Updated: Aug 3, 2019
Research has shown that a diet with a proper balance of Omega 6 and Omega 3 fatty acids such as in #hempoil May help reduce or delay the neurological of diseases and help improve quality of life.
Hemp and the Brain 🧠 Research has shown that a diet with a proper balance of Omega 6 and Omega 3 fatty acids such as in #hempoil May help reduce or delay the neurological of diseases and help improve quality of life.
Neurological effects of CBD
The unique neurological effects of CBD are key to this supplement’s growing popularity.
Cannabidiol (CBD) is a chemical compound that is present in hemp, a close relative of marijuana. It is nonpsychoactive—meaning, it doesn’t make people feel stoned. CBD is also known to have various medical benefits that can help relieve patients from pain, inflammation, anxiety, lethargy, and other conditions. When taken, CBD allows a person to feel relaxed without the intoxication.
WHAT MAKES CBD DIFFERENT FROM THC AND OTHER CANNABINOIDS?
CBD is notably different from other cannabinoids, or chemicals which are found in hemp and cannabis. While all other cannabinoids interact with two significant receptors in the nervous system, CB1 and CB2, CBD has very little effect on both of them. CB1 receptors are found in different parts of the brain, including those concerned with emotion, sensory perception, memory, and cognition. CBD does not induce a mind-altering state.
POSSIBLE NEUROLOGICAL EFFECTS OF CBD
CBD is known to have several medicinal properties, but because the field of marijuana studies is fairly young, more research is needed to explore the properties of marijuana’s compounds. Here are some of the possible medical benefits of CBD. More research is needed to determine whether CBD can effectively be used to treat all these conditions.
CBD could be useful when treating neurological diseases because it protects neurons from degeneration. In a study about Alzheimer’s, CBD was seen to hinder and the development of Alzheimer’s symptoms.
CBD has proven itself useful in suppressing pain. It is able to inhibit neuronal transmission without causing analgesic tolerance. Because of this, researchers suggest that CBD and other nonpsychoactive components can be used as a foundation to the treatment of chronic pain.
Studies have shown that very high doses of CBD no toxic effects in humans and that it might be used to inhibit the growth of cancer cells due to its antitumor properties. This could even help treat leukemia and similar diseases.
CBD has been shown to reduce anxiety in patients. Researchers have also suggested that it can be used on patients with a variety of related conditions including Post Traumatic Stress Disorder.
In a 2011 study, a test was administered to 24 patients with social anxiety disorder. 1.5 hours before the test, the patients were given CBD or placebo. It was found out that the anxiety, cognitive impairment, and discomfort in patients who were pretreated with CBD had significantly reduced, compared to those in the placebo group.
HOW CBD WORKS IN THE BRAIN
CBD produces effects through various molecular pathways. Although CBD does not really bind with two of the cannabinoid receptors, CB1 and CB2, it acts through several different receptor-independent channels. CBD enhances and inhibits the binding action of certain protein-coupled receptors.
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