|
Date
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Seminar
Information
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|
Dec
22, 2025
14:30 PM
Room 219, E16
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Dr.
Dongjo Yoon
Postdoc,
KAIST
Design
and Analysis Platform for In Vitro 3D Neural Networks
Using 3D Printing Technology
|
|
Dec
22, 2025
14:00 PM
Room 219, E16
|
Dr.
Hwisoo Kim
Postdoc,
KAIST
From
Spheroids to Organoids: Enhancing Throughput and Applicability
with Modular Microarray Platforms
|
|
Dec
22, 2025
13:30 PM
Room 219, E16
|
Dr.
Jaehyun Lee
Postdoc,
University of Chicago
Engineered
Bifidobacterium to Reshape Tumor Microenvironment
|
|
Aug
19, 2025
16:00 PM
Room 219, E16
|
Dr.
Yong-Ak (Rafael) Song
Professor, Division
of Engineering, New York University Abu Dhabi
Microfluidic
Accelerator Chip for Enhancing Detection Speed and Sensitivity of CRISPR
Biosensors
|
Jul
02, 2025
13:30 PM
Room 219, E16
|
Dr.
Chang-Han
Lee
Professor, Department
of Pharmacology, College of Medicine, Seoul National
University
Innovative
CAR Design for Solid Tumors Using mRNA-Based Functional
Screening to Optimize Mesothelin CAR-NK Therapeutics
|
June
26, 2025
13:30 PM
Room 219, E16
|
Dr.
Yoko
Ambrosini
Professor, Department
of Veterinary Clinical Sciences, Washington State University,
WA, USA
Organoids
and Organs-on-Chips in Comparative Medicine: A One Health
Approach
|
Mar
19, 2025
14:00 PM
Room 207, E16-1
|
Dr.
Donghee Son
Professor, School of Electronic and
Electrical Enginnering,
Sungkyunkwan University
Self-Healing
Materials and Devices for Strain-Durable Closed-Loop
Neuroprosthetic Systems
|
|
Dec
12, 2024
14:30 PM
Room 219, E16
|
Dr.
Nari Hong
Department of Bioengineering, University
of Washington, WA, USA
Machine Learning-Based Reconstruction of Neuronal Spikes with
a High Temporal Resolution
|
|
Nov
19, 2024
14:30 PM
Room 219, E16
|
Dr.
Jungho Ahn
Professor, Department of Biophysics,
Sungkyunkwan University
Microengineered
Patient-Derived Endometrium on a Chip for the Evaluation
of Endometrial Receptivity and Personalized Translational
Medicine
|
|
Nov
18, 2024
15:30 PM
Room 219, E16
|
Dr.
Hyun-Wook Kang
Professor, Department
of Biomedical Engineering, Ulsan National Institute
of Science and Technology
Advanced
3D Bioprinting Enabling Precise Morphological Control
to Enhance Functionality of Engineered Tissues
|
