Ruthenium is a hard, metallic, chemical element that is commonly found as a rare earth metal. Ruthenium’s atomic number is 44 and its atomic weight is 101.07. It is greyish-white in color and a member of the platinum family.[1] At only about 0.0004 parts per million, ruthenium is one of the rarest elements in the earth’s crust. (more…)
Detox water has become a wildly popular diet craze. Many hail it as a miracle diet and think it can support weight loss. Could this be a revolutionary new way to drop pounds and trim the physique, or is it just another fad diet? Let’s start by understanding what detox water is. (more…)
Silica, also known as silicon dioxide or SiO2, is a colorless, white, chemical compound. Silica is made of the most common elements on earth, silicon (Si) and oxygen (O2). It’s also the most abundant compound in the earth's crust, where it makes up 59% of the total composition.[1] Silica is used everywhere, from industrial applications to the food and beverage industry.[2] You’ll find silica in a lot of places — food, rocks, plants, medicine, cosmetics, toothpaste, and those little dry gel packs that are packed in with product packaging to […]
Vitamin C is an antioxidant present in many fruits and vegetables.[1] Also known as L-ascorbic acid, vitamin C has a wide variety of uses in the body. It supports normal growth and development and helps the body repair damaged tissue.[2, 3] Vitamin C also assists in the production of collagen, a protein that’s necessary for healthy skin, cartilage, tendons, ligaments, and blood vessels.[4] To say that vitamin C is beneficial would be an understatement. It influences iron absorption and helps fight cell-damaging free radicals.[5] A 16-year study found that regular vitamin […]
Colloidal is a unique and special formulation of iodine. Created in the 1920s, colloidal iodine offers a more bioavailable form of iodine than typical compounds of sodium iodide or potassium iodide. If you're interested in the history of it, the creation and application for colloidal iodine was outlined in a work by WL Chandler and E J Miller in 1926. [1] Colloidal iodine is also known as as atomic iodine, nascent iodine, and nanocolloidal iodine. Each of these names reflects the uniqueness of this iodine form. Typically, iodine occurs elementally […]
