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.
NeuralPort is developing a technology that visualizes brain fatigue in just one minute using eye-tracking VR and AI. Aiming to enhance performance for athletes and professionals, we are also working on the scientific recreation of the "ZONE state." By visualizing and transforming brain states, we support condition management and optimal decision-making.
Our mission is to safeguard the health of people worldwide. We are an Osaka University-spun-off healthcare startup in the healthcare/preventive medicine field, developing and providing the “Blood Vessel Beauty” scope—which observes capillary blood flow from the fingertip without blood sampling—along with the capillary image analysis software ‘CAS’ and the cloud-based evaluation system “CAS-Rating.” We research the relationship between capillary data and health/disease risks, aiming to implement new health indicators and preventive medical services in society.
Salus Laboratory is a startup company established in January 2022 as a venture originating from Osaka Metropolitan University. Based on research and development of plant-derived functional materials, the company promotes the development and commercialization of multifunctional foods in the health and beauty fields. Guided by scientific evidence, we aim to create products that support cognitive health and extend healthy life expectancy. Our mission is to contribute to healthy longevity by scientifically advancing the concept of “food as medicine.”
We are developing technology to produce chemicals through microbial fermentation using renewable biomass resources as feedstock. Primarily targeting the apparel industry, we manufacture dyes and fiber raw materials via microbial fermentation, thereby contributing to reducing environmental impact. Additionally, we are actively pursuing new technological developments beyond microbial fermentation, aiming to supply environmentally conscious materials to the apparel industry by leveraging various technologies.