Located in the Cerrado biome, these regions can store up to 1,200 tons of carbon per hectare – about six times the average tropical rainforest biomass storage.
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.
Using AI modeling fed with experimentally validated data, researchers at the University of São Paulo predict the simultaneous impact of high temperatures, drought, and increased CO₂.
Researchers suggest that there are at least four frog phenotypes representing stages in their evolution in the sequestration of alkaloids, which are toxins found in insects and used by some lineages of anuran amphibians to combat predators and pathogens.
An experiment conducted at the Federal University of São Paulo showed that only a fraction of copper and magnesium present in Brazil nuts and cashews is rendered available by the human body.
In an experiment, the Ac2-26 peptide protected neurons from cell death, which is characteristic of the condition. The study also demonstrated differences in disease progression and protection between males and females.
Autonomous learning technology developed by a FAPESP-supported startup filters out irrelevant images and reduces human error in surveillance.
Encapsulating Beauveria bassiana in a biopolymer made of cellulose and aluminum increased the viability of the fungus from 69% to 85% after five months of storage, providing a more sustainable alternative that releases the bioinsecticide over an extended period and reduces the need for new applications.
The initiative, supported by FAPESP, aims to map genes associated with rare hereditary diseases to create “risk calculators” based on the diversity of the Brazilian population.
A study presented at FAPESP Week London used genetic sequencing of Brazil nut trees to understand how ecosystems recover after millennia of human management.
Autonomous learning technology developed by a FAPESP-supported startup filters out irrelevant images and reduces human error in surveillance.