Research conducted at the University of São Paulo shows that changes in the prefrontal cortex caused by severe stress or trauma during adolescence may be linked to the onset of disorders such as schizophrenia and depression.
A study conducted in the Piracicaba River in the state of São Paulo, Brazil, shows that the macrophyte Salvinia auriculata can act as a sink for these contaminants, reducing bioaccumulation and genotoxicity.
After comparing data from over one million diagnosed individuals, an international consortium of researchers grouped the disorders into five major categories.
Franco-Brazilian archaeological mission conducts study of shell and earth monuments in the Lower Amazon. Initial findings were presented at the Brazil-France Forum, “Forests, Biodiversity, and Human Societies”.
The event is funded by FAPESP and aims to contribute to the training of young researchers in the fields of obesity and metabolic and cardiovascular diseases; registrations by March 31, 2026.
In an interview with Agência FAPESP, world-renowned HPV researcher Luisa Villa explains why cervical tumors still kill thousands of Brazilian women, even though they are almost entirely preventable with vaccines and screening.
Also known as hydrocorals, four species found in Brazil – three of which are endemic – have historically been overlooked in reef monitoring. Researchers report the death of 100% of the monitored colonies of one of the species studied.
Technology improved by a FAPESP-supported startup enables contactless inspection of large industrial structures with greater speed, safety, and traceability.
A subsidiary of the Federal University of São Carlos and spin-off of a FAPESP-supported center uses new materials in the synthesis of chemotherapy drugs for multiple myeloma, which could generate savings of 30% to 50% in time and investment.
It is estimated that up to 400 million people worldwide and nearly 14 million in Brazil have the chronic condition. A review by an international panel of 14 experts, including Brazilians, highlights the need to standardize diagnosis and treatment.
A group from the University of São Paulo transformed hydroxyapatite, a bioceramic material, into a nanoparticle with enhanced intrinsic luminescence.
Technology improved by a FAPESP-supported startup enables contactless inspection of large industrial structures with greater speed, safety, and traceability.