1. Brain Tumor Treatment Platform

Our lab is developing an advanced drug delivery system based on ultrasound-responsive microbubbles to address brain diseases that are difficult to treat with conventional methods. By encapsulating drugs inside microbubbles, we can precisely release them at target locations using high-intensity focused ultrasound (HIFU), overcoming the blood-brain barrier. This technology holds promise for delivering chemotherapy locally, minimizing side effects, and enhancing treatment efficiency. We are also working on combining this approach with theranostics to offer both diagnostic and therapeutic benefits.

2. Nanofiber Drug Delivery

Using electrospinning technology, we create smart drug delivery systems (DDS) with nanofibers. These fibers can encapsulate drugs, nano-materials, and bioactive components, offering controlled release in response to external stimuli. We are developing heat-responsive DDS using gold nanorods to selectively release drugs at targeted sites, such as cancer tissues, minimizing side effects. This technology is applicable in various forms, including therapeutic patches and drug release films.

3. Friction 

We are researching advanced low-friction composite materials for industrial applications, especially in environments where lubrication is challenging. Our work focuses on PFAS-free materials that replace PTFE, improving durability and friction reduction. Collaborating with Hyundai’s Namyang Research Institute, we are developing high-performance materials for automotive bearings and sliding components, with real-world applications in mind. 

4. Chlorine Dioxide Nanobubbles

Our lab is developing a high-stability chlorine dioxide (ClO₂) nanobubble system for applications in environmental, health, and medical fields. This platform combines strong sterilization power and stability, offering promising potential in diverse sectors. Further details will be released upon patent approval. 

5. Nanobubble Cosmetics

We are advancing nanobubble-based cosmetic platforms that improve the penetration of active ingredients deep into the skin. By dispersing high-concentration nanobubbles in cosmetic formulations, we enhance the delivery efficiency of water-soluble polymers and functional substances. This system has demonstrated faster and more effective absorption of active ingredients, providing improved skin hydration, elasticity, and radiance, as proven through clinical trials and SCI publications.