Stress maladaptation is the body’s inappropriate response to prolonged stress. The normal reaction of the body to stress is to produce greater quantities of both cortisol and DHEA. When the stress is gone, the body reduces its output of cortisol and DHEA to resting levels and everything is fine. This is what happens with short episodes of stress. However, when the stress is prolonged, the body prefers to make increasingly greater amounts of cortisol and less DHEA. How long does it take for this to occur? One study showed that after just 28 days of continuous stress, cortisol levels had climbed to 240 percent of starting values and DHEA had dropped to 15 percent of initial levels! What’s even worse is that even after the stress is removed, the body sometimes does not recover and bring these hormones back to normal levels, but instead, remains in the stress response mode with high cortisol and low DHEA output.

The consequences of elevated cortisol and reduced DHEA levels are devastating: The immune system is compromised with increased risk to infections, certain cancers, allergies and autoimmune diseases. Glucose utilization and insulin function are altered with resultant higher blood sugar levels. Salt and water are retained, producing tendency toward high blood pressure. Blood cholesterol and triglycerides increase and predispose to heart disease. Thyroid function becomes impaired, resulting in decreased metabolism, lowered body temperature, and reduced vitality. The body stores fat, especially around the midsection. Depression, insomnia, hunger, and PMS result. Reproductive function falters with resultant infertility and cessation of the menstrual cycle. The body becomes more susceptible to toxins and heavy metals. Stomach ulcers form. Memory and learning become impaired. The combination of reduced R.E.M. (rapid eye movement) sleep and lowered growth hormone release at night diminish mental and physical regeneration, which results in acceleration of the aging process. Protein synthesis is reduced and protein breakdown is increased, leading to bone loss, skin wrinkles, arthritis, muscle loss and weakness, and all the protein supplements in the world won’t make a difference. However, resistive exercise (like bodybuilding) can maintain muscle mass under these conditions by “stealing” protein from the internal organs. Obviously, this is not healthy. An additional strike against endurance athletes is the fact that insulin-sensitive, slow oxidative type 1 muscle fibers become replaced by fast glycolytic type II-B muscle fibers, resulting in poor performance. Not all of these effects of high cortisol and low DHEA occur in everyone. What does happen in each individual is dependent upon genetic predisposition and lifestyle/environmental factors.

When DHEA levels are low, supplements should be taken for several months. When another saliva test has shown that DHEA is back in normal range, the supplements are gradually tapered off and followed by another test about a week after stopping supplementation. This is done to assure that the body has recovered and is again making DHEA on its own.

For those who are not concerned with health but take DHEA for reasons other than restoring levels to normal, beware of excessive and/or prolonged use causing or contributing to: nausea, headaches, acne, liver tumors, atherosclerosis, prostate cancer, cervical cancer, breast cancer, male breast growth, uterine fibroids and polyps, endometriosis, cystic breasts and ovaries, male pattern hair growth in women, spotting, and breast tenderness. The adrenal glands may atrophy and some people on thyroid replacement therapy will become hyperthyroid as the DHEA makes the medication more active.

Little is known about drug interactions, although some studies suggest it may interfere with the action of certain sleeping medicines or calming medicines (benzodiazepines). Always tell your doctor and pharmacist about any supplements or herbs you are taking.

Women who are pregnant or breastfeeding should not use pregnenolone. Relying on this type of treatment alone and avoiding or delaying conventional medical care for cancer may have serious health consequences.

The medicinal ingredient found in milk thistle is silymarin, an extract of milk thistle seeds. It is an antioxidant that protects against cell damage. Silymarin contains 4 compounds: silybin (the most active), isosilybin, silychristin, and silydianin. Most research has studied silymarin or its major compound silybin, instead of the plant in its whole form.

The botanical name for milk thistle is Silybum marianum. Milk thistle is also called holy thistle, Marian thistle, Mary thistle, St. Mary thistle, Our Lady’s thistle, wild artichoke, Mariendistel (German), and Chardon-Marie (French).

