Not All Bioidentical Pregnenolone is Created Equal.
Naturally Processed - Industry Leading - Tested Quality Since 2000
We've been researching bioidentical pregnenolone for over 23 years. We know the dirty secrets and hidden gems of the pregnenolone industry inside and out. Who uses the latest science, is environmentally friendly, has high quality and standards, and WHO still uses toxic chemicals and polluting production methods.Â
Cleaner than the best drinking water money can buy.Â
Natural vs. Chemical Processing
Natural BioTransformation - Our pregnenolone supplier utilizes an environmentally friendly process called biotransformation. Biotransformation uses whole, non-GMO, wild yam tuber and transforms the active components directly into bio-identical pregnenolone. This cutting-edge pregnenolone biotechnology uses a series of special non-GMO micro-organisms to produce the world's cleanest pregnenolone leaving behind only compostable or recyclable waste. The finished pregnenolone is washed from the residual plant fiber using organic alcohol, dried, and ground into a micronized powder. The only remaining residue in the pregnenolone is a slight percentage of healthy waxy plant esters. Our purity ranges from 99.3 to 99.7 percent pure.
Chemical Processing - One 20-gram bottle of pregnenolone (derived from wild yam) produces over 230 pounds of unusable toxic waste from start to finish when made by chemical processing.Â
Most companies still use chemical processing to produce pregnenolone, and there's nothing natural about the process. The starting material is a commercially cultivated hybrid of "wild yam." The first production step uses a series of acids, microwave radiation, and caustic soda to extract the compound diosgenin from the "wild yam." They then use a technique called Marker Degradation which uses a series of chemical treatments using acetic anhydride, chromic acid, acetic acid, and caustic soda to turn the diosgenin into pregnenolone. Multiple steps are then used to strip the pregnenolone of these dangerous chemicals before being crystalized and ground into a micronized powder. This basic process has many different versions, depending on the company, but it's essentially the same.Â
Country of Origin: USA
