Spin trapping reagents stabilize these molecules so that they may be studied properly in ESR spectroscopy. One molecule that interacts with these types of molecules is a tripeptide that includes a reactive sulfhydryl group and is oxidized during the reaction. The namesake dismutase of one of these molecules disassociates it into hydrogen peroxide and oxygen, and other molecules that degrade these mitogenic molecules in cells include vitamins E and C. Notable examples of these include the superoxide anion, and antioxidants prevent the formation of these molecules. For 10 points, name these molecules that are characterized by having an unpaired
Spin trapping reagents stabilize these molecules so that they may be studied properly in ESR spectroscopy. One molecule that interacts with these types of molecules is a tripeptide that includes a reactive sulfhydryl group and is oxidized during the reaction. The namesake dismutase of one of these molecules disassociates it into hydrogen peroxide and oxygen, and other molecules that degrade these mitogenic molecules in cells include vitamins E and C. Notable examples of these include the superoxide anion, and antioxidants prevent the formation of these molecules. For 10 points, name these molecules that are characterized by having an unpaired electron.
Spin trapping reagents stabilize these molecules so that they may be studied properly in ESR spectroscopy.
{free radicals} [prompt on {oxidizing molecules} at any point]