PhD Defense: Gülden Akçay Unveils Human-Derived Brain-on-Chip Model

PhD Defense: Gülden Akçay Unveils Human-Derived Brain-on-Chip Model

We are thrilled to announce that Gülden Akçay successfully defended her PhD thesis, “Human-Derived Brain-on-Chip Mechanotransduction Model and Its Applications,” on November 19th, at the Department of Mechanical Engineering, Eindhoven University of Technology (TU/e). Under the guidance of supervisors Dr. Regina Luttge and Prof. Jaap den Toonder, Akçay’s work explored the potential of brain-on-chip technology to revolutionize neuroscience and medical research.

Her innovative research centers on a human-derived brain-on-chip model designed to replicate aspects of human brain activity in a controlled environment. This advanced model holds promise for investigating brain function, understanding neurological diseases, and improving drug testing methods in a highly controlled, replicable environment.

Akçay’s work highlights the interdisciplinary power of combining engineering and life sciences to address pressing challenges in medicine. Her groundbreaking model connects neurophysiology with brain mechanics, opening new avenues for personalized medicine and innovative approaches to studying and treating neurological diseases.

To access her complete PhD thesis, click on the link below:
Gülden Akçay’s PhD thesis