Retractable telescopic mast coupled to autonomous trans-stacker developed by startup Automni will read barcodes on pallet labels.
With support from FAPESP, BiDiagnostics plans to develop a methodology to detect the most prevalent and virulent species of the fungus that causes sporotrichosis. The number of notified cases in Brazil has increased 600% in the past five years.
Available online for free, polyploid mapping system developed in Brazil helps breeders of sugarcane, kiwi, blueberry, sweet potato and forages, among other crops.
Use of the composite is also being tested in manhole covers for sewers, water mains, power conduits, etc.
Larvae of a fungus gnat found in Iporanga, São Paulo State, Brazil, have bioluminescent properties previously observed only in species native to North America, New Zealand and Asia. This study paves the way for new biotech applications.
Systems that assess and train decision-making skills have been developed by a startup supported by FAPESP and tested on athletes belonging to top-tier Brazilian sports clubs. The researchers responsible say the technology can also be used in sectors such as healthcare.
USP has been chosen to partner with the new Engineering Research Center, which will start operating in 2020, with an investment of up to USD20 million in ten years.
Technology created by startup with FAPESP’s support helps customize formulations of microorganisms that promise to enhance livestock health and performance.
A system of cameras tracks eye movements, processes images and inputs them into a computer, where special software translates the data and sends commands to telemetry-controlled devices.
Brazilian tech startup develops app that will feature advanced tools for hive quality monitoring and georeferencing.
Researchers tested a material known as polyether siloxane, a flexible transparent hydrogel that can absorb large amounts of water without dissolving and is ideal for controlled-release drug delivery.
Researchers at a Research, Innovation and Dissemination Center supported by FAPESP have created a composite with antifungal properties that are 32 times greater than those of silver by irradiating a metallic tungstate with electrons and femtosecond laser light.
Developer of a bactericidal and antimicrobial solution for the increasing of product shelf life, Nanox was supported by FAPESP through its Innovative Research in Small Business Program.
Tool developed by Brazilian researchers can be used to study disease mechanisms, plant physiology and structures of large cities, among other applications.
Brazilian startup develops a solution that assures efficient management of large truck fleets, attracting customers in agribusiness and mining.
Brazilian researchers studied the feasibility of a space maneuver that could be used to change the course of satellites and even send spacecraft beyond the Solar System with less fuel.
Study conducted to test a procedure based on ionization of atmospheric air eliminates 99% of Candida albicans fungus that causes hospital-acquired infections, without generating toxic waste.
A titanium oxide nanofiber sheet was developed by a FAPESP-funded research group through electrospinning and atomic layer deposition.
Experiments performed in Brazil show that systematic eradication of plants contaminated by cowpea aphid-borne virus (CABMV) can keep orchards producing for at least 25 months and avoid annual replanting.
Theoretical findings in a study performed by researchers with FAPESP’s support and published in Scientific Reports could be exploited in the development of quantum computing.
Brazilian startup wants to supply manufacturers of chemicals and foods with bioproducts that do not harm human or animal health and are produced by sustainable industrial processes.
The virtual platform enables R&D personnel in the pharmaceutical, cosmetics, agribusiness and fine chemical industries to obtain toxicological and ecotoxicological assessments remotely without needing to have their own labs.
A system created in Brazil using cheap, biodegradable materials permits controlled release of larvicide and can be used in small amounts of water.
Study was presented to Workshop on Biopharma and Metabolomics covering research jointly funded by FAPESP and Agilent Technologies.
Brazilian researcher studied LHC experiment and found a signature highly similar to that of quark-gluon plasma in lead atom proton collision. Previous studies were based on collisions of heavy nuclei.