What is the history of the discovery and use of milk thistle as a complementary and alternative treatment for cancer?
The ancient Greeks and Romans used milk thistle as a treatment for liver ailments and snake bites. During the Middle Ages, milk thistle was recommended to treat liver toxins. Modern homeopathic practitioners have used compounds from milk thistle seeds to treat a range of disorders including jaundice, gallstones, and peritonitis. The German Commission E, which studies the safety and efficacy of herbs for the German government, recommends milk thistle for liver damage due to toxins, cirrhosis of the liver, and as a supportive therapy for chronic inflammation of the liver.

Despite milk thistle’s long history of use for liver complaints, it was not until 1968 that researchers extracted silymarin from milk thistle seeds and suggested that it might be the plant’s active ingredient. Silymarin was later discovered to be a mixture of flavonolignans, a family of plant-based substances with antioxidant effects.

What is the theory behind the claim that milk thistle is useful in treating cancer?
To research the claim that milk thistle is useful in treating cancer, its active substance silymarin and its major compound silybin have been the most widely studied ingredients.

Silymarin and silybin may protect the liver against damage from toxic chemicals by blocking toxins from entering the cell or by moving toxins out of the cell before damage begins.

Silymarin and silybin have been studied in the laboratory in cancer cells as well as in animal tumors of the tongue, skin, bladder, colon, and small intestine. They have been tested for their potential to:

Make chemotherapy less toxic.
Make chemotherapy more effective.
Stop or slow the growth of cancer cells and block tumors from starting or continuing to grow.
Help to repair liver tissue.
How is milk thistle administered?
Milk thistle is usually taken by mouth in capsules or tablets. Since it does not dissolve well in water, it is not commonly taken as an herbal tea. In Europe, the active compound silybin is given by intravenous infusion as the only effective antidote for Amanita phalloides, a rare mushroom toxin that causes deadly liver failure.

Most milk thistle supplements are measured by how much silybin they contain. Special forms of silybin made to be easily absorbed and used by the body are sold under the names Legalon, silipide, and Siliphos.

Have any preclinical (laboratory or animal) studies been conducted using milk thistle?
Research in a laboratory or using animals is done to find out if a drug, procedure, or treatment is likely to be useful in humans. Preclinical studies are done before clinical trials (in humans) are begun.

Silymarin, the active substance found in milk thistle seeds, has been studied in laboratory research. These studies have shown that it acts as an antioxidant by:

Strengthening cell walls to prevent toxins from crossing into the cell.
Stimulating enzymes that make toxins less harmful to the body.
Blocking damaging substances called free radicals from attacking cells.
Silybin, the major compound found in silymarin, has been studied in laboratory experiments using cancer cell lines (cells adapted to grow in the laboratory). These studies show that silybin:

May help cisplatin and doxorubicin (chemotherapy drugs) work better against ovarian and breast cancer cells.
May have direct anticancer effects against prostate, breast, and cervical cancer cells.
May slow down cell growth, as shown in prostate cancer cell lines.
In laboratory tests using rat livers, silymarin and silybin have also been found to boost the regrowth of liver tissue.

Tests on colorectal cancer cells transplanted into mice found that silybin given twice a day decreased tumor growth.

Have any clinical trials (research studies with people) of milk thistle been conducted?
There is 1 case report describing the use of silymarin in a patient with promyelocytic leukemia who required breaks in chemotherapy due to abnormal liver enzyme levels. During 4 months of treatment with silymarin, the patient had normal liver enzyme levels and was able to undergo chemotherapy without breaks. A second case report describes a patient with hepatocellular carcinoma whose symptoms improved when he took 450 milligrams of silymarin per day, without anticancer therapy.

A randomized clinical trial in children with acute lymphoblastic leukemia found that silymarin decreased the harmful effects of chemotherapy on the liver without working against the cancer treatment. The children taking silymarin needed fewer chemotherapy dose reductions because of side effects than the children who did not take milk thistle.

