Not exact matches
This increases mouse life span, presumably by soaking up some portion of the
free radicals produced by mitochondria
before they can cause
damage.
This means they can destroy
free radicals in the body
before they cause
damage to healthy cells.
As we've discussed
before, certain foods — particularly those rich in antioxidants and / or with potent anti-inflammatory properties — help protect the skin from the
free radical damage caused by UV rays.
Glutathione is the key player in disarming these
free radicals and cleaning up any mess they make
before lasting
damage occurs.
«Antioxidants are molecules which can safely interact with
free radicals and terminate the chain reaction
before vital molecules are
damaged.
As a result, Nrf2 supports detoxification of chemicals and activates the antioxidant defense system via GST, NQO1, and HO - 1 to disarm
free radicals before causing any
damage.
As an antioxidant, lipoic acid scavenges highly reactive «
free radical» compounds and neutralizes them
before they can inflict
damage to tissues and structures throughout the body, notably cell membranes, DNA and proteins.
Between our environment and diet, they will be exposed to much more
damaging free radicals over their lifetime than any generation
before.
The detoxification steps also overlap with mechanisms to disarm
free radicals before they can
damage our cells and mutate our DNA, leading to cancer.
Antioxidants neutralize
free radicals before they have the chance to
damage the body.
These
free radicals cause oxidative
damage throughout the body, but antioxidants neutralise them
before they can do
damage, thus making them an anti aging superstar.
Antioxidants are molecules which can interact with
free radicals and terminate the chain reaction
before vital molecules are
damaged.
Anti-oxidants catch inflammation
before it happens by neutralizing inflammation - casing
free -
radicals in the body
before they cause
damage to cells.
As an antioxidant, vitamin E neutralizes
free radicals before they
damage or kill fat cells.
As mentioned
before, polyphenols have proven to be effective at reducing oxidative stress and preventing
free radical damage, both of which are associated with cardiovascular disease.
Antioxidants are helpful because they will help seek out and kill
free radicals before they can do any
damage.
Vitamin C, which is often praised for its immunity - boosting superpowers, acts as an antioxidant that can neutralize dangerous
free radicals before they have a chance to
damage or mutate body cells.
Antioxidants are able to react with
free radicals without turning into
free radicals themselves, which means that they can subdue
free radicals before they can cause cell
damage.