Gene Details:

Functional Descriptions:

  • We observed that MdACS3a-overexpression promoted ethylene production, resulting in fruit softening, while ethylene production decreased and firmness was higher in MdACS3a-silenced fruit compared to the control.
  • Previous studies have shown that MdACS3a is important for ethylene biosynthesis, and hence the timing of the ethylene peak.
  • We demonstrate that an early-maturing-specific acetylation H3K9ac peak in MdACS3a and expression of MdACS3a were specifically up-regulated in fruit of an early-maturing, but not a late-maturing, cultivar.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
mRNA Sequence
  • />MD15G1203500
    TTCAATTGTATGCAGCCCTAGATATCTTGCACACAAATCAGAATCTTAATCTCGGTATCTTTGTCCGGCAATCAAACTTAACCACTATAAGATCTCTTCAAATAATAATTTTTACAAGCATTTTAATTTCAAGCATCATTTGGGATTTAGGGTTTGCTCAGCAAGGATTTGACTTGTCATAGGTTGGGAAGTACTTTGGGATTTGGAGAGAGAGAGAGAGAGAGAAACCTAACCATATATTCTGACTAATCTTAATCAGATCTTAGAAAGATTAAGAGAGAGAAGAAAGCTTTGAGAGCATAGCATAAAATTATTGACAGTTGTTGGGTACATGTAGGTGATGAGATTAAAACTACTTTATGTATGTAAAAGGCCAGCTTTGATCTATATTTTGCCTATGTCACAGAATCAACGATTGATTCTTCTTCTTTTTGTTTTCTCAATATACAGAACAGGCAAGTTGAGAGTACCATTTTTGTTTATTATTGTTTTATGCCATTGCTCGCCAAAGCGTTCCTATATATAAAAGTGGGTGATTTCAAAGGTTTTTCATTCAAACAATTCGCATTCAACTCTTTTCTCTCTCTATCTGAGTCGCACCCACAGCTTTCTTGAAGGCCAAAGTGCTTTTACAAGAAACCTAGTTATGGCTATAGATATTGAGCAGCGGCAGCAGCCTTCTCCTGGGCTATCAAAAATAGCTGTTTCTGATACTCATGGAGAAGACTCTCCATACTTTGCAGGATGGAAAGCTTATGATGAAAACCCTTATCATGAGTCAAGCAACCCATCTGGAGTCATACAAATGGGACTTGCGGAAAATCAAGTTTCGTTTGATCTGTTGGAAAAGCACTTGGAAGAAAATTCAGAAGCCTCCAACTGGGGTTCAAAGGGATCAAAAGGAGTGTCTGGCTTTAGAGAAAATGCCTTATTTCAAGACTACCATGGCCTTTTGTCTTTCAGAAAGGCAATGGCAAATTTTATGGAACAAATTAGAGGAGGAAGAGCCAAATTTGACCCTGTTAGGGTAGTCTTAACGGCAGGTGCAACTGCAGCAAATGAGCTACTGACTTTCATCATAGCTGATCCCGGTGATGCTTTGCTTGTTCCAACCCCATATTATCCAGGGTTTGATAGAGATTTGAGGTGGAGGACTGGTGTGAACATTGTGCCAATTCACTGTGAAAGCTCAAACAACTTCCAGATTACTCCTCAAGCTTTAGAAGCTGCATACAAAGAGGCAGAAGCCAAGAACATGAGAGTGAGAGGGGTACTAATCACAAATCCATCAAACCCACTTGGTGCAACAATCCAAAGGGCAGTCCTTGAAGAGATTCTTGATTTCGTCACCCAAAAAAACATCCATCTTGTCTCTGATGAAATCTACTCGGGATCTGCCTTCTCATCCTCCGAATTCATTAGTGTGGCAGAAATTCTTGAAGACAGGCAGTACAAGGATGCAGAAAGAGTTCACATTGTTTATAGTCTATCCAAAGATCTTGGCCTTCCAGGCTTTCGAGTTGGCACTGTGTACTCTTACAATGACAAGGTTGTGACAACAGCAAGAAGAATGTCTAGCTTCACCTTGATATCTTCTCAAACACAACATCTCTTGGCTTCCATGTTATCTGACAAGGAATTCACTGGAAACTACATAAAGACAAATAGAGAGAGACTGAGGACGAGATATGATATGATCATCGAGGGTTTGAAAAAATCGGGGATCGAGTGTTTGAAAGGAAATGCTGGGTTGTTTTGCTGGATGAATTTAAGTCCATTTTTGGACGAACCAACAAGAGAATGTGAACTGACTCTTTGGGATTCCATGCTGCATGAAGTGAAGCTAAATATATCTCCAGGTTCTTCTTGTCATTGCTCTGAGCCAGGCTGGTTTAGGGTGTGCTTTGCCAACATGAGTGAGCAGACACTTGGGATTGCATTAACAAGAATACATAATTTCATGGAAAAGAGAGAGCGGGCTTGCTAGAAATAAGTTTCTTCTCTTTTATCTTCTATTTTTCAGTGGACCATCTTTTATTCTTTTGGAGGACAAAACCCAATTTACTCTTTCTGAATTGTAACAATTCCATCTTGTTTTCTTGCTTGAAAAAGCAAGTTTTTACACAATCAGTTTGTATAATCGATGGATATAATATTTGTTTTGGCGTTCTACTAATTTTACCTTTGACTTGTCTTGCAATCAACTGTGAAAGACTTAAGCATTAACATATTAATGTTGGG
Protein Sequence
  • />MD15G1203500
    MAIDIEQRQQPSPGLSKIAVSDTHGEDSPYFAGWKAYDENPYHESSNPSGVIQMGLAENQVSFDLLEKHLEENSEASNWGSKGSKGVSGFRENALFQDYHGLLSFRKAMANFMEQIRGGRAKFDPVRVVLTAGATAANELLTFIIADPGDALLVPTPYYPGFDRDLRWRTGVNIVPIHCESSNNFQITPQALEAAYKEAEAKNMRVRGVLITNPSNPLGATIQRAVLEEILDFVTQKNIHLVSDEIYSGSAFSSSEFISVAEILEDRQYKDAERVHIVYSLSKDLGLPGFRVGTVYSYNDKVVTTARRMSSFTLISSQTQHLLASMLSDKEFTGNYIKTNRERLRTRYDMIIEGLKKSGIECLKGNAGLFCWMNLSPFLDEPTRECELTLWDSMLHEVKLNISPGSSCHCSEPGWFRVCFANMSEQTLGIALTRIHNFMEKRERAC