Min-Guk Cho

Min-Guk
Cho
Ph.D.
Assistant Professor
MART Building, Level 9, Room 0814
Understanding and Reactivating DNA Damage-Induced Antitumor Immunity in Cancer.
Regulator Screening

DNA damage can generate danger signals that activate innate immune responses against tumors. However, cancer cells often suppress, redirect, or escape these signals, limiting the effectiveness of radiation therapy, DNA repair-targeted treatments, and immunotherapy. Our laboratory investigates the molecular and cellular mechanisms that determine whether damaged tumor cells activate antitumor immunity or evade immune control. More specifically, we aim to:

(1) identify the molecular regulators that control cGAS–STING and related innate immune pathways in damaged tumor cells; (2) understand how tumor and immune cell states determine whether these signals promote immune activation or immune escape; and (3) develop and validate therapeutic strategies that restore innate immune sensing and improve responses to cancer treatment.

Molecular Mechanism Test

To address these questions, we combine screening-based approaches with cancer cell models, CRISPR-based tools, reporter systems, imaging, immune profiling, extracellular communication studies, and in vivo models.

Our long-term goal is to translate mechanistic discoveries into new therapeutic strategies that restore antitumor immunity and improve cancer treatment responses.

Antitumor Activity Test

A complete list of publications can be found in HERE.