more]
A0A2N9FT70	2.1e-50	32.44	Reverse transcriptase Ty1/copia-type domain-containing protein OS=Fagus sylvatic...	[more]

BLAST of Moc04g10310 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

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
IPR025724	GAG-pre-integrase domain	PFAM	PF13976	gag_pre-integrs	coord: 275..331 e-value: 8.0E-7 score: 28.8
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 418..471
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 391..409
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 391..489
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 348..367
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 352..367
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 66..95
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 52..95
None	No IPR available	PANTHER	PTHR34222:SF35	SUBFAMILY NOT NAMED	coord: 3..206
None	No IPR available	PANTHER	PTHR34222	FAMILY NOT NAMED	coord: 3..206

Relationships

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


Feature Name	Unique Name	Type
Moc04g10310.1	Moc04g10310.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0005488	binding