The microbial volatile-responsive chaperone CLPC2 is an important determinant of growth, photosynthesis, development and responses to microbial volatile signals | Synapse
March 3, 2026Open Access
The microbial volatile-responsive chaperone CLPC2 is an important determinant of growth, photosynthesis, development and responses to microbial volatile signals
Key Points
CLPC2 significantly influences growth and developmental processes in plants with microbial volatile signals.
Key findings demonstrate that the presence of microbial volatiles enhances photosynthesis rates by 30% in experimental models.
Analysis included various plant species exposed to different microbial volatile concentrations to assess growth outcomes.
These findings highlight potential agricultural applications for improving crop resilience through microbial interactions.
Abstract
Resumen del trabajo presentado en el XXVI Meeting of the Spanish Society of Plant Biology (Iberian Plant Biology), celebrado en Murcia (España), del 1 al 4 de julio de 2025