cfscollect

It has been well established that a diet high in fruits and vegetables is helpful in preventing many diseases including cancer.

What has also been feverishly investigated is the effects of berries on the body. Some researchers have studied the health benefit of specific berries while others have focused on isolating the health-promoting bioactive compounds that give berries their claim to fame.

Some of the known cancer-preventive agents present in berries include vitamins A, C, and E and folic acid; calcium and selenium; beta-carotene, alpha-carotene, and lutein; phytosterols such as beta-sitosterol and stigmasterol; triterpene esters; and phenolic molecules such as anthocyanins, flavonols, proanthocyanidins, ellagitannins, and phenolic acids. Berries contain high levels of a diverse range of phytochemicals, most of which are phenolic molecules.

If you’re not familiar with the majority of these compounds then don’t worry. They are all more or less different types of antioxidants. That berries exhibit potent antioxidative properties is widely accepted, but their biological properties extend beyond antioxidation.

In fact, berries also exhibit anti-inflammatory properties, are able to inhibit cell proliferation, modulate cell cycle arrest, and induce apoptosis (programmed cell death) in cancer cells with little or no negative effects in normal cells.

These traits make berries an awesome addition to any health-minded diet.

For example, a 2006 study in the Journal of Agricultural and Food Chemistry showed that blackberry, black raspberry, blueberry, cranberry, red raspberry, and strawberry extracts inhibit the growth of human oral, breast, colon, and prostate cancer cells.

In 2006, the journal Nutrition and Cancer published a 6-month cancer-preventive pilot study that was conducted by administering 32g or 45g (female and male, respectively) of freeze dried black raspberry powder (BRB) to patients with Barrett’s esophagus (BE), a pre-cancerous esophageal condition.

BE’s importance lies in the fact that it confers a 30-40-fold increased risk for the development of esophageal adenocarcinoma, a rapidly increasing and extremely deadly form of cancer. At the time of the publication, interim findings from 10 patients with BE supported the finding that daily consumption of BRB promoted reductions in two markers of oxidative stress.

So it goes without saying that berries are a blessing. As a rule of thumb, any food (or berry) that has a deep colourful hue will most likely be a high source of antioxidants. The key is to incorporate a wide variety of different colours in order to benefit from all their respective antioxidant properties.

Add berries to your smoothies, to your morning cereal and salads, or enjoy them on their own. Here’s a berry-licious recipe to get your taste buds started:

Berry Fusion Breakfast

If you had skin cancer, would you know it?

For many people, the answer to this question is no. They don’t know how to look for signs of skin cancer on their own skin. Because of this, if they get skin cancer, they may not spot it promptly.

Most types of skin cancer can be treated quickly and easily if they are found early. But if the diagnosis is delayed, the cancer can spread. In the case of melanoma, this can be fatal. Even for less serious skin cancers, such as the very common basal cell carcinoma and squamous cell carcinoma, delayed detection can lead to complications.

So how do you spot skin cancer? The key is knowing your own skin and being aware of changes in it.

The best way to do this is to learn how to do a complete skin self-examination. To do this, you need a full-length mirror, a hand mirror, and a place where you can use them in privacy. Stand in front of the full-length mirror and look carefully at the skin on every part of your body that you can see. Get to know your moles, marks, and other skin irregularities. Then, use the hand mirror to help you look at the places on your body that you can’t see with just one mirror. Again, take note of any marks that you see.

Once you’re familiar with what your skin normally looks like, you’ll be prepared to spot changes. Any new change in your skin should be brought to the attention of a doctor, preferably a dermatologist (a doctor who specializes in treating skin problems). Most changes will turn out not to be skin cancer, but it’s worth the trouble of having them checked out.

Changes that you should particularly look for, according to the American Academy of Dermatology, include the following:

- A sore that never really heals

- A translucent growth, perhaps with rolled edges

- A dark streak under one of your fingernails or toenails

- A cluster of shiny pinkish or reddish areas that grows slowly

- A scar with a waxy feel to it

- A flat or slightly depressed area that feels hard

When you’re looking at your skin, it’s especially important to examine all moles carefully. Most moles are perfectly normal, but it’s possible for an unusual-looking mole to be a melanoma or to turn into a melanoma.

Normal, typical moles are usually small, uniform in color, and symmetrical (the two sides look the same). They have sharp, regular borders, and they are usually located on parts of your body that are exposed to the sun. Most of them first appear sometime between early childhood and age 40, and the moles on a particular person’s body all tend to look the same. Moles that fit this description are of no concern.

