Bhi06G000704 (gene) Wax gourd

Overview
NameBhi06G000704
Typegene
OrganismBenincasa hispida (Wax gourd)
DescriptionSporulation protein rmd1
Locationchr6 : 20034574 .. 20049792 (+)
Genome Viewer
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.
ATGGGTACTCTATTTTAGGTGAAGTGTCTGTGTCGGACATGGACACATTCCGACATGCTCCGAACACATGTCCAACATGCAAATTTTGGTGTACTATTTTTATTTATTTATTTTTAATTGCAGATATGTGGGACACGTTTGGGACTCTTCCGAGATTTTTTTAAAAGAGAAAATGGTTCAACCGTTTGTGTTGGACACAAATTTAAAGTCCAAATGAAATATAGGTTAAATTTATATTTTAGAAAAAACAAAAGAAAAACCCGTTTGTTAAAAAAAAAGTAAAAACATAAACATAAAAAAACTGAAGTGTTTCATCTTGGATAATTGTTCATTAACTTGACATTTTTTTAGTGGAGTGCATTTAGTATTTCATGTTAAATTTATATATATCCTAATATATATATGTATAGATATGTATATAGAAAAATGAACCAAAATATTTACAAGTAATAGCAAAATATCACAATCTATCTGTGATAGATCGTGATAGATCGCGATAGCTGTGTCTATCGTGTATTTTCAGTAGATTTGTCATTTAAAATAATTTTTCCTAATTTTTATCTTTTTTTTTTTAAATAAGAAACATTTCATTGATTAATGAAAAGGGGAAACCAGAAAAACCAATAGGCCATTACAAGAAGCATTTTCTATTGGAGACTATAGATAAGCTAAAATGATTAAAAGGGTGCATATCCTTGCACCAGTAAAAAAACAATAGATAATACCAAATCCATAAATCTATCAAAAGGGGAGAAAGAATTTATGAAAATATGGCCATTTCGCTCGCACCAAAGAGTCCAAAAGAAAACACACAAAATAGCCAACCAAATTAATCTTTTAATACCACCAAAAAGATGACCCACCATAAGAGATTCCAAAATATAAAGAATACAGTTAGAGCATGGCGGAGACCAACCAAAAGCCTCCAAAATGATGTGCAAAAAATGAGAAGCAAAAGGGCAATGCACAAATACCAAGAAGGTGAAAGAGACATATAAGACATACAACACTGAGGATGATCAGCAGTATTGATCGCACCAAGACTAAACACCCAAAGGAAAGTTTTAATCTTCTTTGGATGTCTTTCCAAATAATAAAATAAAGGTCTTGAACAAAGGGCTTGTCCCCAATCAAATCATCAAGGAAGGATTTAACAGAGATAGACGAAGTGGATTCCGAAGTCCAAAACCAAGAATTAGGTAAGGGATGCAACCTGATCGATGATAAAACGTGCGACAAAGAAGCCCATTTGCCAGTCTCCAAATCATTGAGGTTACGACGAAGACACAAATCCAATCCTCTGTTTCAGCAACCTAGGCATTAGCCACTGAAAAATCAAGTTGAAGTGCAAGACGAAATAAGCAAGGAAAAACATTGCAAATAATTTCACAATTCGATCGAGGGTCCTTCCAAAAAGAAGTAGAAATACCATTACCAACACAATTCTGTGTACGAGAGGCAATCAAATCAATAGTCTGAGAAATAAAACACGAAGAAGATCTAGAAGATCCACCCCGAACAACAACATGCCAAACACAAGGAGAAAGGTAGTATTTTGCCAAAATAAATTCACACCACAAAGCATTAGGCTCATGGAGAAATTGCCAAATCTATTTTTGCAAGCAAAGCAGAATTACGATGACGAAAATTACCAATACCTGGACCACCCATCAATCTTGGCCATTGAACAATCTCCCATTTAATAACAATATGCATATACCTTCATCACCACAAGTTCCTTCCTTGAGAAAGTCCTGAACCAATTTTTCCAAAGAATTAAGGACAACAATGGGGTACGGAAAATAAGTAGGAATACCAGAAAGCGTAGACTAAATCAGTGTACGTTTCCCTCCTTTAGAAATATAAGCATATCTCCAATTGTGAAGTTTATGCTGTATATGCTCAATTACGGGTTGCCAAAAAACAAGGAGAAAGAAGGTTCCCACCCAGAGGCGAACCAAGATAAGTAGAAGGCCGGGTACCCTGTTTACAGCCAAAAATGTTCAACATCTAGGCCAAATTGGCATCACTGATATGGATCCCCAATATCTTGCTCTTTGATAATTAATGGGCCAAATCGGAAGCCTTTTCAAAAAGCTGCACCACGTCAAAAAGACAAATTAAAGCAGTATGATCAGTAGTAGAAAAAAGCAGAGTATCATTAGCAATTGCAAGTGAATCAAAATAATATGTGATCCTCCATATAGCAAGGAGACCCAAAGAAGAGCCAGGATCCAAAAGGCGACTCAAACAATCAACAATAAGAATAAATAAGAAAGTGGAAAGCGAGTCCCCTTGCCTAATGCCTAGAGAAGGGATGATCTTACCTTAGGCCTAACGTTGATGGAAAAATTCGCGCCATATATACAACCATGTATCCAGGACCTCCAAATAGGACCAAAGACTTTAATTTGCAGCTCAACATCGAGAAAATTCCAGTCAATAGTATCAAAGGCCTTCTCAAGATCCAATTTCAGAACCACCCCTTCTATACCATTCAGAAACCAGTCATCAATTAACTCATTTGCGAGGAGAGAGGCGTCCATGATTTGCCTATTAGCCACAAAAGCAAATTGATTGGTGGCAGTGGTGGACGGGAGAACAGTTTTCAGTCTATTAGACAAAACCCGGGGAGTGATTTTATATGCACATGGAATAAGGTTAATAGGACGATAATCAGATATTGATTTTTAGTCAATTTTATTTGGGATAAGCTTCTCTTCACTAATACGCCATGTGATGATGCCACAATCTTAAGCCATGTGATGATTGAGTGACCCTTCCCTATCTGAATGTTTTAATAGGTGAAGAGAAGCTTATTTTTACTCTGGTCAATGCATGGAAAGCCTTGGAATCATTTCCACTCCTCTCCCAGCTAAGATACATTAAAGAAATCTCATGATAAAGTCATATGCATGCATCACATTATGTGACACCACGCTTTTATGCCATATAAGCTAGTTCTTTTTCCTATTATAAATGCATTTATATGTGTGCCATCAGTTGGACTAGTATAATTCTGCACTATAATCACACTATTAAATTTTTGTTAATTAGCCAGGAATAATGCAAGTGGAAGCCAATGTAAAATAGTAACTGCCACTAACTCAACCACCATAACGTGAACATAAAATTCCTCATGCTTAATAGATTAGAGGTGACGTTCAAGTTTATACATTCAAGCAATCCATGCATAAAAAAGTGTTCGATAGCGTACTGATCTTAGTTTTATTTTATAACACTCTGCAGTCTTTTATTTTTTATTTTTTTTTGTAAATTCGAACTTATGTTTCAGGACGTTCGGGTTAAAGGGGGTGACACAAGTTGCTACAGATACATGGTTGTATTTCAATATGGCTCTGCTGTTCTGTTTAACATTGAAGATCATGAAGTTGAAAGTTATCTAGATTTGGTCAGAAGACATGCTTCTGGTTTGCTTCCAGAAATAAGGAAGGATGGTAATTTCTTTCTGCATATTCAAATTATTTATTCTGTTTCAATGTGACCTTGCAAATAATGCTCCTCCCTCATTGGTTATGCAAGCAAAAATAGATGTTAGGAACACATGGGATTGGATCAATTACTGAGGGTGGCCCATCTAATTGTGGATCGTGATATTGTGTTTGAACTATCCCTGGAATCTCAAAATGACAAGCCCAAACCGTTGTTTTATTCTTTTTTTTCCTGGCTTGACCCATAACACAAGACTTTTTAAACACCAACCACTCAAAGCATCACTCTAACAAATAAGCCATGTGCAAATTCCAAGGAATTTCACTTGGTCTTACAAACACAAAGTTTCAATCAAGAAAAGAAAAAGGCTTGTGCTTTAGGGTTTGATGAAAAATTTACCCTGGAATATCGGTGCAAGATTAAGAAACCTCGATTTCTTCTAGTGCATGATGAGGAAGATGGACTTCTCGAAAAATAAGGAAGAAGGTACAAGGGAGTCGATGAATAAACTAAAGGGAGGGAAATGGTAAAGTTGTCCATCAAGATTATTGTGGGTTTTTTTGCTCCACGCACGTTGGCGCACGACGGATACGTGTAGAGGAGCAAACAATGGCATTGCATTAGACTCACACTCCCACTCATACAATATCAGGCCAAAAGAGTGTCCCACACTCGTAGGAGCGAGTGTTTGCTAGACACAATCACATAACCTCCCATGCGTGGAGTTAAAGGCAAAGGAGGGCGGTGAGTGGAGTCCACATCGATCACCTTACCTTGGGAGGTGGACGAACTAAGTAGGGTAGAGGCTTTACTCAAAGATTCAGGGGAAGTGTGCCAGGAAGAAATGCCTTGGGTTAGGTAGGCGTATCCTTGTGACCTTGTTATAGGACCTGACTTAGATTCAAGGGAGGTGAATGAAGGGTGCCATGCAGCTTGGGATTGGCACAACAAGCTAAGCATGCTCACGAGAGCACTGATTGTGCAAGGTTCGTGCATACGCATGTATAGATGCAACACGCACACGGGATGAGTCCAAGCCTGTTGCACGCAGGGGGCCACATGGACACACAAAAACTGTGCCTCTCTCGTTTTGGTTGGCAATGCACGTTTACTCACAAGGATGCCACCATAGACTTGAGCCTTAAAAGGTGAGAACCCACATGGAATGATGACCTCCATCCGTGAAGCAATTTTGGGAAGTTGTAGTTGTCTCTAATTTCTTGTTTATAGTTGTTTTTTTCAAACTTTATTTTCACTCTCCTTTGGACATCTATTCCTTTTCATTATACCGATGGGAAGTTGTTTCTTTTTCAATAAATAAGGTCATACTTGAGATGGAACTCAAACCTGGGTGTTTTATATATAATAAGTAATCTGTCCTACTACAGGAGGGTCAGCCCCGGGCGTGTGGTAAATTAGCCATGGTTCCCTTCTTATTTGACATCATACAGAAGAGAGAAGGAATTGTGGTTGATATGTGGTGTAATAGGGTAATGCGCCAAACTGGTGATGGAATCCTCTGATCTTGGTTACACTAAATGAATCCTCTAATTTTGGTCTTGATGTGGTTACACTACATGAATCCTCTGAGTTTGATGTTGGAATTTGGAAAATGATGGGGCAGTTTCTTTGAAATAAATGATGGGGCAGTTTCTTTGAAATCCTTATGTAGATCTTTGTCATCAATGGGGATATTGGATGCAACGATAGACCTCTCCATTTGGAAAGGTTTGTATCCTGAAACGGCGAAGTTCTCCACTTGGGAGCTGAGCCATTCGTGCCTTAATAATCATGACAAGCTTAAAAAATGGTTTCCATGGATAACTATGTCTCCAAATAGTTGCATTTATTTAAAAAGGATGAAGAATTCCACAATATCTCTGTATTTGGTGTGCGTAGGCTAGAATCTTTTGGACCTTGTACTTCAAGCTCTTGTGATGTAACACACCAAGAGTTTAAGAGAAAATAGACTGAATATATTATTAAATGAAGGGGCTGGAAGCCTATTTATACATGAAGAGATGACCGGCTAAACCAGTAACTTGGTTTAATGACCTAGACAGCCGGTTATACTTATAACTAACTATATAACTAATGTTTACAAATAAGATTCCAACATTAAAAGTGCAATAAAGGCGTAATATTCTAATTCTCTACATCAGTTCTACCCGTCTCAAAAAAAACAAACTCGTCTTGAGTTTGACTGAGATAATTGAAATTGATCTTGAGCGTGATAAGGAAATATGTCCGAGACGTTGAAAGTATTGCTGATCTTCATAGTGTGTGGTAGATCAATCTCGTATCCGTTCTGTCCAAGTCTTTCTAGGATAGGGAATGGGCCAATTTTCTTGTCTGTGAGTTTAGAATGATAGCCAGTAGGAAGTCTTCTTTTTTCAAGTGAACCATCATGAGATCTCCAATCTTAAATTCTACAGCTCGTTTTTGTTCATTAGCATTGGATTTATATGCTGAATTGCTTGCTTCGAGATGTTGGGAACTTCATCATGAATAGTTTTTATCTGATCAGCCATTTATACTTGCCTCAGCGCTAAGATCAACAGAAACAGGTATATTAACAAGGTCTAATGTTAATCAGGGTACATGAGTATAGATAATTTCGAAGGGGCATTTCCCTGTTGATCGGTTGATCATGTTGTTGAATGCCAATTCGGCCTGAGCTAAGGAGAGGTCCCACTGGCGTGACTTGTCCCCACTTAGGCATTGTAGAAGAATACCAAGGGTCCTATTTGTAACCTCTATTTGGCCATCGGTTTGTAGATGATTTGTTGTGCTAAATAGAAAGTTTGTGCCAAATTTTTTCCAAAGAGACCGCCAGAAATGACTCATGAACTTGACATCTCTATCGGATACTATGCTTTTGGGCATTCCATGAAGTTGGACAATTTCCTTGAAAAAAAGATTTGCAACATTTGATGCATCATTAATTTTTTTGCAAGCCAAAAATGTGCCATTTTACTAAAGCGGTCAACTACTACTAGAACCCAGTCATATCCTCTTTGTGTTCTAGGTAACCCAAGGACAAAGTCCATAGATAGATCATTCCAAATGTTATTGGGTATAGGTAATGGGGTATATAGCCCTTGGTTAGAACTTGAACCCTTCAAAGATTAGCAAATGTAACATCTTTTGACAAAATTAGCTACATCTTTTTAAGCTGGGGCCAGAAGAATTTGATGATAAAAGTGCTAGCATTTTATCACGGCCATGGCCTGCAAGGCCTCCTTCATGAGCTTCATGTGCTTCCTTTAATAAAGACTCACGAAGGGAGGTTTGTGGAATGCATAAAGTATCATTTTTGAATAAGAAACCATAAAAAATATGGAATTCTTTAGCTGGAATATGATCGAAACATGCTTGCCAAATGTTTTGAAAATCCGGGTCGTTTGCATAAAGTTCAGATAGATGATCAAAAAGCTAGGATTTCTCCTTTAAGTAGGGTTAGAAGCATACATTTTCTGCTTAATGTGTCTGCCACCTTATTGATTTTTCCTGGTGTGTGTTTTATGACAAAATCAAATCGTTGAGGAATTGAATCCACCTAGCATGCATGCGACTTACCTCTTTTTGAGAATGTAAAAACTTCAAAGAGAAATGGTCAGTTAGTAGGACAAATTCTCTACCTAAAAGGTAATGCTCCCACTGTTTGAGGGACCGAACGAGAGAATAAAGTTCCTGCTCATATGTAGACCATTCTTGTCTAGAGGGGCTCAATTTTTTGCTAAAGTAGTTTATGGGATGGTTATCTTGGCTTAAAACTGCACCGATTCCAATCCCAGATGCATCCATTGTGATCGTAAATGGTTTATTAAAGTCTGGGAAAACTAAAACTGGTGTGGAGCTAAGAACTTCCTTTAATGTAGAAAAACTTTTTGTTTGGTGATCAGTCCAAGTAAAAGGAGAGTTAGCTTTTAAACAAGCAGTAAAGGGGCTGTACTGAAATTTAAGTTTTCGGTAAAATGATGCTAATCCTAGAAAGCCTTGGATTTCTTTCACTGAATTAGGTTGTGGCCAACCAACAATAGCTTGGATTTTCTTAGGGTCTACTTTAATACCTTGTGAACTTTTTAAAAAACCAAGAAAATACAATTCAGTTTGGAGAAAAGAGCATTTTTTAAAGTTTATACACAAAACATGTTCTCTTAAAACAGTAAAGACTATAAATTAAAGACTATAAATTAAGATGTCATCAAAGTAAATGACAACAAACTTATTTAGAAAAGGTAACAAAATTTGATTCATAAGTCATAAACGTGTTTAGTGCATTGGAGAGGCCGAAAGGCATGACTAACCATCGTTGGTCTTAAAAGATGTTTTTCACTCATCTCCTGGTCGAATTCTTATTTGGTGGTACCCACTCCTAAGATCTATTTTTGAAAAAAGTGTGGCTCCTCCTAGTTGATCCAATAAATCAAACAAACGAGGTATAGGGAATCTACATTTGATTGTTATTTTATTAATGGCCCTGCTGTCAACACAGTCTCCAAGATCTGTCTTTCTTTGGCCCTAAAAGGGTGGGGATGAGTGACAACACATGGACTAAGACTTGGTTGTATGTGACCTTTATTTAAGAGGATTTGGATTTGTTCATGGAGAGCCCCGTACTCCTTTGGACTCATTCTATAGTGGGGTAGGTTTGGTAAAGAGCTCCCTGGAACAAGGTCTGTGATGTTTTATATTACGAAGTGGAGTGGAGGGAGGGATGTAGGCTCTTCTATCAAGGTAGGAAATTCTTTTAAAAGTTTGGAGATATGAGGATCTAGAGTGGAAGGATTGGGAGTATCAAAAGTATCATGTTTAACGATGAAAGCTATAGGATGGGGATCGTTTGTATGCATGAAATCTTTACCATTTGTCATAAAAACGAGTTGTTTGCTAGGAGTAGGAGATACCTTTTTGTTGTCATTCTTACTAAGGGGAAGGAGGACCACTTTCTTGCCCATCCATCCATGAAAATTCATAGGTGTTTTCACGCCCATTGTGGAGGGCGTTGTTATCATACTGCCATGGTCTGCCCAAAAGCAAATGACAGGCATCCATTTCTAATACATCACAAATGTTCTGATCTTGGTAGATGTTTCTATTGAAAAAGGGACTGTGCAAATTTCTTGAACGGTCGCCTCCCCTCCTTTCTTAATCCAACTTGCCTTGTATGGGTTTGTGTGAGTCTCGACTTTTAAATTAAGTGCAGCAATCAACTTTTTTGAGACTATGTTTTCGCTGCTTCCACTGTCAATTATTACTTGGCATACCCTACTATTGATGGTGCGACGAGTGCGGAATAAAGAGTGGCGTTGGGGATGGCTTTCTGATTTGAGTGTGAGGAGAACTTGTTGAAGAATACAATATAATTGATCTCCATCGTCGGGTTCAATGTATGCAGATTCAATAGTGTTGTTCTCTGCACAATTATCTCCTTCAAAATCGACTTCTTCTTGGATGGCCAAGGCCCTGCGTTGTGTACATTCATTCGAAAGGTGGCCTTGTTGCCCACAACGGAAGCACTTACCTAATGTAGGCCTGTGTAACTATTGACATTCTTTTTGACTGATGTGGGTTCAGTAGGTTTTGGCTTCAATTGTTTGGAAAAGGTGTCATCCTGCTTGACTTGTTGGCTCGAGGAAGGGACGTGATCAGTTGCCTTGGATTGGTCTGTTATAGGCCTATGAAAGGAGGATTGCTGCCTATCCCAGTTCTGTCTTCTTTGGTAAGTCTTCTGTTGTTTTGTTTCTCGACTTTCCTCAATGGTGGTGGCTAAAGTAATGGCATGAGCCAAATAGGCCACCGGATGTAATTTGAGGACTTCCTTAATGTCTTCACGCAAGTCAAGTATGAATCTTGAAGTTGTTGCTTGGTTTCAGGAAGATTGTTTCTTGCCCCTAAACGGTGGAATTCTTCCGTGTAAGCAAGAATGGATCTGTTCCCTTGCTTACAGAGTTGGTATTGGTTGTACAAGAGTTGTTGATAGTTGAGGGGGAGGAATCTTTTCTTCATTAGTCTTAGAAGCTTGGGCAAAGATTTGATTGGTAGCTTGCCACAGTACCTTCGGTTGGTTTGGTGTTGATCCCACCAAGCTGAAGCTCCTCGTTGACTTGAAGGCTACCAATTTCACCTTTTTAACTTCGGGTGTGGTAGTGTATTCAAAGAAATTTTTGACCTCCTTGATCCAATCCAAGAAAGCTTCAATGTCCATTTTGCCATCAAAACTAGGGAGATCAATCTTCATCTTATAATCTTGATGTTCTTGAAGGTATTGTGGTCTTCCTTGGCGTCTTCCCATCCAATCTTGATTTGGGTAGCAGTAATTCTCATCTTCCTCTGAAGAGTAAGAATATTGCATCATGTATCCAGTGATTTGAACATTTCAATCTTGGCTGATACTTGAGCTTTCTTGGTAGGGAATTATGTGTGTCAAATTCCCAAAATTGTTCTCCACGGAAAGTTCTTCCCATGTTCTTGAAAGGTTCTTGGACTCTTTCTTGGGGTCTGACCTCTGTTTGGTTGATGTTCAGACCATTTCCACCAGCTTGTTCTCCTTCTTGAAGATTTTCATTGATTTGCAAAGTATTCTTGTTTTTTCGATTGTCAACAACTTGCTGTCCGTGAGTCAACGTTGGGTTTGGAATGTCCATACGTTGCATAATTTGGGCTAGCATAACTCGAAGGTCATTCATCTCATTCTTCACATCCATTATGGCCGATTCTACCGAAGCCATTCTAGTCTCCAAGGCTTTGGTTGATGAGGAAGCTTCCGCGTCCATAAGGTGATGATCCAAGAAAAAGAATGCACGTTTTGGATCACAATACTCTGATACCAATATGATGTAACACACCAAGAGTTTAAGAGAAAACAGATTGAATATATTATTAAATGAAGGGGCTGGAAGCCTATTTATACATGAAGAGATGACCGGCTAAACCAGTAACTTGGTTTAATGACCTAGACAGCTGGTTACACTCATAACTAACTATATAACTAATGTTTACAAATAAGATTCCAGCATTAGAAGTGCAATAAAGGCGTTATATTCTAATTCTCTACATCATCTTGGGTGGCTGACTGTTTTTCCTTGTGACATTTGTGCCTCATACTACCTTTCAATGGGCATCCATACATGAAAGAAAGCTGGTGCACAACTCTCGTATCTTCAAACGAACTACCAGAAATTGACATGTAGGCAGTGCTGGTTTGAGGTGAGCTCAAAACCAACACTGACCAAACAATGACCACCACTAGTTAGTGTATCTATTTGTTGTTTTTATTTCTTCATTTACTATATTTATGTGTTTTGAGGCTCGTTTCCATTTAAAAAAATATATGTATGTGCTTCGAGAGTGAGTATAAACCTTGTACATGTGCTTGGATAATTTTTTTTTGTTATATTCCTTTGAGAAATATATTTTTGAGTTATAATTAATTTTTACCGACTTTGTGATAGATTATGCTGTGAAAGAGAAGCCATATTTGGTCGATGATATGCAGGGAGGTCCTGATTACATTGTTCTCAAGAGTTTAGACACTGATGGTGTTCGCATTATTGGAAGTGTGCTAGGTCAAAGCATTGCTTTGGACTACTTTGTATCACAGGTAATTTCACATTCGTACATATTACATACATACAAACATAAAACTTCCCGGGAAGTTTCAGGGTAGAGGTCCCAATTATCACAAATCTGGAGCAAATAGAAGGAAATGTGAACACTCCTAGGTCAATTAAGGATCAAATGTTGGAACCTCATGGGTAAGGATAAGGTAATAGAATTGATAGAAAAATTCATAGACCTAGGTGGGATAGGAGAATTAATAAAGGGAATAGAGATATTGATAGAGATCATACTGAGAATTAGAAGAATTTCATATGGGTACAACTCTTACTTGAACGAAGTGAAAAGAATGCTATCTTTGTTGTCTAACAGAACAAAGAGTAATAAAGTGCTTCTCCAGCTGCTCAAGACATCTCATTTCAACTAAGAAACAAAACAGGATCCTTTTGTTCCATTTTTAGTAAGCTTGGTCTCTCTCCAAGAGGCAACTGCTCTTCTGTACCTCTTTGAACGTTCTTTCTTAAGCTCTCTCACATTCTTTACTCTCTCTTATCTGATAGACCCTAATAGGAAATGCTTATAGAAGGACAAGGGCAAAATAGGGGTAGAGAAAGGAATAATCAGATAACTTTATTTTTCAATGACTGGTAGATTTGGATTTTATTTATATCTAACAGAATGCTATTGGATCAAATGACAAAGACATTGTTGAGAAAAAGATGGCTTTTCCTGGATGAAATGAAAATTGGATTCATGTAACAAGAGAAAAGTTTTCCATTCCTTAGTCGGAAAAATGTGGCCATGAAAATATTATTTTATAATTAGAATTGGTTGGACGTGCCTATCAAATTTTATTTTATTGTTGTTATTATTTTATTTTTGCAACTAGACCCATTCATAGTAGTAGTGTATATATTGGTTAGTAGGATCTCTCTTAGAATTATCTTTGGTTAGGATGAGGAGAGATGAGGAGCTCTCAAATATCTCTAGAATTGTTATTTATATTCTTTATCAGTAAATTACATTTTGTCAAATTGATTTTATCAAAATTTTGTTTTGTTTTGTTTTTTTTTAAAATTTTTTTTTTTATCTTGATAAGAAACCACACTTTCATGGGGAGAAATGAAGAATTTATAAGGGCATACAAAAAAAAAAAAAAAAAAAAGCCCCAACAATAAAAAAGAGAGGCCAACCCTTGCTACAATGAAGGACCCCGATCCAAAAGCAAGAGAGGACTTCAATCCAAAAGAACAAGACGACAGACAGATAAATACAATTTGGTGTGAGAGCAAAATAAAAAAAAGGGATTGGCATGCTAGGTTTTGTGAACAATCATTGGCAATCTATCACATTCTTTTCGTTTACTCCTGTCCAGCTTAGTAGGCACAGTTATATTATTTTTGGTCCTATTCCTAGAAGATGATTGGTGACATATCATAATTTGCTTCAACTTTTCCGTGTCATAATTGACATTCTTCATTGCTTATTCGAAATGATGGAGGTTATGGAGTTGCTTGCTCATGAAATTTCTAAGTTTCTAATTCTCTGAGTTTTGCATTTTAATCTTCAGCACCAATTAGTGGTTGGTAAATATGTTCTCAAAACATGCTTTTGCGTGGTACATCCGTTCATATAACGTTGCCCTTTTTCTTTTTCAGGTCGATAGTTTGGTTGAAGAGTTTTCAGATATAAATCGTAAAATGGAGAAAACAGGAACGTTCACTATGGATAAGAAAAAGCTCCTTCAACTTGTTGGGAAGGCTAATTCAAATCTAGCAGATGTAATTCTCAAAGTTGGTCTTTTCGAAAGGTAAGACCATGATAGTTGATATTAGACATATAGTATATTGATCTATACAGATAGCTATTTATTTATTTTTTATTTTTTGATAAGGATACAAAACTTTTCATTAAGGAAATGAAAAGAGACTAATACTCAAAGTACACAACGATAAGCAAACAAAATAGAAGAAAAAAGATCCTCAGAACAAGTAAAGTGGCAACAAAAATCCAGTAAAGATAACTTCTTGATTTATTTATTTATTTTTTATTTTTTTGAAAAATGATACCATATTTTTCATTAAGAGAATAAAAAGAGACTAATGCTTCAAGATACAAGGGATAACAAAAGCAACACTTGGCATAAAGTAAACAAAATACTTAAGAGAGTTAATGAATGAGGAACAATAAAACTCTCCCAGCTATGGTAAATGTCTTGAATGGAGAACCCTTTTAAAGCCTTGTAAAGAGAACACCATGATGAAGACTTTCAACGAGCTGATTCAAAACTTGCAACGCATGAATTAGCTTCCCCCTAAAAGATACAATAATTTCTTTCCATTCACAAGTCAGAAGGAATGACTTTGACTGAAATAGTCAAAGAAAATAAGCCTTTAAGTTCAAATATGGACTGCATAGAAGCCGTAGAATAGAACATTATCACACGTTTCATATGTAAAGATCCATCAAATACCGAAGATAGAAAATAATTTTAGCCAGCACCAACGGGAATAACAGAAATTAAAGAAACATGGTTTAGATAATCTCCATTTGTCCAACAAAGAGGTCAAACCAAAGACATAAGATGCTGTCTAGGGAGCTTTCTTTGCAAGATCTCTGAAGAATTAAGACTGCCATTAAGAATGATCCATGTAAGAATATTAACTTTCTTTGGACTCTGACTTCCATATAGCTGATAACAAGAGAAAGAATAAAAAATGGCTAGTCAAGGATTTCACCGTAAATAACCTCGAAGATTCAAGAAACCATCTTTTAAGTGTCATCCATATTCCCTAGAAGTGAGAGATACCAAGGCTAAACCCAAAAAAGTTTCTTAAAAGTATAGCTTCATCATCGTGGTCTTCAAAACACAAAGCTCCATGCAATTGTTGATTCATCAAGCTCGATGAAATTGTTTTTTTGTTTCATGATAGAAACAATAACTTTCATTGAAAAAAATGAAAGTATACACAAGTGTACAAAAAACTAAGCCCACAAAAAGAGACATCCCCCTACAAGAAGGGACTCCAGCTATGCAAAATAATGCATATAGAACAGTTACAAAAGGTCTTTGAAATCATGCTCCATGAAATTGTTGATTCATCCCAATAAGAATAAATCATACCATTTGTATTAGAGGCAATTGCAGAGAATCTTGGAAATCTATCCTTCAAAATCACCCCATTGAACCAAGGATCCGCCCAGTGCAAAGTGCATCTGCCATTTACAGCTTTAACTGTCCATAATAACTCAGACTTCAAGAAAAAATGAAAACATCCCAACTTTGAGAGATATCTAAAATGGAAGAGCTACCGAGCTTTGATAATGAACACCAATAAAAGGCTTTGAGACAAGCTTAATAAAAATATATTTATTTATTTATTATTTTTTTCTATAGAGAGAATACATATATAATTATTAATCTTATATAGAATAAATTCTTGTAATGGTGGTTTCCTCATCTATTGGCTTTTAGGTAGTTTTCTCTTGTGCTCTTTGTTTATAATATTGTATCTTATATACAAGAAAAGAAATGTTAGATTGCACCAACAATCTTGAAAGAACTCTAAAACAAAAAGAATGGAAGGGACCATAAAGCCACAGAATGGTAGTTGAAATCAAATTTGTCTTGCCAAAGAGTTCATAAGTCTTTTAAAAATCAAAGGAAACTTGCTGATGCAATTTTGACATCCAACACCAAGGATCGGATTTTAACTTTCCTTATTTATTTATTTATTATTTCTTTTTATAAATTTTATCTAGAGCCTCTTCAAAGCTTGTGTTACCTCTTACCTAATTTTCTATGTACTTGGTGCTAGGAAATACTATTGTTCAGAAATGTATTTGACAGCCTAACAGAACCAAGATCATAACATAGAAAATTTTGCCTTTCAAGCGTGATATAAGCATACAAAAAAAAGATACTTTCTTATCTTCCTCTTCTTATTATTACACATTTTCTTAAATCCTTCATAGAAAAATTCAATCATAATATTGCTTTAAATTGGTAGGGTGTTGCAATAAAACTAATAGTTCAGAAGGTTGCCCATCTTAGCTCTCTGTTATTATCTTTTTCCTCTGCCACTCAGATCAGAAATTGCATGGAGGGATGCAAAATATGCTCAAATATATGAGTACCTTCGGGAAGAGTATGAGGTCACCCAACGCTTTGGAAATTTAGATTTCAAATTGAAGTTTGTGGAG

