Studying human physiology in health and disease using Organs-on-a-Chip

Research

Bio-Hybrid Robots
We are developing bio-hybrid platforms which integrate the sensing capabilities of insects with robots, to create ultra-sensitive sensing
robots.

Brain Physiology
We are interested in identifying and understanding the cell-cell interaction is homeostasis and disease throughout the NVU.

Organ-on-a-Chip
We are interested in developing the next generation Organs-on-a-Chip to enable better understanding of human physiology and drug development.

Restoring Tactile Sensation
We are interested in developing tools that allow us to improve the life quality of patients who lost their ability to sense, by creating self-
powered integrated electronics.

Tissue Engineering
We are interested in developing novel approaches combining 3D printing, 4D materials for the study of physiology and regeneration of tissues.

Traumatic Brain Injury
We are interested in unveiling the etiology and effects of TBI

For more information:

Email: bmaoz@tauex.tau.ac.il
Website: https://www.maozlab.com/