When it comes to brain tumors, we take a look at the afterlife chemotherapy

The most common and, unfortunately, the most aggressive – malignant tumor arises in the brain: the glioblastoma (GBM). Despite progress over the past decade that have been made in cancer treatment, the median survival remains from the time of diagnosis of this tumor in about 12 months. However, there is new evidence that a complementary therapy could increase treatment opportunities. In reports today’s post.

Typical therapy in brain tumors.

Typical treatment is the operation to remove as much tumor mass as possible, as well as a combination of radiation and chemotherapy. Patients are often treated with steroids in an effort to reduce the swelling of the brain. All of these modalities have shown that survival to increase only a few months, as compared with the choice of the renunciation from any form of medical treatment.

New scientist tries to determine a fundamental premise in cancer therapy, how the metabolism of cancer cells and normal tissue is different. If any discrepancies are identified, this paves the way for treatments that interfere with the cancer metabolism and spare healthy tissue.

Recent discoveries have revealed an important difference between GSM cells and normal brain tissue.

We have all learned that the brain relies on an adequate supply of glucose actual the primary fuel for proper function.

Interestingly, the human brain has developed an important backup plan when food is scarce. Humans are not the fastest or the strongest animals on the planet, but when it comes to survival, we have the unique advantage that we are smart. Our ancestors were to its time the most advanced minds in times of food scarcity when it came to survive. Fortunately, the human brain is able to utilize body fat for fuel very efficiently to maintain the functions, if the provision of glucose in foods is not available. Basically, the body can convert fat into ketosis, a form of fat that can easily and effectively supplies the brain.

Recently it was discovered that, during normal brain tissue to terms with ketones as a metabolic fuel, the Cancer GBM cells lack this ability. The prosperity of this type of brain tumor depends almost exclusively with a constant supply of glucose.

In a recent publication of the research results says that a newly developed dietary modification has been demonstrated , which has the advantage that the GBM cells not in a ketone rich environment can thrive, but probably normal brain cells.

He suggested, “to create an alternative approach to brain cancer management that exploits the metabolic flexibility of normal cells at the expense of the genetically defective and metabolically modified tumor cells”

Essentially, he describes how a ketogenic diet as a fuel for normal brain cells is optimal and at the same time a substantial reduction in glucose intake (this is for the survival of tumor cells important) can have positive effects.

The basics of this groundbreaking approach are basically involved with the popular Atkins approach, with a diet that low carbohydrate contains. It should additionally dietary supplements are given to provide additional ketones.