Maxgxl BY Dr.robert Keller

12/09/2016

01/09/2016

TRUTH ABOUT LUPUS

Symptoms of Lupus: Joint Pain
Though the first signs of lupus can be rash, they are often pains in the muscles and joints. Both sides of the body tend to be affected. Hands, wrists, knees, and feet are commonly affected. The joints can become swollen, warm, and have limited range of motion.

Lupus and the Nervous System
Lupus can affect the brain and nervous system. Symptoms range from headaches to numbness and tingling of the fingers and feet. Memory problems and thinking disturbances can occur. Though uncommon, lupus can cause strokes and seizures.

Lupus and Anemia
Anemia is a condition of abnormally low red blood cell counts. Anemia can be caused by lupus and medications used to treat it. Symptoms of anemia include fatigue and breathing difficulty, especially with exertion.

Lupus and Digestive Issues
Problems of the digestive system can be caused by disease of the liver or pancreas. This can lead to belly pain, difficulty swallowing, nausea, and vomiting. It can be a reaction to medications or from the lupus itself. Weight loss during flare-ups of the disease is common.

Lupus and Lung Issues
Inflammation of the tissue around the lungs is called pleuritis. Pleuritis affects approximately one-third of those with lupus at some time in their lives. Pleuritis leads to pain in the chest with deep breathing (pleurisy).

Lupus and Heart Issues
Inflammation around the heart (pericarditis) is the most common heart ailment in lupus patients. This inflammation involves the natural sac around the heart and can cause severe chest pain that is worsened by changing body positions. Lupus patients also are prone to cardiovascular disease, including heart attacks from coronary artery disease. Other complications of lupus include heart valve disease and inflammation of heart muscle (myocarditis).

Lupus and Kidney Issues
Lupus can affect organ function and cause permanent damage to the lungs, heart, kidneys, and other organs. Sometimes the organ injury is not apparent to those affected by lupus. The leading causes of death in patients with lupus are active disease, particularly kidney injury, infections, and cardiovascular disease.

01/09/2016

Arthritis and the role of Glutathione

Arthritis is a painful and debilitating condition characterised by inflammation of the joints. Osteoarthritis is the most common form of arthritis, and is a degenerative condition related to aging. The cartilage that normally cushions our joints gets worn away as we age causing the bones to rub together, creating inflammation of the joint.

Rheumatoid arthritis is an immune disease that can strike at any age and is triggered when the body's own immune system starts to attack the joints and other tissues.

Rheumatoid Arthritis is an Immune Disease

Rheumatoid arthritis of the hand (left) and normal hand (right)

Rheumatoid arthritis (RA) is an inflammatory condition, often affecting the hands. This xray shows a normal hand on the right, characterised by clean contours of the bone structure and well defined joint spaces (highlighted by arrow) where the cartilage is located. In contrast, the xray to the left shows a severe case of RA showing irregular bony growths and diminished joint spaces.

Inflammation is at the root of all disease

Glutathione levels are depleted in rheumatoid arthritis.

It is now known that cellular inflammation is at the root of most diseases, including arthritis.

Glutathione is our body's most powerful natural antioxidant and anti-inflammatory molecule. Created by every single cell, glutathione plays an important role in the immune system and has potent anti-inflammatory effects.

Scientists have discovered that people with arthritis have significantly reduced glutathione levels.

Glutathione reduces inflammation and strengthens the immune system

Glutathione deficiency allows oxidative damage to accelerate the progression of arthritic conditions. Glutathione supplementation can be of great benefit in treating these conditions.

The novel compound RiboCeine is a unique fusion of the amino acid cysteine with the simple saccharide ribose. It effectively delivers the essential precursor nutrients to the cells where they can then be turned into glutathione.

RiboCeine has been shown to dramatically increase intracellular glutathione levels, and is the key ingredient in the supplement Cellgevity.

Cellgevity is highly recommended for use by people with arthritis and may offer a natural alternative to the unwanted side effects of strong anti-inflammatory drugs such as Celebrex.

