Tag Archives: Cancer Cell Growth

Toothpaste May Contain a Cancer Causing Chemical

Toothpaste Linked To Cancer
Toothpaste Linked To Cancer

Having a fresh breath is an excellent feeling, but finding out your gum disease-fighting toothpaste may cause cancer is frightening. Read on, about one of the top toothpaste brands that may make you take a second look at your toothpaste.

Colgate Total is an extremely popular toothpaste brand in America. However, very few users know this toothpaste uses a chemical known as Triclosan, that has antibacterial properties that help fight gum disease. It now turns out Triclosan is linked to growth of cancerous cells and problems with development in animals. In fact, this has prompted regulators to take a second look at this chemical and determine whether it is safe to add this chemical into soaps and cutting-boards.


Colgate-Total is one of the most popular toothpaste brands in the country. While Colgate Palmolive Co. got the U.S. FDA approval in 1997 to market this antibacterial toothpaste as OTC drug, the toxicology report submitted by the company to the FDA was not made public until 2014.

Our website found the report contained information pertaining to malformation of bones in rats and mice. While Colgate claims the toothpaste is completely safe, scientists who reviewed the report reckon Triclosan disrupts the endocrine system, thereby adversely affecting the functioning of hormones.

Colgate Total has been in the market for 18 years, but there has been no report adverse side effect, according to a Colgate spokesperson. Our cancer news team believes if animal studies show risk then the human population also is at a high risk. So, what does using Colgate Total mean to those millions of people who are trying to keep gum disease and plaque at bay?

To keep up-to-date with more cancer news, make sure to visit our blog regularly.

Scientists Discover Gene ‘Anchor’ Linked to Spread of Lung Cancer

The Lung Cancer Gene
The Lung Cancer Gene

One of the world’s deadliest cancers, lung cancer is the leading cause of cancer deaths in the U.S. Its ability to metastasize and quickly spread to other organs in the body is what makes lung cancer so deadly. A new genetic discovery by scientists at the Salk Institute in California may help researchers devise a way to keep lung cancer from spreading and dramatically improve the long-term outcome of this deadly form of cancer.

Cancer Cells on the Move

As described in Medical News Today, Salk researchers have discovered a gene that helps lung cancer cells “pull up their anchors in the primary tumor,” making it possible for them to move to other parts of the body to form new tumors; a process called metastasis. Normal cells have a natural adhesion that acts like an anchor, keeping the cells firmly rooted in their proper place.

Genes Linked to Cell Adhesion

Scientists already knew that cancerous cells were able to overcome this natural adhesion and travel through the bloodstream to other organs. Previous studies had even shown that some cancer cells were able to manipulate cell anchors. But the Salk Institute research is the first to link communication between specific genes to cancer cell adhesion and explain how cancer cells are able to “up anchor.” When that communication breaks down, cancer cells are set free and start traveling.

In lab and animal experiments, Salk researchers were able to re-establish communication between anchoring genes and slow metastasis. Researchers are hopeful that further research will lead to a way to stop lung cancer from spreading.

Visit our website to find out more about Issels  targeted cancer therapies.

Mammograms and Breast Cancer – The Problem with Dense Tissue


If you’ve recently had a mammogram, you may have discovered that you have dense breast tissue. What does it mean? How does it affect your results and prognosis for breast cancer?

The definition of dense tissue
Fibrous and fatty tissue give breast their size and shape, holding in place glandular tissue, home of the lobules which produce milk. For reasons not yet known, those with dense breast tissue simply have more fibrous connective tissue or glandular tissue than fatty tissue. It is common for breast density to increase with age, and dense tissue is not abnormal.

Breast density and the cancer risk
Women with high breast density are 4-5 times more likely to get breast cancer than those with low breast density, however lowering the density of the tissue has not been shown to decrease this risk. As a result, at this time breast density is not considered a factor in assessing a woman’s cancer risk.

How breast density effects mammograms
Mammograms are more difficult to interpret on patients with high breast density than those with low. Fatty tissue is more translucent allowing for greater visibility, however dense fibrous and glandular tissue appears white on x-rays, clouding results.  For a better interpretation, your provider may suggest other types of breast imaging to obtain a more accurate diagnosis such as digital mammography, ultrasound, or MRI. Unfortunately there are no special recommendations or screening guidelines for women with dense breasts at this time.

Did you find out you have breast cancer from your mammogram results? Issels can help. Learn more about Issels integrative immunotherapy options for treating your breast cancer today.