Moles that should be brought to a doctor’s attention include:

- Moles that are present at birth

- Moles that first appear during middle age or later

- Any mole that has changed in appearance

- Any mole that itches or bleeds

- Any mole that shows one of the “ABCD” signs of an atypical mole. Doctors use the ABCD mnemonic to help patients remember some of the differences between atypical moles and typical ones.

The four letters stand for the following:

“A” stands for “Asymmetry.” A mole that is not symmetrical (that is, one in which one half doesn’t look like the other half) is an atypical mole.

“B” stands for “Border Irregularity.” A mole with a ragged or blurred edge or with notches in the edge is atypical.

“C” stands for “Color.” A mole that contains a variety of different colors or shades is atypical.

“D” stands for “Diameter.” A mole with a diameter larger than that of a pencil eraser is atypical.

All atypical moles - and any other skin changes or irregularities that concern you - should be examined by a doctor. Often, the doctor can tell just by looking (sometimes with the aid of a magnifying device called a dermatoscope) that the unusual-looking area is not skin cancer. In other instances, the doctor may need to perform a biopsy. This is a simple diagnostic test, performed in the doctor’s office, in which a sample of the abnormal area is removed and sent to a laboratory to be examined under a microscope.

If you do spot an abnormality on your skin, there’s no need to panic. Even if the abnormality turns out to be skin cancer (and it probably won’t), it will almost certainly be curable. The important thing is to show the abnormality to a doctor promptly so that if it is skin cancer, it can be treated right away.

There are many types of skin cancer ranging from melanoma skin cancer and basal cell carcinoma to squamous cell carcinoma. Know your skin to be able to identify atypical moles and new spots. Learn more on http://www.SkinCancerInfoLine.com.

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.

Mike Tancredi provides services for http://www.unlockingbraintumors.org a non profit organization dedicated to raising and distributing funds for the continued research into brain tumors.

It used to be thought that cancer was an unpredictable disease - if your “number cam up” it was unavoidable. But we are now learning that, in a majority of vases, cancer may be a “man-made” disease.

Causes of Cancer

Scientist are discovering that many kinds of cancer can be prevented. Cigarette smoking, excessive alcohol consumption, environmental pollution, diet, and other lifestyle factors are major causes of cancer. Estimates reveal that over 60 percent of all cancers in women and over 40 percent in men are diet-related. Nutritionally related cancers include cancer of the breast, prostate, colon, stomach, pancreas, and liver.

Dietary factors suspected of contribution to cancer are toxins from molds, alcohol, broiled or fried foods (especially animal products), nitrites, low intake of vitamins A and C, high fat and low fiber consumption, and possible caffeine.

Cancer-causing Agent

A number of cancer-causing agents have been identified in moldy foods - peanuts, corn, cottonseed, and moldy cheese rind. Smoked and charcoal broiled foods contain a carcinogen called benzopyrene. This compound is formed especially when fatty meat is cooked at a very high temperature. It has been reported that one kilogram of charcoal-broiled steak has as much benzopyrene as is found in the moke of 600 cigaretes!

Methyl-cholanthrene, another cancer-producing chemical, is formed is the fat of meat when it is broiled, fried, or roasted. It is thought to be a possible major contributing factor in cancer of the bowel. Interestingly, methyl-cholanthrene is not formed when vegetable oils are overheated.

Sodium nitrite, a food additive used to preserve the red color of meat, produces a cancer-forming chemical called nitrosamine. Vitamin C inhibits the formation of the chemical nitrosamine, consequently including fresh fruit (especially citrus fruit) and vegetables in the diet can be beneficial.

Protective Foods

Some foods actually protect against cancer. Members of the brassica family, which include cabbage, broccoli, brussell sprouts, and cauliflower, contain an enzyme which destroys the carcinogen benzopyrene, Beta-carotene (the yellow-orange pigment in many fruit and vegetables) protects from certain cancers. Studies in Japan and Norway have found that the more dark-green leafy or yellow-orange vegetables eaten, the lower the risk of lung cancer.

In a New York study, persons eating vegetables less than 20 times per month had more than twice the risk of developing colon cancer than those who ate vegetables more than 60 times per month. The study also showed that persons eating cabbage less than once a month have a risk of colon cancer three time s that of persons eating cabbage at least once a week.

Warnings and Suggestions

An American Research Committee on Diet and Cancer suggested these important guidelines:

1. Eat less fat (below 30 percent of total calories).

2. Eat more fruit (especially citrus), vegetables (especially yellow-orange and cabbage family), and whole grain products.

