Centrophenoxine Articles:
• Centrophenoxine - "the product that reverses aging!"
• Centrophenoxine – Don’t Wait For Age To Affect Your Brain!

Centrophenoxine - "the product that reverses aging!"

Centrophenoxine (also called Meclofenoxate) is often considered to be “an ageing reversal drug”. It is one of the original anti-ageing, neuro-energizing drugs. Having been developed at the French National Scientific Research Centre in 1959, it has been studied and used for many years.

Centrophenoxine forms part of a class of drugs known as nootropic drugs, often popularly referred to as "smart drugs", "smart nutrients", "cognitive enhancers" and "brain enhancers". The word nootropic itself is derived from the Greek words ”noos”, or ”mind” and ”tropein”, which means to bend or turn. Nootropic drugs seek to improve the functions and capacities of the brain. Centrophenoxine itself has been found to be very effective in the treatment of brain damage due to old age and is used to treat the symptoms of senile dementia and Alzheimer’s Disease. It is also used where brain damage has resulted from stroke, physical injury caused by chemicals and drugs, or excessive alcohol consumption. Centrophenoxine has the ability to protect against toxic environmental chemicals.

What is Centrophenoxine?

Centrophenoxine is a compound of two other biochemicals- dimethyl-aminoethanol (DMAE) and parachlorphenoxyacetic acid (pCPA). DMAE is a natural substance found in certain foods, especially fish. It is also produced in the human brain - a natural metabolite of choline (trimethylaminoethanol). The fact that high levels of DMAE are found in fish, may be the very reason why fish has for so long be known as “brain food”. pCPA, on the other hand, is synthetic. It is a man-made version of a group of plant growth hormones called “auxins”. As with DMAE, pCPA is a precursor to the neurotransmitter acetylcholine.

One of the benefits of using Centrophenoxine is that it is well absorbed orally. Once absorbed by the body, the liver breaks down some of the Centrophenoxine into it’s two constituent parts – DMAE and pCPA. The liver converts the DMAE to choline. Choline is an organic compound, usually grouped within the Vitamin B complex. It is used in many biochemical processes in the body, and, in 1998, it was classed as an essential nutrient by the Food and Nutrition Board of the Institute of Medicine (U.S.A.). It is this “acetylcholinesterase-stimulating influence of (Centrophenoxine that) is likely to be implicated in the pharmacological reversal of the age related decline of the cholinergic system. This effect of the drug may also mediate its effects on cognitive and neuronal synaptic functions."

The remaining Centrophenoxine that has not been processed by the liver, circulates throughout the bloodstream. It eventually enters, in particular, the heart and the brain.

Why is Centrophenoxine so beneficial?

Centrophenoxine has been shown to be beneficial in a number of significant ways:

1. Reducing lipofuscin levels

Centrophenoxine has the ability to reduce lipofuscin levels. Lipofuscin, sometimes referred to as an ageing pigment, is a brownish pigment that is left over from the breakdown and absorption of damaged blood cells. It’s found in the brain, the heart muscle and the smooth muscles of the body. As we age, lipofuscin levels increase inside the cells, which, in turn, causes the cells to become less and less able to work properly. Eventually, once a critical level is reached, cell death may occur rapidly. Lower levels of Centrophenoxine are also important for retaining learning abilities and memory function. Studies on animals have shown that using Centrophenoxine for just a few weeks can significantly reduce lipofuscin levels and with it improve cell functionality.

2. Increasing choline levels

As mentioned above, taking Centrophenoxine leads to an increase in the body’s production of choline. Choline is an essential nutrient, critical in a number of biochemical processes. Maintaining a good choline level is vital for the body and the brain if they are to function at their optimal levels. The body derives most of its choline supply from diet although a choline-rich diet of meats, liver and eggs might not necessarily be that popular, particularly for those with high cholesterol. Junk foods and vegetarian diets provide the body with very little choline.

The obvious solution would appear to be to simply take a choline supplement such as choline chloride or bitartrate. Unfortunately, the problem with this approach is that as much as 60% of choline supplements are digested by bacteria in the intestines making it a very inefficient way of increasing choline levels. This is where Centrophenoxine comes in to its own. Intestinal bacteria do not digest the DMAE from the Centrophenoxine allowing far more of it to be available to the body which ultimately maybe converted into choline.

Choline can be used to make other valuable biochemicals, such as the major learning/memory neurotransmitter acetylcholine. Indeed, it is this “acetylcholinesterase-stimulating influence of (Centrophenoxine that) is likely to be implicated in the pharmacological reversal of the age related decline of the cholinergic system. This effect of the drug may also mediate its effects on cognitive and neuronal synaptic functions.”1

Choline can also be converted into betaine (trimethylglycine) through a process known as oxidization. Betaine is beneficial in that it assists the body in ridding itself of homocysteine. Homocysteine can be toxic to the heart and arteries. A high level of blood serum homocysteine is a powerful risk factor for cardiovascular disease.

