We develop and sell therapeutic drugs and skin care cosmetics, focusing on drug transdermal absorption technology that can absorb both water-soluble and hydrophobic compounds of large molecular weight. In particular, in joint research with Kobe University, we found that carbon dioxide transdermal absorption has an increase and activation effect on mitochondria, and it has been revealed that it can safely increase muscle strength, promote healing of wounds/fractures, and inhibit scarring, partial weight loss by promoting fat metabolism, and induce apoptosis in cancer cells. Some products are on the market not only in Japan but also in other countries.
Development of small-molecule therapeutics targeting RNA.
Solaris Bio revolutionizes regenerative medicine by integrating proprietary Animal-Origin-Free (AOF) formulation designs with advanced cell protection expertise. Centered on our "Organic Solvent-Free Cryopreservation Solution," which boasts the highest safety standards, we offer comprehensive cell manufacturing solutions, including world-class growth media. Leveraging innovative R&D and quality verified by the Certificate of Material Eligibility, we simultaneously enhance cell product efficacy and reduce costs, powerfully accelerating the social implementation of next-generation healthcare.
We sell ceramic filter columns for the purification and high-purity refinement of fine chemicals, including pharmaceuticals. Our columns are used from chemical and pharmaceutical research through to manufacturing, delivering approximately five times the separation performance of conventional products to improve target-compound purity. They are reusable, enabling significant cost reduction, and can be deployed immediately by simply replacing existing disposable cartridges on current equipment. From Kyoto, we provide high-performance, environmentally responsible, and cost-effective purification technology to customers worldwide.
We provide contract analysis services utilizing mass spectrometry imaging. This technology enables visualization of “where, what components, and how much.” It is applicable to pharmacokinetic studies, cosmetic development, and various other fields.