4Chemistry combines domain-specific indexes, search algorithms, and AI to help chemists, students, and procurement teams find relevant content faster. Use curated filters, structure-aware search, and integrated tools to locate papers, vendors, protocols, and safety information tailored to chemistry. Part of the 4SEARCH network of topic specific search engines.
Carbon dioxide is invisible. Rock is anything but. So what happens when we turn one into the other? The earth is getting hotter, and we are well aware. According to Nasa Science, 2024 was the earth’s hottest year on record, with…
Bioengineer.org
A systematic review finds that nanoparticles conjugated with fibroblast activation protein inhibitors show strong preclinical promise for targeted cancer imaging and therapy, but safety and translation data remain limited.
We're now 40 years on from the worst nuclear disaster in history, and scientists have been analyzing radioactive particles blown out by Chornobyl to see what's left of the fuel that got scattered – and what state those particles are in. Knowing…
Bioengineer.org News Source: Bethany Barker. (October 16, 2026). Modified Electrochemical Sensors Push Detection of Drugs and Pollutants to Nanomolar Levels. Scienmag.
Bioengineer.org Hydrogen peroxide is one of the most widely used oxidizing chemicals on the planet, quietly underpinning everything from paper bleaching and textile processing to water disinfection and medical antisepsis Yet the industrial route to this ubiquitous molecule remains…
A new review from the University of Toronto charts the evolution of organosilane surface chemistry for biosensor probe attachment, from commercial aminosilane workhorses to custom antifouling linkers that dramatically reduce serum fouling and enable ultrasensitive bacterial detection in milk. Subject…
Ohio State researchers have shown that organizing crystal defects into dense, ordered networks can strengthen metal alloys and improve their high-temperature durability without changing their chemical composition.
Researchers embedded ultralong hydroxyapatite nanowires in PVDF membranes, raising forward osmosis water flux by about 70 percent while improving antifouling behavior.