Bio-Mineralization & Regenerative Medicine
We study how organisms such as diatoms form bio-silica and bio-calcium minerals, and apply these principles to regenerative materials for bone, skin and muscle and to bio-coating design.
Designing artificial biomolecular systems, and carrying them into medicine, materials, and the environment.
Korea University, Sejong Campus
NABL designs and assembles artificial biomolecules — aptamers, nanobodies, engineered proteins and DNA nano-frames — and studies the principles behind how they work: molecular affinity, self-organization, aggregation, cohesive variability, phase behavior, and biological timing. We carry those principles into four areas: next-generation biomedicines, aging and chronobiology, bio-mineralized regenerative materials, and climate and environmental biotechnology.
We study how organisms such as diatoms form bio-silica and bio-calcium minerals, and apply these principles to regenerative materials for bone, skin and muscle and to bio-coating design.
We study how the biological clock shapes health and age-related diseases, and develop strategies to prevent, slow and reverse aging through virtual and physical AI screening, functional foods, drug repurposing and digital health.
We discover and design aptamers, nanobodies, DNA/RNA–protein conjugates and DNA nano-frames, and assemble them into bio-supramolecules and nanoclusters for next-generation biomedicines, biosensors and drug delivery systems.
We control liquid-phase behaviors of biomolecules, including biomolecular condensates, phase separation and coacervates, and develop aggregation/flocculation, microalgae and biocatalyst technologies for climate and environmental challenges.
We design biomolecules from small to large scale to create new bio-functions and bio-regulation systems at the nano-scale, extending toward artificial life.
Excellent Paper Award
Hyojik Yoon · The Korean Society of Industrial and Engineering Chemistry
Outstanding Oral Presentation Award
Hyojik Yoon · Korean Society of Water and Wastewater
Excellent Paper Award
Hyojik Yoon · Korea University
Outstanding Oral Presentation Award
Hyojik Yoon · Korean Society on Water Environment
Selected as an Outstanding R&D Research Project
Hyojik Yoon · Korea Water Resources Corporation (K-water)
Outstanding Award
Hyojik Yoon · International Young Water Professionals
Address
Industry–University Cooperation Bldg., Rooms 301, 320, 321
Korea University Sejong Campus, 2511 Sejong-ro, Sejong 30019, Republic of Korea