Company Filing History:
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Years Active: 2015-2025
Title: **Chihaya Kakinuma: Innovating Living Tissue Models**
Introduction
Chihaya Kakinuma is an inventive mind hailing from Kanagawa, Japan, known for his significant contributions to the field of biomedical engineering. He holds one patent that revolutionizes the approach to living tissue modeling and evaluation of test substances. His work is crucial in advancing the understanding of vascular systems and their functionalities.
Latest Patents
Kakinuma's patent, titled "Living tissue model device, vascular wall model, vascular wall model device and method of evaluating test substance," encompasses innovative designs that include a living tissue model device with two liquid compartments separated by a cell layered body. The vascular wall model features a porous membrane structured in a honeycomb pattern, which supports a vascular endothelial cell layer on one side and a smooth muscle cell or mesenchymal stem cell layer on the opposite. These models and their applications are instrumental for researchers in assessing various test substances efficiently.
Career Highlights
Throughout his career, Kakinuma has been associated with reputable organizations such as Fujifilm Corporation and The General Hospital Corporation. His tenure at these institutions has allowed him to collaborate on cutting-edge projects that merge technology with healthcare, enhancing the development of medical devices and treatments.
Collaborations
Kakinuma has had the privilege of working alongside distinguished professionals like Koju Ito and Masafumi Nishino. This collaborative environment has fostered innovation and has led to successful advancements in tissue engineering and other biomedical fields.
Conclusion
Chihaya Kakinuma's contributions to the field of living tissue modeling showcase his dedication to advancing medical science. His innovative patent serves as a vital tool for research institutions and companies striving to improve health outcomes through better understanding of vascular systems. His work continues to inspire many in the field of biomedical engineering.