Company Filing History:
Years Active: 2019
Title: Eujin Um: Innovator in Microfiber Technology
Introduction
Eujin Um is a notable inventor based in Ulsan, South Korea. He has made significant contributions to the field of microfiber technology, particularly through his innovative patent related to droplet-embedded microfibers. His work has the potential to revolutionize various applications in bioengineering and tissue engineering.
Latest Patents
Eujin Um holds a patent for "Droplet-embedded microfibers, and methods and devices for preparing and using same." This invention encompasses microfluidic methods and devices that facilitate the continuous production of microfibers with embedded droplets. These droplets are aligned along the length of the fiber at specific positions, allowing for the formation of single or multiple emulsions within the fiber. The invention introduces heterogeneous microenvironments within the fiber, each with distinct solubility characteristics, permeability, and mechanical properties. Various compounds can be encapsulated in the different microcompartments of the fiber for storage and delivery applications, enhancing the multifunctionality of the fiber structure. The disclosed structures have a broad range of potential applications, including engineered substrates with controlled release profiles for tissue engineering and bioengineering applications.
Career Highlights
Eujin Um is affiliated with Princeton University, where he continues to advance his research in microfiber technology. His innovative approach to creating microfibers with embedded droplets has garnered attention in the scientific community.
Collaborations
Eujin Um has collaborated with esteemed colleagues such as Howard A. Stone and Janine K. Nunes. Their combined expertise contributes to the advancement of research in the field of microfluidics and materials science.
Conclusion
Eujin Um's contributions to microfiber technology through his innovative patent highlight his role as a leading inventor in this field. His work has the potential to impact various applications in bioengineering and tissue engineering significantly.