Get MaxGXL, CellGevity and MaxOne at WHOLESALE PRICE

01/09/2016

Do you have a Fatty Liver?

The most common disease NOW is something you probably never heard of, but it affects millions and is a major risk factor for diabetes, heart attacks, and even cancer.

It is called NALFD (non-alcoholic fatty liver disease) or fatty liver, for short, and is caused by the 152 pounds of sugar and 146 pounds of flour in our diet.

How do you know if you have it? What’s causing it? And how do you fix it? Do you exercise, take drugs, change your diet, or take supplements to fix it?

Many of you are probably wondering, “What is a fatty liver?” Some of you may have heard of foie gras. Foie gras is the French term for fatty liver that is used to describe a delicacy made from duck or goose liver. What happens to the livers of these animals as a result of the controversial practice of overfeeding is what you could be doing to your own liver, unknowingly. For those people who have this disease, essentially what they have is a liver that is full of fat, and that is a major cause of chronic disease and inflammation in the body.

How is it that we live in a country where fatty liver is the single most common disease, but most people have never even heard of it? 70 to 90 million have a fatty liver and almost none of them know they have it. In fact, you might have it, as well, and not even know it.

What causes it?

In order to make foie gras, ducks or geese are force-fed sugar in the form of corn and starch—a sad practice. In the body, this sugar turns on a fat-production factory in the liver, a process known as lipogenesis, which is the body’s normal response to sugar. Fructose actually ramps up the lipogenesis response.

The high fructose corn syrup found in our processed foods is the single biggest cause of fatty liver. Soda, which, frighteningly, is the number one source of calories in the American diet, is, then, the biggest cause of fatty liver.

How do you know if you have it?

There are blood tests available that can detect a fatty liver. You can also see it on an ultrasound. And if your test comes back abnormal, you are in trouble. But even if your test comes back normal, you might not be out of the woods. It’s important to know that a liver function test doesn’t always detect a fatty liver. An ultrasound can be more sensitive.

The bottom line is, if you eat a lot of sugar and flour, if you have a little bit of belly fat, or if you crave carbs, starch, and sugar, you probably have this.

Why is this a problem?

Fatty liver creates a whole cascade of issues. It causes inflammation in your body. This inflammation creates insulin resistance and pre-diabetes, which causes your body to deposit fat not just in your liver but also all around your organs and in your belly.

That dangerous belly fat caused by the sugar and starch in your diet then creates even more problems. It causes you to have high triglycerides and low HDL, the good cholesterol. It causes you to have small LDL, the dangerous cholesterol particles that cause heart attacks.

In fact, having a fatty liver puts you at great risk for having a heart attack, and most people have no idea they have it. Certain populations like Latin Americans have a much higher risk of having a fatty liver.

And shockingly, now, we see 12-year-old boys who have lived on soda for years needing liver transplants from fatty liver. That’s pretty scary, and we really need to think about what we are doing to our children by feeding them these toxic substances.

When you have a fatty liver, you need to think about the damage it’s causing. You don’t want to end up with a liver transplant. You don’t want to end up needing to be on medications to fix the complications of a fatty liver like high blood pressure, diabetes, heart disease, and abnormal cholesterol. You want to get to the root of the problem.

How to fix your fatty liver

There are some really simple things you can do with diet, exercise, and supplements to help heal your fatty liver.

Cut out all high fructose corn syrup from your diet. If you see it on any label for any product—whether it’s a salad dressing or ketchup or tomato sauce—don’t eat it. Think about it: most servings of tomato sauce that you buy in a jar have more sugar than a serving of Oreo cookies. Get rid of all that high fructose corn syrup from your diet, 100 percent, no exceptions.

Reduce or eliminate starch. Get rid of white, processed flour. Even whole grain flours can be a problem. It’s common to find too much of these starchy foods in the classic American diet, or what we call the SAD (Standard American Diet). All of those things will promote a fatty liver. You may be surprised to learn that it’s actually not fat that causes a fatty liver. It’s sugar.

