Due to the strength and complexity of these products, we recommend you consult with your practitioner before using this product.
Modern formulation of ancient healing botanical
Liposomes may allow for rapid uptake
Contains protective bitter compounds
Each 0.5 mL of Artemisinin Emulsion delivers 40 mg of artemisinin. A serving size is 1 pump. Each bottle contains 40 50-mg servings.
Artemisia annua synthesizes powerful ‘bitter’ compounds—called sesquiterpene lactones—that protect it from invaders, insects, and pests. Bitter molecules are essential to our health. We have over two dozen specialized receptors that detect bitter molecules, lining our tongues, nose, sinuses, lungs, heart, intestines and more. Artemisinin, the active constituent in this formula, has a unique ability to form oxygen radicals, helping explain why it has been so popular with Chinese herbalists, dating back to ancient dynasties thousands of years old.
Because of the low bioavailability of traditional oral formulations of artemisinin, Dr. Christopher Shade, Ph.D., developed our liposomal artemisinin. Liposomal delivery systems protect molecules from breakdown while enabling more rapid uptake. In addition to exceptional absorption rates, these tiny liposomal and nanoemulsified particles increase diffusion across mucus membranes, enhance lymphatic circulation and delivery of nutrients.
Quicksilver Delivery Systems® utilize modern science to unleash the curative power of nature. With the world’s most advanced phospholipid delivery systems, Quicksilver Scientific supplements actually nourish your cells with phosphatidylcholine as they deliver their core effective ingredients faster and more efficiently.
These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease. If pregnant, consult physician before use. Best taken in a cycle of 10 days on, and 4 days off. Store at room temperature. Do not take when pregnant or breastfeeding. It is advisable to monitor liver function enzymes during usage