The 2025 Nobel Prize in Chemistry has been awarded for a versatile technology that can be used for an astonishing variety of ...

Researchers at UBC Okanagan have uncovered how plants produce mitraphylline, a rare natural compound that may help fight ...

Compounds emitted by trees, diterpenes, could have a previously unconsidered impact on the formation of particles in the ...

Discover malassezin, the fungus-derived ingredient dermatologists say could revolutionize dark spot treatment—gentle, ...

Researchers have cracked the code behind how plants make mitraphylline, a rare cancer-fighting molecule. Their discovery of two critical enzymes explains how nature builds complex spiro-shaped ...

The development of new compounds and novel ways of storing energy are some of the research fields commentators say could be ...

Northwestern University professor Hande Ozdinler is hoping to change how ALS is treated, saying the disease is too complex ...

By trapping different molecules, metal-organic frameworks could make for efficient breath sensors that predict lung disease, ...

The chemistry functions like Hermione Granger's handbag in the Harry Potter books, which appears small on the outside but is ...

These are not miracles. They are metal–organic frameworks (MOFs)—engineered materials so revolutionary that the Royal Swedish Academy of Sciences has awarded the 2025 Nobel Prize in Chemistry to the ...

This year’s Nobel Prize-winning chemists designed porous materials that can pull water from the desert air, capture carbon dioxide from factories, and scoop pollution out of water.

University of California, Berkeley scientist Omar M. Yaghi shares Nobel Prize in chemistry for “groundbreaking discoveries" ...