Company Filing History:
Years Active: 2007
Title: Innovator Kyu-Hyung Han: Advancing Cell-Transduction Technologies
Introduction: Kyu-Hyung Han, based in Chuncheon-si, South Korea, is an influential inventor in the field of biotechnology. With a deep focus on improving cellular transport mechanisms, Han has successfully developed innovations that enhance the delivery of functional proteins into cells, promising advancements in medical and therapeutic applications.
Latest Patents: Han holds a patent for an "Advanced cell-transducing transport domain-target protein-transport domain fusion protein and uses thereof." This groundbreaking invention provides a fusion protein that delivers functional proteins or peptides into cells with enhanced efficiency. The innovative design features a transduction domain that consists of 6-12 amino acid residues, primarily arginine or lysine, covalently bonded to the target protein's ends. Notably, green fluorescence protein and Cu/Zn-superoxide dismutate (SOD) are utilized as the target proteins in this invention.
Career Highlights: Kyu-Hyung Han is associated with Polymer Ventures, Inc., where he continues to explore innovative solutions that leverage the potential of fusion proteins for cellular applications. His expertise and contributions are recognized within the company and the larger scientific community.
Collaborations: Throughout his career, Han has collaborated with other notable scientists, including Su-Young Choi and Jin-Seo Park. These partnerships have been essential in advancing his research and expanding the scope of his inventions.
Conclusion: Kyu-Hyung Han's pioneering work in cell-transduction technology represents a significant stride toward more effective therapies in the medical research field. His innovations are set to influence future developments in biotechnology, enhancing the way functional proteins are delivered within cellular environments. With ongoing support from Polymer Ventures, Inc., Han’s contributions will likely continue to yield promising advancements in the years to come.