More recent experiments, involving the administration of a part CBD part THC solution, have yielded results that contradict the first supposition. At present, on the evidence that cannabidiol reduces some of the psychoactive effects of tetrahydrocannabinol (acting as a de facto antidepressant), scientists argue that cannabidiol has a holistic but indirect influence on all cannabinoid receptors in the endocannabinoid system. The main consequence of this impact seems to be an increase in the production of endocannabinoids. This is now the prevailing idea that accounts for the mountains of empirical evidence of how the benefits of cannabidiol are expressed at the cellular level.
Due to the uniqueness of everyone’s endocannabinoid system, CBD does not affect any two people the same way. There are a host of factors that influence its efficacy, including genetics, previous history of use, general health, weight, ethnicity and so on. Therefore, while one person may find that 15 mg of CBD a day works wonders for suppressing appetite and boosting weight loss, another may require up to 100 mg (or more) in order to achieve the same results (in fact, they may not experience any results at all).
Furthermore, a study published in the Journal of Neuroendocrinology has suggested that the ECS is capable of stimulating specific areas of the body involved in metabolism, such as the skeletal muscles and GI tract. This happens due to the presence of anandamide and 2-AG, which are two naturally-occurring compounds in the body that interact with the CB1 and CB2 receptors.
As mentioned in previous conditions, these treatments are often associated with devastating side effects, ranging from mild mood changes, sleeping problems and/or appetite changes to depression, dependance and more. In many cases, as patients become acclimated to specific doses, they are increased, leading to a higher potential for negative effects.
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It’s important to remember, though, that these areas of study are still very new and in their early stages. This makes it hard to predict just how far their reach and impact will be. Combined with lifestyle and dietary changes, prescribed cannabinoid use will very likely be a pivotal intervention in the future of obesity and diabetes management and recovery.
The immediate and powerful effects of THC are explained because of the special affinity it has with the CB1 type receptors, which mediate crucial processes in the brain. The less prominent (but no less important) action of CBD was explained, at least for a while, by hypothesizing that it binds to CB2 type receptors, hence its more diffuse manner of exercising changes in the body. Early on, the antipsychotic effects of cannabidiol were observed, an aspect which seemed to be in consonance with this initial hypothesis.
The inquiry upon the manner in which THC produces its psychoactive effects on the human body led, in the 1980’s, to the discovery of the endocannabinoid system – a rather loose complex of nerve receptors which under the influence of compounds called cannabinoids trigger many physiological and psychological reactions. Because cannabinoid receptors are present in almost every tissue of a mammal’s body (although they are not limited to mammals), it has wide-ranging influences on the well-being of an organism. Therefore cannabinoids are definitely substances that deserve further attention from scientists.