The best CBD oil helps to treat many health disorders. But, the use of CBD might turn out to be an awful experience for you professionally. Drug testing is standard in sports and many workplaces, with compulsory testing in athletics, health, and emergency medical care, federal positions, law enforcement, and aviation. Although CBD detection will not get you in trouble, what people do not realize is that almost all CBD oils have some traces of TCH in them. Detection of TCH results in a positive drug test that can hamper your professional life. Therefore, you can go for other alternatives that act on your endocannabinoid system.
How are CBD compounds different from THC compounds?
The primary reason why people avoid using the cannabinoid-based product like the CBD oils is due to the presence of THC, which makes you ‘high.’ This misconception about cannabis and any products derived from it like CBD oil and CBD gummies have misled people to the belief that all compounds that are derived from the marijuana plant contain THC and should be avoided. THC is a psychoactive component that is present in cannabis that generates several effects like happiness, reduced aggression, lightness, hunger, sleepiness, etc.
How does the Endocannabinoid system work?
To understand the working of the endocannabinoid system, you have to understand what it is. The endocannabinoid system is 600 million-years-old system but was discovered in the 1980s by a scientist who was researching on the cannabis plant. Endocannabinoid system or ECS is an intelligent and intricate receptor-site system that is located throughout the body. ECS is responsible for regulating the sleep-wake cycles, anxiety, stress, mood, brain health, metabolism, inflammation, pain, and energy. Although this system has nothing to do with psychoactive effects, it is essential for regulation, maintenance, and balance of optimal health and healing. ECS also acts on your immune system and nervous system, functioning as a bridge between your body and mind.
How CBD affects the body?
CBD oils, like all the other cannabinoids in our body, produces its effect by attaching itself to particular receptors in the body. A human body has two cannabinoid receptors named as CB1 receptors and CB2 receptors. A human body also produces specific receptors on its own. The majority of CB1 receptors are present in the brain and are responsible for the movement, coordination, emotions, mood, feelings, pain, thinking, appetite, memory, and other functions. When a person consumes marijuana, the THC attaches to these receptors. CB2 receptors are known to be present n the body and the immune system. These receptors deal with pain and inflammation. However, CBD, unlike THC, does not attach itself to the CB2 receptors. Instead, it directs and promotes the body to use its cannabinoids.
Non-Cannabis Cannabinoids
Not to be amused, there are many non-cannabis cannabinoids, and many of them are so common that you use them in your daily life. Some of these plants are ginger, echinacea, and clove. Non-Cannabis plants imitate the activity of cannabinoids. They have a different structure and are called cannabimimetic compounds. They are known to more effective in activating the endocannabinoid system than CBD oil alone. This can be useful for you if you have to undergo drug tests frequently. Some of these alternatives are listed below.
* Ginger Root: Ginger Root is one of the most effective anti-inflammatory plants as it is rich in both cannabinoids and antioxidants. Inflammation massively affects your tissues, muscles, and joints and, therefore, ginger root should be a vital part of your diet. Ginger root also attaches to the receptors responsible for the regulation of inflammation and pain, and naturally boosts the ECS.
* Magnolia: Magnolia bark along with its main bioactive compounds magnolol and honokiol are known to have anti-inflammatory, anti-allergic agents, and anti-bacterial properties. Magnolia is also known to activate cannabinoid receptors that are responsible for the regulation of anxiety, sleep, and memory.
* Black Pepper: Black pepper is a potent herb that binds with CB2 receptors that are responsible for the regulation of inflammation and pain. Black pepper has the ability to initiate a physiological response in the endocannabinoid system. Because of this property of black pepper, it is used to treat osteoporosis and arthritis. Black pepper is also assumed to increase the effectiveness of some anti-cancer drugs.
* Clove Oil: Clove oil contains eugenol, an active component that is a powerful antioxidant, antimicrobial, anti-inflammatory, an antidepressant. Clove Oil also contains Beta-caryophyllene that is a significant phytocannabinoid and can bind with CB2 receptors and can be useful in relieving pain and inflammation.
* Echinacea: A lot of people know echinacea as a cold remedy, but its benefits go beyond that. Echinacea is a powerful herb that has the ability to bind with CB1 receptors. Echinacea contains a compound called N-alkyl amide that has a structure similar to THC. It helps in relieving pain and also acts on inflammation.
* Peony: Peony is a natural flavor from China and is a good source of cannabinoids. Peony is also known as the peonia root and is an excellent remedy to reduce inflammation in gout. Peony is also known to act on other joint diseases and calms muscle spasms.
Is CBD Oil Safe?
According to the studies, CBD oil is considered to be safe to use and consume. However, if taken with other medications, CBD can interfere with their activity and can produce undesired effects. Some full-spectrum CBD oils may also contain THC that can interfere with user medications and make them high. Increased dosage for more than a month can result in dry mouth, low blood pressure, lightheadedness, and drowsiness. People who have Parkinson’s disease should avoid the consumption of cannabinoids. Research suggests that taking a high dosage of CBD can worsen muscle movement and tremors for patients of Parkinson’s disease. Pregnant women and breastfeeding women should avoid consuming of cannabinoids. Although no scientific evidence backs this theory, it is good to be on the safer side.
