
As a drug discovery venture originating from Kyoto University, we are developing RN-501, a novel boron-containing drug for boron-neutron capture therapy (BNCT), a next-generation cancer radiation therapy targeting intractable cancers. Through proprietary boron carbide nanoparticle technology and polyglycerol modification, RN-501 achieves high tumor selectivity and accumulation, along with potent cancer-killing and immune-activating effects with a single intravenous administration, overcoming the limitations of existing drugs. As Japan's first and the world's first nano-BNCT drug, we aim for early societal implementation.
RadioNano Therapeutics株式会社(本社:京都市左京区、代表取締役社長 千葉雅俊)は、先進的な研究開発で事業化を目指す企業を応援、社会課題/地域課題の解決に資する先進的な研究開発プランのサポートを通じ...
RadioNano Therapeutics株式会社(本社:京都市左京区、代表取締役社長 千葉雅俊)は、京都キャピタルパートナーズ株式会社の運営するKCAPベンチャー1号投資事業有限責任組合、中信ベンチャーキャピタル株式会社...

A startup combining genome editing with smart land-based aquaculture to breed and produce high-value fish species using local resources. It aims to revitalize the fisheries industry and stabilize food supply, while contributing to lower environmental impact and regional revitalization.

The nano-level surface structure “NanoSpike” technology, which semi-permanently inactivates microorganisms, is inspired by the microscopic structures found on cicada wings. It is a new form of “physical antimicrobial technology” that destroys bacteria and viruses without the use of chemicals. From infection control to medical care, space applications, and everyday life, it delivers safer and more sustainable solutions across a wide range of fields.

The heart is an organ upon which life itself depends. With a commitment to providing new treatment options for heart failure and saving many lives, iHeart Japan is developing regenerative medicine products using iPS cells. Our product, IHJ-301, combines cells derived from iPS cells, including cardiomyocytes and endothelial cells, with a biomaterial, enabling long-term survival following implantation onto the heart and is expected to deliver strong therapeutic efficacy. Going forward, we plan to commercialize this product in Japan and internationally, with the aim of realizing a society in which patients can be saved without heart transplantation.

Neocure prevents 30,000 children from going blind each year due to ROP using AI technology. ROP can be treated, but it is often hard to find in time. Our AI analyzes the risk for each baby, helping to prevent missed diagnoses in hospitals where there aren't enough eye specialists. By helping doctors focus on the most urgent cases, we can stop blindness caused by ROP.