Molecular mechanism of leaf adaxial upward curling caused by bppin3 suppression in betula pendula

HIGHLIGHTS

  • who: Kun Chen and colleagues from the Inner Mongolia University, China have published the Article: Molecular mechanism of leaf adaxial upward curling caused by BpPIN3 suppression in Betula pendula, in the Journal: (JOURNAL)
  • what: As the leaf shape of OE and WT lines is the same, the analysis only focuses on the related DEGs in WT-RE and OE-RE.
  • how: The results indicated that the target gene was integrated into the birch genome. The results indicated that the IAA content of the RE lines was significantly higher than that of the WT . . .

     

    Logo ScioWire Beta black

    If you want to have access to all the content you need to log in!

    Thanks :)

    If you don't have an account, you can create one here.

     

Scroll to Top

Add A Knowledge Base Question !

+ = Verify Human or Spambot ?