Biofilm-Controlled Drug: Sensitivity Enhancer

Enhancing Antibiotic Efficacy by Regulating Electron Transfer with Redox Molecules

Rheumatoid Arthritis Therapeutics Targeting the Inflammatory Cytokine Sema4D signaling

A Novel Drug Discovery Approach Targeting a Macrophage-Derived Cytokine and Its Downstream Molecules That Induce Cartilage Destruction

Small molecule compounds that facilitate drug delivery to the brain

Hierarchical Hydrogel Substrates for Mass Culture of Mammalian Cells

Our proprietary technology for the mass production of core-shell alginate hydrogel structures, including fibers and sheets, is expected to significantly reduce production costs and enhance the efficiency of mammalian cell culture for antibody production and cell therapy

Cell Therapy for Inflammatory Bowel Disease Using Designer Cells

A novel technology that improves the microenvironment in inflammatory regions using the synthetic receptor “synNotch”, which responds to inflammatory environments.

New algorithm for cluster analysis

Reduce the number of features to 1/100th to reduce computational cost.

Highly Efficient Bio-based Production System Utilizing Rhodopsin

Introducing rhodopsin mutants into host organisms significantly enhances bioprocess productivity through light-driven ATP regenerating

Rheological property measurement technique that applies very high shear forces

Flexible and highly fixable skin dressing material to avoid “vascular pain” during treatment

Low-temperature friction stir welding (FSW) technology for joining metals without deteriorating strength