Company Filing History:
Years Active: 2001
Title: **Jyunzo Tanaka: Innovator in Guided Tissue Regeneration**
Introduction
Jyunzo Tanaka, an accomplished inventor based in Tsukuba, Japan, has made significant contributions to the field of biomedical engineering. He is particularly known for his work on absorbable barrier membranes that play a crucial role in guided tissue regeneration, a process vital for repairing damaged tissues in humans and animals alike.
Latest Patents
Jyunzo Tanaka holds a noteworthy patent for an absorbable barrier membrane designed specifically for guided tissue regeneration. This innovative membrane showcases superior characteristics such as heat stability, processability, reproducibility, storage stability, bioabsorbability, and remarkable tissue regeneration effects. The patent outlines a method for regenerating essential tissues, including the mandible and periodontal tissues, particularly focusing on defects in tubulous bones. Central to this invention is a lactic copolyester that utilizes a deactivated polymerization catalyst as its key component, enhancing the membrane's efficiency and application in medical procedures.
Career Highlights
Tanaka serves as the Director-General of the National Institute for Research in Organic Materials, where he leads cutting-edge research initiatives in organic materials, furthering advancements in tissue regeneration and related biomedical fields. His work is pivotal not just for practical applications in medicine but also for pioneering research that forms the foundation of future innovations.
Collaborations
Throughout his career, Jyunzo Tanaka has collaborated with noted colleagues such as Toshiki Shikata and Yasutoshi Kakizawa. These partnerships have been instrumental in driving the progress of research projects and enhancing the scope of innovative solutions in the realm of organic materials and biomedical applications.
Conclusion
Jyunzo Tanaka's contributions to the field of guided tissue regeneration through his innovative inventions and collaborations underscore his importance as an inventor. His dedication to advancing medical technology through research continues to impact the sphere of tissue regeneration and set a standard for future innovations within the industry.