mRNA sequence

ATGGGAATAATGCAAGTGGAAGCCAATGACGTTCGGGTTAAAGGGGGTGACACAAGTTGCTACAGATACATGGTTGTATTTCAATATGGCTCTGCTGTTCTGTTTAACATTGAAGATCATGAAGTTGAAAGTTATCTAGATTTGGTCAGAAGACATGCTTCTGGTTTGCTTCCAGAAATAAGGAAGGATGATTATGCTGTGAAAGAGAAGCCATATTTGGTCGATGATATGCAGGGAGGTCCTGATTACATTGTTCTCAAGAGTTTAGACACTGATGGTGTTCGCATTATTGGAAGTGTGCTAGGTCAAAGCATTGCTTTGGACTACTTTGTATCACAGGTCGATAGTTTGGTTGAAGAGTTTTCAGATATAAATCGTAAAATGGAGAAAACAGGAACGTTCACTATGGATAAGAAAAAGCTCCTTCAACTTGTTGGGAAGGCTAATTCAAATCTAGCAGATGTAATTCTCAAAGTTGGTCTTTTCGAAAGATCAGAAATTGCATGGAGGGATGCAAAATATGCTCAAATATATGAGTACCTTCGGGAAGAGTATGAGGTCACCCAACGCTTTGGAAATTTAGATTTCAAATTGAAGTTTGTGGAG

Coding sequence (CDS)

ATGGGAATAATGCAAGTGGAAGCCAATGACGTTCGGGTTAAAGGGGGTGACACAAGTTGCTACAGATACATGGTTGTATTTCAATATGGCTCTGCTGTTCTGTTTAACATTGAAGATCATGAAGTTGAAAGTTATCTAGATTTGGTCAGAAGACATGCTTCTGGTTTGCTTCCAGAAATAAGGAAGGATGATTATGCTGTGAAAGAGAAGCCATATTTGGTCGATGATATGCAGGGAGGTCCTGATTACATTGTTCTCAAGAGTTTAGACACTGATGGTGTTCGCATTATTGGAAGTGTGCTAGGTCAAAGCATTGCTTTGGACTACTTTGTATCACAGGTCGATAGTTTGGTTGAAGAGTTTTCAGATATAAATCGTAAAATGGAGAAAACAGGAACGTTCACTATGGATAAGAAAAAGCTCCTTCAACTTGTTGGGAAGGCTAATTCAAATCTAGCAGATGTAATTCTCAAAGTTGGTCTTTTCGAAAGATCAGAAATTGCATGGAGGGATGCAAAATATGCTCAAATATATGAGTACCTTCGGGAAGAGTATGAGGTCACCCAACGCTTTGGAAATTTAGATTTCAAATTGAAGTTTGTGGAG

Protein sequence

MGIMQVEANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYAVKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINRKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYEVTQRFGNLDFKLKFVE
Homology
[Close]
BLAST of Bhi06G000704 vs. TAIR10
Match: AT1G69380.1 (Protein of unknown function (DUF155))

HSP 1 Score: 300.8 bits (769), Expect = 6.2e-82
Identity = 143/181 (79.01%), Postives = 171/181 (94.48%), Query Frame = 0 

Query: 22  RYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYAVKEKPYLVDDMQGGP 81
           ++MVVFQYGSA+LFN++D++V+ YLD+VRRHASGLL E+RKDDYAVKEKP L+++M+GGP
Sbjct: 147 KFMVVFQYGSAILFNVDDNDVDRYLDIVRRHASGLLTEMRKDDYAVKEKPLLIEEMKGGP 206

Query: 82  DYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINRKMEKTGTFTMDKKKL 141
           DYIVLK+LDT+ +RIIGSVLGQSIALDY VSQV+ LVEEF+DINR M KTGTFTM +KKL
Sbjct: 207 DYIVLKTLDTNSIRIIGSVLGQSIALDYSVSQVNKLVEEFADINRSMAKTGTFTMTRKKL 266

Query: 142 LQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYEVTQRFGNLDFKLKFV 201
            QLVGKANSN+ADVILKVGLFERSEIAWR+A+YAQIYEYLREEYE++QRFG+LD+KLKF+
Sbjct: 267 FQLVGKANSNIADVILKVGLFERSEIAWREARYAQIYEYLREEYEISQRFGDLDYKLKFI 326

Query: 202 E 203
           E
Sbjct: 327 E 327

[Close]
BLAST of Bhi06G000704 vs. TAIR10
Match: AT5G13610.1 (Protein of unknown function (DUF155))

HSP 1 Score: 249.2 bits (635), Expect = 2.1e-66
Identity = 124/191 (64.92%), Postives = 155/191 (81.15%), Query Frame = 0 

Query: 12  RVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYAVKEKP 71
           R+ G ++    YMVVF YGS VLFN+ +HEV+ YL +V RHASGLLPE+RKD+Y V+E P
Sbjct: 173 RISGSESI---YMVVFHYGSIVLFNVREHEVDEYLKVVERHASGLLPEMRKDEYEVRENP 232

Query: 72  YLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINRKMEKT 131
            L   M+ G D+I L+ L+TDG+R IG VLGQSIALDY+  QVD +V EF++INR++E T
Sbjct: 233 NLDTWMEVGRDFIRLQFLNTDGIRTIGCVLGQSIALDYYGRQVDGMVAEFTEINRQLEIT 292

Query: 132 GTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYEVTQRF 191
           GTFTM +KKL QLVGKAN  LADVILK+GLFERS+IAW+DAKY QI+E+LR+E+E+TQ F
Sbjct: 293 GTFTMKRKKLFQLVGKANVILADVILKLGLFERSDIAWKDAKYGQIWEFLRDEFELTQSF 352

Query: 192 GNLDFKLKFVE 203
            NLD+KLKFVE
Sbjct: 353 ANLDYKLKFVE 360

[Close]
BLAST of Bhi06G000704 vs. TrEMBL
Match: tr|A0A1S3CPK6|A0A1S3CPK6_CUCME (uncharacterized protein LOC103503365 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103503365 PE=4 SV=1)

HSP 1 Score: 370.9 bits (951), Expect = 1.8e-99
Identity = 185/196 (94.39%), Postives = 192/196 (97.96%), Query Frame = 0 

