free radical

Now the presence of free radicals means we're getting old.

"We think the free radicals are doing the same thing in the brain."

In 1986, he led a major conference on the medical aspects of free radicals.

Other free radicals produced within the body are now understood to be more important.

Studies show that the brain is particularly at risk for free radical damage.

The free radical mechanism is one of the first methods to be used.

They also block the formation of free radicals in the system.

Free radicals play an important role in a number of biological processes.

They protect your body from damage caused by free radicals.

So why doesn't the body protect itself better from free radicals and live longer?

In addition, the free radicals produced can break down dead skin cells.

Under free radical conditions, the direction of the addition can be reversed.

Many experts also believe free radicals play an important role in the initiation of cancer.

Even the action of light striking the eye generates free radicals.

Free radical polymerization has many uses in research as well.

Perhaps the damage done by free radicals only begins after the aging process does.

The predominant effect here is the forming of free radicals.

This reduction is initiated with the generation of a free radical.

If these free radicals are removed, cell death can be delayed.

This results in an increased production of free radicals under illumination.

As a result, new classes of free radical are particularly interesting to chemists.

Left to their own devices, these free radicals cause tissue damage.

Light is used to create two free radicals from one diatomic species.

Health benefits: It may help control blood sugar, cholesterol, and free radical production.

But little is known about how these antioxidants, including caffeine, work against free radicals.