Cells in living organisms function in an orderly manner by cooperating with surrounding cells while interacting with extracellular proteins. However, in cell culture systems, extracellular proteins are largely absent, making it difficult for cells to function properly and often causing them to exhibit physiological activities that differ from those observed in vivo. Our company conducts research on extracellular matrix proteins located outside the cell, and by applying the findings from this research to cell culture technologies, we aim to contribute to the advancement of regenerative medicine and the realization of alternatives to animal experimentation.
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.
By utilizing DNA as a functional organic material, we are developing a “DNA linker technology” that enables precise conjugation of antibodies with drugs and functional molecules, alongside related applications such as cell adhesion and enzyme-free nucleic acid detection. Our unique molecular design enhances the performance and multifunctionality of diverse materials, establishing foundational technologies for ADC drug development, 3D cell models, and diagnostic platforms. Furthermore, we expand these technologies into research support and collaborative R&D to accelerate industrial application and societal implementation.
Development of technology for assessing micronutrient intake using hair and provision of analysis services.
Integrated BioFoundry DBTL: BioFoundry (ultrahigh-speed microbial breeding) DBTL: Elementary technology utilization Scale-up process development In-house product development Intestinal microbiome model