DL- Phenyl Alanin von Sinoplasan
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DL-Phenyl Alanin Etikett

DL-Phenylalanine 500 mg 180 capsules

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  • DL-Phenylalanine: Natural building block for your nutritional routine

DL-phenylalanine: Natural building block for your nutritional routine.
DL-phenylalanine, an essential amino acid, plays a key role in energy production and promotes the formation of L-tyrosine. Take advantage of the many positive properties of DL-phenylalanine to increase your vitality.

  • DL-Phenylalanine: Natural building block for your nutritional routine

DL-phenylalanine: Natural building block for your nutritional routine.
DL-phenylalanine, an essential amino acid, plays a key role in energy production and promotes the formation of L-tyrosine. Take advantage of the many positive properties of DL-phenylalanine to increase your vitality.

  • gluten free

  • lactose-free

  • vegan

  • GMO-free

  • without undesirable additives

  • sugar free
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Pure formula: Our product consists of 100% DL-phenylalanine with no additional ingredients or additives.

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Essential amino acid: DL-phenylalanine is an essential amino acid that is crucial for various metabolic processes in the body.

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Optimum bioavailability: The careful selection of raw materials and production methods ensure optimum absorption and utilisation by the body.

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Highly dosed: Each serving contains 500 mg of pure DL-phenylalanine.

DL- Phenyl Alanin von Sinoplasan

Amino acids: Key role in the body and the transformative effect of DL-phenylalanine

DL-phenylalanine is an essential amino acid. Whenever high performance is required, taking L-phenylalanine is recommended. L-tyrosine is also formed from this amino acid, which has a mildly stimulating and generally vitalizing effect. Both substances are important precursors for neurotransmitters in our circulatory system, as well as for hormones such as adrenaline, thyroxine, and melanin. Because L-tyrosine is synthesized in the liver from the precursor L-phenylalanine in a healthy liver, people with liver disease often have a deficiency. This amino acid also causes pain-relieving substances to be broken down more slowly in the brain. Simply put, a painkiller may take significantly longer to work if you have taken phenylalanine. Overall, this amino acid influences the sympathetic nervous system, feelings of hunger, and appetite. Anyone suffering from chronic diseases is therefore well advised to take phenylalanine.

Our body is a miracle, this becomes clear again and again when you take a closer look at the connections, at the many small cogs that mesh seamlessly and precisely to keep our organism alive. Amino acids play a crucial role in this. They are tiny, but contribute enormously to the functioning of the whole. Almost every child knows today that a protein-rich diet is important – but far fewer people are aware of the fact that these proteins are made up of several amino acids chained together. Chemically speaking, these protein building blocks each consist of a central carbon atom (C), an amino group (NH2), a carboxyl group (COOH), a hydrogen atom (H), and a side chain (R) of varying length – the latter makes up the respective amino acid.

Amino acids: The versatile building blocks of life in the human body

There are exactly three macronutrients our body needs to live: carbohydrates, fats, and proteins. We must obtain the latter primarily through food. We need proteins for vital metabolic processes, which in healthy people occur virtually around the clock. The corresponding protein is formed depending on which amino acids are involved and their relationship to one another. Of the many amino acids we know, only 20 are truly important for our metabolism. We can produce twelve of them ourselves if we have optimal physical conditions. These are the so-called essential amino acids.

When we consume proteins through our normal diet, we see how cleverly our body handles these important substances: During digestion, various enzymes break down the proteins into their components. This is the only way they can be absorbed by our intestines and enter the bloodstream. Once the amino acids are in our bloodstream, they are transported to organs, cells, and tissue. There, they are reassembled into proteins exactly as we need them. Our body also uses them as smaller building blocks to create other important substances.

Researchers and scientists are continually fascinated by the diverse effects of amino acids in the healthy human body: For example, as individual building blocks, they form valuable enzymes that are produced in our digestive organs. Amino acids also play a key role in the synthesis of our DNA, deoxyribonucleic acid, in which our genetic material is preserved and can be passed on. We rely on amino acids when hormones are produced and neurotransmitter signals are transmitted. Crucially – because how we look also determines our well-being – is their role in the formation of muscles, tendons, ligaments, hair, skin, and nails. Ultimately, they are all made up of these thread-like structures, the proteins collagen, keratin, fibrinogen, myosin, and collagen.

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