Query: 7   EANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYA 66
           E + VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDYA
Sbjct: 30  ETSGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDYA 89

Query: 67  VKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINR 126
           VKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DINR
Sbjct: 90  VKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADINR 149

Query: 127 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 186
           KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE
Sbjct: 150 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 209

Query: 187 VTQRFGNLDFKLKFVE 203
           VTQRFGNLDFKLKFVE
Sbjct: 210 VTQRFGNLDFKLKFVE 225

[Close]
BLAST of Bhi06G000704 vs. TrEMBL
Match: tr|A0A1S4E5I0|A0A1S4E5I0_CUCME (uncharacterized protein LOC103503365 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103503365 PE=4 SV=1)

HSP 1 Score: 370.9 bits (951), Expect = 1.8e-99
Identity = 185/196 (94.39%), Postives = 192/196 (97.96%), Query Frame = 0 

Query: 7   EANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYA 66
           E + VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDYA
Sbjct: 130 ETSGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDYA 189

Query: 67  VKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINR 126
           VKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DINR
Sbjct: 190 VKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADINR 249

Query: 127 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 186
           KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE
Sbjct: 250 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 309

Query: 187 VTQRFGNLDFKLKFVE 203
           VTQRFGNLDFKLKFVE
Sbjct: 310 VTQRFGNLDFKLKFVE 325

[Close]
BLAST of Bhi06G000704 vs. TrEMBL
Match: tr|A0A1S3CPM6|A0A1S3CPM6_CUCME (uncharacterized protein LOC103503365 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103503365 PE=4 SV=1)

HSP 1 Score: 370.9 bits (951), Expect = 1.8e-99
Identity = 185/196 (94.39%), Postives = 192/196 (97.96%), Query Frame = 0 

Query: 7   EANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYA 66
           E + VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDYA
Sbjct: 130 ETSGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDYA 189

Query: 67  VKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINR 126
           VKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DINR
Sbjct: 190 VKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADINR 249

Query: 127 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 186
           KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE
Sbjct: 250 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 309

Query: 187 VTQRFGNLDFKLKFVE 203
           VTQRFGNLDFKLKFVE
Sbjct: 310 VTQRFGNLDFKLKFVE 325

[Close]
BLAST of Bhi06G000704 vs. TrEMBL
Match: tr|A0A1S3CPM3|A0A1S3CPM3_CUCME (uncharacterized protein LOC103503365 isoform X4 OS=Cucumis melo OX=3656 GN=LOC103503365 PE=4 SV=1)

HSP 1 Score: 370.5 bits (950), Expect = 2.3e-99
Identity = 185/197 (93.91%), Postives = 193/197 (97.97%), Query Frame = 0 

Query: 6   VEANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDY 65
           V++  VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDY
Sbjct: 7   VQSMGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDY 66

Query: 66  AVKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDIN 125
           AVKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DIN
Sbjct: 67  AVKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADIN 126

Query: 126 RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY 185
           RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY
Sbjct: 127 RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY 186

Query: 186 EVTQRFGNLDFKLKFVE 203
           EVTQRFGNLDFKLKFVE
Sbjct: 187 EVTQRFGNLDFKLKFVE 203

[Close]
BLAST of Bhi06G000704 vs. TrEMBL
Match: tr|A0A2P5G089|A0A2P5G089_9ROSA (Uncharacterized protein OS=Trema orientalis OX=63057 GN=TorRG33x02_006590 PE=4 SV=1)

HSP 1 Score: 339.7 bits (870), Expect = 4.4e-90
Identity = 169/184 (91.85%), Postives = 179/184 (97.28%), Query Frame = 0 

Query: 19  SCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYAVKEKPYLVDDMQ 78
           SC RYMVVFQYGSAVLFNIEDHEVE+YL+LVRRHASGLLPE+RKDDYAVKEKP +V+DM+
Sbjct: 136 SCCRYMVVFQYGSAVLFNIEDHEVENYLELVRRHASGLLPEMRKDDYAVKEKPQMVEDME 195

Query: 79  GGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINRKMEKTGTFTMDK 138
           GG DYIVLK+LDTDGVRIIGSVLGQSIALDYFVSQVD +V+EF+DINR MEKTGTFTMDK
Sbjct: 196 GGADYIVLKTLDTDGVRIIGSVLGQSIALDYFVSQVDGMVQEFADINRGMEKTGTFTMDK 255

Query: 139 KKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYEVTQRFGNLDFKL 198
           KKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYEVTQRFGNLDFKL
Sbjct: 256 KKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYEVTQRFGNLDFKL 315

Query: 199 KFVE 203
           KFVE
Sbjct: 316 KFVE 319

[Close]
BLAST of Bhi06G000704 vs. NCBI nr
Match: XP_008465760.1 (PREDICTED: uncharacterized protein LOC103503365 isoform X1 [Cucumis melo])

HSP 1 Score: 370.9 bits (951), Expect = 2.7e-99
Identity = 185/196 (94.39%), Postives = 192/196 (97.96%), Query Frame = 0 

Query: 7   EANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYA 66
           E + VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDYA
Sbjct: 130 ETSGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDYA 189

Query: 67  VKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINR 126
           VKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DINR
Sbjct: 190 VKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADINR 249

Query: 127 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 186
           KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE
Sbjct: 250 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 309

Query: 187 VTQRFGNLDFKLKFVE 203
           VTQRFGNLDFKLKFVE
Sbjct: 310 VTQRFGNLDFKLKFVE 325

[Close]
BLAST of Bhi06G000704 vs. NCBI nr
Match: XP_008465761.1 (PREDICTED: uncharacterized protein LOC103503365 isoform X3 [Cucumis melo])

HSP 1 Score: 370.9 bits (951), Expect = 2.7e-99
Identity = 185/196 (94.39%), Postives = 192/196 (97.96%), Query Frame = 0 

Query: 7   EANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYA 66
           E + VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDYA
Sbjct: 30  ETSGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDYA 89

Query: 67  VKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINR 126
           VKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DINR
Sbjct: 90  VKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADINR 149

Query: 127 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 186
           KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE
Sbjct: 150 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 209

Query: 187 VTQRFGNLDFKLKFVE 203
           VTQRFGNLDFKLKFVE
Sbjct: 210 VTQRFGNLDFKLKFVE 225

[Close]
BLAST of Bhi06G000704 vs. NCBI nr
Match: XP_016903477.1 (PREDICTED: uncharacterized protein LOC103503365 isoform X2 [Cucumis melo])

