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1Ĭrystallization separates the MSM from the water (parent solvent) by decreasing the solubility of the MSM by cooling the solution. Chemical engineers recognize distillation as the superior separation method for MSM purification and if properly performed will consistently yield a product of 99.9% purity. Separation is commonly done utilizing one of two differing processes either crystallization or distillation. In the reaction, the hydrogen peroxide provides an available atom of oxygen to the DMSO, forming MSM, which is also called DMSO 2, and water (DMSO + H 2O 2 = DMSO 2 + H 2O).Īfter the reaction is complete, the MSM must be separated from the water and other reaction by-products. In contrast to OptiMSM, other commercially available MSM uses crystallization to isolate the MSM molecule.Ĭommercial MSM is produced from a chemical reaction between dimethyl sulfoxide (DMSO) and hydrogen peroxide (H 2O 2). The end product is biomimetic, which means the same as that found in nature.Įvery batch of OptiMSM is third-party tested, ensuring optimal purity, quality, and consistency. Chemical engineers and other experts recognize the multi-stage distillation process used to purify OptiMSM as the superior method on the market. Bergstrom Nutrition pioneered the distillation process of MSM ensuring the highest levels of purity and safety. All MSM produced for commercial use utilizes the same raw materials-but there is a difference, and that boils down to the purification process, testing levels, specifications and quality of the manufacturing.īergstrom Nutrition’s focus on purity sets OptiMSM ® apart. There is a misconception that one supply of MSM is more natural than another. Whichever starting materials used, chemical reactions are required to produce DMSO. Since all commercial MSM produced comes from DMSO, and all commercial DMSO is produced synthetically, the origin of the DMSO is insignificant.ĭMSO is produced using several starting materials: methanol and hydrogen sulfide, or methanol and carbon disulfide. A chemical reaction is required to make MSM.Īll commercially available MSM is synthetic and created through a chemical reaction of DMSO and hydrogen peroxide. You can’t squeeze MSM from a tree, extract it from plants or remove it from petroleum or other fossil fuels. Therefore, you cannot extract, isolate or grow the compound.Ĭommercially available MSM does not come from wood, plants or fossil fuels. The highest concentration of MSM in nature is in mammal milk, but these sources contain MSM in parts per million. MSM is a naturally occurring substance found in the human body and many foods.