Are You “Dying” to Get Your Nails Done?

The Nails
The Nails

Are you risking cancer every time you get your nails done? The ultraviolet drying lamps used by nail salons are the heated subject of a long-running cancer debate that may finally have been put to rest.

Dangers of UV Light

At the heart of the controversy is the UVA light emitted by nail drying lamps. Ultraviolet light from the sun is composed of two kinds of light. UVB light generally affects the surface of the skin, causing sunburn; but it also suppresses the immune system which can leave sun worshippers more vulnerable to skin cancer. Considered more dangerous and a potent carcinogen is UVA light which penetrates more deeply into the skin, aging skin cells and damaging their DNA. The result is premature aging, the development of wrinkles and increased risk of skin cancer.

The proven link between prolonged exposure to UVA rays and increased risk of skin cancer and melanoma is behind the Food and Drug Administration’s recent campaign to warn consumers, particularly teens and young adults, about the potential dangers of using tanning beds and sunlamps.

Are Nail Salons a Cancer Risk?

While nail salon drying lamps do emit the UVA light associated with skin cancer, a definitive new study found little skin cancer risk from the brief exposure experienced during the average nail salon visit. However, researchers do recommend reducing risk by treating hands with sunscreen before going under the drying lamp. To further protect consumers, researchers also recommend federal standardization of salon drying lamp UVA output.

Our advice: Next time you visit the nail salon take along a tube of sunscreen to apply before sticking you hands under the drying light!

High Protein Diet Linked to Increased Cancer Risk

High Protein Diets Linked to Cancer
High Protein Diets Linked to Cancer

Many people swear by high-protein diets, crediting Atkins, Paleo and other protein-intense diets with helping them drop excess weight and keep it off. But by relying on protein to improve one aspect of their health, protein lovers could be opening themselves to an even greater health risk. New research has linked high-protein diets to increased cancer risk.

This isn’t welcome news for meat-loving Americans. Even if you think you’re following a healthy diet, you may be eating more protein than you realize. A surprising number of the most popular weight loss diets in the U.S. are high in protein. According to Health Central, protein-rich foods account for nearly a third of the daily menu in the following diets: The Biggest Loser, Atkins, South Beach, Abs and Zone. Even the Weight Watchers Diet, which is considered to be more well-balanced than most diet programs, recommends that protein comprise a quarter of your diet.

Interestingly, the study found that all protein does not carry the same risk. People who get their protein primarily from animal meat and dairy are at greater risk of developing cancer than those who favor plant-based proteins. Additionally, age seems to be a factor in the intensity of the cancer risk. We’ll talk about that next time.

Diet is an important part of Issels individualized immunotherapy program for treating cancer. At Issels alternative cancer treatment centers in Tijuana Mexico and Santa Barbara, California, our patients receive education in making healthy diet and lifestyle choices that will allow them to continue strengthening their immune system after they leave our care.


To be continued

Is Cancer Inevitable? New Research Suggests a More Hopeful Future Part II

Gene and Cell Therapy
Gene and Cell Therapy

When George Johnson, author of The Cancer Chronicles suggested in the New York Times that cancer is inevitable (see our previous post), he echoed a common belief: that as we age our bodies accumulate an increasing number of potentially cancerous mutations that will eventually catch up to us if we live long enough. In other words, if you don’t die of something else, cancer will get you in the end.

That’s a depressingly defeatist attitude that the cancer specialists at Issels cancer treatment centers reject. In more than 60 years of experience treating cancer with integrative immunotherapy, our staff and our patients have found many reasons to be hopeful about the eventual development of a cancer cure. Advanced immunotherapy and targeted cancer therapies have produced some remarkable results in our ongoing battle against cancer.

Cancer mortality rates in the U.S. have been declining slowly but steadily since the War Against Cancer was launched. According to the American Cancer Society’s most recent annual report, the average American’s risk of dying from cancer has decreased 20% over the past two decades. But the fact remains that cancer risk increases with age.

A new study by researchers at the University of Colorado Cancer Center has found that, contrary to current thinking, cancer risk is not increased by years of accumulated mutations, but by tissue changes that occur as we age. As lead researcher James DeGregori, Ph.D., explained to Medical News Today:

“If you look at Mick Jagger in 1960 compared to Mick Jagger today, it’s obvious that his tissue landscape has changed. And it’s this change, not the accumulation of cancer-causing mutations, that drive cancer rates higher as we grow older.”

More on this startling discovery and what it means next time.