Publications by authors named "Chung-Min Wang"
Plant Cell Physiol
January 2019
Article Synopsis
- - Mitochondrial intron splicing, specific to plants, involves the elimination of introns by nucleus-encoded proteins, with WTF9 being a key player in the splicing of group II introns rpl2 and ccmFC, linking its disruption to developmental issues in Arabidopsis.
- - HSP60s, which are known as molecular chaperones that help fold proteins, also interact with WTF9 and play a critical role in RNA metabolism and protection, evidenced by their binding to the ccmFC intron.
- - Research demonstrated that mutants lacking HSP60s showed reduced splicing efficiency of the rpl2 and ccmFC introns, similar to wtf9 mutants, indicating
