Molecular Genetics lab focuses on the study about function and application of the transcription regulators (transcription factors and epigenetic factors) involved in the various cellular activities

Using Caenorhabditis elegans, the easy-to-grow free-living nematode model system, Developmental Genetics Laboratory asks how genes function to build an organism and let it behave to survive to reproduce

Development and Differentiation lab is focusing on the study of germ cells and embryonic development, and their regulation by intrinsic and environmental factors

Laboratory is working on biodiversity and taxonomy of Meiofauna and Zooplankton from various habitats. Current target organisms include Copepods, Foraminifers, and Jellyfishes.

Plant Biotechnology Laboratory researches microalgae and develops strains using versatile molecular tools like gene editing system and molecular genetics for biotechnological applications

Molecular cell biology lab aims to find effective therapeutic targets for breast cancer through multi-omics analyses and in silico approaches

Molecular Microbiology lab is focusing on the structural and functional study of bacterial proteins involved in reactive oxygen species (ROS)-sensing and ROS-defense mechanisms.

Pathophysiology lab is focusing on the study of inflammation and various inflammatory cardiovascular diseases using genetically engineered mice

Our research focuses on the understanding how plant hormones regulate growth and development in response to environmental cues through the coordinated cell signaling network.

Molecular Microbiology lab is focusing on the structural and functional study of bacterial proteins involved in reactive oxygen species (ROS)-sensing and ROS-defense mechanisms.

We aim to develop biosensors/biochips and imaging probes in concert with biotechnology and nanotechnology to explore the biomolecular functions in the interface of life science field.

BIGLab has been exploring the mysterious hidden wonders of the genome “outback” (a.k.a. the non-coding genome) via both computational and experimental investigations.

Shim Lab at Hanyang University explores novel interactions between the immune system and other organs, including the brain, with Drosophila as a model organism.

RNA Genomics lab is focusing on the study of RNA modification (Epitranscriptome) in the regulation of eukaryotic post-transcriptional gene expression

Protein Signaling Dynamics Lab focuses on the dynamic regulation of protein’s metabolic fates and subsequent changes in cellular physiology against various stresses

Cancer biology lab studies how cancers adapt, evolve, and acquire resistance to anti-cancer therapies in a perspective of translational research.

We focus on the phylogenetic relationships between crustacean taxa, possible ways they colonized different environments and different regions of the world

Our research focuses on the understanding how the olfactory processing occur from primary sensory neurons to brain.

Molecular Ecology Lab studies the mutual interaction between phytoplankton and bacteria using various molecular techniques in order to better understand an aquatic microbial ecosystem.

Genome engineering lab develops various novel genome engineering and sequencing technologies for functional genomics and precision medicine.

Single-cell Bioinformatics Lab develops the computational approaches to integrate multi-omics data from tissues and single-cells, and applies them to cancer and aging related biological questions

본 연구실에서는 어떻게 다양한 환경 자극이 개체에서 인지되는지, 그리고 그러한 환경 자극에 의해 활성화 될 수 있는 조직-면역 상호작용 회로 (Tissue - Immune circuit)을 규명하고, 활성화된 회로에 의해 어떻게 개체의 생물학적 기능이 변화하는지를 연구합니다.