Location History:
- Tokyo-to, JP (2020 - 2022)
- Bunkyo-ku, JP (2019 - 2023)
Company Filing History:
5 out of 47 
5 out of 1,290 
2 out of 988 
Years Active: 2019-2023
Title: The Innovative Work of Kyoko Kawamoto in Cell Temperature Sensing
Introduction
Kyoko Kawamoto, an esteemed inventor based in Bunkyo-ku, Japan, has made significant contributions in the field of biotechnology. With a total of five patents, Kawamoto has focused on innovations that enhance the understanding and manipulation of cellular processes.
Latest Patents
Kawamoto's recent inventions include a groundbreaking temperature-sensitive fluorescent probe designed for introduction into cells. This method utilizes a copolymer that combines thermoresponsive and fluorescent units, allowing for the measurement of intracellular temperature. The cationic group within the copolymer facilitates its entry into cells, eliminating the need for specialized delivery methods. Another noteworthy patent is the development of an intracellular delivery vehicle that features a positively charged surface. This vehicle encapsulates desired components or compounds, enabling their seamless introduction into cells while maintaining cell proliferation.
Career Highlights
Kyoko Kawamoto has collaborated with notable organizations, including Kirin Holdings Kabushiki Kaisha and The University of Tokyo, where she has leveraged her expertise to advance her research. Her career spans various significant projects, positioning her as a key player in her field.
Collaborations
Throughout her professional journey, Kawamoto has worked alongside talented colleagues such as Toshikazu Tsuji and Kumiko Ikado. Their collaborative efforts have further enriched the innovation landscape, contributing to advancements in biotechnology and cellular research.
Conclusion
Kyoko Kawamoto's contributions to the field of biotechnology serve as a testament to the power of innovation in scientific research. Her patents are paving the way for new methods of intracellular temperature measurement and delivery, enhancing our understanding of cellular dynamics. As she continues to push the boundaries of innovation, her work inspires future generations of inventors in the science community.