RESEARCH
Seminar
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20215.18
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20214.30
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20214.7
Research Highlights
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An initiation-amplification mechanism quickly switches on plant stress responses
- How to balance aluminum resistance and normal plant growth?
- New study uncovers the critical role of Golgi Mn in protein glycosylation and cell wall biosynthesis
- A novel mechanism coupling H3K27me3 recognition with transcriptional repression through BAH-PHD-CPL2 complex
- A new layer of post-translational regulation on the aluminum-resistance transcription factor STOP1 discovered
- New study shows that plant anti-viral DNA methylation occurs in a Cajal body-dependent manner - and is suppressed by a viral silencing suppressor
- How to transduce osmotic stress signal in plants?
- A new mechanism connecting hydroxycinnamic acid-mediated modification of cell wall to aluminum resistance in rice discovered
- New study uncovers a new immune-suppression mechanism employed by a bacterial pathogen
- A novel pathway connecting the plant cell surface and chloroplasts identified