A research group at the University of São Paulo is producing liquid crystal nanoparticles containing therapeutic molecules that reduce inflammation in diseases such as psoriasis and vitiligo.
FAPESP-backed startup forecasts water availability from springs to support decision-making in scenarios of irregular rainfall.
Autonomous learning technology developed by a FAPESP-supported startup filters out irrelevant images and reduces human error in surveillance.
A scientific mission to the region by a FAPESP-supported RIDC shows how integrating deep tech with local knowledge can help regenerate ecosystems and produce global solutions
The U.S. space agency used a device developed by a startup supported by FAPESP to monitor the sleep patterns, physical activity, and interactions of astronauts on the Artemis 2 mission.
Analysis based on municipal data identifies seven production clusters and ten consumption clusters, highlighting the need for infrastructure to connect energy and industrial hubs.
A FAPESP-supported startup has developed its own propagation and drying method to lower the cost of an ingredient that can account for up to 30% of the price of the beverage.
Calls for proposals under the Regular Innovation Grant (RIG) program, incubator accreditation, and the PIPE Technological Journey establish an unprecedented bridge between academic research and the market.
Study shows that combining cocoa clones with different post-harvest processes can balance sensory quality and functional benefits, opening up new possibilities for chocolate production.
The Carbon Countdown initiative, with an investment of BRL 100 million through a partnership between the Center for Carbon Research in Tropical Agriculture, Shell, and Petrobras, will traverse all Brazilian biomes to collect soil and vegetation samples.
A study conducted at a hospital in São Paulo, Brazil, suggests that analyzing intracranial compliance using technology developed with support from FAPESP may reduce mortality, neurological sequelae, length of hospital stay, and readmissions.
Structures developed by a team from the University of São Paulo and the Albert Einstein Faculty can repair bone loss or malformation when combined with organic polymers.
Technology improved by a FAPESP-supported startup enables contactless inspection of large industrial structures with greater speed, safety, and traceability.
Fine-tuning the processing of perovskite-type ceramic material increases system stability and reduces costs by eliminating the need for noble metals.
Business mission aims to deepen collaboration on agricultural innovation between Canada and São Paulo startups supported by FAPESP.
