Japan Science and Technology Agency
Japan Science and Technology Agency (JST) is a national research and development agency that designs, funds, coordinates and promotes multidisciplinary scientific research and technology development. JST administers competitive multi-year funding programs, supports research infrastructure and experimental platforms (including automated and cloud-accessible systems), issues open-science and data-management guidance, operates overseas offices to facilitate international collaboration, and runs programs for talent development, diversity in research environments, and technology translation.
Industries
Nr. of Employees
Very Large (1000+)
Japan Science and Technology Agency
Science Plaza, 5-3, Yonbancho, Chiyoda-ku, Tokyo 102-8666, Japan
Patents
Electron microscope, device for measuring electron-photon correlation, and method for measuring electron-photon correlation
US-12609273-B2
View DetailsInhibitor for V-ATPase activity, antibacterial agent, medicine, antibacterial method and screening method
US-12599588-B2
View Details
Electron microscope, device for measuring electron-photon correlation, and method for measuring electron-photon correlation
US-12609273-B2
View DetailsInhibitor for V-ATPase activity, antibacterial agent, medicine, antibacterial method and screening method
US-12599588-B2
View DetailsServices
Multi-year research funding calls and managed programs that provide financial support, program governance and progress monitoring for academic and collaborative projects.
Institutional grants and program guidance to improve research environments, support life-event accommodations, and strengthen career-continuity for researchers.
Policy documents and operational guidelines for open access to publications and for research data management, preservation and sharing for funded projects.
Operational support via overseas offices and international program design to enable joint calls, researcher exchanges and cross-border project coordination.
Multi-year research funding calls and managed programs that provide financial support, program governance and progress monitoring for academic and collaborative projects.
Institutional grants and program guidance to improve research environments, support life-event accommodations, and strengthen career-continuity for researchers.
Policy documents and operational guidelines for open access to publications and for research data management, preservation and sharing for funded projects.
Operational support via overseas offices and international program design to enable joint calls, researcher exchanges and cross-border project coordination.
Expertise Areas
- Research program design and grant administration
- Multidisciplinary program coordination and management
- Research infrastructure and experimental platform funding
- Open science policy and research data stewardship
Key Technologies
- Automated high-throughput robotic screening and integrated workflows
- Cloud-accessible experimental platforms
- Droplet microfluidics and microflow assay methods
- Single-cell proteomics and high-sensitivity molecular assays
News & Updates
ERATO project pages and an international symposium documenting a complex-systems life-science research program integrating theory and experiment.
Press release describing a new molecular design producing self-repairing supramolecular hydrogel with precise nanoscale structure.
Press release describing an automated robotic platform that integrates AI-proposed candidates for rapid experimental evaluation in protein engineering.
Press release describing a light-based process that achieves sub-micron spatial control of carbon-nanotube orientation for materials applications.
Press release describing an experimental demonstration enabled via a cloud-accessible experimental setup, illustrating remote access workflows for condensed-matter experiments.
ERATO project pages and an international symposium documenting a complex-systems life-science research program integrating theory and experiment.
Press release describing a new molecular design producing self-repairing supramolecular hydrogel with precise nanoscale structure.
Press release describing an automated robotic platform that integrates AI-proposed candidates for rapid experimental evaluation in protein engineering.
Press release describing a light-based process that achieves sub-micron spatial control of carbon-nanotube orientation for materials applications.
Press release describing an experimental demonstration enabled via a cloud-accessible experimental setup, illustrating remote access workflows for condensed-matter experiments.