Add some good things to your diet to help heal your fatty liver. Add plenty of fruit, vegetables, nuts, and seeds. Add lean animal protein like chicken and fish. Add good oils like olive oil, macadamia nut oil, avocados, coconut butter, and fish oil. Good fats like these are anti-inflammatory, and they help repair your liver.

Improve your metabolism through exercise. This is a fabulous way to improve insulin resistance and reduce fatty liver.

Use the right supplements. With Milk Thistle and Lipoic Acid, a powerful antioxidant, and N-Acetyl-l-Cysteine. These things help boost something in your liver called glutathione.And we use other things like B vitamins and magnesium. All these things will help your liver repair and heal.

Eat detoxifying liver-repairing super foods. Focus on the broccoli family. I love this family of foods, and I try to have at least a cup or two every day. Kale, collards, cabbage, Brussels sprouts, broccoli, arugula, daikon radish—all wonderful foods that help repair and heal your liver. Garlic and onions, also, are full of sulfur, which is a great detoxifier.
I promise you, you don’t want a fatty liver. You need a healthy liver to help you deal with all the junk and chemicals in our environment. When you have a healthy liver, your body stays healthy, you don’t get sick, and you can feel good, which is what I want for everybody.

01/09/2016

Why you need MAX GXL for your HEART?

Your heart is truly a wondrous machine. Even before your birth, the muscles that make up your heart are already at work, circulating oxygen enriched blood to each part in your body and returning oxygen depleted blood back into the lungs. On average, the heart will beat 37,869,120 times every 365 days, year after year. That’s about two and a half billion heartbeats in a lifespan.

Clearly, your heart is a powerhouse and it’s worth protecting. You realize, no one can live without a beating heart and with an average of 2 deaths every 68 seconds, 40% of all the deaths in the United States are from heart disease, the leading cause of which is Coronary Artery Disease (CAD).

Since it’s the hardest working muscle group in the body, the heart muscles will produce a lot of energy and it’s the high requirement for energy production which renders the heart vulnerable to the threat of free radicals. Hence, the heart is one organ with a high requirement for antioxidants and the most valuable one is Glutathione.

The Heart’s Energy Factory

Your heart’s astounding ability to make energy is based inside each cell in the cellular power plants which are known as Mitochondria. Every cell in your body possesses these little energy producing sites. On average, most cells will have a couple of hundred mitochondria, but the cells that make up the endlessly toiling heart have about 5,000! The power that’s produced in your cells, is created in the form of a substance called ATP or adenosine triphosphate. It’s no surprise , energy production has a price.

The by- products of creating energy are damaged molecules – free radicals and with the high concentration of energy producing mitochondria in the cells of the heart, there is a proportionately high population of free radicals . Without the intervention of antioxidant activity, free radicals can create a chain reaction in the heart cells that will destroy them and their components – including the cellular DNA.

Heart Disease and Coronary Artery Disease

Arteriosclerosis – Coronary Artery Disease (CAD) generally called hardening of the arteries or loss of arterial elasticity is a leading cause of Heart disease. It has been connected to a substance called lipid peroxidase. That’s what you get when the lipids in your heart become free radicals. Lipids, are a group of molecules that include waxes, sterols, fats and the fat soluble vitamins D, E, A & K. As well as elevated levels of Free radicals, patients with CAD have also been found with reduced amounts of antioxidants like Glutathione. Missing enough antioxidants to remove free radicals in the heart, it and your arterial system will eventually suffer from oxidative stress.

Our systems are designed to clean up the free radicals created by normal processes, but too many of us are exposed to extra stressors that aren’t natural. These stresses include environmental toxins (and especially to***co smoke!), nutritionally inadequate diets, the unhealthy pace and induced stress of everyday living and poor conditioning of the bodies from not enough exercise. We have put our antioxidant levels at a health damaging disadvantage.

The Benefits of Boosting our More Glutathione and Other Antioxidants

As we age , our systems naturally begin to slow down. The mitochondria in our cells inevitably create less energy and we also produce less glutathione – which is necessary for a healthy heart. Boosting glutathione supply can’t make us live forever, but when you think about how hard your heart is working for you, it only makes sense to improve our diets, choose a healthier lifestyle and take concrete steps to boost our natural production of glutathione.