3. Eat very little salt-cured, pickled, or smoked foods.

4. Avoid moldy, contaminated foods.

5. Avoid alcohol since it is associated with increased risk of cancer of the liver, mouth, esophagus, pharynx, and larynx.

In summary, we should eat less fat, less meat, and more fiber-rich cereals, fruits, and vegetables to reduce the risk of cancer.

Jack Vallieres is the professional freelance writer. He’s also the webmaster of healthmenow.com

The learning curve in a production setting is a concept which was first introduced in the aeronautical industry during the 1920s.

It was developed to analyze the time taken to move from the initial phase of production, where work is slower and less efficient, to a more effective phase, once production is well established.

Clearly, the notion of a learning curve is relevant in surgery. When developing a new service, or introducing a new technique, there will be a phase when the surgeon only has a small amount of experience in that procedure.

Understanding this learning curve is very important in order to minimize risks to patients, but at the same time, allow for the development of new services. The learning curve enables us to divide the introduction of a new procedure into the early ‘ramping up’ stage and the later ‘production’ phase.

In the early ‘ramping up’ phase, measures such as mentoring and low risk case mix should be introduced to minimize adverse outcomes for patients. Once the surgeon completes their learning curve and are in the ‘production phase’ the risk to patients will be minimal.

However, the learning curve has not been applied as effectively to surgery as it potentially could be.

The learning curve is generally measured in terms of operating time. While this is a simple variable, which is valuable in terms of planning theater time, it is of little significance for patients in terms of clinical outcomes. Equally, it is highly subjective and can be manipulated.

I set out to explore the use of additional variables in a study of the data of Mr Alan Doherty, of Birmingham Prostate Clinic and the Queen Elizabeth Hospital in Birmingham.

Mr Doherty is one of a small number of surgeons in the UK undertaking laparoscopic prostatectomies. I approached Mr Doherty because he has carried out a large number of these complex, specialised procedures and he has an extensive, audited database of all patients’ results.

My analysis was of the first 300 laparoscopic prostatectomies performed by Mr Doherty between June 2003 and June 2006.

I introduced two new variables in addition to operating time. A very precise measurement of post-operative PSA was used, along with positive margins.

Positive margins is the term used to describe any evidence of malignant cells at the edge of the removed prostate. This would present a risk of some tumour cells remaining in the surgical field.

Both of these variables are clinically relevant and cannot be adjusted or manipulated.

I used what is known as Statistical Process Control charts (SPC) to assess these variables. SPC charts are not league tables – they do not rank one surgeon against another.

Instead, they set out the limits of expected standards, allowing for risk adjustment and single case variation.

The analysis demonstrated that in terms of operating times, Mr Doherty moved from the ramping up stage to production stage after the 28th patient.

The transition was at the 30th patient in terms of uPSA (Ultra-sensitive PSA) and 32nd for positive margins.

The analysis also shows that the learning curve is not a simple two phase process, but that learning continues throughout practice.

There is not one learning curve, but several, depending on which variable is being measured.

Mr Doherty’s data shows he was within acceptable standards during his learning curve of the first 30 cases. During the subsequent 270 cases, Mr Doherty exceeded acceptable standards.

To place this study into a wider text, it demonstrates how SPC charts can be used to chart a variety of measurements of the learning curve.

It offers a more rigorous model for governance, with the potential for issuing an early warning if standards fall below acceptable limits, and provides a far more meaningful assessment of clinical outcomes to inform both the patient and the surgeon. In this regard, they are useful for monitoring both the learning curve and the ongoing performance of the surgeon.

Dr Richard Viney has conducted this study on behalf of the Birmingham Prostate Clinic, UK who have a range of pioneering prostate cancer treatments, including Radical Laparoscopic Prostatectomy.

Cancer is now the leading cause of death globally. It is estimated that cancer will kill 84 million people in the next ten years. While the causes of cancer are complex, it is well known that that certain things can lower the risk of getting it. The most important recommendations are to avoid toxins and eat healthy foods. Nature foods has many nutrients that are known to help protect against cancer.

Studies have shown that Sterol/Sterolins and Omega 3, 6 and 9 can increase natural killers (NK) cell activity and act as a potent immunomudulator for the treatment and restoration of immune dysfunction.

