Skip to main content
. 2017 May 15;114(22):5749–5754. doi: 10.1073/pnas.1614468114

Fig. S10.

Fig. S10.

A model illustrating how LLG1 differentially regulates FLS2 accumulation, flg22-induced degradation, and signaling. (Left) In the wild-type plant, LLG1 is fully functional as a chaperone for FLS2. (Center) In the absence of the LLG1 chaperone, FLS2 manifests defects in accumulation, degradation, and signaling. (Right) In the llg1-3 mutant, the LLG1–3 variant retains chaperone function, but the conformation of LLG1–3 and FLS2 may be affected, which impairs FLS2 signaling.