Company Filing History:
Years Active: 2008
Title: **Inventor Spotlight: Nam-In Hyung**
Introduction
Nam-In Hyung is a notable inventor based in Cheonan, South Korea, recognized for his contributions to the field of plant genetic engineering. With a focus on developing innovative solutions for transgenic plants, his work emphasizes the importance of seed-specific expression in genetic modifications.
Latest Patents
Nam-In Hyung holds a patent titled "Plant seed-specific expression promoter derived from sesame and seed-specific expression vector comprising the promoter." This innovation features a promoter derived from the sesame microsomal oleic acid desaturase (Si-FAD2) gene, which includes an intron for expression enhancement. The patent presents a seed-specific expression vector that efficiently utilizes this promoter, facilitating the development of transgenic plants capable of large-scale expression of foreign genes in a seed-specific manner. This advancement allows for the production of useful products in seeds while providing the potential for functional modifications.
Career Highlights
Nam-In Hyung is affiliated with the Korea Chungang Educational Foundation, where he has dedicated his efforts to research and development in plant biotechnology. His innovative approach has led to significant advancements in the capabilities of transgenic plants, furthering the potential for agricultural productivity and sustainability.
Collaborations
Throughout his career, Nam-In Hyung has worked alongside talented colleagues such as Mi-Chung Suh and Mi-Jung Kim. These collaborations foster an environment of creativity and innovation, enhancing the overall impact of their research and discoveries in the field of genetic engineering.
Conclusion
Nam-In Hyung continues to be a valuable contributor to the scientific community, particularly in the realm of plant biotechnology. His inventions not only reflect a deep understanding of genetic mechanisms but also align with the future of agricultural innovation, promising to enhance crop production and sustainability through advanced genetic techniques.