Post-SDCC drop

by ncwinters on July 22, 2019

Medical marijuana and the compound THC (delta-9-tetrahydrocannabinol) is becoming a more popular alternative in the medical field. This is likely as this is one of the only natural alternatives for pain control available.  For decades, the use of THC has been studied, scrutinized, and debated. More and more clinical research being conducted is proving the powerful therapeutic benefits of THC and medical marijuana. More and more medical professionals are recommending medical marijuana along with other FDA-approved THC medications in place of highly addictive opioids. Visit tea burn site.

HOW THC & MEDICAL MARIJUANA WORK

Medical marijuana and THC work in the body’s Endocannabinoid System (ECS). The ECS is a network of molecules and receptors that run throughout the body. It regulates hunger, mood, inflammation, and more. The phytochemicals, or cannabinoids, found in the cannabis plant attach to receptors to initiate their therapeutic benefits and restore homeostasis. The ECS is the largest system of receptors and is found throughout the body and brain. THC is particularly attracted to the CB1 receptors of the ECS found in the central nervous system.

CHRONIC PAIN RELIEF

Opioids are one of the most commonly prescribed groups of medications to combat those suffering from severe chronic pain.

While opioids have been thought to be helpful for these conditions there is a wide range of risks associated with their use including addiction, abuse, and overdose. In addition, to date there is no compelling clinical evidence that opioids actually work to reduce pain and improve function in the chronic pain condition. These are the best appetite suppressant pills.

Medical marijuana has been studied to be an effective and less risky substitute for opioids. Addiction is rare and side effects are fewer. Many would debate this point but the evidence is mounting that opioids are more dangerous than the plant-based therapy of THC.

The compounds of the cannabis plant engage with CB1 and CB2 receptors that reduce pain and inflammation responses throughout the body. The cannabinoid compounds reduce excessive inflammatory responses allowing the body to experience less pain less frequently. The CB1 receptors help to modulate the pain response in the central nervous system. THC seems particularly helpful for neuropathy. Check more about Best semen enhancers.

NERVE PAIN RELIEF

When the different cannabinoids of marijuana interact with receptors in the ECS the central and peripheral nervous systems (CNS, PNS) are also affected. THC provides therapeutic assistance to the PNS and CNS in relieving pain, numbing, and tingling associated with diabetic neuropathy and other forms of nerve pain. The CB receptors when interacting with cannabinoids (either endogenous or exogenous from plants) transmit a healthier, more balanced signaling of pain to the brain.

NERVE PAIN RELIEF

When the different cannabinoids of marijuana interact with receptors in the ECS the central and peripheral nervous systems (CNS, PNS) are also affected. THC provides therapeutic assistance to the PNS and CNS in relieving pain, numbing, and tingling associated with diabetic neuropathy and other forms of nerve pain. The CB receptors when interacting with cannabinoids (either endogenous or exogenous from plants) transmit a healthier, more balanced signaling of pain to the brain. The cannabinoids in the cannabis plant also offer antioxidant benefits throughout the body. They take care of excess free radicals throughout the body which have the ability to damage nerve endings when the body experiences oxidative stress. The molecular structure of CBD allows it to scavenge electrons before they can damage the cells, DNA or mitochondria.

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