Folsäure Hevert 5 mg

Women trying for a baby or in the early stages or pregnancy are no doubt familiar with folic acid, also known as vitamin B9. Everyone should make sure they have a sufficient supply of this B vitamin, as stocks in the liver are quickly used up whenever larger quantities are required. Often, even eating folic acid-rich foods such as spinach, broccoli, eggs or liver is not enough to compensate for a deficiency, as only a fraction of the heat-sensitive vitamin remains after cooking. That is why folic acid deficiency is one of the most common vitamin deficiencies in Europe. Folsäure Hevert 5 mg helps to overcome folic acid deficiency, which can cause conditions such as anemia. Folic acid plays a key role in regulating homocysteine metabolism, thus supporting vascular health. A change in the red blood cell count can indicate advanced folic acid deficiency.

Symptoms of insufficient folic acid supply include general weakness, sleep disorders, forgetfulness, pallor, changes to the mucous membranes, and diarrhea. As folic acid is involved in the degradation of homocysteine – a major risk factor for arteriosclerosis – those suffering from cardiovascular disease should also make sure they have a sufficient supply. Recent findings have also linked folic acid deficiency with diminishing mental acuity in the elderly and more frequent occurrence of depression.

Folsäure Hevert 5 mg can quickly rectify folic acid deficiency resulting from inadequate supply. Raised homocysteine levels, partly caused by folic acid deficiency, and the risk of vascular diseases are reduced. Folsäure Hevert 5 mg gives the body a reliable supply of the B vitamin folic acid. The folic acid contained in Folsäure Hevert 5 mg can be used by the body much more effectively, and is more resistant to heat, light, and oxygen than the folic acid compounds contained in foodstuffs. Use should be supervised by a doctor or a natural practitioner.

Folsäure forte Hevert for folic acid deficiency. Important for healthy blood vessels

Folic acid is involved in metabolic, cell division, and growth processes in the body.
Particularly important

• in pregnancy
• for regulating homocysteine metabolism
• for mental fitness