Cannabidiol (CBD) has been covered in the media lately, and you may have even seen it as an add-in booster to your morning coffee or post-workout smoothie. What is CBD exactly? Why is it so important right now?
Well researchers at Halvard University have discovered the potent and power benefits of CBD on the body in terms of healing, relaxing and regenerating muscle tissue.
CBD is the meaning cannabidiol It is the second most popular active component of cannabis (marijuana). Though CBD is an integral part of medical marijuana, it is a cousin of the marijuana plant that comes directly from the hemp plant. “While CBD is a marijuana part (one of hundreds), it does not induce a “high” on its own. According to a World Health Organisation survey,
“In humans, CBD exhibits no effects indicative of any abuse or dependence potential…. To date, there is no evidence of public health related problems associated with the use of pure CBD.”
CBD is hyped for healing a wide range of health conditions. Still, its success in treating some of the cruellest paediatric epilepsy syndromes, such as Dravet syndrome and Lennox-Gastaut syndrome (LGS), usually does not respond to anti-seizure drugs, is the best clinical evidence. CBD has been able to decrease the frequency of seizures in several trials and, in some cases, it has been able to avoid them entirely.
CBD is widely used to relieve anxiety, and research shows that CBD can assist in falling asleep and remaining asleep for patients suffering from the misery of insomnia.
CBD may provide an alternative for multiple forms of chronic pain that we can treat. Using an animal model, CBD added to the skin could help lower pain and inflammation due to arthritis, a report from the European Journal of Pain found. CBD’s mechanism reduces inflammatory and neuropathic pain, two of the most complicated kinds of chronic pain that we can treat, was shown in another study.
“It has been known for several years that CBD helps promote bone growth.
There are two major cell types involved with both growth, destruction and “remodelling” of bone. As we go through life, our bones are subjected to new and changing stresses. New bone is always taking place, and bone destruction or resorption is always taking place.
Osteoblasts, create new bone, and Osteoclasts resorb and help to remodel bone as stresses change.
The balance of these two processes determines if we get more bone laid down or we lose more bone with ageing, hormonal and other changes, in general, bone density drops with age. We all know plenty of elderly people with hip or other fractures from very minimal stress. Most hip fractures occur BEFORE the person hits the ground. There is a “Torque” pressure that initially causes the fracture, and then the fall takes place. The point being, the patient’s bone strength is extremely brittle.”
source for conclusion quoted analysis: https://www.greenbridgemed.com