Cannabis, also known as marijuana, is a psychoactive drug that is extracted from the cannabis plant. This plant is native to Central and South Asia and has been used for centuries for medicinal, recreational, and entheogenic purposes. If you have ever wondered how cannabis works, read on to learn about its endocannabinoid properties and the benefits of this plant. There are several different types of cannabis. Read on to learn about how cannabis differs from other types of drugs and the various benefits of each.
Cannabinoids
There are countless potential health benefits of cannabinoids in cannabis, and their use is expanding as more studies are conducted. Research has shown that cannabinoids reduce pain ranging from minor muscle aches to more severe neuropathic pain. Cannabis has been found to modulate the ECS, which is responsible for homeostasis and immune response. Many of our health problems result from out-of-control inflammation and dysregulation of the ECS. Some states have expanded the list of conditions for medical marijuana use to include arthritis, chronic pain, and migraines.
Although the name is “Cannabinoids,” not all cannabis-derived compounds are naturally occurring in the plant. In fact, some are produced by other plants and animals, and are becoming increasingly popular as a medicinal supplement. Cannabinoids in cannabis vary in their levels of psychoactivity and therapeutic effects. They will not work the same way, but they may interact with other cannabinoids, terpenes, and flavonoids in the plant to provide therapeutic synergy.
Marijuana
AAFP is advocating for a rigorous scientific evaluation of the health benefits of marijuana. The organization also calls for a thorough review of the approval process for cannabis research. These recommendations will provide important guidelines for research on cannabis use and public health. Family physicians play a crucial role in addressing the controversial issue. In addition, they can help inform policy and promote patient-centered care. The following are some of the issues facing the marijuana industry.
While Cannabis and marijuana are widely used synonyms, the two are often distinct. In fact, marijuana and hemp are two different plants, but both are related to the Cannabis genus.
Marijuana is a flowering plant species that contains THC, a psychoactive compound that creates the high. Cannabis comes in three different strains, including indica, sativa, and hybrids. Despite its controversial history, hemp is widely used for various products, including clothing, rope, and paper.
Cannabinoids in Epidiolex
Recently approved by the FDA, Epidiolex is a pharmaceutical formulation of cannabidiol, a derivative of marijuana. Epidiolex is the first drug with this compound in its ingredient list. It’s being tested for use in several conditions, including Dravet syndrome, Lennox-Gastaut syndrome, and infantile spasms. It is available in syrup form and is palatable to young children.
The drug contains two types of cannabinoids – cannabidiol and tetrahydrocannabinol. Both of them are natural substances that make us feel high, but the drug also contains THC, which can help control seizures and reduce the side effects of CBD. In clinical trials dab pen, Epidiolex has helped halve the seizures in 40% of patients with Dravet syndrome and Lennox-Gastaut syndrome. But the drug has several side effects.
Cannabinoids in cannabis sativa
Cannabis sativa contains several cannabinoids. These compounds include tetrahydrocannabinol, cannabinol, cannabichromene, and cannabinol. These compounds interact with cannabinoid receptors, while non-cannabinoids include flavonoids, terpenes, alkaloids, and phenols.
To determine the content of cannabinoids in cannabis, different analytical techniques have been developed. GC-MS, for example, is often employed, but there are alternatives to the GC-MS method, including ultra-violet detection. However, mass spectrometry requires expensive deuterated standards, which are not available for all cannabinoids. For these reasons, GC-UV and HPLC-DAD are more appropriate.