Gene Details:

Functional Descriptions:

  • Allelic variation of MdMYB123 controls malic acid content by regulating MdMa1 and MdMa11 expression in apple.
  • Finding provides valuable functional validation of MdMYB123 and its role in the transcriptional regulation of both MdMa1 and MdMa11, and apple fruit malic acid accumulation.
  • Both proteins could bind to the promoters of MdMa1 and MdMa11, but only MdMYB123 could activate their transcription, suggesting their different roles in the regulation of apple fruit acidity.
  • MdMa11 and MdMa13 genes encoding P3A-type and P3B-type proton pumps, respectively, are located on the tonoplast. Both P3A-type and P3B-type proton pumps can directly or indirectly mediate the transmembrane transport of H+ and affect vacuolar acidity.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Orthologs:

Sequences:

cDNA Sequence
mRNA Sequence
  • />MD17G1155800
    ACAAACACGTTGTGAGACAATGGCGCGACTTGAATTGAGACATGATGCTGAAAGCAGATCATCATCTGCTTTTCATTCAACCAACCGTCAGCTACCAAATCAATTAGATGGAAGAGGAGGTGTCAAAGGAAATACTTCTAATCACAATCACTTCTTTACTTTTATTATAACAGCTTATAGCGTCTCCTTCCTTACTCTTCTCTGTACCCACTTCAGCAGAGCAAGAGGAGGAGCTAAAAAGCCTCATCTTTCTCTGCTTCTGTTCTTCCCCAAGTGCTCACTCGGGTACTTCCCGATTGTCGAGATTTTTCAATCATCACCTAATGATGCGATGCACATTTGATAAATTCAGGATTTGAAAGCTTAAATCATGGCTGAAGATCTGGAGAAACCATTGTTGGATCCGGTGAATTTCAATCGGGATGGTATCGATTTGGAACGCTTGCCATTGGGAGAAGTCTTCGAGCAACTGAGGACATCACCACAAGGTCTTTCAACCGAAGATGCTGAAGCCAGATTGGTGATTTTTGGCTTTAACAAGCTTGAAGAGAAGACTGAGAACAAATTTTTGAAGTTCCTTGGTTTTATGTGGAACCCCTTGTCATGGGTTATGGAAGCTGCAGCTATAATGGCTCTTGTCCTCGCTAATGGCGGAGGTGAGGGTCCTGACTGGCAGGACTTTGTAGGGATTGTTATCCTGCTTATCATCAACTCAACGATTAGTTTCATAGAGGAGAATAATGCAGGAAATGCTGCATCAGCTCTAATGGATCGCTTAGCTCCGAAGACAAGGGTTCTCAGAGATGGGCGCTGGACAGAGCAAGATGCAGCTATTTTAGTACCAGGTGATATAATTAGCATTAAGCTCGGGGACATCATTCCGGCTGATGCTCGTCTGCTTGAAGGAGACGCGCTGAAAGTTGACCAGTCAGCTCTTACAGGAGAGTCACTACCTGTCACCAAGAAGACAGGTGATGAAGTATTTTCTGGTTCAACATGTAAACATGGAGAGATTGAAGCTGTTGTGATCGCAACTGGAGTTAACTCCTTTTTCGGAAAGGCAGCACATTTGGTGGACTCCACTGAAGTTGTTGGACATTTCCAGCAGGTCCTTACTGCCATTGGGAATTTCTGCATTTGCTCTATTGCTGTGGGAATGATTCTTGAAATCATTGTCATGTTCCCAATACAGCACCGCTCTTACAGGGATGGGATCAACAACCTTCTTGTTCTCTTAATTGGAGGAATTCCGATTGCCATGCCAACGGTGTTATCTGTTACACTTGCCATTGGTTCTCATCGACTTTCTCAACAGGGTGCCATTACAAAAAGGATGACAGCAATTGAAGAGATGGCAGGAATGGATGTCCTCTGCAGTGACAAAACCGGAACTCTCACCCTGAATCGCCTAACAGTTGATAGAAACCTAGTCGAGGTTTTCAACAAAGATCTAGACAAAGACGCGGTTATCATGTTTGCAGCCAGAGCAGCTAGAATGGAGAACCAGGACGCTATTGATGCAGCCATCGTCAATATGCTTGGTGATCCAAAGGAGGCACGAGGAGGCATTACAGAAGTGCATTTTCTGCCCTTCAATCCGGTGGACAAGCGTACTGCTATTACATACATTGATTCAGAAGGTAACTGGTATCGGGCCAGCAAAGGAGCTCCGGAACAGATTCTAGATCTATGCCCGGAGAAAGACGAGATTGCTGGAAGGGTGCATTCAATTATTGACAAATTTGCTGAAAGGGGATTGCGGTCTCTTGGAGTTGCCTTTCAGGAAGTTCCAGAAAAAACTAAGGATAGCCCTGGAGGTCCATGGACATTTGCTGGGTTGTTGCCCTTGTTTGATCCTCCTAGGCATGACAGTGCTGAGACCATTCGTAGAGCGCTTAACCTTGGAGTCTGTGTAAAGATGATTACAGGTGATCAGTTGGCAATTGCAAAGGAGACAGGGCGGCGACTTGGTATGGGAACAAACATGTACCCCTCCTCTTCGTTATTAGGCCGCCACATAGAAGAACATGAAGCTCTTCCCGTGGATGAGTTGATTGAGAAGGCTGATGGCTTTGCTGGTGTCTTCCCTGAACACAAGTATGAAATCGTAAAGATTTTACAAGAAAAGAAGCATGTGGTTGGGATGACTGGAGATGGAGTTAACGATGCACCTGCTTTAAAGAAAGCAGACATTGGTATAGCAGTGGCAGATTCCACAGATGCTGCAAGAAGTGCTTCTGATATAGTCTTAACTGAGCCTGGATTGAGTGTGATTGTCAGTGCTGTCCTCACCAGTCGCGCTATATTCCAAAGAATGAAGAATTACACGATATATGCTGTCTCCATAACCATTAGGATTGTGCTTGGTTTTGTGCTTCTTGCATTGATCTGGGAATATGACTTCCCACCTTTCATGGTTCTGATTATAGCCATACTGAATGACGGAACCATCATGACAATTTCACAGGATCGCGTAAAGCCCTCCCCGAAGCCTGATAGTTGGAAGCTGAAGGAGATATTTGCTACTGGCATTGTCATTGGCACATACCTTGCTTTAGTTACTGTATTGTTCTACTGGGTTGTTGTTGACACTGACTTCTTCGAGAGAACCTTCAATGTAAGAGATTTATCGAGCAGTAGTGAGGAAGTTTCATCTGCTGTATATCTGCAAGTCAGTATCATCAGCCAGGCTCTCATATTTGTGACAAGAAGCCAGGGGTGGTCATTCCTTGAGAGGCCCGGAACTATGTTGATGTGCGCTTTCGTGGTGGCTCAACTGGTGGCAACTTTGATTGCTGTATATGCAACAATCAGCTTTGCATATATCAGCGGCATTGGATGGGGATGGGCCGGAATCATCTGGTTGTACAGTGTGATTTTCTACATTCCTTTGGACGTCATTAAATTTGCAATTCGCTATGCTTTGACCGGGGACGCTTGGAATCTGTTATTCGATAGAAAGACAGCTTTTACTAGTAAGAAAGACTATGGCAAGGAAGATAGGGCAGCTAAGTGGATACTTTCTCAGAAAAGCTTACAAGGGTTACAAGACTTTGAGATCAACAGGACCGGCAAGCGTTCTTCTTTGATTGCAGAACAGGCGAGGCGACGCGCTGAAATTGCCAGGCTCGGGGAGATACACACTCTGAGAGGACATGTAGAATCTGTACTGAGGCTCAAGAATTTGGACCTGAGTGCCATTCAATCAGCCCACACAGTCTGAAGAAAATACACGGATATCTGCAAAATGTATCAACGTACCCTGAAGGCACAAATTTATCAGCATTTGCTCACATGATTGATGCTGAGTATCTGCAAAAGAAATTGACATGTGGGTTTTTGGGGATGGTCAATTCTTTGGGCCTAAAAGGTCAGAAAATCCATTTGCTTAATTTGTATCTGATTTATTATTACATATGATTTCCTCTTTTAAAAGAGTAAATACACATTGAATTTTTGTAGTTATTCAAAAGAAGACTTGCTATTTTTTTTTGTACTGTGTCAAGGATTGAACAAGATGAATTGGAGCATCAATTTCATTGTTGGAGTGATATTTAATGCAAAAGAAAGTTCTAGTT
Protein Sequence
  • />MD17G1155800
    MAEDLEKPLLDPVNFNRDGIDLERLPLGEVFEQLRTSPQGLSTEDAEARLVIFGFNKLEEKTENKFLKFLGFMWNPLSWVMEAAAIMALVLANGGGEGPDWQDFVGIVILLIINSTISFIEENNAGNAASALMDRLAPKTRVLRDGRWTEQDAAILVPGDIISIKLGDIIPADARLLEGDALKVDQSALTGESLPVTKKTGDEVFSGSTCKHGEIEAVVIATGVNSFFGKAAHLVDSTEVVGHFQQVLTAIGNFCICSIAVGMILEIIVMFPIQHRSYRDGINNLLVLLIGGIPIAMPTVLSVTLAIGSHRLSQQGAITKRMTAIEEMAGMDVLCSDKTGTLTLNRLTVDRNLVEVFNKDLDKDAVIMFAARAARMENQDAIDAAIVNMLGDPKEARGGITEVHFLPFNPVDKRTAITYIDSEGNWYRASKGAPEQILDLCPEKDEIAGRVHSIIDKFAERGLRSLGVAFQEVPEKTKDSPGGPWTFAGLLPLFDPPRHDSAETIRRALNLGVCVKMITGDQLAIAKETGRRLGMGTNMYPSSSLLGRHIEEHEALPVDELIEKADGFAGVFPEHKYEIVKILQEKKHVVGMTGDGVNDAPALKKADIGIAVADSTDAARSASDIVLTEPGLSVIVSAVLTSRAIFQRMKNYTIYAVSITIRIVLGFVLLALIWEYDFPPFMVLIIAILNDGTIMTISQDRVKPSPKPDSWKLKEIFATGIVIGTYLALVTVLFYWVVVDTDFFERTFNVRDLSSSSEEVSSAVYLQVSIISQALIFVTRSQGWSFLERPGTMLMCAFVVAQLVATLIAVYATISFAYISGIGWGWAGIIWLYSVIFYIPLDVIKFAIRYALTGDAWNLLFDRKTAFTSKKDYGKEDRAAKWILSQKSLQGLQDFEINRTGKRSSLIAEQARRRAEIARLGEIHTLRGHVESVLRLKNLDLSAIQSAHTV