In conclusion, neuroimaging studies have shown that CBD modulates brain activity and connectivity in neural systems relevant to psychosis and anxiety, possibly reflecting the therapeutic effects of CBD. CBD can also be effective as an antidepressant. CBD seems to work by balancing endocannabinoid system dysfunction in people with depression. In addition, CBD has been found to work on a serotonin receptor that influences symptoms of depression.
Others spread myths about CBD on the Internet that it interacts with cannabinoid receptors, but they are completely wrong. CBD stimulates the endocannabinoid system to produce more of its own cannabinoids and delays their degradation. Delta-9-tetrahydrocannabinol (THC), on the other hand, binds to CB1 and CB2 receptors, activating them and, therefore, changing a person's thinking, memory, pleasure, and pain perception and concentration. These effects contribute to what we describe as a marijuana high.
In addition to producing hormones, CBD can also help reduce them. Studies have shown that CBD can alter blood flow in the brain. By reducing blood flow to the area of the brain responsible for anxiety, a person's sense of anxiety is also reduced. Some of the potential therapeutic applications associated with the interaction of CBD with each receptor system are listed below each receptor.
CBD appears to control seizures by reducing the degree of excitation of brain cells involved in seizures. While most of the research available today has focused on understanding the relationship between humans and THC, CBD in the brain has recently been shown to have great potential in terms of its medical versatility. CBD could be useful when it comes to treating neurological diseases because of its neuroprotective properties. CBD promotes hormone production and can help you find the balance you need to improve your mood and stay productive.
CBD targets the serotonin 1A receptor, which is why scientists believe that cannabidiol may be so useful in treating pain, anxiety and obesity. In a study on Alzheimer's disease, CBD was shown to inhibit the development of symptoms of Alzheimer's disease. This particular quality of cannabidiol has led to more and more studies aimed at determining how exactly CBD and other cannabinoids can potentially treat disorders related to epilepsy, especially neurodegeneration and neuronal injury. CBD decreases the amount of inflammatory molecules, such as chemokines and cytokines, that are present at sites of inflammation.
When you scan the internet for positive Cannabidiol voices, you'll come across a sea of success stories from patients who managed to drink their drug cocktails thanks to CBD. In fact, CBD can get in the way of compounds such as THC, preventing them from activating the CB1 receptor. Consumers are turning to CBD to manage conditions such as migraines, mental fog, anxiety, depression and chronic pain. While antidepressants can take weeks to work and cause side effects, CBD works right away without many side effects.
A number of clinical trials are currently being conducted that test the effectiveness of CBD in human patients with epilepsy.
