A startup developing mass-producible platelet preparations using technology to generate platelets from human iPS cells. It aims to provide stable supplies to medical settings in developed and developing countries facing blood donation shortages, thereby supporting transfusion medicine.
背景 京都大学医学部附属病院血液内科（高折晃史教授）とCiRA（江藤浩之教授）のグループは、これまでに患者自身のiPS細胞由来血小板(注２)を使った臨床研究を実施してきました。この臨床研究は自家移植であり、...
背景 京都大学医学部附属病院血液内科（高折晃史教授）とCiRA（江藤浩之教授）のグループは、これまでにiPS細胞由来血小板（注２）を使った臨床研究を実施し、iPS細胞由来の血小板製剤の安全性について検証を行...
Utilizing the unique genome editing technology CRISPR-Cas3, C4U develops industrial applications to combat diseases that currently have no effective treatments.
BEL, Inc. is a deep-tech company specializing in materials science and surface engineering, focusing on the development and social implementation of advanced functional surfaces with antibacterial, antiviral, and anti-biofilm properties. The company integrates polymer science, additive manufacturing (3D printing), and surface microstructure control to create next-generation functional coatings for applications in medical devices, infrastructure, environmental systems, and marine environments. BEL actively promotes international collaboration with universities, research institutes, and industrial partners, aiming to advance materials innovation by integrating materials science with digital technologies such as data science and digital twin methodologies.
At Beef Sommelier, we provide our B-som Diagnosis with the aim of creating a world where producers can raise their ideal cattle and consumers can enjoy beef that truly matches their preferences. Our technology not only quantifies biological information from beef cattle, but also supports producers in achieving their target meat quality. By introducing a new scientific perspective that goes beyond conventional standards, we make the “unseen qualities” of beef visible and measurable. This enables consumers to clearly understand the characteristics of the beef they choose. B-som is the world’s first scientific diagnostic service that bridges the gap between producers and consumers.
We offer three core services: “Actaba” for detecting abandoned farmland, “Detaba” for estimating crop classification, and “Ninataba” for connecting farmland with people. By leveraging satellite data and land parcel information, we visualize farmland to promote effective use and sustainability. We also support environmental conservation and regenerative agriculture through soil analysis, calculation of GHG emissions and carbon removal (aligned with SBTi-FLAG), carbon credit projects, and the promotion of decarbonized agricultural materials.