Developed by startup In Situ from stem cells and a hydrogel, the product is bioprinted and placed lightly on the skin.
Non-invasive method uses samples of saliva or other body fluids. The diagnosis can be obtained by means of computational techniques for visualizing data and machine learning.
The platform holds more than 50 million datasets from 800,000 patients in Brazil and has registered some 4,000 downloads by users in 36 countries.
Packaging paper and corrugated cardboard eliminate 99.99% of viral particles in up to 10 minutes of contact.
A solution developed by a startup based in São Paulo state combines fungicidal action and delayed ripening. The researchers who founded the startup took part in the 17th edition of the PIPE High-Tech Entrepreneurial Training Program.
Researchers have completed the first stage of a technical study on the creation of environments designed to foster the development of innovative solutions and creativity in the cities of São Paulo and Campinas.
The system, developed by a startup supported by FAPESP, in partnership with researchers at the University of Campinas, helps plantation managers choose the optimal time to harvest the crop.
Hybrid material made from magnetite nanoparticles sticks to contaminants and can be removed from water by a magnet. The technique can be adapted for use in removing synthetic dyes, drugs, hormones and pesticides.
With support from FAPESP via its program to fund innovative research, the startup has developed a rejuvenating serum based on bioactives obtained from sweet wormwood, a plant used in traditional Chinese medicine.
Inexpensive test is non-invasive and based on detection of bladder cancer biomarkers in urine.
Machines designed and prototyped by Setup Automação with PIPE-FAPESP’s support could come to market costing 25% less than currently available devices.
Resonant-tunneling diodes are used in high-frequency oscillators, wave emitters and detectors, logic gates, photodetectors, and optoelectronic circuits. The study was a collaboration between Brazilian and German researchers.
By means of specific biomarkers, a diagnostic test developed by the Brazilian startup Onkos shows whether a lump in the gland is benign or malignant, reducing the risk of unnecessary surgery.
The platform developed by researchers from Brazil and Chile lets users view geolocation of cases, deaths and vaccinations over time.
A method created in Brazil by the Human Genome and Stem Cell Research Center could be used for large-scale production of livers for transplantation.
Extracorporeal membrane oxygenation (ECMO) can keep patients alive until the disease recedes.
Luciferin-luciferase system developed in collaboration with Japanese researchers produces brighter and longer-lasting far red light. The innovation can be used to image cells and tissues for diagnosis and biomedical research.
The technology uses ultraviolet-C, which can inactivate the novel coronavirus. Startup BioLambda was supported by FAPESP and partnered with the Albert Einstein Jewish-Brazilian Hospital in São Paulo.
Brazilian researchers tested the capacity of different materials to produce sensors for the detection of PCA3, a gene that is overexpressed in prostate cancer. The technique can also be used to diagnose infectious diseases, including COVID-19.
Study conducted at University of Campinas in collaboration with University of Michigan explains nanoscale physics of this manmade material in article published in Science Advances.
Agricultural residues already produce 25% of the electricity used by households in the state. The proportion could jump to 70%, according to researchers who took part in an online seminar on the topic.
Operating in the São José dos Campos Technology Park, Autaza’s RIC has an optical system for automotive paint quality inspection using computer vision and artificial intelligence.
Study by researchers at the University of Campinas published in Physical Review Letters discusses both light dispersion by vibrations inside the device and light dissipation to the exterior, an aspect rarely studied hitherto.
According to a paper by Brazilian researchers published in Nano Today, the spatial arrangement of proteins on the surface of SARS-CoV-2 assures highly efficient interaction with target receptors on human cells.
Filaments made of polymer-coated iron oxide nanoparticles are obtained by exposing the material to a magnetic field under controlled temperature. The applications are myriad and include transporting substances into cells or directing fluids.
