CHUNGBUK NATIONAL UNIVERSITY · COLLEGE OF PHARMACY

Professor Dae Hwan Shin
Welcome to the
Shin Pharmaceutics Lab.

We develop nanoparticle and hydrogel drug-delivery systems,
post-surgical local formulations, and 3D biomimetic models.

Researchers examining microfluidic equipment together

SHIN PHARMACEUTICS LABEST. 2018 · CHEONGJU, KOREA

OUR APPROACH

Design.
Formulate.
Model.

We connect formulation technologies with biomimetic models to answer new research questions.

The Shin Pharmaceutics Lab studies nanoparticle- and hydrogel-based drug delivery, post-surgical local formulations, 3D tumoroids, and microfluidic biomimetic technologies.

Research Areas ↗

RESEARCH AREAS

Core Research Areas

Our work spans nanoparticle and hydrogel formulations, post-surgical local formulations, and 3D biomimetics.

Diagram of nanoparticle and hydrogel formulation research

NANOPARTICLE & HYDROGEL FORMULATION

Nanoparticle and Hydrogel Formulations

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POST-SURGICAL LOCAL FORMULATION

Post-Surgical Local Formulations

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3D BIOMIMETICS

3D Biomimetics

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Graphic of microfluidic platform-based pharmacokinetic research

FEATURED RESEARCH · ADVANCED SCIENCE

Recapitulating in vivo pharmacokinetics and size-dependent nanomedicine delivery on a chip

A microfluidic platform recreates time-dependent drug concentrations and nanoparticle transport for a more faithful model of in vivo delivery.

View Featured Paper →

COLLABORATE · JOIN · CONNECT

Professor Dae Hwan ShinWelcome to theShin Pharmaceutics Lab.

Design.Formulate.Model.