Our laboratory pioneers drug synthesis, medical device design, and biomaterial development — advancing protein/peptide oral delivery systems and novel drug delivery platforms for next-generation medicine.
The Integrated Research Lab for Medicinal Nano and Life Science at Inha University College of Medicine has been at the forefront of biomedical innovation for over two decades. Our interdisciplinary team brings together expertise in pharmaceutical science, materials engineering, and clinical medicine to develop breakthrough therapeutic solutions.
We specialize in designing advanced drug delivery systems that overcome the limitations of conventional treatments. From nano-scale carriers that target specific tissues to bio-adhesive hydrogels that revolutionize wound care, our research translates fundamental science into tangible medical impact.
Guided by a commitment to patient-centered innovation, we collaborate with clinical partners, industry leaders, and international research institutions to accelerate the journey from laboratory discovery to bedside application.
Learn MoreCancer vaccines, organelle-targeting technology, and intelligent polymer nanoparticles for sequential release of gene therapeutics and chemotherapeutics in the tumor microenvironment.
Utilizing space-accelerated aging environments for anti-aging target discovery and drug screening for neurodegenerative and muscular diseases. Countermeasures against space radiation.
Stimuli-responsive polymer-coated implantable devices that release drugs on-demand via ultrasound, magnetic fields, or light for targeted cancer therapy.
Our three core research programs tackle critical challenges in drug delivery, biomaterials, and therapeutic innovation.
Cancer vaccines for immunotherapy resistance, organelle-targeting for mitochondrial re-engineering, and intelligent polymer nanoparticles for sequential release in the tumor microenvironment.
Leveraging space-accelerated aging for anti-aging target discovery and drug screening for neurodegenerative and muscular diseases. Countermeasures against space radiation.
Implantable devices with polymer coatings that release drugs on-demand via ultrasound, magnetic fields, or light. Image-guided probes for liver, biliary, and pancreatic cancers.