Siddharth Jayakumar

This study investigates how mice perceive intermittent odor stimuli by analyzing behavioral responses and neural activity in the anterior piriform cortex, finding that respiratory phase modulates perception but limits information acquisition.

This study shows mice use predictive policies to navigate scent trails by integrating bilateral olfactory input and short-term memory.

The paper shows that odor responses in the olfactory cortex of mice are highly matched between hemispheres, allowing decoding of odor identity and laterality through Hebbian plasticity.

The paper shows that IP3/Ca2+ signals in specific neurons drive dSET2 expression, which regulates gene expression through H3K36 methylation to enable pupariation under protein deficiency.