RALF1 sustains root growth inhibition long term by inducing auxin biosynthesis and signaling
hormone-peptide cross-talk for optimization of plant growth and architecture
The RALF1 polypeptide can dramatically arrest root growth and alkalinize the cell medium (3, 4).
The first discovered RALF receptor, FERONIA (FER), belongs to the Catharanthus roseus RLK1-like (crRLK1L) family in A. thaliana, with 17 members (9, 10)
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