The name lophophora is derived from the Ancient Greek word lophos, indicating "the crest of a hillside" or "safety helmet," as well as phoreao, "to carry." The etymology hints at the tufts of hair atop the plant's tubercles. To initially hit upon the obvious, the ethnobotanical significance of this varieties is unparalleled in the cactus world. L. williamsii is quite prominent to some for its web content of mescaline as the all-natural medication peyote. The major psychoactive alkaloid discovered in lophophoras is mescaline, and the average "reliable" dosage for individuals is 200 to 400 milligrams. To demonstrate just how absurd it is to ban hobbyist growing of this species, a big, fully grown 3-inch "switch" yields only 25 milligrams of mescaline. For an efficient dose, one would need to cultivate, at minimum, eight large plants, which could take anywhere from 10 to 20 years to grow. That does not think about the decreased return of the alkaloid as a result of cultivation problems as well as substrate, and also if the cultivar was really L. williamsii or one of the associated varieties that have little to no mescaline content. Lophophoras can consist of numerous other ethnobotanically significant alkaloids that consist of pellotine as well as anhaladine. It interests keep in mind that the types of lophophora williamsii that create little to no mescaline instead bring high amounts of these latter sedative alkaloids, which are ruled out abused substances. Every one of these isoquinoline alkaloids found in L. williamsii are called secondary metabolites. Additional metabolite examples could consist of bitter representatives to deter grazing from parasites, protect a plant from warmth or aid the plant take in or mirror sunlight. L. williamsii is intriguing in that the second metabolites are not only psychoactive, yet show an outside use. Typical secondary metabolite alkaloids consist of high levels of caffeine as well as lots of various other medications and also medications. The cactus might have created antimicrobial buildings to safeguard itself from diseases as well as microorganisms. This method is suggested for several medicinal plant groups and even legumes.