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In a development that promises to reshape how plant scientists assess one of the world’s most important cereal crops, researchers ...

In a development that could reshape how the construction industry handles one of mining’s most stubborn waste streams, researchers in ...

Atherosclerosis, the slow silent narrowing of the arteries that underlies most heart attacks and strokes, has long been understood as ...

In the race to build better supercapacitors, one of the most decisive factors is not the chemical identity of an ...

Glaucoma surgeons have long known that the same operation can produce strikingly different results from one patient to the next, ...

For people living with type 1 diabetes, the promise of continuous glucose monitoring (CGM) technology has long been heralded as ...

Artificial intelligence has learned to taste, or at least to predict what a molecule will taste like, with remarkable accuracy. ...

Spinal cord injury is one of the most life-altering events in medicine, and for decades the clinical conversation around it ...

Microwave hyperthermia—the controlled heating of tumors to temperatures that weaken or kill cancer cells—has long promised a non-invasive alternative to ...

Toxic gases such as ammonia and nitrogen dioxide are among the most pervasive hazards in industrial workplaces, agricultural facilities, and ...

In a development that could reshape how the world’s most delicate heart operations are planned, researchers have shown that fusing ...

Cognitive decline may be an inevitable companion of aging, but a sweeping new study from China suggests that the protective ...

A new real-world study from Turkey suggests that when patients with diffuse large B-cell lymphoma develop low antibody levels may ...

The vast, unbroken forests of Siberia—among the last great wildernesses on Earth—are being quietly carved apart by roads. According to ...

In a development that could reshape how engineers harvest waste heat, a team of researchers has demonstrated a powerful new ...

Graphs are everywhere in modern science: citation networks, protein interaction maps, social platforms, e-commerce co-purchase structures, and knowledge graphs powering ...

A team of computer scientists in Xi’an, China, has developed a deep learning model that predicts which microRNAs are linked ...

A machine learning model developed by researchers in China may soon help surgeons answer one of the most persistent questions ...

High-entropy alloys have long been celebrated for defying the rules of conventional metallurgy, but one of their most compelling applications ...

Colloidal quantum dots have earned their place at the center of modern nanotechnology, powering everything from television displays to solar ...