A 2013 study that measured data from 4,652 participants on the effect of cannabis on metabolic systems compared non-users to current and former users. It found that current users had higher blood levels of high-density lipoprotein (HDL-C) or “good cholesterol.” The same year, an analysis of over seven hundred members of Canada’s Inuit community found that, on average, regular cannabis users had increased levels of HDL-C and slightly lower levels of LDL-C (“bad cholesterol”).
Perhaps it’s because many people have romantic and misplaced notions about nature. Some even point out that we come hard-wired with cannabinoid receptors in our brains and they must have a purpose, so why not use them? This is not exactly a persuasive argument: Nature endowed us with our own cannabinoids, so unless you have a deficiency of them or sluggish receptors, you really don’t need supplementation.
“I’ve got to be really careful what I say when it comes to preaching about benefits that CBD can bring,” says Richard Roocroft, the vice president of global sales and marketing for Flower Power. “We just say, have a cup of coffee once a day to keep the doctor away.” I ask about his dosage and whether he has information indicating it has any effect. “To answer your question, ‘Do we have the studies?’ No. We have nothing that would support that,” he tells me.
Cannabinoids are facilitative of the process of bone metabolism—the cycle in which old bone material is replaced by new at a rate of about 10 percent per year, crucial to maintaining strong, healthy bones over time. CBD in particular has been shown to block an enzyme that destroys bone-building compounds in the body, reducing the risk of age-related bone diseases like osteoporosis and osteoarthritis. In both of those diseases, the body is no longer creating new bone and cartilage cells. CBD helps spur the process of new bone-cell formation, which is why it has been found to speed the healing of broken bones and, due to a stronger fracture callus, decrease the likelihood of re-fracturing the bone (bones are 35–50 percent stronger than those of non-treated subjects).