Our research on cells aims to advance patient treatment through cellular therapy.
We focus on the regulation of stem cells and immune cells to promote effective cell-based treatments.

Utilizing microfluidic devices, we can precisely mix liquids at a microscopic level.
This technology allows us to encapsulate drugs in microcarriers for targeted and sustained release to specific areas

For precision surgery, we use 3-D printed bone models and guides for pre-surgical simulations.
Our research also explores advanced surgical techniques to improve outcomes.

Our surgical research lab utilizes finite element analysis (FEA) and programs like ANSYS to determine
bone strength and material properties. We run simulations to optimize surgical techniques,
ensuring the best possible outcomes.

Our work on artificial organs combines 3-D bioprinting and microfluidics.
This research aims to develop functional artificial organs, enhancing treatment possibilities for patients.