Distinct Molecular Mechanisms Regulate Feeding State-Dependent CO2 Chemotaxis Plasticity During Different Life Stages in Caenorhabditis elegans.
It is identified that animals employ distinct molecular mechanisms to achieve equivalent modulation of CO2-chemosensory behaviour at different developmental stages, and neural circuits at different life stages may utilize distinct, stage-specific molecular mechanisms to induce identical plasticity in chemosensory behav...