cbd oil for degenerative disc disease

CBD and Degenerative Disc Disease: What You Need to Know

Degenerative disc disease describes a host of physical and psychological factors. The umbrella term encompasses a range of spinal conditions, from stenosis to facet joint syndrome. Early research shows that CBD might play a future role in combating both the physical damage and psychological stress involved in the condition. Let’s take a look.


Back pain plagues the world as one of the leading causes of disability and chronic pain. Back pain stems from a multitude of different musculoskeletal and nervous system conditions, including degenerative disc disease (DDD). According to the World Health Organisation, all of these conditions impact a person’s well-being, quality of life, and even their ability to work.

Addressing a World Plagued by Back Pain — Where Does CBD Fit In?

Many different modalities are available to treat back pain, yet very few are scientifically validated or provide consistent results. With the search still very much ongoing for a panacea for back pain, how does cannabis fare as a viable option?

Humans have used cannabis for thousands of years in an attempt to remedy a whole host of mental and physical ailments. The resinous flowers of this fascinating herb are loaded with a rich cocktail of phytochemicals, not limited to over 100 cannabinoids and 200 terpenes. Among these, CBD—or cannabidiol—stands out as one of the most prominent.

CBD already shows promise in various clinical settings, yet the research remains early. As cannabis science continues to advance, what do we know so far about CBD’s impact on DDD?

What Is Degenerative Disc Disease?

As opposed to being a specific diagnosis, DDD encompasses a group of spinal conditions that involve the degradation of intervertebral discs. These vital structures are situated in all major areas of the human spine: cervical (upper), thoracic (middle), and lumbar (lower). Overall, a total of 23 discs sit between movable vertebrae in the spine. Before we delve into the details of this spinal pathology, we need to know exactly what spinal discs are.

Spinal Discs: An Anatomical Overview

Intervertebral discs fulfil several critical functions within the human spine. They allow for flexible movement between each vertebra, without sacrificing strength and stability, and help to absorb shock from the ground when walking, running, jumping, and doing other activities.

When looking at spinal discs from an anatomical perspective, they’re actually quite simple. They’re made up of three distinct parts:

  • Nucleus pulposus: This structure sits in the middle of the disc. Made primarily of water, the gel-like material also contains several types of collagen and allows for movement in different directions. The nucleus pulposus forms the compression-resisting unit of the spinal disc.
  • Annulus fibrosus: This tough outer layer comprises several layers of collagen fibres. It’s a ring of connective tissue that houses the nucleus pulposus and helps to resist excessive movement in particular directions. As opposed to resisting compression, the annulus fibrosus primarily resists tension.
  • Vertebral endplate: Spinal discs sit between single vertebrae, which are stacked vertically one after the other up the spinal column. Vertebral endplates are specialised tissues positioned between each disc, connecting the two structures. They also diffuse nutrients into the discs, keeping them healthy and strong.

Conditions Associated With Degenerative Disc Disease

Numerous conditions fall under the umbrella term of DDD. Although they all feature distinct pathological traits, they share at least one thing in common: gradual damage to and breakdown of the spinal discs. These conditions include:

  • Lumbar radiculopathy
  • Osteoarthritis
  • Spondylosis
  • Myelopathy
  • Lumbar stenosis
  • Facet joint degeneration

Degenerative disc disease is a common source of back pain, and the condition involves numerous physical and mental factors. Could CBD help to alleviate both?

Can CBD Treat Degenerative Disc Disease?

Published : May 31, 2019
Categories : Medical cannabis

Degenerative disc disease is a large contributor to back pain, a cause of chronic pain for many. CBD has been shown to attenuate this degeneration within animal models, and could be a possible treatment in the future.

CBD continues to gain recognition as a natural medicine as ever more scientific research and anecdotal accounts come rolling in. Otherwise known as cannabidiol, CBD is a non-psychotropic cannabinoid synthesised within the flowers of the cannabis plant. As one of the most researched cannabinoids, CBD has so far displayed anti-inflammatory, analgesic, antioxidant, neuroprotective, anti-tumour, and anticonvulsant properties.


