Sentences with phrase «damaged cells»

These free radicals damage cells in a cascade manner.

Simply speaking, proteins are the building materials which your body needs to repair damaged cell structures.

However, they may also activate cell death under certain conditions and assist in the removal of damaged cells from the body.

According to this theory, free radicals (which are highly charged) cause disease by damaging the cells they come into contact with.

This increased inflammation damages the cell membranes of the body causing insulin receptor distortion that leads to insulin resistance (2).

That is, they do much more than just stop free radicals from damaging our cells.

Researchers expect stem cells to transform into replacement tissue capable of replacing damaged cells.

Free radicals can damage the cell wall or membrane of the sperm as well as the mitochondria which contains the DNA.

Free radicals damage cells and might contribute to the development of cardiovascular disease and cancer [5].

Free radicals are oxygen atoms which can badly damage cell structures leading to lowered immune response and vulnerability to numerous degenerative diseases.

But the drug stayed bound to the diamond until it reached the tumor, so it didn't damage cells elsewhere in the body, and the animals survived.

Scientists have discovered how damage to the cell's genetic material can trigger inflammation, setting in motion processes to remove damaged cells and keep tissues healthy.

When damaged cells don't die as planned, problems can arise — including cancers.

The vitamins A, C and E present in these products help fight free radicals responsible for damaging the cells that causes aging.

Because damaged cells in the intestines may fail to produce the enzymes needed for proper digestion, absorption of essential nutrients is compromised.

This would certainly cause me to put a cell phone purchase on this card, since we know how easy it is to damage a cell phone nowadays.

Those chemicals damage cells, promote widespread internal (and invisible) inflammation, and lead to a vast number of health concerns now considered common such as cardiovascular disease and cancer.

Increased acid levels in the body damages cells, and is linked to cancers.

We can bypass damaged cells using light to signal output neurons directly.

Throughout a person's lifetime, these cells divide, replacing old or damaged cells at different rates based on factors such as their function in the body, environmental insults and wound healing.

Those cells hold an original and intact DNA copy which can be used to replace damaged cells if necessary.

For starters, I've already mentioned that they cause oxidative cell damage which directly damages the cell mitochondria and inhibits your cells ability to utilize thyroid hormone properly.

In one of nature's mixed blessings, the mechanisms that work to heal cuts and wounds, rebuilding damaged cells, can also go out of control and cause cancer.

Most chips are fried in omega - 6 oils, which produce inflammation in the body and once heated, create free radicals that damage cell DNA when consumed.

The body uses deep sleep as an efficient time to rebuild and grow damaged cells that can not be replaced any other way.

It is suitable for all kind of skins, it provide the nourishment to the old damaged cell and renewal process held.

The reason is that trans fats damage the cells that line our blood vessels; of course, this stimulates inflammation.

What's more, the repeated light exposure damages cells and their fluorescent labels.

This may be the case with certain cancers or terminal infections that damage cell production in the bone marrow.

Individual drugs may work through many different mechanisms, such as damaging a cell's genetic material (DNA) or preventing the cell from dividing properly.

Until now, it was not known how the mutation damages these cells and causes disease.

The main problem with keeping organs in cold storage is that water damages cell membranes at low temperatures.

It also protects against cancer, telling badly damaged cells to commit suicide.

Also, damaged cells carry less life - giving oxygen around the body.

When we're stressed, our bodies need vitamin C and antioxidants to help repair and protect cells (because stress damages our cells in a big way).

When viruses damage cells, the cells die and the body has to clear them up.

Of course, increased fat deposits aren't healthy either, but a little extra fat is healthier than a pesticide floating around your bloodstream damaging your cells.

These soothing, pain - free treatments send light deep beneath the surface to affect damaged cells.

It is more than a dietary supplement as it helps you with repairing damaged cells and tissues, maintaining your digestive system, and providing you energy for work.

Free radicals, which are natural waste products produced by normal metabolic processes, are thought to contribute to aging and illness by damaging the cells they come into contact with.

Free radicals are highly reactive, oxygen - containing molecules that can damage cell membranes and enzymes, which makes the nervous and immune system especially vulnerable.

While it's tempting to just ignore the aches and pains, recovery requires immediate attention to reduce bleeding and injury from damaged cells.

Through the improvement of bile circulation, reduction of liver inflammation and the repair of damaged cells that we've previously mentioned, your overall digestive health improves.

The next logical step was to figure out how neurons are generated and use them to repair or replace damaged cells.

Some insurance companies may have a cell phone - specific rider that you can attach to your policy which would give you a full reimbursement for a stolen or damaged cell phone.

Other testing methods either can't provide much detailed information or damage the cells in the process.

In that case it is best to start forming internal ice crystals sooner rather than later, and to do so in a controlled way so they don't damage the cells.

Specifically, injured cells are targeted because damaged cells are more readily accepting of photons of light, whereas healthy cells don't need this extra energy.

These free radicals damage cells, contribute to aging and increase our susceptibility to disease.

For his 2013 SENS Research Foundation Summer Internship, Ethan joined the laboratory of Dr. Judith Campisi at the Buck Institute for Research on Aging to study cellular senescence, the process by which damaged cells enter irreversible growth arrest.