What is Amino Acid L-Methionine

Many people ask us what are the reasons for taking XLR8 Three BUILD and the importance of Essential Branch Chain Amino Acids for weight loss and what each Amino Acid does.

So we will be posting exactly what each Essential Branch Chain Amino Acid is and what each one does and the benefit of using it.


What is Methionine and how does Methionine help with weight loss? 

Methionine is an essential branched chain amino acid, which means your body can’t produce it on its own, so you must ingest it. Methionine can be found in certain foods like meat, fish, and dairy products, and it plays an important role in many cell functions.

Methionine provides an important role relating to the growth of new blood vessels. (1While the body produces it on its own, supplementing with L methionine has been shown to help heal wounds and those experiencing Parkinson’s, drug withdrawal, schizophrenia, radiation, copper poisoning, asthma, allergies, alcoholism, liver damage and depression.

The body is unable to produce L-Methionine and so it must be ingested through the foods you eat or by taking a supplement like XLR8 THREE. Your body requires amino acids every day to function, maintain your muscles and regulate your immune system.

Benefits of L Methionine

1. May Help Reduce Risk of Colorectal Cancer

According to the Melbourne Colorectal Cancer Study, conducted in Melbourne, Australia, methionine, along with B vitamins and other minerals, may help reduce the risk of colorectal cancer. The study observed foods that were eaten as well as micronutrients, such as folate, methionine, and vitamins B6 and B12, and those with antioxidant properties like selenium, vitamins E and C, and lycopene. Though the tests studied many of these vitamins, minerals and amino acids individually, overall, the data supports the conclusion that a diet containing all of these micronutrients, including methionine, may help lower colorectal cancer risks. (3)

2. Can Lower Tremors in Parkinson’s Patients

A study was conducted on 11 patients who had untreated Parkinson’s disease. Participants were treated with L methionine for periods from two weeks to six months and showed improvement in akinesia and rigidity, resulting in fewer tremors than usual. (4) This shows methionine may be beneficial in treating Parkinson’s symptoms.

Additionally, the Michael J. Fox Foundation for Parkinson’s Research indicates that further studies are being conducted regarding the evidence that a part of the antioxidant enzyme system, specifically methionine, may play a critical role in prevention of aging related to oxidative damage and loss of dopamine, ultimately providing a potential treatment for Parkinson’s disease. (5)

3. Builds Bone Strength

Methionine may help athletic performance (and even weight loss) due to its effects on bones. To better understand how methionine and endurance exercise affects the body, researchers at the Institute of Physical Education, Health and Leisure Studies at National Cheng Kung University in Taiwan gave rats different diets, some with l methionine foods and others without. After an eight-week period, exercise-trained subjects had a 9.2 percent lower body weight, which is no surprise given exercise can help anyone lose weight. However, part of what became evident was that there is an effect on bone volume, bone mineralization and bone mineral content compared to those subjects who were fed the diets without methionine supplementation.

Results indicate that the methionine combined with endurance exercise caused lower whole bone mass, size and/or strength, but it enhanced natural bone strength overall. This may be why there are claims that it can help athletic performance. (6)

4. Aids Weight Loss

Creatine is a substance that comes from methionine and creatine can not only help improve athletic performance, but also the body’s ratio of muscle to fat.

More research is needed in this area, but one study of 14 high-performance male adult judo athletes evaluated the contribution of their energy systems using oxygen uptake and blood lactate measurements. The results showed an increase in performance, which is thought to be due to the creatine effects during intervals and could be because of the loss in weight resulting in a better muscle to fat ratio. (8

5. Could Help Those Dealing with Drug Withdrawal

The Journal of Neuroscience conducted a study on rats who were induced with cocaine and how methionine can make a difference in the addictive qualities of the drug. When subjects were given methionine, it blocked the effects of the cocaine, making it less addictive than without the methionine. (9) While more research is needed, this may indicate L methionine can help those dealing with withdrawal by slowly lowering the effects and helping people kick the addiction — or even help prevent addiction in the first place.

6. May Support the Liver

The American Society of Nutrition reports that evidence indicates methionine metabolism may affect alcoholic liver disease. Liver disease is more prominent in areas of the world where there’s a problem with malnutrition, but it’s also a problem everywhere when it comes to alcohol abuse. However, research points to the ability for methionine, specifically SAMe, combined with folate and vitamins B6 and B12, to possibly help treat the effects of liver disease. (10)

How to Use L Methionine

This topic is still being investigated, but an interesting study was reported in Science News evaluating the effects on methionine as it relates to calorie restriction. Some researchers believe that it’s possible to have a longer life by cutting calories while enhancing nutrient density to include the consumption of methionine. Others think too much methionine can cause health problems. (13)

So the question is: How much methionine do we need? It depends on a lot of other things, such as how much other amino acids you may be getting. According to the World Health Organization, here are some average daily needs: (14, 15)

  • Preschool children ages 2–5 need 27 mg/kg/day
  • School children ages 10–12 need 22 mg/kg/day
  • Adults 18+ need 13 mg/kg/day

History of Methionine

American bacteriologist, and researcher at Columbia University in New York, John Howard Mueller discovered methionine in 1921. According to his biographical memoir from the National Academy of Sciences: (16)

“He [Mueller] soon found that although he could use an acid hydrolysate of animal protein supplemented with tryptophane- instead of commercial ‘peptones’ — as a base for growth of Streptococcus hemolyticus, the hydrolysate could not be replaced by a mixture of the then known amino acids. This led to the fractionation of casein hydrolysate and to the discovery of a new, ubiquitously distributed sulfur-containing amino acid: methionine.”

Mueller shared this discovery in a paper he wrote in the Journal of Biological Chemistryin 1923.

However, apparently this formula was a little off the mark and was corrected about three years later by his colleague, Odake, in Japan, who named it methionine. It was six years later when G. Barger and F. P. Coyne gave final definition to the structure of methionine.

Further review led Germany to the hope of treating nutritional edema, protein deficiency, which was a chronic issue of many soldiers returning from war. It has been stated that the first true “synthesis of D,L-methionine at Degussa was achieved by Werner Schwarze, Hans Wagner and Hermann Schulz in 1946/47.” (17)

Final Thoughts on L Methionine

  • First discovered by American bacteriologist John Howard Mueller in 1921, L methionine, or methionine, is an essential amino acid found in the body used to make proteins and peptides.
  • The body uses L methionine to make creatine, contains sulfur and is responsible for SAMe, playing an important role in the proper function of the immune system, neurotransmitters and cell membranes.
  • L methionine benefits include potentially helping reduce the risk of colorectal cancer, lower tremors in those with Parkinson’s, build bone strength, aid weight loss, treat drug withdrawal and support the liver.
  • There’s a long list of foods that have methionine, with the highest levels coming from meat and fish sources. Vegan-approved sources include seaweed, spirulina, sesame seeds, Brazil nuts, oats and sunflower butter.

Original Article