Kombucha and Detoxification
Kombucha and Cellular Reconstruction
Investigations into the action of Kombucha on the cellular metabolism of plants
may also have implications for human cellular reconstruction.
Research indicates that daily amounts of glucuronic acid optimizes the natural processes
of growth and decomposition at a cellular level by eliminating toxins from the organism.
There is evidence that this contributes to a general strengthening of the cell walls and an improvement of cellular metabolism which strengthens the whole system.
Vitamin Content and Recovery from Illness
Kombucha produces a large proportion of the B complex of vitamins: B1, B2, B3, B6 and B12 together with folic and lactic acids. Glucuronic acid is known to be manufactured in the liver,but those who suffer from long-term illness do not produce it in sufficiently large quantities to assist the body in rapid cleansing that is often a vital part of the recovery process. Its function is to combine with toxins in the body so that they cannot be subsequently re-absorbed through the intestines. It follows that glucuronic acid plays a considerable part in systemic detoxification. This is especially important for disease’s that have been in operation long term.
Heavy Metals Excreted as People Drink Kombucha
When examining body fluids such as urine, it has been shown that people who drink Kombucha
on a regular basis will expel toxins that have either built up internally
as a result of illness or that have been absorbed from the environmental.
Toxins which have been successfully isolated as being effectively purged
from the body are: cesium, mercury, lead and benzol.
Kombucha’s most notable effect on the human body is Detoxification.
This is mainly due to the glucuronic acid component.
Various toxins either from consumption or from environmental sources are absorbed through the lungs,
stomach or skin combine with the glucuronic acid to form complex molecules
which are then voided through the intestines or bladder.
Compounds of glucuronic acid may be found within vital complex polysaccharides
such as mucoitin-sulfuric acid which is present in gastric mucous membranes and the vitreous humor of the eye,
chondroitin sulfate within cartilage, and finally in the connective tissues as hyaluronic acid.