Information about Brain Cancer

Originally, the word Tumor, means “swelling”. Often times it is still used with this mean, but more so a Tumor meaning swelling is among the five major classic characteristics of imflammation. In modern science the term Tumor is primarily saved to denote the abnormal growth of tissue.

There are two major types of tumors: Malignant and Benign

Malignant Tumors are called also known as cancer. Cancer in this form has the readily available potential to invade and destory bordering tissues. Benign Tumors on the other hand do not invade the bordering tissues, or create metastases, rather they may localy grow to a great size. Under normal circumstances Benign Tumors will not return once they have been removed surgically.

The older a person gets the more mutations they have accumulated amongst their DNA, which makes them more prone to tumors. With that in mind, age is a factor, and with increasing age, the likelyhood of developing a tumor increases. Also known is that the older an individual who is affected with a tumor is, the higher the odds that the tumor will be malignant.

Tumors are causes by mutations that can occur in DNA of our bodies cells. A single mutation is not sufficient for a tumor to develop but rather an accumulation of multiple. The most common type of tumor that we hear about on a day to day basis is a “Brain Tumor”

Despite significant advances in cancer research and treatment, one form of cancer - brain tumors - remain particularly feared, and for good reason. Because of their location, brain tumors can severely impact an individual’s personality, memories and basic motor skills, robbing the patient of their very being. The impact on family and friends is felt greatly, as their loved one may be “lost” to them even earlier than feared. While there are more than 120 types of brain tumors, for the most common and serious adult tumors, Glioblastoma multiforme (GBM), the chances of living 5 years is less than 3%. Most patients will live no more than a year or two despite aggressive therapy.

However, few maladies manage to both simultaneously confound researchers in their mystery, yet hold such promise for the cure and management as prominently as brain tumors. There is strong belief that some significant breakthroughs in brain tumor treatment may only be 4-6 years away. Complementing traditional chemotherapeutic and surgical approaches, four emerging breakthroughs are discussed here which are rapidly transforming the treatment of brain tumors and related conditions.

Gene Therapy

Gene therapy approaches involve the insertion of genes into growing brain tumors, rendering them more sensitive to some chemotherapeutic agents that are relatively non-toxic to the rest of the body. Some promising experiments have demonstrated that with insertion of genes into animal brain tumor cells and administration of chemotherapy, complete destruction of the tumor may be possible without spread of the tumor. Other approaches in gene therapy include substitution of abnormal genes for normal genes, the repair of abnormal genes via selective reverse mutation, and gene regulation (i.e., altering the instructions within a gene to “turn on or off”).

Vaccines

One area showing substantial promise in brain tumor treatment is based on an immunotherapeutic approach; that is, using a patient’s immune system as an instrument for cancer therapy. This approach is premised on a body’s immune response toward cells bearing tumor markers or antigens. One major focus area has been “active immunotherapy”, described as the administration of the tumor antigenic material to help “vaccinate” a patient against their own tumor. Other vaccine approaches, including Dendritic cell-based vaccines, Cytokine immunogene therapy, Bacterial and viral tumor vaccines, and GBM-specific molecular pathway vaccines are also being considered. The vaccine approach holds challenges that need to be evaluated against other treatment options that may require crucial patient choices, but they are continuing to emerge as an area of significant promise.

Stereotactic Radiosurgery/Radiotherapy

There is growing usage of stereotactic radiosurgery and radiotherapy among neurosurgeons. The tools, used for the non-invasive treatment of tumors and other brain, head, spine and neck conditions, use sophisticated mechanical systems and image-guided technology to treat tumors, using high, targeted doses of radiation (in a single session) to attack the tumor and minimizing contact with healthy tissue. The image guidance systems direct the radiation to the tumor; some systems shape the radiation beam to map to the exact shape of the tumor, and software can help direct the ideal access points to the tumor.

Dual Agent Drug Therapies

Some of the field’s leading researchers have concluded that traditional treatment for many brain tumors has started with a faulty premise; namely, that interventions for brain tumors were simply a palliative effort designed to decrease patient discomfort and increase stabilization. The conclusion is that while these therapies have shown some success on their own, when multiple therapeutic agents are combined, (an approach more commonly used with cancers not as fatal) an increasing number of brain tumor patients are seeing increases in survival. Also, newer drugs are showing the ability to block the growth of tumors by attempting to interfere with their proteins that control tumor growth. And other, specialized treatment regimens are being formulated for patients whose tumors are shown to grow at an accelerated rate compared with typical tumors.

These are but four of the emerging approaches where we may continue to see major breakthroughs in treatment or management of brain tumors. The hope in all these courses is that ultimately, brain tumors may in some cases be curable or at least achieve status as a manageable disease, as with many other serious and chronic conditions such as diabetes.

Can cell phones really give you brain tumors? While I may not be an expert on the subject, this question has undoubtedly plagued people’s minds since cell phones were invented.

Both sides of the argument make valid points, and it may be true that if you are susceptible to cancer (tumors) or have it in your gene pool you run a greater risk. Such a brain tumor is extremely rare, however. I believe in order to really examine how you might get a tumor from a mobile, we should first delve into a little electrical engineering knowledge, coupled with some biochemistry.

It has been known for some time that every electrical device produces EMI. EMI is electrical magnetic interference. It is also believed that the body has it’s own bio-electric field, and EMI pierces this field, contorting and twisting cells in the body. I may not be a doctor - but if this is true, would we all not have cancer? And, if someone did receive a brain tumor from using a mobile, would they not have sued mobile companies? I mean, honestly. In the United States of America, you can sue anyone for just about anything. And you usually win, too. People who got cancer from smoking cigarettes filed against tobacco companies and won, and websites like http://ash.org/sue-tobacco-companies.html encourage people to sue tobacco companies.

Because we are subjected to EMI everyday, and most of us are fine, this theory begs for research done on the subject. You may notice that if you place your cell phone next to your computer monitor and let it ring, your monitor will flicker (may not be the same for all phones). This is the electromagnetic radiation I speak of. While the spectrum may be broad enough to disrupt your monitor, it is highly unlikely it can pierce your skull and your brain. It is yet to be clinically, better yet scientifically proven that an electromagnetic radiation spectrum can disrupt higher or lower brain functions.

Did you know your regular phone displaces EMI as well? Perhaps not as much, but it does.

Maybe the whole idea of getting a brain tumor from a mobile is just a scare so people will give the mobile companies (or third party companies) money for a headset/headphones. It worked, didn’t it?

My opinion may be somewhat biased, but if you have heard of someone getting a brain tumor from a cell phone please let me know. This would change my views on the subject. (May God Forbid this happens to someone you know or love).