What is a Free Radical Scavenger?
A free radical scavenger is a vitamin, mineral, or enzyme that is able to destroy free radicals. The term "free radical" refers to a molecule that has one or more unpaired electrons. This makes them very unstable, and they move through the bloodstream, taking electrons from other cells or giving away unpaired ones. By doing so, free radicals cause cell damage that has been linked to a host of diseases including heart disease and cancer. The role of the free radical scavenger is to hunt down these unstable molecules and destroy them before they can cause significant cell damage within the body.
The free radical scavenger is often referred to as an antioxidant. They are generally found in certain foods, primarily dark colored fruits and vegetables like blueberries. These scavengers work by preventing the oxidation process that is required in order for electrons to be passed from one cell to another. The free radical scavenger removes the cells or prevents them from oxidizing simply by being oxidized itself within a close proximity. A body without enough free radical scavengers is at greater risk for housing free radicals and for developing serious diseases later in life.
Every body has free radicals. They are a natural part of life, although some people have more than others. Factors like being overweight or smoking cigarettes may put a person at higher risk for having large numbers of free radicals. In a normal body, these unstable cells are destroyed by the immune system via white blood cells. However, the average immune system cannot destroy all free radicals without assistance. For this reason, it is highly important to eat a diet rich in foods with multiple free radical scavengers. This enhances immune function and keeps the unstable cell level at tolerable limits.
The role of the free radical scavenger is also being tested in the medical field. Various types of antioxidant treatments are being researched which may offer cures for diseases like cancer. The premise is to insert scavengers directly into the affected area, such as a tumor where millions of unstable cells have accumulated, in the hopes that high concentrations of these powerful substances will be able to target diseased cells directly. This would be more efficient at curing disease than more conventional chemical methods because healthy cells would be left intact.
Other ways in which free radical scavengers are useful within the body is in maintaining a youthful appearance and keeping skin vital. Eating antioxidant-rich foods and using lotions with added enzymes or antioxidants may help skin replenish itself more quickly. This helps to prevent wrinkles and sun damage.
Hey so a while ago this yoga retreat thing I went to, where people are somewhat culty lol and super into themselves and health. This girl was selling these expensive water filter systems.
Me being a person who likes pure and good water I was intrigued. I've never really heard much about the ph balance and kangen water. She explained that there was 12 different ph settings, the most extreme could get rid of grease on the stove and the one where you drink has the equivalent of 5 pounds of anti oxidants from blueberries in a 6 ounce glass. I forget the number exactly, could be 15 in 16 ounces or 5 in 16, whatever the case I never knew you could actually have antioxidants in the water we drink.
So if this article is true, i just learned about free radicals today and this was the first article i saw. But 300 oranges and 15 pounds of blueberries would solve this problem. It would appear that this kangen water and the antioxidant consumption just by the water you drink daily could destroy all these free radicals with nothing but this water filter.
Like i said the one she was selling was super expensive and I could not afford it at the time, but as i come into more money I will look into this as there are cheaper options.
Your mitochondria is the power cell of your body. As it releases energy, one of the byproducts is hydrogen peroxide, which is harmful to your cells, so there is an enzyme called glutathione peroxidase that breaks your hydrogen peroxide down to water and hydrogen. Glutathione peroxidase is one of our 3 endogenous antioxidant built in in our body. The other two built in anti-oxidants are superoxide dismutase. That neutralizes toxic oxygen radicals that are also a byproduct of energy production by mitochondria.
It is great to see these reports that are starting to paint a clear picture of the relationship of antioxidants with the reduction, reversal and likely prevention of free radical diseases or oxidative stress. I am a proponent and I hope we will see researchers gather together and start support recommendations for expected free radical levels.
My primary concern presently, is the recommendation for diets high in antioxidant rich foods. It seems research supports that this does little if anything in providing a measurable reduction in free radicals. As food based antioxidants can only fight free radicals on a one to one ratio, it isn't possible to consume enough food to provide the needed antioxidants needed. I have reviewed a study that suggested it would take over 300 oranges, or up to 15 pounds of blueberries daily, to reach a consumption level of free radicals that would be able to measurable reduce free radicals. The reason for this is these are direct antioxidants work at reducing free radicals on a one to one ratio.
There is a herbal product available on the market that is an indirect antioxidant. It is an Nrf2 activator elevating the production of our bodies antioxidants. These antioxidants can control free radicals on a one to one million ratio. This can equate to an average free radical reduction of 40 percent. To my knowledge, there is nothing on the market that can offer this level of protection.
I have read that H2O2 releases extra oxygen into the body and that it is very beneficial. However, in reading about free radicals, it seems that we do not want extra oxygen molecules in our system. Does anyone have the answer or can you direct me to a site that will explain this. Thanks, Bobsomm
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