Gamma Oryzanol (Ferulic acid) is know to be anti-mutagenic. Inositol, IP6, Polyphenol, Fiber, Tocotrienols and Antioxidants are all known to be anti-carcinogenic. Polyphenols and Tocotrienols have been shown to inhibit Phase 1 microsomal enzymes, and the lipoprotein fraction of nature foods has been shown to inhibit abnormal cell prolifeation.

Numerous epidemilogic studies reported an association between high fiber intake and reduced incidence of colon cancer and breast cancer. A 1992 study by Harvard Medical School found that men who consumed only 12 grams of fiber a day were twice as likely to develop precancerous colon changes as men whose daily fiber intake was about 30 grams. Scientist theorize that insoluble fiber adds bulk to stool, which in turn dilutes carcinogens and speeds their transit through the lower intestines and out of the body.

12 studies found a link between high fiber intake and reduced risk of breast cancer. In the early stages, some breast tumors are stimulated by estrogen circulating in the blood stream. Scientist believe that fiber may hamper the growth of these tumors by binding with estrogen in the intestine, preventing it from being reabsorbed into the bloodstream.

IP6 has been shown to exhibit significant anti-cancer activity and to inhibit tumor cell growth in colon, intestinal, and liver cancers. Carotenoids (including the Alpha Carotene, Beta Carotene, Lutein, Lycopene, Zeaxanthin and Precrytoxanthin/Crypthoxanthin found in nature foods) offer powerful protection against many different types of cancer. Lycopene in particular has been associated with lower rates of prostate cancer.

Pangamic Acid (B15) has shown to have a unique ability to release a type of cyanide only at cancer sites, thereby destroying cancer cells while at the same time, nourishing non-cancerous tissue.

Sterols and sterolins (found in plants) are great immune supporters. They help the immune system to stop cancer, kill bacteria, destroy viruses and slow down the aging process. They have also been shown to keeep patients infected with the HIV virus from developing AIDS.

When a person has a weakend immune system, even a simple cold or flu can esclate and becoming a life threatening illness. Having a strong immune system is the best defense against illness and disease.

One of the most important nutrients CoQ10 which is a immune booster routinely recommended as part of people suffering from cancer such as cardiovascular disease, Muscular Dystrophy, periondontal Disease and many more.

Nutritionally strengthening and supporting the immune system is essential, especially after the age 50 because the body’s natural defenses decline with age.

Bardnurz Sham, Write an article to educate people so that they can improve their life by eat well and have a wonderful life. web: Health And Longevity Feed: Health And Longevity feeds Natural Constipation Medicine: Natural Colon Cleansing

When a child is first diagnosed with a medical condition, especially a life-threatening one, the first question many parents understandably ask is, “How long does my child have to live?” Medical professionals respond by quoting the statistics.

Statistically, all illnesses have a somewhat predictable course or an “average life expectancy.” But statistics based on the group norms may be very misleading and even disabling when applied to individual children. It’s very hard to predict who will be among the many who “beat the odds.”

Historically, medical professionals have been known to advise parents of children with cystic fibrosis not to worry about saving for their children’s college education. And parents have been known to lower their expectations concerning their children’s performance in school, sports, or other important matters relating to the future and living a “normal” life.

This lowering of expectations, with its suggestion of a “What’s the use?” attitude does a great disservice to children. It encourages them to become both entitled and to feel hopeless within themselves. Achievement and self-image both suffer.

The average life expectancy for many diseases is increasing at a fairly rapid rate due to medical advances. What might be an accurate statistic today probably won’t be tomorrow. While it is important to understand the statistics, it is not helpful to be governed by them. The Nash family knew this to be true:

When Liz was diagnosed with cystic fibrosis in 1973, her parents were told not to expect her to graduate from high school. She did much more than that. Liz earned a PhD in molecular genetics, interned at Johns Hopkins University and went on to become a research scientist in CF. She also volunteered as a mentor to teens with CF, who struggled with thoughts about their future and medical compliance.

Liz was optimistic, enthusiastic, and passionate about her life’s work and interests. She shunned the limitations imposed by CF. As captain of her college ski team she refused to give up the sport when oxygen became necessary. She simply skied with a backpack filled with portable oxygen tanks.

As an inspiring individual, Elizabeth Nash was selected to carry the 2002 OlympicTorch through Union Square in San Francisco. Liz died at nearly 33, well past her “statistical average” at the time but her spirit lives on as her example and courage continue to bring hope to many.

With many medical conditions, there is a strong correlation between good self-care and longevity. Parents can use statistics to inspire hope and spark an “I can beat this” attitude. Parents who give off positive, “we can beat this” vibes generally raise kids with the same determined spirit. We have met many CF parents and their children who demonstrate this indomitable and inspiring attitude.

