Product Details
SangoBase by Dr. med. Michalzik
contains pure maritime Sango coral powder from the Island’s Elders Okinawa, Japan.
100 g SangoBase by Dr. Alexander Michalzik: The unique coral powder from Okinawa.
Sango Coral is not equal Sango Coral! by Dr. Alexander Michalzik is obtained directly from the seabed (maritime Sango coral powder, MSC). Please pay attention to the differences in quality and purchase the maritime Sango coral powder. Some producers of cheaper above-ground obtained Sango Coral powder try to cover up the quality differences or even present their product as high quality. Above-ground, grown in mining sectors, Sango-mountain powder consists of a different composition, for example, it contains low magnesium content and it may also hold environmental pollution. Some of the oldest people in the world live in Okinawa.
The Sango Coral contains over 70 vital minerals and trace elements. Ionized minerals have a higher bioavailability.
Few people know that, for example, calcium carbonate, as it is often offered, is not an ideal mineral substitution. As a result of this, increased highly toxic ammonia gases can be absorbed from the intestines into the blood stream, which extremely burdens the liver.
The mineral composition of Sango Base has a ratio of calcium to magnesium from 2: 1. The biosphere-sustaining harvest takes place under official supervision directly from the sea.
Magnesium contributes to:
- normal protein synthesis
- preserving healthy bones and teeth
- normal muscle function
- normal function of the psyche
- normal function of the nervous system
- normal energy metabolism
- reduce fatigue and exhaustion
- electrolyte balance.
Magnesium plays a role in cell division.
Calcium contributes to:
- normal blood clotting
- normal energy metabolism
- normal muscle function
- normal nerve signal transmission
- normal functioning of the digestive enzymes.
Calcium plays a role in cell division and specialisation, also in maintaining healthy bones and teeth.
Children need calcium for normal growth and bone development.
Calcium helps reduce the loss of bone density in postmenopausal women.
Zinc contributes to normal acid-base metabolism and the maintenance of normal bones.