Oral Glutathione supplements are not effective, but you can increase your glutathione with a glutathione precursor like MAX- GXL.

01/09/2016

Glutathione and Cancer

First of all, what is Cancer?

Cancer is the SYMPTOM of DNA mutation, abnormal growth of damaged cells. DNA controls cell growth, development and replication. When the DNA gets damaged, it can replicate an altered (damaged) cell - and when this altered cell replicates itself.... This can become CANCER.

Please Take Note: Symptoms alert YOU that something isn't right in your Body but they are not the Cause of Illness or Disease.
Did You Know That Cancer is associated with Low Levels of Glutathione GSH?

"The Precursor To Fight Cancer Lies In Prevention"

Glutathione is our body's most powerful antioxidant and plays a key role in the prevention of cancer.

Glutathione neutralises the harmful free radicals that build up in the body and would otherwise damage cells. Free radicals are highly reactive molecules that contribute to virtually every degenerative disease, including cancer and the aging process.

Additionally, glutathione chelates and removes heavy metals and toxins from the body, protects against radiation damage, and boosts the immune system. Glutathione also regulates levels of tumour necrosis factor alpha (TNF1), an important immune modulator involved in cell death.

Unfortunately many factors conspire to reduce our vital glutathione stores, including chronic illness, aging, stress, toxins and chemotherapy.

So How can we prevent Cancer?
Since healthy DNA is needed to prevent replication of mutated cells, we need to protect it from free radicals by the aid of Antioxidants.
Antioxidants have "extra" electrons that they can give to free radicals. By doing that, it eliminates its harmful effect. Antioxidants are the body's defense against destructive free radicals which causes aging, sickness and disease.

What Type of Antioxidant Do We Need???

Exogenous Antioxidant
If we will take Exogenous Antioxidant like the famous Vitamin C and Vitamin E, we are protecting our cells from being damaged, but it cannot repair or restore damaged cells. It only shields our body from incoming free radicals. In other words, exogenous antioxidant has no ability to neutralize or stop mutated cells to grow erratically. We should also consider the fact that people with Cancer have low levels of Glutathione, because of this, important exogenous antioxidants like Vitamin C and Vitamin E cannot do their job adequately to protect our body against disease.

Endogenous Antioxidant Glutathione GSH
Glutathione GSH plays a very important role in DNA repair. Healthy DNA is essential to prevent mutated cells from replicating itself which will lead to Cancer.

It is a proven fact that if you have cancer, you have low levels of Glutathione GSH. However as of now, there's no documented scientific evidence that raising Glutathione levels can make us overcome Cancer if you already have one, research and clinical trials are still ongoing. But we already have witnessed several miracles, of patients with terminal cancer that survived by taking large dose of glutathione accelerator/booster. Some are claiming it as Placebo only but the important thing is, they continue to live.

What Science have proven is that when you have high levels of glutathione gsh, you will be protected from free radical damage, all other Antioxidants like Vitamin C and Vitamin E can do their job efficiently, your vital organs will function better and you will have better functioning immune system. Generally speaking, having high levels of Glutathione GSH means having a healthier body.

Glutathione supplementation beneficial after chemotherapy
Low glutathione levels are commonly found among those undergoing chemotherapy. A glutathione supplement is thought to be very beneficial after a course of chemotherapy, to restore glutathione levels.

Research scientists Bogliun et al (see abstract below) studied women with ovarian cancer who were being treated with chemotherapy. Some of the women were also treated with intravenous glutathione. Those given the glutathione not only had fewer toxic side effects from the chemotherapy but also had better overall survival rates.

Glutathione: A bullet proof vest?

According to Patrick Holford, author of Say No To Cancer: ‘Glutathione deserves attention as it is perhaps the most important antioxidant within cells and has proven to be highly cancer protective.’

