CBD is often considered to be a promiscuous compound as it produces various effects through dozens of molecular pathways. CBD has been shown to reduce brain damage and improve recovery in animals who have had strokes and TBI.
Cannabidiol more commonly known as CBD is one of over 150 cannabinoid compounds that is found in the cannabis plant. While research into CBD is still in its infancy, many therapeutic benefits can be achieved by using CBD. There are some clinical studies that support the use of CBD in health conditions such as epilepsy and symptoms relating to multiple sclerosis. There is also emerging evidence that supports using CBD to manage chronic pain conditions, anxiety and Parkinson’s disease. However, there is still a lack of understanding about how CBD could prospectively treat concussion and post-concussion syndrome.
CBD capsules are a convenient way to take CBD and are consumed in the same manner as a normal capsule or pill. Typically, CBD capsules are taken in the morning and at night and the dosage typically varies between 10mg and 30mg of CBD per capsule. The CBD is often combined with MCT oil or coconut oil in order to maximise efficacy. Cannacares Capsules are vegan and 100% natural. You can purchase the CBD capsules in units of 30 capsules or 60 capsules.
What are CBD Capsules?
This was backed up 3 years later in a study published in 2015 that reviewed all existing experimental evidence of the neuroprotective properties of CBD. They stated that “cannabinoid-based medicines may serve as a novel therapy able to delay/arrest neurodegeneration in acute and chronic neurodegenerative conditions.”
The vast majority of research carried out into the relationship between cannabis & concussion has been limited to animal studies. A 2012 study on rats discovered that administering CBD after a brain injury had a long-lasting, positive effect on the brain and it reduced the severity of the injury. It also helped to restore neurological function.
CBD capsules are great for head injuries and concussions as you can simply take a CBD capsule like you would a standard tablet or painkiller.
The wide ranging nature of the symptoms reflects the complexity of the brain and highlights the sheer level of control it has over every facet of our body.
Activating another cannabinoid receptor in the brain, called CB2, has been shown to promote the creation of new brain cells, as well as regulate inflammation after brain injury. A 2014 animal study found that mice that were genetically engineered to lack a CB2 receptor had worse outcomes after TBI when compared to mice that had a CB2 receptor. The study also found that the lack of a CB2 receptor impaired the creation of new brain cells.
Although CBD has shown promise for brain injury treatment in the research lab, anecdotal evidence also is strong — especially among some former professional athletes in sports with a high risk of head injuries, such as boxing and football.
Because full-spectrum CBD contains a variety of phytocannabinoids, it produces an “entourage effect” that engages both the CB1 and CB2 receptors in the brain — as well as other cannabinoid and non-cannabinoid receptors throughout your body — for maximum neuroprotective and overall health benefits.
CBD May Offer Neuroprotective Benefits
Traumatic brain injury (TBI) is a condition that occurs when a head injury, such as a bump, blow, or jolt, causes your brain to slam into the inside of your skull, which results in brain damage.
Repeated TBIs can cause a buildup of Tau protein, which can lead to a degenerative neurological condition called chronic traumatic encephalopathy (CTE). CTE can have a devastating impact on individuals and their families because it can cause a variety of symptoms that affect memory, emotions, behavior, movement, and mental functioning.
Unlike many prescription pain medications, CBD is non-addictive and will not lead to overdose. CBD does not cause side effects and will not result in increased tolerance that requires higher doses to achieve the same effect. CBD also can be used to treat other health conditions that are common in athletes, such as chronic pain, anxiety, and insomnia.
Although a severe TBI can be deadly or cause lifelong complications, even a mild TBI — which is commonly called a concussion — can cause symptoms that can last for days or weeks.
Cannabidiol (CBD) is however different in its effect on the human brain from THC. CBD, as explained earlier, is not psychoactive, and therefore prevents the brain from going into altered emotions and reality. It has been found that CBD may even counter the psychoactive effects of THC, canceling out the ‘high’ effect by giving a very controlled effect, that is therapeutic. Owing to its anti-psychotic effects, this compound has found itself being used for many pharmaceutical purposes. These effects are possibly caused due to the opposite effects of THC and CBD on brain activity in regions such as the striatum, hippocampus, and prefrontal cortex. Many studies conducted by laboratories around the world, along with controlled clinical trials, have confirmed that CBD can be adopted as a well-tolerated, safe, and effective drug for antipsychotic purposes.
Nowadays, marijuana has become an extremely common drug among youth. The scientific name of this plant is ‘Cannabis sativa’, and the chemical compounds obtained from the extract of this plant are known as cannabinoids and include cannabigerol, cannabidiol, cannabichromene, and tetrahydrocannabinol (THC) along with some other chemicals. Among these chemicals, tetrahydrocannabinol (THC) is the substance that gets you the characteristic ‘high’ when marijuana is consumed.
Alzheimer’s Disease is a disorder caused due to the gradual degeneration and the resultant death of cerebral cortical cells, and the effect of the death of these cells is visible in the form of dementia in the patient. The most common symptom of AD is memory loss, which may be so severe that personal neglect occurs in some of the patients. This disease may also lead to impaired cognitive abilities of a person. Acquired cognitive disabilities caused by this disease have a diverse effect on the social life, overall behavior, and day to day activity of the patients.
HIE is a medical condition found in newborn babies, which usually occurs when the infant’s brain is accidentally subjected to reduced oxygen supply during birth. The mechanism of hypoxic-ischemic encephalopathy is visible from its name: Hypoxia is a term that explains the reduction in oxygen supply to a tissue due to various causes, ischemia stands for inadequate blood supply to an organ due to vasoconstriction or shock, and encephalopathy means a brain disease that alters the normal brain biology or its function due to abnormalities in its structure. Asphyxiation of the newborn due to any cause mostly results in hypoxic-ischemic encephalopathy, as it most commonly interferes with the supply of blood to the nervous tissue in the newborn. If the blood supply to the brain is altered during its developmental phases, it results in serious birth brain defects in the babies later on in their lives. HIE may also be caused due to strangulation of the umbilical cord around the neck of the baby, thereby causing dangerous strangulation. Or, it may also be caused due to the abnormal stretching of the mother’s pelvis to give birth to the baby. The short width of the pelvis does not give enough room to the baby’s head to come out, which results in compression of the vessels supplying blood to the brain, thereby causing ischemia and gradually leading to hypoxia. This hypoxia can affect different areas of the brain.
At first, “Cannabinoid” was a collective term assigned to the set of naturally occurring aromatic hydrocarbon extracts obtained from the Cannabis plant. But, due to the increase in the acceptance of the medicinal use of marijuana, cannabinoids nowadays refer to a diverse set of therapeutic substances that have pharmacologic actions that closely resemble that of the plant-derived cannabinoids.