Research

Key questions

How does tissue microenvironment affects the cancer progression?
How can we mimic the human body by recreating the physiological microenvironment in vitro (outside the body)?
What can we do to bring accurate laboratory testing to patient's bedside?
How can we better our technologies to bring personalized medicine to individuals, leap from medical knowledge based on ensemble empirical knowledge to evidenced-based personal history based medicine.
Think about solving unmet needs/problems out there in the real world.

Cardiovasculature tissue engineering/Organ-on-Chip

Multimodal quantitative imaging

Microbe-host interaction on chip

Heterogenous microfluidics

Multi-level microfabrication

3D PMMA, PDMS, Quartz

Highly responsive & sensitive linear optical platform

Instance-aware AI image analysis

Reconfigurable transparent heating platform for cell culture

Uniform single cell seeding microfluidic platform

Reconfigurable compact microscope

Image analytics SaaS on Microsoft Azure Cloud

What to learn more about the technology? Go to the resource center!

Initiation funding, Chang Gung University (2022-2023)
Individual Research Grant to initiating PI, National Science and Technology Council, Taiwan (2022-2026)
- 111-2222-E-182 -004 (2022)
- 112-2221-E-182 -012 -MY3 (2023-2026)
Integrated Research Grant, Chang Gung Memorial Hospital (2023-2024)
Innovation Prototype Grant, Chang Gung University (2025)

NVIDIA Applied Research Accelerator Program support to H-.F. TSAI (2022)

Grant for Technology Pioneer Fellow, OIST from subsidy funding from Cabinet Office, Government of Japan (2020-2022)

JSPS DC1 & KAKENHI Grants-in-aid for young scientists (2017-2020)

國家科學委員會大專生研究計畫 (2008-2009)

Page updated

Google Sites

Report abuse