Degenerative disc disease describes a wide range of physiological and psychological factors. The general term includes facet joint syndrome as well as stenosis and other spinal disorders. According to preliminary studies, CBD may one day be used to treat the condition’s psychological stress and physical harm. Let’s examine this.
One of the main causes of chronic pain and disability worldwide is back pain. Degenerative disc disease (DDD) is one of the many musculoskeletal and nervous system disorders that cause back pain. As per the World Health Organization, each of these ailments affects an individual’s overall health, life satisfaction, and even their capacity to work.
If you’re considering using cannabis to manage your Degenerative Disc Disease (DDD) while residing in Houston, obtaining a medical marijuana card is crucial. Our medical marijuana doctor online makes it convenient for you to apply for your MMJ card from home. Simply complete a straightforward form on our website to initiate the process.
Although there are many different techniques for treating back pain, very few of them have been proven to work or yield reliable results. How does cannabis compare as a practical option, given that the search for a cure for back pain is still very much ongoing?
Cannabis has been used by humans for thousands of years to treat a wide range of medical conditions, both physical and mental. This intriguing herb produces resinous flowers that are brimming with a diverse array of phytochemicals, including more than 200 terpenes and over 100 cannabinoids. Cannabidiol, or CBD, is one of the most well-known of these.
Rather than being a single diagnosis, DDD refers to a collection of spinal disorders involving intervertebral disc degeneration. These essential components are located in the cervical (upper), thoracic (middle), and lumbar (lower) regions of the human spine, which are the three main regions. The spine has 23 discs in total that are located in between each moveable vertebrae. We must first understand exactly what spinal discs are before delving into the specifics of this spinal pathology.
Intervertebral discs play a number of vital roles in the human spine. When walking, running, jumping, and engaging in other activities, they help to absorb shock from the ground and permit flexible movement between each vertebra without compromising strength and stability.
From an anatomical standpoint, spinal discs are actually fairly straightforward. They consist of three separate components:
Under the general heading of DDD, there are several conditions. Despite the fact that they all have unique pathological characteristics, they are all related by the progressive degeneration and injury of the spinal discs. Among these prerequisites are:
Patients suffering from DDD present with a range of symptoms. While some of these symptoms overlap, most of them are dependent on the underlying condition that causes DDD. Typical signs and symptoms consist of:
DDD is caused by a variety of factors, including lifestyle, environmental, and genetic factors. Find out more about the contributing variables to the conditions listed below.
Scientists have discovered a few genes that make people more likely to develop DDD. The polymorphism of the 5A allele raises the possibility of spinal discs, especially those in the lower back, degrading more quickly.
Our body’s capacity to repair and regenerate tissue deteriorates with age. While aging-related disc degeneration is believed to be facilitated by cell senescence and the build-up of damaged collagen, a particular cause has not yet been identified. We do, however, know that as we age, the concentration of cells decreases throughout the annulus fibrosus. The remaining cells also start to lose their capacity to divide and multiply.
Exercise aids in the preservation of our bones, muscles, and other tissues, but excessive repetition of stress can hasten their deterioration. Sports, jobs, and other everyday activities that put undue strain on the spinal discs may raise the chance of developing DDD.
Because of the intricacy of the human body, DDD is not an easy condition to treat. Studies using magnetic resonance imaging (MRI) reveal that some people with advanced disc degeneration hardly ever feel pain. On the other hand, people with little degradation might be in excruciating pain.
Back pain is treated using a biopsychosocial model by pain science. Psychological elements like catastrophizing and movement phobia can increase pain perception and reduce the effectiveness of some treatments.
Back pain rehabilitation always involves exposing the body to increasing loads and encouraging a healthy lifestyle, but cutting-edge interventions like CBD also seem to have a place in the solutions of the future.
There wasn’t much research done on CBD and DDD before 2014. This was altered when a group of scientists from Brazil’s University of São Paulo decided to look into how CBD affected disc degeneration. They first established a mouse model of DDD, and then they gave an experimental group different dosages of CBD.
The effects of CBD were monitored by the researchers using MRI two and fifteen days after administration. Following the acquisition of images, histological analysis was used to examine the injury sites at the cellular level. They discovered that CBD was able to considerably lessen the harm done to the intervertebral discs. The effects of the cannabis were especially noticeable in the annulus fibrosus. Less notable were the modifications made to the nucleus pulposus, though.
However, how precisely does CBD effect these advantageous changes? The molecule causes physiological changes by acting on multiple bodily systems. As an illustration, CBD interacts with the ECS (endocannabinoid system). The body’s two main receptor types, CB1 and CB2, are present in high concentrations in the neurological and immune systems, respectively, and are involved in the ECS.
Research has not yet identified where these receptors are located within the intervertebral discs, but by interacting with them, CBD may help to lessen disc damage. Additionally, CBD keeps the endocannabinoid anandamide from breaking down, extending its half-life in the body. Known by many as the “bliss molecule,” this endocannabinoid exhibits analgesic and anti-inflammatory properties that may aid in disc healing.
Scientists studying cannabis are interested in seeing if CBD has any anti-inflammatory effects because degenerative disc disease causes a burst of inflammatory molecules to be released. The goal of a 2014 PLOS One study was to determine whether the cannabinoid could shield rats against intervertebral disc degeneration in any way.
The research team demanded more studies into the mechanism by which CBD interacts with cell signals despite their diligent efforts. In order to determine how the cannabinoid affects those who have the condition, clinical trials are also necessary.
Back pain treatment calls for a multifaceted strategy. While manual therapy, strength training, and specialized exercises are important interventions, patients’ psychological states have a significant impact on how they perceive pain and manage their condition.
Depression, anxiety, and catastrophizing are among the negative mental states that can result from the psychological effects of DDD and chronic pain. Cannabidiol may lessen psychological symptoms of DDD in addition to possibly assisting with its physical components.
In other words, there isn’t a definitive response to this query. The effects of CBD on DDD are still very early in the research process and are not well understood. There are no clinical trials to base our knowledge on, so we don’t know the ideal dosage or way to use CBD for the ailment.
The use of CBD to treat DDD symptoms is still in its experimental stages. On the other hand, some users discover that cannabidiol benefits them in some manner. Naturally, before doing so, always get your doctor’s approval. To use cannabis for medical reasons in Houston, you’ll need a medical marijuana card. Easily obtain it by applying through our website’s simple form.