Gene Details:

Functional Descriptions:

  • Insights into the complicated networks contribute to adventitious rooting in transgenic MdWOX11 apple microshoots under nitrate treatments.
  • MdWOX11 transgenic apple microshoots were grown on different nitrate treatments. Low nitrate promotes adventitious rooting in overexpressed microshoots more than wild type and RNA interference microshoots.
  • Results suggest that nitrogen signaling and MdWOX11 expression affect cytokinin accumulation and response to cytokinin through regulating the expression of genes related to cytokinin synthesis and transduction pathways, which ultimately affect adventitious rooting.
  • Nitrogen signaling and MdWOX11 expression affect cytokinin accumulation and response to cytokinin through regulating the expression of genes related to cytokinin synthesis and transduction pathways, which ultimately affect adventitious rooting.
  • Cytokinin-responsive MdTCP17 interacts with MdWOX11 to repress adventitious root primordium formation in apple rootstocks.
  • Overexpression of MdWOX11 promoted AR primordium formation in apple, while interference of MdWOX11 inhibited AR primordium production.
  • MdTCP17 reduced the binding of MdWOX11 and MdLBD29 promoters, and coexpression of MdTCP17 and MdWOX11 reduced MdLBD29 expression. Together, these results explain the function and molecular mechanism of MdTCP17-mediated CK inhibition of AR primordium formation, which could be used to improve apple rootstocks genetically.
  • Melatonin promotes adventitious root formation in apple by promoting the function of MdWOX11.

Literature:

Gene Resources:

Sequences:

cDNA Sequence
mRNA Sequence
  • />MD14G1010400
    TTCATATGTACTTCATGTTTCTCTTTATAACTTTTTCTAGTTTTCCCATTCAACCTAGGTTTCAGCAGCTTCAAAGACCAAGACCTAACGGAATATATGGAAGATCATCATCAACATCAAGGCCAAGACCCTGACGGTAGTAGTCCAAGCAACGGCTCGACCGAGAGAAGCCCTGAGCCGGTGAGGTCAAGATGGATACCGAAGCCAGAGCAAATCCTAATTCTGGAGTCAATTTTCAACAGTGGAATGGTGAATCCTCCCAAAGAAGAAACTGTGAGAATAAGGAAACTGCTTGAGAAGTTTGGCTCTGTTGGGGATGCCAACGTTTTCTACTGGTTCCAAAACCGCCGGTCGAGATCTCGCCGCCGACAACGGCAGTTGCAGGCAAGCCTTGAACAAGGGACCAATAATAATATAAACAATGATCCAATGGCTTCTCTTTCTCATCACCAATTGCGTGGTGAAATTCAGTACGGAATAAGCTGCAGTGTTCCTGCTACTGCTCCTCCCTTGGCTTTCGGAGCTTCTCCTAATAATTTCCTTATGGGTTCTTCATCTTCTTCGTCTTGTGGCCATCATCTGATAACAGATAATGATGTTCATCATAGTACTGCTTGCGTTGATGATCAGTTCTTTCCAGTTTCTGGTCAAATGGGGTTTCCGGAAATCGAGCAGAGCTCCGGTGTAACGTCTGCGTTAGGAGGAGGCCCTTCTGATACCTCCAATTTGCAGTTCCAGTCTGGTCTCATCACAGTGTTTATTAATGGGTTTCCAACAGAATTTCCCAAAGGGCCACTTGACATGAAAGCCGTGTTTGGCCAAGATGTGCTATTGGTTCACTCCTCTGGACTCCCACTTCCAATCAATGAATTTGGTTTCTTGGCACAAAGCTTGGAGTCTGGTGAAAGCTATTTCCTGGTTTCAAGACCAAGTTAAGCACAATTTAAGCTGCACCTACAATATGGGAGCTTCCTACATGTTTCTTCATCATTTTGCCTTCTTTTCTGGTTTCGTTATCGTCTTTCGTTTCCCCCCACCCCCACAGTGTGATTATTAGAAAAATATATCTATATATTAGCTACCATGCATGATAGTTTATGGTCAATCAAATTATATCCTTTTTCTCTTCTTTCTTTCTTCATTGTATTACTGAAATTGACCTCATCAGCATTGCACAATAAATTTAGGGACTTAGTATATGAGACAGCAGCATATTAGCTTGCATATTTTTGTAGAACAATATGGATATTAGGTTATGGAATGCTGTGTGTTTT
Protein Sequence
  • />MD14G1010400
    MEDHHQHQGQDPDGSSPSNGSTERSPEPVRSRWIPKPEQILILESIFNSGMVNPPKEETVRIRKLLEKFGSVGDANVFYWFQNRRSRSRRRQRQLQASLEQGTNNNINNDPMASLSHHQLRGEIQYGISCSVPATAPPLAFGASPNNFLMGSSSSSSCGHHLITDNDVHHSTACVDDQFFPVSGQMGFPEIEQSSGVTSALGGGPSDTSNLQFQSGLITVFINGFPTEFPKGPLDMKAVFGQDVLLVHSSGLPLPINEFGFLAQSLESGESYFLVSRPS