With FAPESP’s support, the flagship product developed by a Brazilian startup gains scale and is used in tissue engineering and regenerative medicine.
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.
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.
Use of composite is also being tested in manhole covers for sewers, water mains, power conduits etc.
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.
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.
Brazilian tech startup develops app that will feature advanced tools for hive quality monitoring and georeferencing.
Brazilian startup develops a solution that assures efficient management of large truck fleets, attracting customers in agribusiness and mining.
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.
Data recorded via smartphone are stored in the cloud to help diagnose sleep apnea.
Research center supported by FAPESP simplifies and cheapens the fabrication of glass-ceramic material that can be used in ocular prosthetics and dentin hypersensitivity treatment, among other applications.
Native LED technology will enable hospitals to save money and free up beds in maternity wards.
