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. The advances were presented at FAPESP Week London.
The research analyzed tumor samples from over a thousand patients treated in Brazil’s national public health system.
Recently published studies led by Brazilian scientists indicate an extension of the dry season from four to six months and an increase in the water deficit of more than 150 millimeters. These studies serve as a warning for 2026 and 2027, when a “super El Niño” is forecast.
During FAPESP Week London, expert Fernando Landgraf pointed out that, beyond its mineral potential, the country must master the stages of refining and producing inputs that are globally contested by the United States and China.
At the opening of FAPESP Week, participants celebrated the impact of bilateral cooperation and highlighted artificial intelligence and biotechnology as priority areas for the future.
The experimental technology, developed at an Applied Research Center at the State University of Campinas, is already accurate in over 80% of analyses. The research was presented during FAPESP Week London.
The project, which was presented during FAPESP Week London, will use 3D laser scanning to create a digital model of the renovated building and establish an information management system for preventive maintenance.
The Foundation is promoting the FAPESP Week symposium in England for the third time, with the aim of consolidating and expanding partnerships in strategic areas such as energy transition and artificial intelligence.
With pomegranate peel extract and simvastatin, the product proved effective in combating the infection, inflammation, and periodontal tissue loss caused by the disease.
Work supported by FAPESP is the result of an initiative by the Brazilian Soil Health Partnership, the Center for Carbon Research in Tropical Agriculture, and the Luiz de Queiroz Agricultural Studies Foundation.
Computational tools were used to analyze the genetic material of 6,165 samples from 149 different types of Salmonella enterica subspecies
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