B-12 rapid as methylcobalamin: extra energy boost

If you´re tired, feeling exhausted and you need incitement, vitamin B12 in the form of methylcobalamin is an excellent supplement for you.

B12 is involved in the body's energy metabolism.

It ensures the energy generation, the performance and the vitality. Although there can be other numerous reasons for tiredness, listlessness and performance loss, for which you should consult a doctor first, a B12 deficiency can play a role.

Vitamin B12 is the only water-soluble vitamin, which is stored in the body in significant amounts. 60% are stored in the liver, 30% in the skeletal muscles. The rest is stored in other tissues, such as the heart or the brain. That's why a deficiency is recognised at a late stage.

Different forms of vitamin B12

Naturally, vitamin B12 occurs in the food in different compounds, but our body is only able to utilise two compound without transforming them first: methylcobalamin and adenosylcobalamin, Methylcobalamin is immediately available for the organism and does not have to be transformed first, unlike for example cyanocobalamin, another (synthetic) form of B12.

Methylcobalamin has a high bioavailability

A Swedish research team of Dr. Ahlrot-Westerlund discovered that methylcobalamin achieves better results than compounds, which have to be transformed by the body first.

In these sublingual tablets (lat. “under the tongue”), B12 is directly transported into the blood via the oral mucosa, without passing the stomach and the intestines.

Advantages of the vitamin B12 rapid tablets by Fairvital

Additionally, folic acid, biotin, vitamin B6, vitamin C and bioflavonoids were added for more energy. The ingredients work together synergistically with the methylcobalamin.

• methylcobalamin is the metabolically active form of vitamin B12
• tip for vegetarians and vegans
• for a quick energy boost
• for strong nerves
• vitamin B12 methylcobalamin
• delicious acerola and cherry flavour
• supports the heart
• plays a role in the blood formation
• can be of importance for the formation and function of the nerve cells
• is involved in cell division