Bilal Cakir PhD

Bilal Cakir is an accomplished scientist specializing in translational biology, human cellular model systems, and neuroscience research. He serves as an Associate Principal Scientist focused on developing and applying advanced human-relevant model systems — including three-dimensional (3D) organoids — to better understand complex neural biology and disease mechanisms.

Cakir’s work centers on bridging basic biological insights with translational applications that inform drug discovery and therapeutic strategies. He has a strong scientific background in neurobiology, stem cell biology, and functional analysis of human brain models. His research leverages cutting-edge techniques to study neuronal networks and neurodevelopment, including innovations in automated platforms for recording and analyzing activity in intact brain organoids.

Throughout his career, Cakir has contributed to significant progress in 3D in vitro modeling of human brain tissue, helping uncover mechanisms underlying neurological conditions and offering tools for preclinical evaluation of potential therapies. His contributions extend to collaborative research efforts and publications that highlight applications of human organoid systems for studying development and disease. Cakir is recognized for his scientific leadership, interdisciplinary research approach, and commitment to advancing human model systems that enhance the predictive value of translational research.