Gene Details:

Functional Descriptions:

  • The upregulation of transcription factor MdMYB1r1 directly activated MdBGLU40 and the binding affinity of MdMYB1r1 to the MdBGLU40 promoter increased in HK apple tissue, leading to high levels of coumarin and resistance in HK apple.
  • MdBGLU40, which encodes the enzyme for coumarin synthesis, contained higher levels of coumarin and exhibited high resistance to C. mali even under LK conditions.
  • The suppression of MdBGLU40 through RNAi reduced coumarin content and resistance in HK apple calli, supporting the importance of coumarin accumulation in vivo for apple resistance.
  • We found that the upregulation of transcription factor MdMYB1r1 directly activated MdBGLU40 and the binding affinity of MdMYB1r1 to the MdBGLU40 promoter increased in HK apple tissue, leading to high levels of coumarin and resistance in HK apple.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
mRNA Sequence
  • />MD16G1062800
    GTGTGAACTCAGGACTTTGGTTTTTCATTCCCCCACTACCCAAAAACACCTCTCTCTCTCTCTCTCTCTCTCTTGGAGGCGCCGCCACTTTTGGTGGTGGCACCACCACTGCACTACCCTTTTACTGCCTTGTCGAACTCAACCACCCATTTTCACATTGTCTGTCTCTCACTACAAATAATCTACTCACTCAACCACTATAAATAATGTTCCCTTATATTCCCACCCAACCTCTCTCCCTCACCCATTTCTACAAATCCCTCCCCCACTATTTTTCGTTTCTCTCTCTAATTAAGCAGGGTTAGAAGCTAGCTAATCTCCTCCTTAATATCTCCGCCGCCGCGCCGCCGTCATTGTGAAGTGATGAGGTCGGCAAGAGGAGGCGTTGCTATGGTGGTTACAGCATTTCTATTGGCTGTTGGGTTTCCAACATGTTTGTCAGCTTCGGATATCAACAGGGTTAGCTTTCCCAAAGATTTCGTTTTCGGGACTGCCTCTTCTGCTTTCCAGTACGAAGGTGCGGTTAAAGAGGATGGAAGGGGGCCTTCGATCTGGGACACATTTTCACATACTTTTGGTAAGATAGCTGATTTCAGCAATGCAGATGTTGCTTTGGATCAGTATCACCGTTATAAGGAAGATGTGCAACTTATGAAGGATATGGGACTAGATGCTTACAGATTTTCGATATCCTGGACTCGGATTTTTCCCAATGGAACCGGGCAAATTAATCAGGCGGGTGTTGATTACTACAATCGTCTCATTGATGCATTACTAGCCAAAGGAATTGAACCGTATGTGACCCTCTATCACTGGGACCTCCCTCAAGCCTTGGAAGACAGATACAACGGGTGGCTCAACCCTCAAATCATAAAGGACTTTGCAACGTACGCGGACACATGCTTTCAACATTTTGGTGACAGGGTGAAGCACTGGATCACATTCAACGAGCCACATACATTTTCTGTACATGGATATGCTTCGGGCCTCCAGGCACCGGGAAGGTGCTCTATCATGCGTCCGCTCTTATGCAGGTCCGGAAACTCTTCAACTGAGCCTTACATGGTTGCTCACAATGTCATCCTGTCTCACGGAACTGTGGCTGATATTTACAAGAGAAAGTATAAGTCAAAACAGCGGGGATCGGTTGGGGCATCATTTGATGTTATCTGGTACGAACCAGAAACAAACTCAACAGAAGACGTCATTGCAACTGACATAGCCCAAGAATTTCAGCTTGGCTGGTTTCTTGATCCATTTATTTTCGGGGATTATCCAAGCTCTATGAGAAGAAGGGTTGGGAGCCGGCTGCCAACCTTTTCCAAATCCGAGTCTACTCTAATTAAAGGGTCCTTGGATTTTGTCGGCATTAATCACTACACTACCTTCTATGGTAAAAACGATACCAGGGATTTAATCGGAGGTCTACTTAACGGCAGCCTTTCAGACTCTGGTGCCATTACCCTTCCATTCAAAAACTGGAAACCTATTGGAGATAGGGCGAATTCTATATGGTTATACATAGTCCCAGAGGGGATGAGAAAATTAATGAACTACATTAAGCAAAAGTACGGCAATCCTCCAGTGATTATCACCGAAAATGGCATGGATGACCCAAATAGCCAGTTCATTTCCCTCAAGGACGCTCTAAGGGATACAAAAAGGATTAAATACCACCATGACTATCTTGCAAATTTGCTAGCTTCAATCAAGCAAGACGGCTGCAATGTGATAGGCTATTTTGCCTGGTCTCTACTGGATAATTGGGAATGGACGGCTGGATTCACTTCTCGATTTGGTCTCTACTTTGTGGATTATAAGGACAAGCTCAAGAGATACCCGAAGGACTCCGTTCAATGGTTCACGAATTTCTTGAATTCTACTCAAACAAGGCTATGATCATCTGAAGTTCTGCACTTGCACCCGAACTCATCGAGCACACGAGGGTTGTTGCAGTTCCTGTTTCTTTCACAAATAACATTATGATTCTATCAAACTTGAGACATGATTTGAAATCACAAGCTTTTGGCTTATGTTTGCAGTCAATATTGTTAGAGAAACATAAAAGGTTTGATTAGAACGCACGATAAACATTGCGAAACAGATGGCACTGATCTGCACACAAATTTCAGCACTTGGGATTTGGGAATGGTTTTGATGCAG
Protein Sequence
  • />MD16G1062800
    MRSARGGVAMVVTAFLLAVGFPTCLSASDINRVSFPKDFVFGTASSAFQYEGAVKEDGRGPSIWDTFSHTFGKIADFSNADVALDQYHRYKEDVQLMKDMGLDAYRFSISWTRIFPNGTGQINQAGVDYYNRLIDALLAKGIEPYVTLYHWDLPQALEDRYNGWLNPQIIKDFATYADTCFQHFGDRVKHWITFNEPHTFSVHGYASGLQAPGRCSIMRPLLCRSGNSSTEPYMVAHNVILSHGTVADIYKRKYKSKQRGSVGASFDVIWYEPETNSTEDVIATDIAQEFQLGWFLDPFIFGDYPSSMRRRVGSRLPTFSKSESTLIKGSLDFVGINHYTTFYGKNDTRDLIGGLLNGSLSDSGAITLPFKNWKPIGDRANSIWLYIVPEGMRKLMNYIKQKYGNPPVIITENGMDDPNSQFISLKDALRDTKRIKYHHDYLANLLASIKQDGCNVIGYFAWSLLDNWEWTAGFTSRFGLYFVDYKDKLKRYPKDSVQWFTNFLNSTQTRL