MST 21 Amino Acids 60 Capsules

The 21 amino acids in MST 21 Amino Acids capsules are present in their purest form, the so-called L-form. The L-form is the natural form in which amino acids occur in the human body and can be optimally utilized, as the body can use them directly for protein synthesis, regeneration, and energy production without additional conversion. This maximizes bioavailability and leads to more efficient absorption and effectiveness.
On non-training days, take two MST 21 Amino Acids capsules with plenty of liquid (300 ml), either in the morning after waking up or in the evening before going to bed. Do not exceed the recommended daily intake.

Semi-essential amino acids like L-arginine and L-glutamine offer athletes specific benefits for recovery and the immune system. L-arginine is a semi-essential amino acid that plays a key role in blood flow, performance enhancement, and recovery. It is known for its ability to increase nitric oxide (NO) production, leading to improved vasodilation, muscle perfusion, and endurance performance. This means more oxygen and nutrients reach the muscles, improving performance and focus during training and accelerating recovery afterward. L-arginine also contributes to strengthening the immune system and promotes wound healing and cell regeneration. It can also support the release of growth hormones, which is relevant for muscle building and fat burning.

L-glutamine is another semi-essential amino acid that is present in large quantities in the body and plays a crucial role, especially for athletes, people with high stress levels, or those recovering from illness. Although the body can produce L-glutamine itself, the need for it increases significantly in certain situations, such as intense training. One of glutamine's most important effects lies in the area of ​​immune defense, as it serves as an energy source for immune cells like lymphocytes and macrophages. During intense training or illness, glutamine levels in the blood can drop, which can have negative consequences for the immune system. In strength training, L-glutamine's effect on muscle regeneration is well-known, as it reduces muscle breakdown (catabolism) and supports muscle rebuilding. It can also help reduce muscle soreness and shorten recovery time. Furthermore, glutamine plays a central role in the health of the intestinal lining by stabilizing the so-called tight junctions, which is crucial for a healthy immune system. This amino acid supports protein synthesis, which is essential for building new muscle, and accelerates the repair processes for muscle damage caused by intense training.

The MST 21 Amino Acids Complex supports cognitive function and overall well-being in everyday life through the targeted combination of essential amino acids such as L-tryptophan and phenylalanine. L-tryptophan serves as a building block in the human body for the synthesis of the neurotransmitter serotonin, which plays a key role in regulating mood and promoting relaxation and restful sleep. Phenylalanine, in turn, serves as a precursor for important neurotransmitters such as dopamine and norepinephrine, which are essential for concentration, mental alertness, and general motivation. Therefore, the product helps to maintain stable mental performance and promote a positive mood and overall psychological vitality during daily stresses.

The MST 21 Amino Acids Complex offers more comprehensive support compared to conventional BCAA or EAA supplements, as it covers the full spectrum of 21 essential, semi-essential, and non-essential amino acids. While BCAAs provide only three and EAAs just nine essential amino acids, this complex supplies all the necessary building blocks for complete protein synthesis, regeneration, and muscle maintenance. Since the body relies on the presence of all amino acids for optimal metabolism and tissue building, this complete profile prevents deficiencies that can occur when taking isolated subgroups. Furthermore, the amino acids are in their natural L-form, ensuring maximum bioavailability and direct utilization by the body.