The mystery of how cancers build up resistance mechanisms and evade the treatments that should have destroyed them is a ...

Free radicals are unstable atoms that can cause damage to cells. Learn how they affect the body and how antioxidants may help here.

In an email, Xu says the paper started with a serendipitous discovery made while he and his teammates were investigating supramolecular host-guest chemistry using phenothiazine radical cations.

The new method uses the same light-activated chemistry, but the glycosyl radical is generated from a redox-active thioglycoside that can be created in one easy step from the natural sugar, as ...

The story of TimeSplitters Next and Free Radical Design 2.0 Steve Ellis, the two times founder of Free Radical Design, takes us through the return of TimeSplitters that never was ...

Publisher Deep Silver, which is owned by Embracer Group, announced the reformation of TimeSplitters developer Free Radical Design to create a new entry in the series back in 2021.

Free Radical Design, the TimeSplitters studio that was reformed in 2021 to create a new entry in the franchise, reportedly faces a potential shutdown in December 2023.

Keywords: humic acid (HA), persulfate activation, fluorene, free radicals, degradation mechanism Citation: Li H, Liao X, Li Y, Liu Q and Luo J (2022) Insight into the degradation mechanism of fluorene ...

Scientists have discovered how naturally occurring but unstable molecules, known as free radicals, can control the fundamental process of cell division, which, when it goes wrong, can lead to ...

In the new study, the researchers show that hydrogen peroxide, a reactive oxygen molecule derived from free radicals containing oxygen, activates a key protein – cyclin-dependent kinase 2 or CDK2 – ...

Physiology, Pathological, Free radicals (Chemistry), Biochemistry, Histology, Pathology, Free Radicals, Physiopathologie, Radicaux libres (Chimie), Biochimie, Histologie, biochemistry, Freies Radikal, ...

Free radicals are waste products of normal metabolism. Cellular mechanisms are usually in place to make sure they do not pile up. This is because the reactive oxygen molecules cause oxidative stress.