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cbd oil muscle relaxant

Other minor causes of muscles spasms in the arm can include:

Muscle spasms can arise due to injury, overuse, or simply because of tiredness. Overstretching or holding a muscle in one spot for too long can be a contributing factor. In essence, a muscle spasm is a result of the muscle cells running low on energy and fluids. Muscle cells need proper amounts of water (H2O), glucose (sugar), sodium (salt), potassium, calcium and magnesium to function.

What are muscle spasms?
Muscle spasms, also commonly known as cramps, are unexpected (often violent) spontaneous contractions of a single muscle or a specific group of muscles. These involuntary contractions often happen instantly, and then leave just as fast. But muscle spasms are more than a simple “twitching” of a muscle and are usually very painful.

Muscle spasms can happen for a variety of reasons. Spasms can occur while working out, resting or in the middle of the night (depending on the cause). They can last between a couple seconds and all the way up to 15 minutes or more. They can also recur several times before subsiding. Could CBD oil, as a muscle relaxant, help reduce or even prevent the pain associated with muscle spasms?

Nerve compressions (pinched nerve).
Trauma related.
Ruptured disk.
Muscle spasms in the shoulder
Many factors contribute to muscle spasms in the shoulder areas; either the left, right or a combination. The most common causes of muscle spasms in the shoulder are strenuous activity in which the shoulder muscles are overworked.

Even in our modern times, cannabidiol oil for muscle spasms has a degree of misconception associated with its role. The differences between cannabidiol oil for muscle spasms and prescription painkillers requires strict adherence to safety protocols to avoid addiction and overdose. Research has concluded that cannabidiol oil for muscle spasms can often be taken in high doses (up to 1,500 mg/day of cannabidiol oil for muscle spasms).

Pharmahemp carries CBD products that are extracted from organic hemp. CBD extractions utilize an advanced (gentle) CO2technology that preserves the hemp’s raw purity. All Pharmahemp products are guaranteed high quality and are tested and analyzed by independent (third-party) labs.

Muscles can become painful for several reasons. At times, it is purely mechanical, they are strained due to excessive use or are pushed to their extreme. However, a muscle is also susceptible to psychological disorders such as stress. Traditional muscle relaxants fall into two categories neuromuscular blockers and spasmolytic, and they both work in slightly different but exceedingly complicated ways and do not necessarily relieve the muscle tension. Traditional painkillers are not natural muscle relaxers and can have harmful side effects such as liver damage. More common side effects are drowsiness weakness and fatigue.

When the body experiences pain, nerve receptors called nociceptors transmit signals to the brain to tell it that damage has been caused to a part of the body. This is partly a warning system, similar to when you touch something hot and the pain causes you to move your hand away. There are several types of pain that can help isolate the cause of the damage to the body, although the individual’s perception and description of pain sometimes make it hard to analyze. When the body detects damage, chemicals called prostaglandins are released causing the nerve receptors to start sending the pain message to the brain.

A painkiller functions through the central nervous system. It prevents these chemicals from being produced, thus blocking the pain receptors in the brain. In reality, the pain is still there, however, the brain is “tricked” into thinking it is not.

CBD and the Endocannabinoids System

This article will look at how CBD works to help the body deal with muscle pain and how it works as a muscle relaxant by interfacing with the Endocannabinoid System.

CBD affects the body by interacting with chemical receptors in the nervous system. The brain has receptors that respond to neurotransmitters called endocannabinoids. Endocannabinoids are produced naturally in the body and are transmitted through the peripheral and central nervous system to the brain. Although this nervous system is not completely understood it is able to regulate some psychological, cognitive, and physical processes such as appetite, mood, and pain. Since Cannabis has cannabinoids that are remarkably like those produced naturally by the body it is felt that it is also able to influence the receptors. There are therapeutic benefits associated with the ability to control or at least influence the endocannabinoids system by duplication the actions of these neurotransmitters. If this system is involved in creating a sensation of euphoria locomotor activity and pain, then CBD will have the effect of creating a feeling of wellbeing and allow a reduction in pain from movement.

If, however, the damage is muscular in origin it can be more effective to use muscle relaxers as these function at the actual site of the muscle and help to reduce stiffness and tension in the muscle and, therefore, reduce the pain. Traditional medications are not natural muscle relaxers.

CBD Oil has the ability to directly influence the speed of chemical messengers released when pain occurs. It also significantly boosts the body’s supply of endocannabinoids. Therefore, CBD oil treats muscle pain in two ways by assisting with muscle relaxation and reducing spasticity.

How can CBD have so many suggested benefits?

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How Does CBD Work?

CBD has a lot of suggested benefits — many of which have been backed up by scientific and anecdotal evidence. Supplements and pharmaceutical preparations containing CBD are being used by cancer patients to reduce side-effects of chemotherapy (such as nausea), by children with rare forms of epilepsy (such as Lennox-Gastaut and Dravet syndrome), and by millions of people around the world for symptoms like anxiety, pain, inflammation, and insomnia.

Cannabidiol (CBD) is one of the active ingredients in the cannabis plant. It’s a close relative to tetrahydrocannabinol (THC) — which is what makes marijuana psychoactive.

The endocannabinoid system (ECS) involves a collection of special G-protein-coupled receptors (called endocannabinoid receptors), and hormones designed to interact with these receptors (called endocannabinoids).