Microwave technology is entering a new phase in which quantum behavior may no longer be confined to dilution refrigerators and laboratory-scale cryogenic systems. In a...
Children with rhabdomyosarcoma whose tumours lack the genetic marker traditionally associated with the most dangerous form of the disease may nevertheless harbour cancer cells with...
Quantum simulators have long promised to reveal how complex quantum matter behaves—systems so difficult to calculate that even the most powerful conventional computers can quickly...
The International Osteoporosis Foundation (IOF) has announced a major change in the scientific leadership of Calcified Tissue International and Musculoskeletal Research, one of the field’s...
A new review in Ferroptosis and Oxidative Stress examines whether one class of compounds could suppress two interconnected forms of regulated cell death at the...
A new mRNA vaccine strategy designed to activate antitumor immunity without undermining the production of vaccine antigens has shown promising results in mouse models, according...
Plants may look wildly different from one continent to another, yet a new global analysis suggests that the world’s flowering vegetation is organized by a...
A new study in Nature Neuroscience reports that changes in the thickness of the cerebral cortex can appear at least seven years before amyloid reaches...
A new study has reported a way to push exceptional-point physics into an unusually small microwave platform, creating a deep-subwavelength plasmonic resonator that could make...
A molecular alarm system best known for detecting misplaced DNA may be helping drive obesity from inside the intestine, according to a study published in...
Ras, one of the cell’s most influential molecular switches, has become the focus of a new live-cell imaging technology designed to reveal where and when...
Chronic kidney disease has become a rapidly expanding global health threat for women, with the number of women living with the condition rising from approximately...
DNA synthesis has become one of synthetic biology’s most powerful enabling technologies—and one of its most persistent bottlenecks. Although researchers can now design entire pathways,...
Researchers in Japan have developed a molecular construction system that uses two chemically powered biomolecular machines to build interconnected DNA networks from the bottom up....
Wiley has launched a new portfolio of application programming interfaces designed to bring spectral databases, chemical-analysis algorithms, and predictive models directly into laboratory instruments, research...
