Subham Dasgupta

This study identifies the Ahr-Cyp1a axis and reactive oxygen species (ROS) as key mediators of TBBPA-induced craniofacial cartilage defects in zebrafish.

This study shows TBBPA exposure disrupts dorsoventral patterning in zebrafish embryos by affecting BMP signaling, EMT, and germ layer development at environmentally relevant concentrations.

This study examines PFHxS effects on zebrafish embryos, showing sensorimotor hyperactivity and circadian rhythm disruption at environmentally relevant concentrations.

This study investigates IPP-induced developmental toxicity in zebrafish embryos, finding morphological abnormalities and disrupted larval photomotor responses linked to DNA hypermethylation and gene expression changes in the brain and eye.

This study uses single-cell sequencing in zebrafish to show AHR2 regulates gene expression in immune cells without altering cell proportions.

This study shows TBBPA exposure disrupts zebrafish early development by inhibiting histone acetylation during zygotic genome activation.