Peptide developed in Brazil is capable of binding to the blood-brain barrier that protects the central nervous system and could help create novel imaging tests to diagnose Alzheimer’s and Parkinson’s.
Organizations in the Asia-Pacific region are developing ways to make grant approval procedures more transparent and to encourage young researchers to follow a long-term career in science.
Research funding agencies should not confine themselves to conventional means of communication if they want to reach the younger generation, says ERC President Jean-Pierre Bourguignon.
Theoretical paper published in Monthly Notices of the Royal Astronomical Society proposes an explanation for the dynamics of the ring around Haumea, a dwarf planet located beyond Pluto’s orbit.
US economist and sustainability expert Jeffrey Sachs stressed the need to integrate science, engineering and public policy in a video address to the annual meeting of the Global Research Council in São Paulo.
Reservoir cascade steadily improves water transparency by retaining matter in suspension that affects light absorption, as measured by a study conducted in Brazil.
Researchers and heads of funding agencies from several countries highlight ways and means of fostering large-scale long-term scientific collaborations in Latin America.
Large-scale science facilities set to come on stream in Latin America in the years ahead can help scientists in the region take the lead and enhance the impact of their research.
Analysis of 31 partnered research programmes conducted by nine funding agencies is presented to 8th Annual Meeting of Global Research Council in São Paulo.
Peter Strohschneider (DFG/Germany) stresses that funding agencies represented by the Global Research Council should contribute to an international system that supports free, open, productive, and impactful research.
Representatives of several initiatives that support the movement for open access and seek to revolutionize the academic publishing system meet in São Paulo and announce a statement of principles.
The Center for Research in Optics and Photonics, supported by FAPESP, has developed a device for the noninvasive treatment of nonmelanoma skin cancer, the most frequent type worldwide.
The results of a project involving Brazilian and British researchers show that integrated crop-livestock-pasture systems improve soil quality, increase cattle yields and benefit the environment.
Survey covering 163 municipalities showed that toothache, bleeding and periodontal disease affected 50.57% of respondents, a proportion considered high by specialists.
Present in the most aggressive cases of a disease known as SPTCL and accounting for 60% of all cases, these mutations make the immune system attack the organism instead of protecting it.
A genetic and computational analysis of birds suggests that the Andean and Atlantic tropical forests, which are now almost a thousand kilometers apart, were connected via the Cerrado in the distant past.
Although artisanal mining has declined in the region, it continues to account for high levels of mercury in the largest tributary of the Amazon, according to a study supported by FAPESP’s SPRINT program.
Graduate students and researchers from any country have until April 24 to apply for a place at the event, which is supported by FAPESP and will take place in São Paulo, Brazil.
Novel therapy developed in Israel uses a laser-activated photosensitizing drug to attack early-stage prostate cancer, according to a presentation delivered to an international event on biophotonics supported by FAPESP.
Brazilian researchers have identified robust signs of the existence of a giant object in the Cygnus constellation orbiting a binary system of a live star and a white dwarf.
A long noncoding RNA protects cancer cells and increases their proliferation. The discovery could lead to treatment for drug-resistant types of melanoma.
Survey by researchers in 16 countries is published in Science. Authors say chytrid fungus is responsible for heaviest biodiversity loss ever caused by a single pathogen.
Description of genes involved in sugarcane root cell separation could lead to the development of varieties with softened cell walls similar to those of papaya, boosting the production of second-generation ethanol.