Startups were selected to participate in FAPESP Week through a call for proposals from the Innovative Research in Small Businesses Program, launched in April; the focus on innovation should be maintained in future editions of the event.
The process, developed by Brazilian and Spanish scientists, obtains anthocyanin from fruit processing waste with a higher yield than the usual method.
Supported by FAPESP, Shell, the Technological Research Institute (IPT) and the University of São Paulo (USP), this Applied Research Center will investigate technologies that promote decarbonization and optimization of deep-sea oil and gas operations, contributing to the future of the offshore industry.
The aim is to extend and diversify the sources of funding for deep techs supported by the Innovative Research in Small Business Program.
Innovation stems from a project on gas turbines conducted at the Engineering School and could make the use of CPAP more comfortable.
A startup supported by FAPESP is developing a fertilizer that extends the shelf life of roses and keeps them healthy.
A startup supported by FAPESP is using AI to detect chronic diseases by analyzing ordinary blood tests.
Experiment with the semiconductor silver phosphate revealed an unprecedented mechanism for the formation of reactive oxygen species – toxic molecules that can cause the death of pathogens.
A startup supported by FAPESP is developing a system to assure the proper use of elements capable of guaranteeing structural integrity at high temperatures while reducing heat transfer from machinery and equipment to the environment.
A study supported by FAPESP produced films comprising polyaniline nanostructures with a carbon nanotube underlayer.
A startup supported by FAPESP is developing a methodology that will give oncologists more precise information to help them choose the best therapeutic approach.
Today’s key issues, such as artificial intelligence, climate change, cancer and Brazilian institutions, will be the focus of inter-institutional and multidisciplinary teaching and research; the new organization gives groups more autonomy and agility.
Researchers at a startup supported by FAPESP have developed a material that mimics conditions in the uterus and could result in a 32% rise in bovine embryo production.
In an experiment resulting from collaboration between two FAPESP-supported research centers, a material was modified for use in solar-driven water splitting to produce hydrogen.
Results show that oral fluid bacteria differ from fecal and environmental bacteria. Identification of these microorganisms can help diagnose infectious diseases and improve pork production.
BioDecision has developed a methodology that combines RNA sequencing and big data to offer the pharmaceutical industry molecular targets of interest for treatment of the disease.
Director of the Institute of Mathematical and Computer Sciences at the University of São Paulo collaborates with work developed in the UK to guide governments.
The firm is supported by FAPESP and is developing an autonomous helicopter capable of spraying crops on steep hillsides.
A Brazilian startup supported by FAPESP is developing a solution to detect a biomolecule linked to the presence of migratory oral cancer cells.
Investigators affiliated with two FAPESP-supported research centers conducted an experiment using actual effluent from the textile industry. The results are detailed in the journal Chemosphere.
The device was developed at the University of São Paulo and can be used for self-monitoring of micronutrients, assistance with personalized diets, and prevention of deficiencies and toxicity.
A startup supported by FAPESP is developing a platform that will enable local production of enzymes to act as catalysts for chemical reactions.
The work makes it possible to tell the story of the fusion of genomes that gave rise to the world’s most consumed species, as well as identifying genes responsible for resistance to rust and other diseases.
Researchers supported by FAPESP have created a drug using antibodies for direct application to the skin.
The researchers trained computer vision models to identify Brazilian mammals must susceptible to roadkill in real time and are partnering with toll road operators to test the system in real-world situations.