CBD also shows potential in the treatment of various musculoskeletal pathologies. The compound interacts with the endocannabinoid system, a regulatory system within the human body comprised of various receptor types, including CB1 and CB2 receptors. CBD also interacts with GPR55, a cannabinoid receptor associated with increased bone mass in animal studies.


When it comes to preserving the discs of the spine, here too CBD displays promise. Research is ongoing regarding CBD’s potential as a future treatment for degenerative disc disease. Although current research has been performed using animal models, further human research could mark a breakthrough in this arena. Intervertebral disc degeneration is reported to be the main contributor to low back pain, a condition that affects large portions of the world’s population.

Recent research suggests that CBD has a protective effect over intervertebral discs in vivo. However, before we dig into the data, let’s take a look at exactly what discs are and how they begin to degenerate.


An intervertebral disc sits between two spinal vertebrae within the vertebral column and contributes to the formation of a fibrocartilaginous joint. These discs have multiple functions, including shock absorption for the spine, movement, and stability of the spine.

Each disc features an outer ring, or annulus fibrosus, composed of several layers of fibrocartilage made up of different types of collagen. Within this ring exists a gel-like centre containing loose fibres called the nucleus pulposus. It’s this gel-like substance that allows discs to absorb physical shock during movement and activity.

Many people will have heard of the so-called phenomenon of a “slipped disc”. What this actually means is that the gel-like fluid of the nucleus pulposus been forced against the annulus fibrosus to the point of protrusion or prolapse. This can be caused by physical trauma during activity or by chronic deterioration in the form of poor posture. The nucleus pulposus can herniate in lateral and posterior directions and cause symptoms such as numbness, pain, and loss of sensation due to pressing on nerves.


Intervertebral disc disease is characterised by the gradual breakdown of one or more discs within the spine. Disc degeneration is a natural part of ageing, with around 25% of individuals displaying evidence of degeneration before the age of 40. During this process, the nucleus pulposus begins to lose some of its water content and the annulus fibrosus becomes more prone to tearing, resulting in possible herniation.

Degeneration and subsequent herniation can lead to spinal nerve compression, which can result in pain, weakness, and numbness in the extremities. As degeneration continues, bone spurs can form at the edge of individual vertebra, causing further compression of nerves, and possibly causing issues with walking and bladder/bowel control.


CBD has already shown early efficacy as a potential musculoskeletal medicine, and more evidence is mounting. A 2014 study published within the journal PLoS One investigated the protective effect of CBD on lesion-induced intervertebral disc degeneration within rats.

Researchers first induced damage to intervertebral discs via needle puncture to create a lesion. The rats were then divided into three sub-groups, with 6–7 animals in each group. Each group was then administered a different dose of CBD via injection: 30, 60, and 120 nmol.

After administration, the researches used MRI (magnetic resonance imaging) and microscope analysis to examine the induced injuries. The results of the analysis revealed no improvements within the 30 and 60 nmol groups. However, improvement in lesion damage was seen in the 120 nmol group in both MRI and microscope imaging up to 15 days afterwards.

These results led the authors to state that the study revealed the anti-degenerative effects of CBD injection at 120 nmol. Although more research is required in this domain, such results indicate the future use of CBD for disc degeneration treatment.


Inflammation plays a large role within the process of degenerative disc disease. Although specific studies need to be performed to find a correlation, CBD has been shown to exert anti-inflammatory effects by interfacing with cannabinoid and adenosine receptors.

Pain also plays a large role in degenerative disc disease, particularly neuropathic pain that stems from compression of nerves due to herniation. CBD may help to relieve this side effect as there is some evidence to suggest cannabinoids are effective in reducing neuropathic pain.

Finally, CBD may help to tackle some of the psychological symptoms associated with degenerative disc disease. The compound displays anxiolytic and antidepressant-like effects that can help boost the quality of life of sufferers.

Degenerative disc disease is characterised by the breakdown of spinal discs, leading to herniation pain. CBD has been shown to possibly mitigate this breakdown.