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The study will analyze how the disease affects different communities in Brazil and the US based on social and demographic characteristics related to drivers of environmental vulnerability.

Based on placental cell gene expression data and computer simulations, Brazilian researchers concluded that the virus may use the placental proteins DPP4 and CTSL as an alternative point of entry into human cells.

In laboratory tests, the material inactivated 99.9% of SARS-CoV-2 in two minutes. The technology developed by the startup, which is supported by FAPESP, will be used to produce face masks and hospital apparel.

The protein, which is involved in the mechanism of the plant’s response to water and thermal stresses and to invasion by fungi, has been named DRIK1. It could help develop drought-resistant plant varieties and products that reduce losses related to climate change.

The open-access tool was developed in Brazil by researchers at the Center for Mathematical Sciences Applied to Industry to minimize the risk of shortages and overspending.

Assembled over a five-year period by the University of São Paulo’s Medicinal Chemistry Group, the material will be tested for treating infected cells. The goal of the research is to find a compound that inhibits the key enzyme in the replication of SARS-CoV-2 without affecting human cells.

The project is supported by FAPESP’s Innovative Research in Small Business Program. The firm plans to produce ELISA kits that will detect antibodies against the novel coronavirus in blood serum.

Experiments were conducted by scientists affiliated with the Center of Excellence in New Target Discovery, a research center supported by FAPESP, involving five animals with spontaneous skin tumors.

Synthetic compounds and molecules derived from natural products belonging to Brazil’s biodiversity are being screened by teams at the Center for Innovation in Biodiversity and Drug Discovery, which is supported by FAPESP.

The website developed by researchers at the University of São Paulo includes videos, illustrations, texts and posters with information on the right way to put on and take off masks, gloves, gowns and other items.

The platform contains data on 75,000 patients, 6,500 sets of outcome data, and 1.6 million clinical examinations and laboratory tests. The University of São Paulo, Fleury Group, Hospital Sírio-Libanês and Albert Einstein Jewish Hospital are participating.

Study conducted by the FAPESP-funded Center for Research on Inflammatory Diseases (CRID) shows that drug currently used to treat cystic fibrosis can help prevent complications from infection by SARS-CoV-2.

Through a project supported by FAPESP, the São Paulo-based firm Setup is developing two portable ventilators. More robust and easier to operate than standard devices, they are designed for use in ICUs and field hospitals.

In a review article published in the American Journal of Physiology, Brazilian researchers present scientific evidence on the impact of short periods of inactivity on the cardiovascular system and recommend exercise to stay fit at home during the pandemic.

A formulation could be used in patients at risk of respiratory failure to prevent their condition from deteriorating. This methodology has been used to treat HIV/AIDS by an international group of scientists led by Brazilian researchers.

Researchers at the University of Campinas tested the Brazilian immunotherapy drug OncoTherad on five patients who contracted the disease while being treated for bladder cancer. The drug attenuated the inflammation in their lungs and shortened their hospital stay.

This was the main scientific position to emerge from the online seminar “Biodiversity, climate crisis, economies and pandemics” organized with FAPESP’s support via its program focused on biodiversity.

Brazilian researchers are the only Latin American group to have had a project selected in an international request for applications by the Chan Zuckerberg Initiative. Funding of more USD 175,000 has been awarded to the study, which will be the first in Brazil to use single-cell analysis.

Study shows that São Paulo City has eight distinct urban groups in economic, social and cultural terms, making effective action against the pandemic a challenge.

Based on quantitative MRI, researchers measured cortical volume in 51,665 participants and correlated the data with genetic markers.

Hub cities far from state capitals can accelerate interiorization of the disease, according to a collaboration involving universities and the national disaster surveillance center.

Pre-clinical trial will identify the formulation and concentration capable of inducing a rapid and lasting immune response, before further development and testing.

Company supported by FAPESP is developing a smart visible and thermal spectrum imaging system to spot people with fever in schools, malls or offices.

Online application shows in real time whether the disease is spreading faster or slower in over 200 countries and helps evaluate the effectiveness of public policies aimed at containing the pandemic.

Scientists at the University of São Paulo in Brazil, in collaboration with colleagues at the University of Bath in the UK, aim to find ways of inhibiting gene exchange between fungi in order to reduce resistance to fungicide.

Brazilian researchers are developing a strategy to induce mutations in the gene that encodes ACE-2, the protein used by SARS-CoV-2 to invade human cells. The goal is to disrupt the protein’s interaction with the virus without impairing its function in the organism.

Companies and research groups can use the infrastructure at the University of São Paulo to obtain measurements and develop equipment, circuits and devices that operate at frequencies up to 110 gigahertz.

Only 13.8% of the workforce has jobs in sectors not badly hit by social isolation according to a research network set up to propose ways of improving the quality of government policies for dealing with the crisis.

A study supported by FAPESP is investigating the possibility that estrogens inhibit the progression of the disease. The goal is to find medications for the treatment of COVID-19.

Scientists affiliated with a research center supported by FAPESP set out to understand the strategies used by immune cells to combat the most severe phase of the disease.