The anti-cancer properties of glutathione are well documented. In 1981 a group of scientists gave a group of rats a known carcinogen, then treated half of the rats with glutathione. After eight months there were no survivors in the control group, but 81% of the rats that had received glutathione were still alive.

Glutathione has been shown to stimulate apoptosis (cell death) of malignant cells while leaving healthy cells unaffected. When our glutathione levels are optimised it's rather like wearing a bullet proof vest, protecting us from oxidative damage.

The Power of Cellgevity and MaxGXL

Cellgevity contains the unique compound RiboCeine, which is the most effective oral supplement available for increasing systemic glutathione levels. MaxGXL on the other hand contains NAC (N-Acetyl Cysteine) which is the primary raw material for the cells to manufacture increased levels of natural glutathione gsh.

Cellgevity and MaxGXL are ideal for strengthening the immune system, supporting heart and lung function, detoxifying the liver, increasing mental clarity, increasing energy levels and for improving overall health.

29/08/2016

Many disease states are characterized by low glutathione levels. MaxGXL has been developed as a strategy to help raise glutathione levels. Glutathione deficiency states include, but are not limited to: AIDS and cancer muscle wasting, chemical and infectious hepatitis, radiation poisoning, malnutrition states, strong physical stress, and acetaminophen toxicity. Many other problems including cardiovascular, lung, digestive and kidney disorders are associated with glutathione deficiency and are cited in numerous
MaxGXL produces a higher, more stable level of energy that you will likely feel the first day you use it. More important, as your glutathione (GSH) level increases over time, you will begin to experience the most important benefits of higher levels of GSH. Your enhanced immune system will make you less susceptible to illness and the effects and multiple ailments of aging. You will also experience a higher level of alertness and experience a more rapid recovery from strenuous exercise with shorter periods of soreness.medical references.
What are the ingredients of MaxGXL™ and what do they do?
Calcium Ascorbate- A mineral salt of Vitamin C. Calcium Ascorbate is 80% Vitamin C and 20% calcium. Ascorbates are less acidic than other types of vitamin C and provide better absorption than ascorbic acid alone. It protects the body from toxins and acts as an immune builder and as an antioxidant. It is essential for growth and repair of tissues. It helps your body to cope with physical and mental stress. Calcium Ascorbate produces the frequency necessary to activate protease so is a key component to proper protein digestion as well. Also maximizes NAC absorption and helps protect existing glutathione stores.

L-Glutamine- The most abundant of all of the amino acids found in the muscles of the body. It has the ability to pe*****te the so-called blood-brain barrier and is readily transformed into Glutamic Acid, which is essential for cerebral function. In other words, this amino acid is used as brain fuel. L-glutamine is an essential dietary component which nourishes cells in the gastro-intestinal lining, liver and immune system. It also preserves liver glutathione after hepatic injury.

Milk Thistle- Contains some of the most potent liver protecting substances known. One of the active phytochemicals called Sylimarin prevents free radical damage in the liver and kidneys. It also stimulates new liver cells and is an excellent immune system builder.

N acetyl Cysteine (NAC) - N-acetyl cysteine (NAC) is the best dietary source of glutathione. It is a main precursor for the manufacture of glutathione (GSH).

N-acetyl d-glucosamine - N-acetyl-d-glucosamine (NAG) is a key precursor in the biosynthesis of mucosal glycoproteins. It protects the underlying tissues from enzymes, acids and bacteria while providing a surface to absorb nutrients.

Alpha Lipoic Acid (ALA) - Alpha lipoic acid increases the body's ability to use cysteine to manufacture glutathione. It also enables the key enzyme required for glutathione synthesis to work at optimal conditions, and induces an increase in intracellular GSH.

Quercitin - Quercitin plays a critical role in regenerating glutathione and helps to eliminate toxic compounds found in the liver.

Cordyceps - Cordyceps functions as an antioxidant and anti-inflammatory agent. It has also been shown to increase liver energy and glutathione synthesis. In MaxGXL, however, its primary function is to reduce inflammation and free radicals by decreasing the thermostat for inflammation called nuclear factor kappa beta.