Examining how EU regulations on endocrine-disrupting chemicals may be sacrificing scientific rigor for precautionary measures
Discover how phosphate-solubilizing microbes transform barren soil into fertile ground through natural phosphorus liberation and ecosystem engineering.
Discover how bioorganic fertilizers are boosting vegetable yields by up to 88% while restoring soil health in Kazakhstan's arid regions.
Exploring compact hard X-ray sources that fit in university basements or hospital labs, generating ultrashort, laser-like X-ray pulses capable of capturing electrons mid-movement or identifying single cancer cells.
Explore how microheaters - miniature heating elements thinner than human hair - revolutionized COVID-19 testing and enabled rapid diagnostics through their precise temperature control and compact design.
Discover how discarded black tea leaves can effectively extract uranium from wastewater, offering an eco-friendly solution to nuclear contamination.
Exploring the highly cited methodological papers that form the scaffolding for countless scientific discoveries and technological breakthroughs.
Exploring how molecular modifications of T4 bacteriophage proteins are revolutionizing biomedicine through vaccines, targeted therapies, and biotechnological tools.
Explore the groundbreaking work of Satoru Masamune in organic chemistry and natural product synthesis that revolutionized drug discovery.
Exploring how nanoscale organization within cells dictates everything from immune responses to stem cell differentiation and its potential to revolutionize medicine.