Healing chronic wounds: UH Mānoa scientists lead innovation
The initiative focuses on using cutting-edge protein science to develop an enzyme-based therapeutic designed to accelerate the healing process of chronic wounds.
The initiative focuses on using cutting-edge protein science to develop an enzyme-based therapeutic designed to accelerate the healing process of chronic wounds.
Plastic pollution is a critical issue in Hawaiʻi because of its location in the North Pacific Subtropical Gyre.
The instrument contributes to cutting-edge scientific research that can lead to advances in high-tech industries, medical imaging and renewable energy.
This research ties into the larger effort by UH Mānoa researchers and their collaborators to address climate challenges through a $26 million project to develop sustainable refrigerant technologies.
The “Fish Pono: Save Our Reefs” program aims to stem the tide of coral degradation caused by coastal pollution and ocean warming by saving fishes that save corals.
These rankings are among the most recognized global assessments of academic and research excellence.
This work could lead to smarter, more energy-efficient technologies and a better understanding of how to handle uncertainty in decision-making.
The free open-source software enables teams to collaborate seamlessly across devices while integrating AI capabilities.
The stations fill a critical 162-degree gap in the global neutron monitor network between Mexico and Thailand.
The 25-year, no-cost lease grants UH Mānoa’s Pacific Cooperative Studies Unit use of a former dog pound site in Hanapēpē.