Coenzyme A

Coenzyme A is not so much an active ingredient as a key enzyme in numerous processes in our body. It contributes significantly to cell metabolism, is involved in fatty acid metabolism and ensures the correct synthesis of pantothenic acid, also known as vitamin B5. Coenzyme A is also one of the most important key players in the body's energy supply. It is involved in the oxidation of pyruvate in the citrate cycle. Pharmaceutically, it can be used as a supplement for the treatment of acne. Here it is used as a homeopathic remedy.

Coenzyme A acts by being responsible for the transfer of acetyl and other acyl groups of fatty acids. This results in the esterification of coenzyme A with a thiol group. This process makes it responsible for the formation and breakdown of fatty acids. As acetyl coenzyme A, it is also crucial for the metabolism of proteins and carbohydrates.

Always take coenzyme A exactly as described in the package leaflet or as advised by your doctor.

Adults:

The usual recommended dose is 22 mg 1-3 times a week .

The recommended dose for acute symptoms is 22 mg daily for 3 days .

Coenzyme A is used intramuscularly (application into the muscle), subcutaneously (application under the skin) or intradermally (application into the skin).

Children & adolescents:

The usual recommended dose is 22 mg 1-3 times a week .

The recommended dose for acute symptoms is 22 mg daily for 3 days .

Coenzyme A is used intramuscularly (application into the muscle), subcutaneously (application under the skin) or intradermally (application into the skin).

The following side effects may occur:

• Allergic reactions
• Hypersensitivity reactions

There are no known interactions, as no studies have been carried out.

Coenzyme A must NOT be taken in the following cases:

• In case of allergy to coenzyme A

Coenzyme A can be used from the age of 12.

Coenzyme A can be used during pregnancy and breastfeeding after consultation with your doctor.

Coenzyme A was first isolated from yeast cells as acetyl coenzyme A by Feodor Lynen in 1951. The German biochemist was later awarded the Nobel Prize for his work.