A number of clinical trials have studied milk thistle or silymarin in the treatment of patients with hepatitis, cirrhosis, or disorders of the bile ducts. These trials have used a wide range of doses with mixed results. In a trial of biologic therapy for patients with chronic hepatitis, patients taking silymarin had fewer symptoms and a better quality of life compared to patients not taking silymarin. The beneficial effects of silymarin shown in some studies suggest it might play a role in preventing hepatitis and/or liver cancer, but no clinical trials have studied the use of silymarin for prevention.

Have any side effects or risks been reported from milk thistle?
Very few bad side effects from the use of milk thistle or silymarin have been reported when taken as recommended. Several large, carefully designed studies in patients with liver disorders have found that taking silymarin may rarely have a laxative effect or cause nausea, heartburn, or stomach upset. At high doses, mild allergic reactions have been seen (more than 1,500 milligrams a day).

Silymarin has been used in pregnant women who have a bile blockage in the liver, with no toxic effects to the patient or fetus. Silymarin have also been given to children intravenously for mushroom poisoning.

The following information was posted on the national cancer website. Milk thistle is part of our Livdetox.

It is not known if milk thistle may make anticancer medications or other drugs more effective, less effective, or have no effect when taken with them.

Is milk thistle approved by the U.S. Food and Drug Administration (FDA) for use as a cancer treatment in the United States?
The U.S. Food and Drug Administration has not approved the use of milk thistle as a treatment for cancer or any other medical condition.

Milk thistle is available in the United States as a dietary supplement. Because dietary supplements are regulated as foods, not as drugs, FDA approval is not required unless specific claims about disease prevention or treatment are made.

Given the limited research done with milk thistle in patients with cancer, using it as a cancer treatment cannot be recommended except in carefully designed clinical trials.

www.usa.gov/contact/Elected.shtml

http://www.fda.gov/Food/GuidanceComplianceRegulatoryInformation/GuidanceDocuments/DietarySupplements/ucm257563.htm/

https://secure3.convio.net/aahf/site/Advocacy?alertId=911&pg=makeACall

]]> http://dramyemch.com/uncategorized/help-stop-the-fda-from-regulated-supplements-and-making-them-prescription-only/feed/ 1 http://dramyemch.com/cancer/facts-about-modified-citrus-pectin-available-at-b-natural/ http://dramyemch.com/cancer/facts-about-modified-citrus-pectin-available-at-b-natural/#comments Fri, 02 Sep 2011 12:43:20 +0000 Dr. Amy http://dramyemch.com/?p=864 Modified citrus pectin is a complex
polysaccharide (a type of carbohydrate) that is
derived from citrus peels and pulp. Regular citrus
pectin molecules are long chains of highly branched
glucose molecules, which are too large and complex
to be absorbed in the gastrointestinal tract.
Pecta-Sol™ modified citrus pectin has undergone a
unique manufacturing process that renders the pectin
molecules shorter and less branched than regular
citrus pectins. This special process ensures the lowest
degree of methylation with a molecular weight within
a specific range of 10,000-20,000 daltons. Low
methylation increases the number of galactosyl
binding sites, thus enhancing the intensity of Pecta-
Sol™’s immune supporting benefits.
The shorter, unbranched chains of modified citrus
pectin optimize its reliable absorption, bioactivity,
and utilization of its important polysaccharide
components.
The pH of Pecta-Sol™ modified citrus pectin is
within the preferred range for maximum activity.
Pecta-Sol™ modified citrus pectin is rich in
galactosyl residues, the key component thought to
confer modified citrus pectin’s health benefits.
Galactosyl residues interfere with the binding of
galectins, a type of protein on the surface of cells.
Galactosyl specifically interferes with the
carbohydrate-binding galectin 3, which has been
identified on prostate, breast, colon, brain, skin,
lymphatic, and larynx cells. By interfering with
galectin binding, galactosyl interferes with
undesirable cell-cell interactions, thereby exerting
unique assistance to the immune system.INDICATIONS
Pecta-Sol™ Powder may be a useful dietary
supplement for those who wish to support their
immune system, with specific focus in the prostate,
breast, colon, skin, lymphatic system, larynx, and
brain.
For research references contact B Natural