Shreesh Raj Sammi

This study investigates the effects of wac deficiency in C. elegans on behavior, physiology, and cholinergic pathways, finding stage-specific transcriptional changes and functional interactions with cho-1.

This paper investigates the neurobehavioral impacts of the autism risk gene WAC in C. elegans and mice, finding altered neurotransmitter systems and gene expression patterns.

This study compares the neurotoxicity and mitochondrial effects of legacy and second-generation PFAS using C. elegans and rat brain mitochondria, finding distinct mechanisms between the two classes.

This study identifies γ-glutamyl-cysteine as the critical intermediate in GSH-mediated neuroprotection against PFOS toxicity in C. elegans.

This study investigates the effects of heterocyclic aromatic amines (HAAs) on mitochondrial physiology, finding they impair mitochondrial respiration and specific enzyme activities, linking them to neurodegenerative diseases.