Insufficient levels of choline may also be linked to the beginnings of Alzheimer’s Disease. Choline either flows from the brain cells to the bloodstream (when levels fall below 14 micromoles) or from the bloodstream into the brain (when levels are above 14 micromoles). Unfortunately, when choline flows from the brain cells to the bloodstream, it is derived from auto-cannibalization. In this situation, the choline contains membrane phospholipids as it is these membrane phospholipids that have been broken down by the brain cells to provide the choline to enter the bloodstream. Research now suggests that if, over a lifetime, blood choline levels are too low and the brain cells are therefore forced to continually produce choline by way of auto-cannibalization, such auto- cannibalization may contribute to Alzheimer's disease.

3. Acting as an anti-oxidant

The use of Centrophenoxine has powerful antioxidant effects on the brain. As we have seen above, Centrophenoxine provides the body with a very effective way of getting DMAE incorporated into brain cell membranes. Once there, it acts as a very powerful hydroxyl free radical scavenger which is good news given that hydroxyl radicals are the most damaging of the free radicals/oxidants common in living cells.

4. Acting as a neuro energiser

As we age, neuronal RNA and protein production (essential for facilitating memory and repairing cell damage) decline. Taking Centrophenoxine, however, increases their production, therefore reversing this decline. Centrophenoxine also helps to “wake up” the brain by increasing the uptake of glucose (the major source of energy used by the brain) and oxygen.

How much Centrophenoxine should I take?

Fortunately, Centrophenoxine is an extremely safe, non-toxic drug. Dosage levels depend on the reason why you are taking Centrophenoxine. If you are going to take Centrophenoxine to give you a cognitive boost, raise your choline levels and help protect your brain from the damage ageing brings, you will only require 1 or 2 Centrophenoxine tablets (250mg each) daily taken with breakfast or lunch. The dosage requirement for treating the elderly suffering significant intellectual decline or loss of vigour is between 3 to 6 Centrophenoxine tablets per day (250mg each), again taken with breakfast and lunch. Combining Centrophenoxine with deprenyl may prove useful in the treatment of those in the early stages of Alzheimer’s Disease. Centrophenoxine can also be used to boost the effects of Piracetam.

Centrophenoxine should not be taken by pregnant women and anyone suffering from major depression, mania, seizure disorders or Parkinson's disease.

Finally, although considered to be a very safe drug, occasionally Centrophenoxine can cause problems by increasing acetylcholine too much. Excessive acetylcholine levels can lead to headaches, neck, jaw and shoulder muscle tension, insomnia, irritability and hyper excitability, agitation and restlessness. Simply stopping Centrophenoxine for a few days and then resuming on a reduced dosage should rectify any such situation.
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Centrophenoxine – Don’t Wait For Age To Affect Your Brain!

Centrophenoxine is used to treat the symptoms of Senile Dementia and Alzheimer’s disease. It is known for its ability to effectively fight cerebral aging and is therefore an effective weapon in tackling many age related diseases. Read on to discover more about how Centrophenoxine works and how it could help you.

How Does Centrophenoxine Work?

Lipofuscin is a type of metabolic waste product, made from fragments of damaged proteins and fatty acids, that accumulates in the brain, heart, lungs and skin cells. Centrophenoxine is extremely effective at reducing it. The more lipofuscin that is present within a cell, the less functional it becomes, and once it reaches a critical stage, the cell may die. Human and animal studies have demonstrated that low lipofuscin levels correlate with healthy cellular function, and high levels are associated with poor cellular health.

Professor Imre Zs. Nagy of the University of Debrecen (Hungary,) is the author of the ‘membrane’ theory of aging. He discovered that the cells that make up young bodies comprise 92% water and lipids, and 8% dry mass. Conversely, elderly bodies comprise only 40% water and lipids, and 60% dry mass. This vast difference has significant implications for the ability of cells to communicate via chemical and electrical signals. Professor Nagy developed and used Centrophenoxine to modify the cell structure of elderly animals by removing lipofuscin build-up, and by changing the water and lipid/dry mass ratio to that of younger animals. His experiments were so effective, that, in addition to a number of behavioral improvements, the longevity of the treated animals increased by up to 40% compared with the controls.

A range of animal experiments has been conducted, measuring their learning and memory abilities. Aged animals whose high lipofuscin levels were reduced by Centrophenoxine, had their memory and learning abilities restored to a level similar to that of healthy young animals.

A human clinical trial involving 76 healthy, elderly patients suffering from significant intellectual deterioration, found that Centrophenoxine increased storage of new, long term memory information, while increasing vigilance and alertness. These results were noted after only several weeks of treatment.

Research has shown that Centrophenoxine improves the use and metabolism of glucose and oxygen in the brain which, in turn, benefits concentration and attention levels. So, if you want to keep your brain active, fit and healthy, try Centrophenoxine for a thorough mental “spring clean”.