With colon cancer, the initial stage, which is Stage 0, is found in the epithelial tissue of the innermost lining of the colon. Here, doctors find cells that are abnormal but have not yet mobilized into full-blown cancer. To treat this stage, doctors will perform a polypectomy, which is a local excision to remove the tumor and surrounding tissue. This treatment is usually considered curative and often no further problems develop if caught early during colon cancer screening tests.

In Stage I, the cancer has spread beyond the innermost layer to the second and third layers, as well as the inside wall of the colon. According to the National Cancer Institute’s most recent data (1991 to 2000), there is a 93% survival rate for colon cancer patients with Stage I cancer.

As the stages of colon cancer progress, the undetected carcinoid tumors are allowed to fester, expand and spread out. Soon they eat their way through the middle layers of the colon into tissues around the rectum and the outermost colon layers. This is known as Stage II-A, which offers an 85% survival rate if detected. Similarly, Stage III-A, which involves cancer that has spread through the wall and affected three disease-fighting lymph nodes, offers an 83% survival rate if caught right away. Once the cancer has reached the bowels, uterus, prostate, bladder and other organs, such as in Stages II-B and III-C, the survival rate declines to 72% and 44%, respectively.

The fourth and last stage of colon cancer is the most deadly, with just an 8% survival rate. By this time, most patients have metastatic colon cancer, which means the tumors and abnormal cell growths have migrated through lymph nodes to other larger organs, like the liver and the lungs.

If detected early, colon polyps can be easily removed during a colonoscopy or a minimally invasive laparoscopic surgical procedure. During Stages II and III, parts of the colon may need to be removed and reattached. Often chemotherapy and radiation therapy are recommended as complimentary therapies to surgery in the later stages as well.

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There are two types of stem cells based on their source of origin, these include embryonic stem cell and mature stem cells. Embryonic stem cells, as their name suggests, are stem cells derived from embryos. And the course of using them for taking care of medical ailments is termed as developing cell treatment. Most of developing stem cells are derived from embryos that develop from eggs that have been fertilized in vitro. They are not derived from eggs fertilized in a woman’s body. For developing cell therapy the developing cells usually mature in the laboratory and are recognized as cell culture.

Stem cells are extremely important to the human body as when these stem cells are lost,  cell manufacture would stop in the human body. Therefore, stem cells that are lost throughout high-dose chemotherapy, need to be replenished with stem cells, which would therefore work towards restoring usual blood cell manufacture in the human body.

Stem cell transplantation is a process that is used in conjunction with high-dose chemotherapy. This is because of the fact that in most cases, high-dose chemotherapy also destroys usual blood-producing stem cells in the bone marrow, apart from destroying the cancerous cells. This known for an immediate replacement of the usual blood producing stem cells in turn to reinstate blood cell manufacture. This is done by cell transplantation.

Scientists have worked out new advancement in the growth of embryonic stem cells without mouse feeder cells. This significant advancement have eliminated many risk factors, including the transmission of viruses or other macromolecules from mouse cells to human cells. Scientists consider this embryonic cell therapy to have a huge potential.

Find more information about Embryonic cell therapy – LivingCellTherapy.com

The first step in fighting your cancer diagnosis, is to get the best cancer doctor in your area. One that specializes in your specific type of cancer is even better. The quicker you start treating the cancer, the better, since some types of cancer are very quick to spread. Many times, doctors may decide to surgically remove the cancerous tumor and then follow the surgery with radiation or chemotherapy to stop the spreading of the cancerous cells. This is a considerable thing to go through for the patient and something that could last a long time but hopefully something that will result in no more cancer. Usually cancer surgeons try to take out the smallest amount of tissue without cancer for the patients well being. For example, they may choose to do a lumpectomy for a breast cancer patient versus a complete mastectomy if the cancer is detected early enough. This is usually the first line of defense when fighting the cancer.

Unfortunately, sometimes the traditional methods do not work and the cancer continues to spread. This is when many people with cancer experiment with alternative methods to treat cancer. They figure it is worth the risk to try since the traditional method did not work. Two products that claim to be anti-carcinogenic and capable of stopping the spread of cancer cells are liquid zeolite and ellagic acid. When everything else fails this may be a good alternative to try.

Emotionally, being hit with a cancer diagnosis is a tough one to swallow. One day you are forced to look at your own mortality. Many do believe (and there have been studies on this as well) that a positive attitude and how you deal with being diagnosed with cancer, can help you in your recovery. Increased stress hormones can cause you to be sicker, so get all of your family and friends to assist you at this rough time and try to be optimistic, as hard as it may be. With all of the therapies and technology available today, being diagnosed with cancer is no longer a death sentence.

Two of such foods are broccoli and garlic. Not everyone’s favorite, but after reading this, you may want to consider adding more broccoli and garlic to your diet.

Broccoli sprouts contain high amounts of a compound called sulforaphane (SFN), an isothiocyanate that is able to inhibit the histone deacetylase activity (HDAC) of prostate, colon and breast cancer cells. Histones are structural components of DNA and are modified by histone deacetylase enzymes. Modification of DNA’s histones by these histone deacetylases results in the silencing of genes. The sulforaphane compounds found in broccoli in effect block the deacetylation of genes and in turn suppress the growth of tumor cells. A single serving of broccoli has been found to inhibit HDAC activity.

Garlic contains other compounds called organosulfur compounds, which are metabolized by the body into allyl mercaptan (AM) that is able to inhibit histone deacetylase. Studies have shown that garlic compounds can quickly result in histone hyperacetylation and growth suppression of colon cancer cells.

Synthetic histone deacetylases have long been used in psychiatry and neurology as mood stabilizers and anti-epileptics. One of them, valproic acid, has been associated with an increased risk for autism when taken during pregnancy.