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Originally posted by DeadSeraph
My dad was recently diagnosed with bowel cancer after being diagnosed with Leukemia 4 years ago. He is now undergoing chemotherapy. I really wish he'd open his mind to alternative treatments but he is a stubborn old goat and has made up his mind (and nobody, come hell or high water, will change it). All I know is if (and likely when) I end up facing the same trial, I would rather try natural treatments than letting anyone inject me with chemicals that are almost more harmful to the body than the disease itself.
Originally posted by DeadSeraph
My dad was recently diagnosed with bowel cancer after being diagnosed with Leukemia 4 years ago. He is now undergoing chemotherapy. I really wish he'd open his mind to alternative treatments but he is a stubborn old goat and has made up his mind (and nobody, come hell or high water, will change it). All I know is if (and likely when) I end up facing the same trial, I would rather try natural treatments than letting anyone inject me with chemicals that are almost more harmful to the body than the disease itself.
Originally posted by Night Star
Originally posted by DeadSeraph
My dad was recently diagnosed with bowel cancer after being diagnosed with Leukemia 4 years ago. He is now undergoing chemotherapy. I really wish he'd open his mind to alternative treatments but he is a stubborn old goat and has made up his mind (and nobody, come hell or high water, will change it). All I know is if (and likely when) I end up facing the same trial, I would rather try natural treatments than letting anyone inject me with chemicals that are almost more harmful to the body than the disease itself.
I'm truly sorry to hear about your Dad. I always said I would go the alternative route if I ever got cancer, but when I did actually get diagnosed with an aggressive cancer, I chose the chemo and radiation. I am still alive to tell my story.
Originally posted by Cherry0
reply to post by Night Star
Thanks for the reply. I'm glad it worked for you and are around to share your experiences.
I've always loved hearing/reading about others experiences in life, both the ups and downs. It certainly gives you more than one perspective on life.
Originally posted by jiggerj
reply to post by Cherry0
I haven't watch the clip yet, but I've got to ask: I thought cancer occurred when a faulty gene started copying itself in the wrong way? If this is so, how can food stop this?
Stage III Colorectal Cancer
Stage III colorectal cancers have spread outside the colon to one or more lymph nodes (small structures that are found throughout the body that produce and store cells that fight infection). Tumors within the colon wall, which also involve the lymph nodes are classified as stage IIIA, while tumors that have grown through the colon wall and have spread to one to four lymph nodes are classified as stage IIIB cancers. Those tumors, which have spread to more than four lymph nodes are classified as stage IIIC colon cancers.
Treatment involves:
- Surgery to remove the tumor and all involved lymph nodes if possible.
- After surgery, the patient will receive chemotherapy with 5-FU, leucovorin and oxaliplatin, capecitabine with oxaliplatin or capecitabine alone.
- Radiation may be needed if the tumor is large and invading the tissue surrounding the colon.
The five-year survival rate for stage III colon cancer is about 64%. Patients with one to four positive lymph nodes have a higher survival rate than people with more than five positive lymph nodes.
Sporadic cancers - these are cancers that occur by chance in individuals who have no known genetic risk factors and no significant family history. Approximately 60% of cancers are sporadic.
Familial cancers - these are cancers caused by variants in multiple genes and the environment all working together. In this case, each genetic variant causes a slight increase in risk. The overall risk of developing cancer depends on the number of cancer risk genetic variants that a person inherits and what environmental factors interact with those genes. Although these cancers appear to cluster in families, they don’t follow the typical rules of inheritance.
Hereditary cancers - these are cancers that are associated with a change in a single cancer susceptibility gene (like BRCA1 or BRCA2). These genes account for a very small percentage of all cancers. In fact, only 5-10% of breast and colon cancer cases are caused by changes in a single gene. Although everyone who carries a change in a cancer susceptibility gene does not get cancer, the risk is increased greatly, usually to 50% or higher. These types of genetic changes are passed on in an autosomal dominant inheritance pattern in families. This means that each child of an individual that carries a gene change in a hereditary cancer susceptibility gene has a 50% chance of inheriting the gene change.