Osteoporosis and liposomal vitamin c
Osteoporosis and liposomal vitamin c. The truth about the role that liposomal vitamin c plays is closely related, along with minerals such as magnesium, potassium, silicon and calcium and vitamins D3 and K2. And the role of calcium and other drugs.
Osteoporosis and calcium:
Osteoporosis and liposomal vitamin c. It saddens me to see older women diagnosed with "osteopenia" or "osteoporosis" listening to their doctors and taking calcium supplements and even problematic drugs called bisphosphonates. These are irrational dogmatic approaches detrimental to the problem of bone degradation as Quicksilver Scientific age. In my time practicing nephrology and internal medicine, Quicksilver Scientific saw many patients suffering from vascular diseases, having the recommended doses of calcium. X-rays revealed perfect contours of calcified blood vessels and calcified cardiac valves. Osteoporosis is bone scurvy, not calcium deficiency.
Osteoporosis and liposomal vitamin c plus other protagonists:
Calcified chest artery is usually seen in women who are receiving treatment for hypertension. The most commonly used drug in high blood pressure, the thiazide diuretic, causes the body to retain calcium and lose magnesium and potassium. Quicksilver Scientific certainly observe these types of calcifications in the great arteries of the whole body, not just those of the breasts. These problems are avoidable. It's not just Osteoporosis and liposomal vitamin c.
The bone matrix will incorporate calcium and nutrients to which they belong, provided the appropriate hormones and nutrients are present. Needless to say, the gravitational force in the form of exercise with weight is essential and must be the basis for a healthy skeleton. Don't be afraid to exercise with some weight in your backpack if you don't have disc disease or low back pain. You still have to look at what nutrition can do, and in interpersonal relationships to help your body heal. Supplements are no substitute for good nutrition.
The first thing you should do is look in your reference books to find foods rich in liposomal vitamin c, vitamin K2, magnesium and minor minerals such as boron and silica. Silica is also important to bones. Remember too, that depression has many causes. Sometimes the cause may be nutritional deficiencies and sometimes depression can be the result of entrapment in unhealthy family dynamics.
But if time is important, supplementation is a route you could take. While medical supplements by profession with calcium and fosomax, in my opinion, a more constructive supplementation regimen could include liposomal vitamin c, vitamin K2, vitamin D3 (in the winter months, summer sun) and boron, silicon and magnesium.
All of these are much more important for preventing fractures and maintaining healthy bones than calcium.
Excess calcium, in the heart muscles, heart valves and blood vessels, leading to cardiovascular disease. However, if you are getting enough Vit C, D3 and K2, your body will direct the calcium you eat from the food, where it belongs, not in the heart and blood vessels.
Liposomal vitamin c does several things to strengthen the bones:
In Osteoporosis and liposomal vitamin c its relationship comprises:
- Mineral bone and stimulates the formation of cells to grow bone.
- Avoids too much bone degradation by inhibiting the absorption of bone cells.
- It buffers oxidative stress that is, aging.
- It is vital in the synthesis of collagen.
When liposomal vitamin c is low, the opposite happens. Bone cells that degrade bones called octeoclastos proliferate, and new bone cells called osteoblasts that fix mineral, do not form.
Studies have shown that older patients who fractured bones had significantly lower levels of liposomal vitamin c in the blood than those that have not been fractured. Bone mineral density is what gives the measurement of the tests, is greater in those that complement with liposomal vitamin c, independent of the level of estrogen. Vitamin K2 is well known among holistic physicians that are important in cardiovascular and bone health. Complementing this is also a good idea if bone or cardiac problems are a concern. Examples of foods rich in vitamin K2 include unpasteurized dairy products, such as certain cheeses, raw butter and kefir, as well as natto and fermented vegetables such as sauerkraut.
And of course a good age vitamin D3 with a level of about 50 to 70 mg will help keep the immune system working well and strong bones.
