Shilajit is probably the world’s only natural supplement that contains more than 80 health pro elements. Few of the well-known health beneficial Shilajit elements include Fulvic acid, Humic acid, iron, copper, magnesium, calcium, vitamins, and iodine. All these elements, along with rest of the elements that are part of Shilajit composition play important health building role. Following is the Shilajit healing role played by the major Shilajit elements and compounds.
Healing Skin with Shilajit
Shilajit has the healing power. It can heal the body organs and muscles from burns and wounds. Retinol, Copper, and vitamin B play important role in healing process. The combination of Retinol, Copper, and vitamin B with the Fulvic acid produces inflammation remedy. These elements not only reduces the inflammation but they also help in new tissues formation, a process of healing.
Similarly, Shilajit contains vitamin C and vitamin E. These vitamins have the tendency of repairing the damaged tissues and helping them to stay fresh through moistening. Besides these elements, Shilajit also contains humic acid that has the anti-bacterial and the anti-vital properties. Studies show that the Shilajit has the power to speed up the tissues regeneration process if applied directly on the skin. It can be applied by dissolving it in some fresh water to make its gooeyness like honey and oil etc.
Healing Bones and Muscles with Shilajit
Arthritis and Osteoporosis are very common among men and women. Apart from healing the skin tissues, Shilajit has the tendency to make the bones and muscles strong to overcome the bones and joint diseases. Calcium, manganese, cuprum, and strontium play important role in getting rid of the aforesaid bones and joints problems.
Some experts recommend the use of Shilajit with the ginger or turmeric to overcome arthritis problems. The deficiency of magnesium also causes chronic inflammation. The human bones require certain level of minerals. The potassium found in Shilajit can fulfill the desired amount of potassium required to retain the mineral level of bones.