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Plasma Protein for Recovery


You are familiar with whey and casein, as well as soya, and probably other vegetable protein powders, such as rice and pea protein. But plasma protein powders are fairly new to the market.

Plasma (also known as serum) protein starts with blood, typically from cows. The red blood cells are removed and the remaining liquid is plasma, or serum if the blood-clotting factors are removed. This liquid is spray-dried and ground into a fine powder that is more than 90% powder. Most of that is from albumin, which is the major protein in blood and is responsible for carrying certain hormones and maintaining blood volume, and from immunoglobulins or antibodies, which fight off foreign invaders in the body. Taking plasma protein can boost your immune system, which can help prevent you getting sick or help you recover quicker from an illness. In fact, University of Barcelona researchers reported that rats infected with the Staphylococcus aureus bacterium, that were given plasma protein powder, produced more anti-inflammatory and fewer inflammatory agents than rats given regular milk proteins, and thus had a better capacity to recover from the infection.

To prevent illness from derailing your training, especially during the flu season, choose plasma (or serum) protein that supplies at least 40% immuniglobulins and add about 10 grams to your pre-workout and post-workout protein shakes. Also add 10 grams to other shakes you have throughout the day.

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Not Eating Enough Calories


To lose bodyfat and maintain muscle mass, you need to eat barely enough protein and calories to have the energy to train hard, intense and heavy. If calories are too low and you don’t train heavy during a pre-contest phase, the body will adapt to the light weights by getting smaller. So eat lean, but enough to support your training intensity.

Strength loss is an obvious sign of muscle loss, so changes must be made immediately if strength takes a drastic dip. The leaner you get, strength will start to decrease, but it will be gradual and you should really suffer in the in the last few days of a contest diet.


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Glutamine Basics


What Is It?
A free-form amino acid that is abundant in the body, especially in skeletal muscle, and in most protein-rich foods. The body’s glutamine level is depleted with exercise and dietary stress.

What Does It Do?
When ingested as a free-form amino acid, glutamine supports the immune system stops muscle wasting and increases protein synthesis. It also acts a potent inhibitor of myostatin hyperactivity.

When Should It Be Taken?
30 minutes to 1 hour before and immediately after weight training.

How Much?
Take 5-10 grams per dose, starting with the lowest dose and working your way up according to individual tolerance.


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Legs Training: Done Separately or With Another Bodypart?


With legs being just about everyone’s hands-down pick as the toughest bodypart to train, physically and mentally, it is better to train them on their own. This bodypart takes all of your energy resources of worked out properly and calculated intensity. Having to go heavy and hard on legs sometimes has bodybuilders passing out or throwing up. It is better to train legs separately, when you can pour everything you have got into them.


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Get Your Glutamine


Skeletal muscle is the most abundant tissue in the human body, so the fact it serves as the primary amino acid pool supplying the body with proteins in times of need is no surprise, especially when your bodily systems are under conditions of stress, including dieting, heavy training and injury. Scientists have been very interested in the pathways that mediate muscle wastage in such conditions. Recent research indicates hyperexpression of myostatin is a key player in this response. In the most basic sense, myostatin in the body acts as the brakes for muscle growth.

Glutamine, the most abundant amino acid in skeletal muscle, is depleted during and after heavy stress. Years of research has demonstrated supplementing with glutamine before and after your training sessions leads to greater protein synthesis and decreased catabolism.

Evidence indicates the muscle-sparing and anabolic effects of glutamine supplementation are a direct outcome of its ability to inhibit myostatin, essentially taking the “brakes” off muscle growth. In a study publishes in Amino Acids, researchers showed that when muscle cells were exposed to TNFα (to induce catabolism) and supplemented with glutamine, the process completely reversed the hyperactivity of myostatin and therefore halted catabolism.

Since its genetic discovery in 1997 supplement research and development teams have been on a dedicated search to fine safe and effective compounds that inhibit myostatin. Remarkably they have discovered a well-known amino acid can effectively reverse the negative impact of myostatin hyperactivity. Although this study was completed in vitro (in a controlled environment such as a test tube or Petri dish, not in a living organism), it provides a powerful mechanism for the muscle-sparing effect of glutamine, therefore reinforcing the importance of pre and post-workout glutamine supplementation.