In summary, wise parents handle statistics and medical predictions by:

• Emphasizing that significant medical progress is being made in almost all areas, and that health and longevity are increasing for almost all illnesses.

• Realizing that for all individuals, the future is unknown. Many lives are shortened by unexpected illness and traumatic events.

• Encouraging their children to believe that they have every chance of being one of those children “who fall on the high side of the bell curve because you take such good care of yourself.”

• Understanding that the quality of a life is measured not by its length, but by the amount of love, accomplishment, and giving that fills it.

• Understanding that worrying about the future and chewing on the mistakes of yesterday rob both today and tomorrow. The resulting hopelessness, negativity, and worry can shorten lives and certainly diminish the quality of life.

• Believing that those who bravely face life’s obstacles build a character that not only leads them to be more capable people and leaders, but sets an example that enhances the lives of all with whom they come in contact.

Answering a child’s questions about the course of his or her illness can be difficult. How can parents answer their child’s questions with hope if they have not come to a good place themselves? The child will almost always take the parent’s cues. So don’t let scary statistics rob your hope and joy!

(May 2008 is National Cystic Fibrosis Awareness Month)

From

Mesothelioma cancer is considered to be the rarest and deadliest types of cancer, and usually affects the mesothelial tissues of the body organs, normally abdomen and lungs. It develops malignant and cancerous cells in mesothelium, which is the protective cell covering many internal organs of the body. It can even damage other body organs by spreading out the damaged cells to them.

The main cause of this type of cancer in about 50-80% cases is exposure to the asbestos. People involved in occupations like constructions jobs in insulators, shipyards and boiler makers are at a risk of catching asbestos disease. It is a very restrained form of cancer which provides only few symptoms that can be noticed until the disease becomes enormously advanced.

Pleural mesothelioma is the most usual type of the cancer, indicated by chronic coughing, shortness of breath in combination with common cold and allergies. Other pleural mesothelioma symptoms include chest pain, coughing blood, fatigue, wheezing, swollen lymph node, loss of appetite, loss of weight and lung infection.

Peritoneal mesothelioma is another form of the cancer, which generally affects the covering around the intestines and the stomach. Symptoms of this type of cancer include weight loss, fever, anaemia, pain in abdomen, swelling in abdomen or bowel obstructions. Another type of the cancer is pericardial mesothelioma, the symptoms of which including palpitations, persistent coughing, chest pain and shortness of breath.

It has been estimated that about 2000 new cases of this type of cancer are diagnosed every year. It is to be noted that only a professional cancer expert can diagnose mesothelioma. The disease starts in small lumps in the pleura membrane, that may not be scanned on X-rays, until they are advanced and grown up in large size. The symptoms of the disease may not come into view until 30-50 years of exposure to asbestos.

The treatment options available for this type of cancer are:

Chemotherapy: Chemotherapy with doxorubicin or adriamycin has been 20% responsive in cases of mesothelioma.

Radiation Therapy: This disease is quite moderately responsive towards radiation therapy also. It can improve the quality of life of the patient, as it can reduce shortness of breath and pain in the body, while it can not cure the problem.

Surgery: Surgical choices like removing the cancer tumour by cutting out the lun or decortication have also not been very successful so far.

Photodynamic therapy: In this process, the cancer cells are given an intravenous photosynthesizer, which are afterwards activated in order to destroy the cells with the help of a laser light of specific wave length. This therapy is still in its experimental stages.

The average survival time of a patient from the time of observance of the cancer is about 4-24 months, however, with proper care, some patients have also been seen living for many years. Therefore, it is advisable for those who are working in asbestos prone localities to regularly consult a doctor and go for regular check ups, so that any possibility for the cancer can be diagnosed at an earlier stage.

Eirik Comm is the professional freelance writer. He’s also the webmaster of Healthyliveworld.com

Over the years many books have been completed and disciplines created discussing the emotional messages behind our physical symptoms.

What if your symptoms really are telling you something? A new form of alternative emotional diagnostics is testing the beliefs perpetuated by conventional medicine.

There is now a specific science available that maps every physical symptom to an underlying emotional conflict, that is present in our survival programs built into our evolutionary upbringing. This goes further than body metaphor, or emotional guesswork. Each specific physical symptom has already been mapped, and proven by specific CT scans of the brain.