Vitamins D and K2 also work synergistically with magnesium and calcium, so this ideal quartet should ideally be taken in combination. Unfortunately, most people are deficient in both D and K vitamins and the lack of magnesium is also common.
These days it is good to consume enough liposomal vitamin c; it is not so easy with a traditional diet. With the toxic burden Quicksilver Scientific all have, even with the best diets, Quicksilver Scientific require more liposomal vitamin c than our ancestors. Adults would do well to take 2-5 grams per day of sodium ascorbate as a general supplement. If you have active kidney stones, or kidney disease, please consult your doctor first.
Glutathione - What is and what function it fulfills in our organism
What is glutathione?
Glutathione is an antioxidant that helps protect cells from free radicals and peroxides.
The antioxidant action offered by glutathione is essential to protect the brain, eyes, ears, heart, lungs, liver, kidneys and skin and many more organs of oxidative stress and exposure to external toxins.
Elsulfhidrilo (thiol), group (SH) of cysteine, serves as an electron donor and is responsible for the biological activity of glutathione.
The provision of this amino acid is the limiting factor in the synthesis of glutathione in cells because cysteine is rare in food products.
On the other hand, if it is released, as the free amino acid, cysteine is toxic and spontaneously cataboliza in the gastrointestinal tract and blood plasma.
Glutathione has multiple functions:
- Through the direct conjugation, detoxifies many xenobiotics (foreign compounds) and carcinogenic agents, both organic and inorganic.
- It is essential in the immune system to exert its full potential, for example, the modulation of the presentation of antigens to lymphocytes, which influences the production of cytokines and the type of response (cellular or humoral) that develops, increase the Proliferation of lymphocytes, which increases the magnitude of the response, increase the activity of elimination of cytotoxic T cells and NK cells, and the regulation of apoptosis, thus maintaining control of the immune response.
- It plays a key role in numerous metabolic and biochemical reactions such as DNA synthesis and repair, protein synthesis, prostaglandin synthesis, amino acid transport and enzyme activation.
Therefore we can deduce that when the levels of glutathione
- Lower the organism weakens.
- Weakened immune system.
- Accelerated ageing.
- Increased cellular inflammation.
- Greater pain in the joints and muscles Increased Fartiga.
- Reduced athletic performance.
- Slow recovery of exercise.
- Less concentration and mental clarity.
- Accumulation of toxins.
- Greater vulnerability to more than 70 diseases.
Glutathione is the most powerful antioxidant, and the key to fighting the diseases you fear the most.
Glutathione - Role in the treatment of cancer
Why does our body need a regular supply of this important substance and how can it help us prevent cancer, while helping to combat it and minimize the effects of chemotherapy and radiotherapy?
What is the connection between glutathione and cancer?
Glutathione helps fight cancer in at least 3 forms: first and most importantly, it helps to prevent the development of any type of cancer from beginning. Second, glutathione helps fight the cancer already developed in the body. And finally, it can alleviate many of the consequences of cancer, including severe weight loss, and the effects of therapies such as chemotherapy and radiotherapy.
Prevention
Antioxidant defense against DNA mutation.
Free radicals are oxidants, a natural product of waste from energy production and other cellular activities in the body. These can cause mutations in the DNA. In 1996 an article in the European Journal of cancer suggested that free radicals can be listed as an important class of carcinogens. The glutathione, being the most important antioxidant of the cells neutralizes the potential damage of the free radicals (especially the oxiradicales) while they occur in the cell. Glutathione has an additional benefit in improving the effect of other antioxidants such as vitamin C, E and Selenium, which play an important role in the battle against free radicals. Glutathione not only provides for mutations in DNA, but also repairs the damaged DNA and contributes to the creation of new DNA.
Improvement of the immune response.
Glutathione is a leading player in the immune system and is directly realigning in the replication and growth of T cells lymphocytes (a type of white blood cell that attacks specific disease agents and helps coordinate the response through of the body). Low levels of glutathione lead to inadequate lymphocyte activity as seen in AIDS patients, who are particularly sueptibles to Karposi Sarcoma (a type of cancer to which saluables immune systems are normally resistant).
