The body is under constant attack from oxidative stress. Oxygen in the body splits into single atoms with unpaired electrons. Electrons like to be in pairs, so these atoms, called free radicals ...

In this process the free radicals strip the electrons from other molecules. This chain reaction is omnipresent in every cell of the human body. Beyond affecting cellular regulation, it can also damage ...

it turns the stable molecule into a free radical. This can set in motion a chain reaction of free radical formation. Moses Gomberg studied analytical chemistry at the University of Michigan and ...

This initially stabilizes the free radical but generates another in the process. Soon a chain reaction begins and thousands of free radical reactions can occur within a few seconds on the primary ...

This is legitimately scary, since once free-radical damage starts, it can lead to a chain reaction that contributes to cancer and other health problems. But like a more nuanced horror-movie ...

They also, alas, can increase the amount of free radicals, or molecules with ... This metabolic pathway is a cellular chain reaction that involves a series of oxidation and reduction reactions ...

This new free radical can steal an electron from another molecule, starting a chain reaction. This process permanently changes the structure of the molecules, causing irreversible damage.

but turns the other molecule into a new free radical. The process continues in a chain reaction, damaging each molecule as it goes on. These reactions can alter the structure and function of ...

These radicals facilitated a self-sustaining chain reaction that promotes dehalogenation—the replacement of a halogen atom with a hydrogen atom—of organic halides. "The use of commodity ...