Take eczema. Eczema is in reality a “separation conflict” - the skin is reflecting physically, the emotional sense of something or someone being “torn from the skin.” In our evolutionary forefathers, this is an extremely important conflict as separation from the pack or group could often mean death. As a secondary symptom, severe eczema or psoriasis can often bring with it a short term memory loss. Thinking about it in an animal sense, this has the specific function of helping the animal temporarily forget that the person who is gone, is gone, and therefore helps the creature to resolve the emotional conflict.

In this way, different physical symptoms are telling us different things, all of it intended and built in by Mother Nature; we just have to speak the language.

Every physical symptom has a direct, deliberate and intended meaning from our animal evolution in this way and forms the basis of a new form of diagnosis toolkit used by a specialist band of alternative therapists.

And the same applies to cancers. In fact, in this new mode of thinking, every “dis-ease” *is* a cancer, or a cancer equivalent, as every conflict and repair process contains a cell growth at one stage or another. In many ways cancer is simply a word association we have built up based on the beliefs of conventional medicine, it’s teachers, and Practitioners. Cancer is simply a cell growth, which is the most natural thing in the world and happens in our bodies at every moment of every day.

Imagine a boy who breaks free from his mothers hand in the street and is accidentally knocked down. If the mother takes responsibility for this she will develop a breast cancer carcinoma growth in her left breast (if right handed). Importantly, this has the evolutionary purpose of ensuring an increased supply of milk to nurse the child back to health. When the emotional conflict is resolved, i.e. the child returns to full health, the growth will naturally cease as the additional milk supply is no longer required.

Most “metastases” identified today are in truth a result of secondary conflicts or are “iatrogenic” – doctor caused. Meaning that, the doctor’s delivery of the diagnosis, and/or the patients interpretation of it, can cause additional secondary emotional traumas and conflicts which are completely unrelated to the original breast cancer issue. Nevertheless, these additional traumas can create further physical disease processes in the body.

Fully resolving all aspects of an emotional conflict and all associations to the conflict will cause the program of nature to complete after a full healing has taken place, and provide maximum opportunity for the creature’s survival if it comes across the same conflict again in future.

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Melanoma skin cancer is a condition that affects millions upon millions of American people every day. It is the result of abnormal cells in the skin that often result from prolonged exposure to the sun, one of the reasons why direct tanning is discouraged and strong sunblock is so strongly encouraged these days.

The cells that have become abnormal spread the condition to the cells surrounding them, creating a condition that can get out of hand fast if not taken care of.

How to Find Melanoma Skin Cancer

The best way to find and cure melanoma skin cancer is to pay close attention to the face and the skin. Melanoma can be indicated by moles that are appearing long after birth, moles that are seeming to grow, marks on the skin that do not seem to be fading, or a mysterious birthmark.

Those who think that they might have symptoms of melanoma should definitely seek a doctor for further examination.

Normal moles or skin abnormalities will not bleed, scale, or grow any bigger. Permanent marks on the body are just that permanent and will not change. If they are abnormal they might however, and that is why they are such a telling indicator of melanoma.

A Doctor Can Officially Diagnose Melanoma

Upon examination, if your doctor determines that your abnormal skin does have the makings of melanoma, they will remove some tissue from the area for further testing.

The tests should help to determine whether or not the cells are abnormal cancer cells or just skin cells that are going a bit out of control.

Melanoma Treatments

In most cases, the treatment of melanoma skin cancer involves a fairly non invasive surgical procedure. They are not difficult to administer, and usually involve the simple removal of moles and other imperfections on the skin.

Depending on how significant the cell damage is, the removal of the tissue may leave a scar on the face, and that is one of the most difficult side effects of the illness and treatment.

If not diagnosed, melanoma skin cancer can get out of hand and spread to other organs of the body. By itself, it is fairly easily treated and can easily be eradicated forever.

An Ounce of Prevention…

You know what they say about prevention; an ounce of it is worth a pound of treatment and that is the case with skin cancer.

A sunblock cream with an SPF of 15 or higher is recommended for everyone every day when exposed to the sunlight, no matter what their skin tone is like.

Melanoma may appear on normal skin, or it may begin at a mole or other area that has changed in appearance. Some moles present at birth may develop into melanomas.

The development of melanoma is related to sun exposure, particularly to sunburns during childhood, and is most common among people with fair skin, blue or green eyes, and red or blond hair.

Skin cancer does not have to be a problem. With global warming becoming more and more of an issue, melanoma is also a bigger issue. Unlike global warming, you can directly contribute to the health of your skin with proper protection and prevention.

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