Carcinogen detoxification.
In addition to being the most powerful antioxidant, glutathione is also a powerful detoxifier, known for neutralizing and/or eliminating an enormous number of well-documented carcinogens and mutagenic it is not surprising that glutathione is in very high Concentrations in the liver, the main detoxifying organ of the body.
Do low levels of glutathione generate cancer?
Glutathione is a component of several enzymes, each of which plays a particular role in defending the body's glutathione systems. A study published in the Journal of the National Cancer Institute in one of these enzymes – glutathione-S transferase-mu-1 (GSTM1) – that is manufactured by the body according to a storage pattern in a specific gene. It seems that one person in two inherits a couple of copies of this gene, and 25% of all bladder cancers can be attributed to a malfunction in this gene. This enzyme is an antioxidant that detoxifieses the bladder of common carcinogens such as tobacco smoke.
Other studies have shown that another glutathione enzyme – glutathione-S-Trans-ferase-pi-1 (GSTP1) – is almost absent in men with precancerous and cancerous conditions in the prostate. It is very possible that the lack of this glutathione enzyme makes it easier to develop cancer in the prostate gland, and several studies confirm this.
Likewise, the lack of other glutathione enzymes has been linked to breast cancer and lung cancer, especially in people who smoke. For these reasons, an enormous number of medical scientists are suggesting that people be studied for deficiencies in these enzymes as an effective method of determining the risk of cancer.
If certain cancer cells have high levels of glutathione. Will raising the levels of glutathione not make them stronger? Many types of tumors have high levels of glutathione, is a fator that makes them very resistant to chemotherapy and radiotherapy, however, cancer cells have lost the ability to self-regulate metabolic and growth functions. One of the things that do not do well is to regulate the metabolism of glutathione. When cancer cells are subject to high amounts of glutathione precursors, they turn off their glutathione production. This process is called by the scientists negative regulation, and the healthy cells do not react the same.
How can you elevate glutathione levels to help fight cancer? Using the appropriate precursors or blocks, glutathione levels can be selectively elevated in normal tissues and lowered in cancer cells, thus making the cancer cells more susceptible to damage or removal by the same system Immune.
How does it help to elevate levels of glutathione in chemo and radiotherapy?
In the same way that lowering the levels of glutathione in cancer cells makes them more susceptible to harm, including chemotherapy and radiotherapy, elevating the levels of glutathione in healthy cells makes them more resistant to these treatments. This leads to fewer side effects such as nausea, vomiting, diarrhea, hair loss, and leukopenia (loss of white blood cells).
Glutathione and the immune system against cancer.
Glutathione helps the immune system in several ways, facilitating the growth and functions of white blood cells that are commonly damaged by anti-cancer treatments, and elevating glutathione strengthens them and increases their ability to fight This disease.
Glutathione in surgery and recovery.
The surgery itself releases trillions of free radicals, while anesthesia and other drugs carry additional problems. The role of glutathione is as antioxidant and detoxifying and can lessen threats. High levels of glutathione are also known to accelerate the healing process and reduce the chance of infection after surgery.
Liposomal Vitamin C with R-Lipoic Acid (1.7 oz)
This blend of Liposomal Vitamin C (as sodium ascorbate) with R-lipoic acid (as sodium R-lipoate) simultaneously supports the body’s antioxidant status while supporting endogenous production of glutathione. As an antioxidant, vitamin C scavenges and neutralizes free radicals, inhibits lipid peroxidation of cellular membranes, and supports levels of the other necessary antioxidants vitamin E and glutathione.
Glutathione
Glutathione is the master detoxifier and the body's main antioxidant. Toxins are linked to glutathione, which then carries them into the bile and the stool, and out of your body. It protects our cells delicate chemical machinery, and helps energy metabolism run efficiently. Glutathione is also integral to our immune system, especially for resistance to viruses.
