Cannabinoids are a diverse set of chemical compounds that bind to special receptors in the human body that make up what is known as the endocannabinoid system. The “key and lock” metaphor is often used to describe this process. The human body possesses specific binding sites (“locks”) on the surface of many cell types, and our body produces several endocannabinoids (“keys”) that bind to these cannabinoid receptors (CB) to activate or “unlock” them.
The Science of Cannabis (Documentary)
Cannabis Cultivation and Science Podcast Episode 1
There are better ways of cultivating cannabis than bottled nutrients and with proper management soil can be improved and re-used for multiple cycles. In this podcast we discuss techniques from leading experts in the industry on how we can apply science-based horticulture techniques to the world of cannabis cultivation.
The Science of Cannabis: This California university is offering weed physiology course
The new undergraduate-level course, launching in April, can be used by undergraduates to fulfill the ‘Science and Engineering’ general educational requirement to graduate
The course will cover the chemicals found in the plant; the medical chemistry of THC and cannabinoids, the active ingredients in the drug; the body’s own endocannabinoid system, with two types of receptors, CB1 and CB2, that bind to different components in marijuana; emerging therapeutic applications and the health risks of the drug.
Implementing Real Science in Cultivation and Extraction
Fish’s experience with FDA regulations in nutraceuticals prepared him for running a business in such a tumultuous, highly regulated environment like cannabis. “One thing I took from the nutraceutical industry is how to present products to consumers and letting them know it is safe, effective and consistent,” says Fish. He says he noticed a serious lack of consistency in products.
They tested 25 different vape cartridges, with their own oil, to find a consistent product they can use and know that consumers will safely and consistently get the same results. “There is a lot of room for more professionals and a lot of room for more science,” says Fish. “We try to position ourselves in a way that is consistent with where we think policy will go so we are very careful with recommendations from a scientific standpoint, patient information and product safety.”
Science Seeks to Unlock Marijuana Secrets
As the once-vilified drug becomes more accepted, researchers around the world are trying to understand how it works and how it might fight disease.
As Kane leads me around his lab, I see the excitement on his face and on the faces of his young staff. The place feels almost like a start-up company. “So much of science is incremental,” he says, “but with this cannabis work, the science will not be incremental. It will be transformative. Transformative not just in our understanding of the plant but also of ourselves—our brains, our neurology, our psychology.
Transformative in terms of the biochemistry of its compounds. Transformative in terms of its impact across several different industries, including medicine, agriculture, and biofuels. It may even transform part of our diet—hemp seed is known to be a ready source of a very healthy, protein-rich oil.”