Company Filing History:
Years Active: 2017
Title: **Innovative Insights of Inventor Nam Ki Lee**
Introduction
Nam Ki Lee is an innovative inventor based in Gyeongsangbuk-do, South Korea. With a unique approach to scientific research, he holds a patent that contributes significantly to the field of membrane protein analysis. His work focuses on developing methods that enhance our understanding of cellular mechanisms.
Latest Patents
Nam Ki Lee holds a patent for a "Method of Analyzing Binding Aspect of Membrane Protein in a Living Cell." This invention provides a comprehensive method for analyzing the binding patterns of membrane proteins within living cells. By enabling accurate, sensitive, and rapid analysis without the need for tagging ligands, the method allows for direct measurement of the interaction between target membrane proteins and candidate substances. The implications of this patent are vast, paving the way for applications in determining dissociation constants, studying mutants, complex formation, and signal transduction. Furthermore, it holds promise for discovering previously unidentified membrane proteins and their respective binding partners.
Career Highlights
Nam Ki Lee is associated with the POSTECH Academy-Industry Foundation, a prominent institution known for fostering collaboration between academia and industry. His role there allows him to engage in impactful research that bridges theoretical studies with practical applications in the field of biotechnology.
Collaborations
Throughout his research career, Nam Ki Lee has collaborated with esteemed colleagues such as Sung Ho Ryu and Dohyeon Kim. Their collective efforts contribute to advancing the knowledge and application of membrane protein studies, ultimately striving for breakthroughs that can be translated into real-world biotechnological solutions.
Conclusion
In summary, Nam Ki Lee is an accomplished inventor whose patent on analyzing membrane protein binding represents a significant advancement in the field of cellular biology. His work is characterized by innovation and collaboration, marking him as a significant contributor to ongoing research and discoveries in membrane protein science.