HSP 1 Score: 370.9 bits (951), Expect = 2.7e-99
Identity = 185/196 (94.39%), Postives = 192/196 (97.96%), Query Frame = 0 

Query: 7   EANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDYA 66
           E + VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDYA
Sbjct: 130 ETSGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDYA 189

Query: 67  VKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDINR 126
           VKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DINR
Sbjct: 190 VKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADINR 249

Query: 127 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 186
           KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE
Sbjct: 250 KMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEYE 309

Query: 187 VTQRFGNLDFKLKFVE 203
           VTQRFGNLDFKLKFVE
Sbjct: 310 VTQRFGNLDFKLKFVE 325

[Close]
BLAST of Bhi06G000704 vs. NCBI nr
Match: XP_008465762.1 (PREDICTED: uncharacterized protein LOC103503365 isoform X4 [Cucumis melo])

HSP 1 Score: 370.5 bits (950), Expect = 3.5e-99
Identity = 185/197 (93.91%), Postives = 193/197 (97.97%), Query Frame = 0 

Query: 6   VEANDVRVKGGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDY 65
           V++  VRVKGG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDLVRRHASGLLPE +KDDY
Sbjct: 7   VQSMGVRVKGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLVRRHASGLLPETKKDDY 66

Query: 66  AVKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDIN 125
           AVKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DIN
Sbjct: 67  AVKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADIN 126

Query: 126 RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY 185
           RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY
Sbjct: 127 RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY 186

Query: 186 EVTQRFGNLDFKLKFVE 203
           EVTQRFGNLDFKLKFVE
Sbjct: 187 EVTQRFGNLDFKLKFVE 203

[Close]
BLAST of Bhi06G000704 vs. NCBI nr
Match: XP_011659854.1 (PREDICTED: uncharacterized protein LOC101217654 [Cucumis sativus])

HSP 1 Score: 370.5 bits (950), Expect = 3.5e-99
Identity = 186/197 (94.42%), Postives = 194/197 (98.48%), Query Frame = 0 

Query: 7   EANDVRVK-GGDTSCYRYMVVFQYGSAVLFNIEDHEVESYLDLVRRHASGLLPEIRKDDY 66
           E +DVRVK GG+T+CYRYMVVFQYGSAVLFNIEDHEVES+LDL+RRHASGLLPEI+KDDY
Sbjct: 130 ETSDVRVKGGGNTNCYRYMVVFQYGSAVLFNIEDHEVESFLDLIRRHASGLLPEIKKDDY 189

Query: 67  AVKEKPYLVDDMQGGPDYIVLKSLDTDGVRIIGSVLGQSIALDYFVSQVDSLVEEFSDIN 126
           AVKEKPYLV+DMQGGPDYIVLKSLDTD VRIIGSVLGQSIALDYFVSQVDSLVEEF+DIN
Sbjct: 190 AVKEKPYLVEDMQGGPDYIVLKSLDTDSVRIIGSVLGQSIALDYFVSQVDSLVEEFADIN 249

Query: 127 RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY 186
           RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY
Sbjct: 250 RKMEKTGTFTMDKKKLLQLVGKANSNLADVILKVGLFERSEIAWRDAKYAQIYEYLREEY 309

Query: 187 EVTQRFGNLDFKLKFVE 203
           EVTQRFGNLDFKLKFVE
Sbjct: 310 EVTQRFGNLDFKLKFVE 326

The following BLAST results are available for this feature:
BLAST of Bhi06G000704 vs. Swiss-Prot
Match NameE-valueIdentityDescription
BLAST of Bhi06G000704 vs. TAIR10
Match NameE-valueIdentityDescription
AT1G69380.16.2e-8279.01Protein of unknown function (DUF155)[more]
AT5G13610.12.1e-6664.92Protein of unknown function (DUF155)[more]
BLAST of Bhi06G000704 vs. TrEMBL
Match NameE-valueIdentityDescription
tr|A0A1S3CPK6|A0A1S3CPK6_CUCME1.8e-9994.39uncharacterized protein LOC103503365 isoform X3 OS=Cucumis melo OX=3656 GN=LOC10... [more]
tr|A0A1S4E5I0|A0A1S4E5I0_CUCME1.8e-9994.39uncharacterized protein LOC103503365 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10... [more]
tr|A0A1S3CPM6|A0A1S3CPM6_CUCME1.8e-9994.39uncharacterized protein LOC103503365 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10... [more]
tr|A0A1S3CPM3|A0A1S3CPM3_CUCME2.3e-9993.91uncharacterized protein LOC103503365 isoform X4 OS=Cucumis melo OX=3656 GN=LOC10... [more]
tr|A0A2P5G089|A0A2P5G089_9ROSA4.4e-9091.85Uncharacterized protein OS=Trema orientalis OX=63057 GN=TorRG33x02_006590 PE=4 S... [more]
BLAST of Bhi06G000704 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_008465760.12.7e-9994.39PREDICTED: uncharacterized protein LOC103503365 isoform X1 [Cucumis melo][more]
XP_008465761.12.7e-9994.39PREDICTED: uncharacterized protein LOC103503365 isoform X3 [Cucumis melo][more]
XP_016903477.12.7e-9994.39PREDICTED: uncharacterized protein LOC103503365 isoform X2 [Cucumis melo][more]
XP_008465762.13.5e-9993.91PREDICTED: uncharacterized protein LOC103503365 isoform X4 [Cucumis melo][more]
XP_011659854.13.5e-9994.42PREDICTED: uncharacterized protein LOC101217654 [Cucumis sativus][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: INTERPRO
TermDefinition
IPR003734DUF155
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0051302 regulation of cell division
biological_process GO:0032875 regulation of DNA endoreduplication
biological_process GO:0010082 regulation of root meristem growth
biological_process GO:0008150 biological_process
cellular_component GO:0005739 mitochondrion
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0016020 membrane
molecular_function GO:0003674 molecular_function
Relationships

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

Feature NameUnique NameType
Bhi06M000704Bhi06M000704mRNA


InterPro
Analysis Name: InterPro Annotations of wax gourd
Date Performed: 2019-11-17
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR003734Domain of unknown function DUF155PFAMPF02582DUF155coord: 24..194
e-value: 8.3E-30
score: 104.1
NoneNo IPR availablePANTHERPTHR16255UNCHARACTERIZEDcoord: 9..202
NoneNo IPR availablePANTHERPTHR16255:SF9SUBFAMILY NOT NAMEDcoord: 9..202