Importance of DSM

Dead Sea Minerals:The Dead Sea contains
some 45,000 million tons of salts rich in
minerals - The Dead Sea Minerals. The Sea's
unique composition of natural minerals is
produced from dissolving of the salt created in
the natural evaporation process of the lake's
water. The compound is refined through solar
radiation which neutralizes the sodium chloride
(that sinks to the bottom) and leaves the rich
compound on the evaporation pool bed. The
Dead Sea contains 26 essential minerals,
twelve of the Dead Sea minerals do not exist in
any other sea or ocean in the world. Some are
known to have unique qualities, for instance
giving a feeling of relaxation, nourishing the
skin, activating the blood systems, healing
rheumatic diseases and metabolic disorders. In
addition, the natural minerals are essential for
correct functioning of the human body and the
different skin layers.
Trace Elements- the importance of Dead Sea
Minerals
The minerals constitute only 4% of the body
weight, but their importance is immeasurably
greater, they are trace elements required in
small quantities for cell renewal activities in the
skin and serve as essential elements in cell
functioning, principally in intercellular
communication. The minerals are essential for
purposes of "exchanging information" and help
to transmit signals between the cells, an
activity that stimulates cells to renew
themselves, to divide and to nourish the top
skin layer with an increased water capacity.
They also participate in processes of bone
building, blood production, hormone activation,
neural strengthening and far more. However,
like vitamins, they are not produced by the
body and therefore the body depends on an
external supply of minerals from food. Minerals
play a very important role in correct skin
functioning. Therefore, beyond provision of the
minerals reaching it with the blood circulation,
the skin absorbs minerals applied externally
and uses them in every single process existing
in the skin layers. A deficiency in one of the
minerals is liable to disrupt skin cell activity,
cause inflammation, dryness and early aging.
Calcium (Ca)
Zinc (Zn)