Cannabinoids and terpenes may help promote more restful sleep

Sleep doesn’t come easily. Although it’s an innate biological function, millions of people around the world struggle to fall asleep. This is where insomnia—a chronic sleep disorder—disrupts these individuals’ daily lives. If you’re reading this, it’s because you’re one of those insomniacs for whom the night is a nightmare. You’ve tried everything: working up a sweat with exercise, drinking herbal tea, taking sleeping pills—but none of these solutions have worked for you. Why not turn to natural remedies? A recent study sought to prove the sleep-inducing effects of terpenes and cannabinoids on the body. If you want to learn more about this topic, you’ve come to the right place. Let’s get started!

First of all, sleep is a complex concept that must be defined in order to better understand how it works. It is characterized by a decrease in attention and alertness. As a result, consciousness enters a trance-like state. Furthermore, certain sensory activities remain active. Sleep itself is further divided into three to six distinct phases. We will focus primarily on two main cycles: REM sleep and non-REM sleep. 

The paradoxical sleep cycle is one of the most fundamental cycles for our overall health. Without it, chaotic disruptions could occur. This cycle manifests as active stimulation of the visual cortex. And it is there, at that precise moment, that our dreams come to life. It’s important to note that brain activity is very intense during this phase. It’s like a second life where you create new memories—sometimes very unusual ones. Similar to the slow-wave phase, it also plays a role in structuring and consolidating memories. According to some studies, this crucial stage of the cycle promotes the acquisition of new skills. It is therefore essential to understand these basic concepts to better grasp the impact of cannabinoids and C10H16 on rest. 

Light sleep is undoubtedly one of the most essential phases. In fact, it is responsible for regulating many of the body’s functions. Without it, our health would be severely disrupted. In particular, it enables the regeneration of damaged tissue. It does more than just repair. It plays an active role in muscle and bone development. It also strengthens our resistance to bacterial infections. It affects neurons and promotes connections between them. As such, it is essential for memory. It is during this specific stage of the sleep cycle that you truly rest.

Of course, mere empty words would not be enough to convince you of the effectiveness of terpenoids and cannabinoids in improving sleep quality. So, to illustrate and substantiate these claims, here is a recent and relevant analysis on the subject. It is a scientific experiment conducted on volunteers, including patients with chronic insomnia. Teams of scientists sought to verify the validity of the hypothesis that C10H16 and cannabinoids might have a beneficial effect on sleep quality. For the purposes of the social experiment, the participants were divided into different groups. A placebo group was established beforehand to compare the data obtained and confirm or refute the initial hypothesis.

As for the duration of the study, it lasted about one month. For more than four weeks, the volunteers strictly followed a number of specific procedures. Treatments were administered at regular intervals, according to a clear and strict protocol. The volunteers in the study took their medication themselves, and the researchers monitored changes in the symptoms of insomnia. The treatments in question consisted primarily of mixtures of β-caryophyllene, terpinene, myrcene, phytol, and others. This list is not exhaustive; in addition to these substances, the volunteers were also given placebo solutions to verify the placebo effect. To make it easier to take the medications, they were primarily administered in the form of capsules to be taken orally. 

The initial results of the experiment are encouraging and support the original hypothesis. Each day, a device worn on the volunteers’ wrists records data related to rest. To compare the observations with the data from the device, the volunteers completed a customized questionnaire. After analyzing the data, the researchers were able to identify a number of quantitative and qualitative variables that allowed them to correlate the data obtained.

When it comes to REM sleep, the results are surprising: on average, the volunteers spent twenty-seven minutes longer in this phase than usual. As a result, patients experienced improved cognitive recovery. The researchers also found that cannabinoids and terpenes had significant effects on slow-wave sleep. Overall, patients experienced an increase of about 20 minutes in so-called light sleep. This marked change in the sleep phase would therefore have very positive effects on the patients’ overall health.

Another interesting finding shows that overall sleep duration has not really changed; it has remained stable. Thus, C10H16 and cannabinoids primarily affect sleep quality. All these findings suggest that, when combined with the terpene, cannabidiol plays a key role in effective rest. Aside from their effects on sleep phases, the research teams also concluded that ingested cannabinoid and C10H16 solutions had no adverse effects on the body. This is already excellent news for people who suffer from insomnia and would like to try natural products like CBD.  Respondents also reported that the time it took them to fall asleep was significantly reduced. 

Terpenes are molecules found in many herbaceous species. They are essentially the very essence of a plant’s aroma and flavor. Terpenes help repel insect pests and attract insects that aid in flower reproduction. Cultivated hemp contains the highest concentration of terpenes. According to research, they are present in large quantities in the well-known Sativa variety. It’s important to understand that cannabidiol can be synthesized from isolate. However, when CBD oil is extracted from a plant that is naturally rich in terpenoids, the resulting concentration is much higher. 

Did you know that there are over a hundred varieties of terpenes? The best known and most widely used is undoubtedly myrene. It is found in large quantities in hemp. Its aroma and flavor are very distinctive. It produces extraordinary sedative effects. Terpene oil is the perfect choice for enhancing the rate at which cannabidiol is absorbed by the body.

Thanks to terpenes, CBD oil delivers better results. The desired effects are also greatly enhanced. The combination of these two compounds is believed to help relax muscles and joints. As a result, you’ll feel more relaxed, which in turn promotes better sleep. To enjoy these benefits, we recommend choosing full-spectrum oils. And that’s exactly what we offer: a wide rangeof full-spectrumCBD oils, ranging from 5% to 20%. Furthermore, our products comply with current regulations—with a THC content of less than 0.3%—and are lab-tested. 

The obvious answer to this question is quite simply the entourage effect. This is a phenomenon specific to cannabinoids, flavonoids, and terpenoids. Discovered in the late 1990s by scientists from Israel, this process is truly astonishing. Researchers observed that certain molecules identified in hemp work in synergy to produce an effect far greater than what they can provide individually. There is, therefore, a harmonious interaction between these specific molecules. Thanks to the interaction of terpenes with the endocannabinoid system, a natural connection is formed with CBD, which enhances the effectiveness of the effects. 

Ultimately, this study has provided a better understanding of the mechanisms at work in these remarkable molecules found in hemp. It is therefore clear that the harmonious interaction of these components could have significant and beneficial effects on sleep quality. While this study was relevant, it is not yet sufficient to officially establish terpenes and cannabinoids as the go-to solution for sleep problems. In any case, further discoveries will emerge and may well validate the findings of this study.