Gene Details:

Functional Descriptions:

  • It was found that MdcyMDH1 accelerated sucrose anabolism in the cytoplasm by affecting both the expression of the apple sucrose phosphate synthase gene MdSPSB2/C2 and the SPS activity, and thus increased the sucrose content in fruit.
  • Key enzymes of sucrose synthesis, sucrose 6-phosphate synthetase genes MdSPSB2 and MdSPSC2.
  • Further study showed that the inhibition of MdSPSB2 or MdSPSC2 expression in MdcyMDH1 transgenic fruit could reduce or eliminate, respectively, the positive effect of MdcyMDH1 on sucrose accumulation.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
mRNA Sequence
  • />MD10G1002300
    GGACACTAATACTGGGTTACACCTGTTGCTTATGAAGACACTAATACTTGGCAACAGAGATGACATTGAAGAAATGTCAAATAGTAGCTCGGTTGTTCTTACAACCGTGCTCAAGCTCATTGACAAGTATGATCTGTATGGGCAAGTGGCCTATCCTAAGCATCACAAGCAATCAGATGTACCTGACATATATCGTCTAGCTGCAAAAACAAAGGGAGTTTTCATCAACCCAGCTCTCGTGGAACCTTTCGGGCTCACAATTATAGAGGCAGCTGCTTACGGTTTACCAGTGGTCGCCACCAAAAATGGAGGACCTGTGGATATTCTGAAGGCACTAAACAACGGCCTCCTAGTTGACCCACATGACCAGAAAGCCATAGAAGAGGCACTGCTAAAGCTTGTAGGAGACAAAAACCTGTGGCTTGAATGCAGAAAGAACGGCCTAAAGAACATCCACCGCTTTTCGTGGCCGGAACACTGCCGGAACTACCTCTCCCATGTTGAACATTCCCGAAACCGTCACCCCACTACCCGCCTTCAGATCACGCCAATTCCTGAAGAACCATTGAGTGACTCTCTAAAAGATGTGGAAGACCTTTCTTTGAGGTTCTCTGTAGAAGGAGACTTCAAGCATAATGGAGAGCTCGATACAGCAACTAGACAGAGGGAACTGATTGAAGCCATAACTAGAATGTCTTCGTCCAGTAGCAATGTCGGTGCTACTTATGGTCCTGGCAGAAGGCAGAGGCTATTTGTAATAGCCATGGATTGTTATGACCGGAACGGAGACGGCACCGAAGTATTTCAAGAAGTTGTAGTGAATGTAAAGAAAGTAGCAAGCTTAGGCTATGGCCAGGGTCGAGTAGGCATTGTGTTGTTAACTGGTTCCAGCTTACAAGATATCGTCAAAGCGTTTAAAGGCTGCCAAGTAAACATTGAAGATTTTGACGCGTTGGTCTGCAAAAGTGGGAGTGAAATGTACTACCCGTGGAGGGATTTGGCAGCTGACGCAGATTATGAAACCCATATTGAGTACAGATGGCCTGGCGAGAATGTGAGGTCCATGGTTCCAAGGCTTGCCAGGCTAGAAGTTGGGGCTGACGATGATATCGTGGAGTATGCTGGATCAAGTAGCTCTAGGTGCTACTCTTATAGTGTGAAGCCAGGAGCCAAGACTCGGCGGGTCGACAACCTGCGCCAACGGCTGCGGATGAGAGGCTTCCGATGCAACCTTGTCTACACTCGTGTAGCATCAAGGTTAAATGTTGTACCCCTGGTTGCATCAAGAGTACAAGCACTAAGATATCTTTCCGTCAGGTGGGCCATTGATCTGTCAAAAGTGGTTGTACTTGTTGGGGAAAAAGGAGATACAGACATTGAAGACCTGCTGGCCGGCCTCCACAAGACCCTTGTTCTAAGAGGTTCTGTTGAGTATGGCAGTGAGAAGCTTATTCACGGTGAAGATAGTTTCAAAAGAGAAGATGTAGTCCCACAAGATAGCCCTAACATTGCCCTTGTGGAGAGCTATCAAGCCCATGACATCTCAGCGGCACTTGAAGCACGTGGGATCAAGGGATTTTAGTTTTTTCCATTATTTCTCCTTCACTTGTCTATATGGGGAGTATATTTCGACAACTCAAGCAAAAGTCTGAGTGCCACACATAAAGGGAATATACATCTCAACCACTTGCAAGTAATTTCGCTTTGTGCAAGCAAGCATATACATATAAAATAACTCAAGTTTCCGTTTCCACCCTACCAGGCTACCCTCTATATCTTTTAATTTCATTACTGCTGTCTACTAGACATTCAAGACACGTGCATGTGGCGAGTAAATAGCAGATAGACTGTTTATCTAGGTGATTTACTTCTCACTTGTGACCGAAATTTGTACAACTTCAACCAACGTTTATGCACAAAATGACAAATTAATTTCAACTTGCACTGTACCAAACCTGTTGCAAGAAAGGTACTAGATTTGGTTTCGATTCTTGTTTGAACAGTTACCAGAAAAGCAAGCCAAGTATTCTAGGCTGTGGCCATTAGCCAACTGATGATTTCGTTTCCCAGACTTCCATCTTGCCCAATCCATTCGTGTGTTTCAAGTTTTTTTATGCACAAATGTCCAATTCCACTCCGCAAGCACATTTTACCACATGAGATATTCCCTGTAAT
Protein Sequence
  • />MD10G1002300
    MKTLILGNRDDIEEMSNSSSVVLTTVLKLIDKYDLYGQVAYPKHHKQSDVPDIYRLAAKTKGVFINPALVEPFGLTIIEAAAYGLPVVATKNGGPVDILKALNNGLLVDPHDQKAIEEALLKLVGDKNLWLECRKNGLKNIHRFSWPEHCRNYLSHVEHSRNRHPTTRLQITPIPEEPLSDSLKDVEDLSLRFSVEGDFKHNGELDTATRQRELIEAITRMSSSSSNVGATYGPGRRQRLFVIAMDCYDRNGDGTEVFQEVVVNVKKVASLGYGQGRVGIVLLTGSSLQDIVKAFKGCQVNIEDFDALVCKSGSEMYYPWRDLAADADYETHIEYRWPGENVRSMVPRLARLEVGADDDIVEYAGSSSSRCYSYSVKPGAKTRRVDNLRQRLRMRGFRCNLVYTRVASRLNVVPLVASRVQALRYLSVRWAIDLSKVVVLVGEKGDTDIEDLLAGLHKTLVLRGSVEYGSEKLIHGEDSFKREDVVPQDSPNIALVESYQAHDISAALEARGIKGF