Bio-interface

Even in our age of modern medicine, there is no medical adhesive in the world that can be used safely and effectively in our bodies. Our project aims to develop new adhesive technology with excellent adhesive properties and biocompatibility for the purpose of stably adhering tissues and devices to wet surfaces of the body without causing complications. By applying this to various fields such as tissue reconstruction, bioelectronics, and drug delivery, it is expected to contribute to (i) reducing tissue damage and surgical discomfort by replacing sutures, (ii) increasing reconstruction and drug delivery efficiency, (iii) improving accuracy in bio-signal data collection from the body, and (iv) enhancing the stability of bioelectrical stimulation.

Even with advancements in biomedical technology, the foreign body response remains a significant challenge in implantable medical devices. Our project focuses on developing an innovative anti-fibrotic interface that minimizes immune reactions and fibrosis at the tissue-device interface. By engineering biocompatible materials that seamlessly integrate with the surrounding tissue, we aim to: (i) enhance the longevity and performance of implantable devices, (ii) reduce complications such as chronic inflammation and scarring, (iii) improve the precision and reliability of bio-signal monitoring, and (iv) create new opportunities for applications in regenerative medicine, bioelectronics, and drug delivery systems. Through these advancements, we strive to address critical barriers in the field of translational medicine and improve patient outcomes.