The Benefits of Cannabis for Sleep Disorders

It is estimated that over 50 million Americans suffer from insomnia and sleep-related disorders. When faced with sleepless nights, the majority of people turn to prescription sedatives and hypnotics, over-the-counter sleep meds, and other supplements as a way to enjoy a good night’s sleep. While these types of sleep aids may be successful for a while, the risk of addiction and the expense the medicines incur is often quite high. Thankfully, many states have medical cannabis programs available to give those who suffer from lack of sleep another option to explore. Cannabis is now available to purchase in safe, controlled shops such as a Chicago dispensary or in other states where pot has been decriminalized.

Our Endocannabinoid System

The human body contains what is known as the ECS. Discovered in 1992, this system’s primary focus is to maintain homeostasis, or balance, in the body. Although it produces cannabinoids internally, ingesting THC or CBD can help boost the overall efficiency of the ECS. THC and CBD are cannabinoids that interact with CB1 and CB2 receptors throughout the body. When taken either sublingually or smoked, cannabis works with these receptors to promote a healthy sleep-wake cycle. Molecules of anandamide and 2-AG are key components of this cycle and the body needs them to balance out in order to recharge at night.

Symptoms Related to Insomnia

Many of those who grapple with restless nights have symptoms contributing to their lack of sleep. Chronic pain, PTSD, and anxiety are contributing factors in many cases. Cannabinoids found in marijuana are thought to relieve these afflictions through the work they do in the brain and nervous system. Anandamide, mentioned earlier, plays a significant role in inflammation reduction. The components of ganja act as a preservative of this chemical which allows it to exist longer and therefore provide lasting relief to pain. Anxiety issues can also be alleviated due to how the same components act on serotonin distribution throughout the human anatomy.