Adaptogens Could Be The Key For Treating Stress And Anxiety
Jul 08 , 2020
The ECS is a cell signalling system which has been around for roughly 500 million years as well as being present in every single vertebrate (animals with spines) today and it plays a crucial role in regulating a large number of functions and processes in the body that include:
It was named the Endocannabinoid system due to fact it was discovered while investigating the effects of cannabis.
What does the Endocannabinoid system do?
The primary role of the ECS is to maintain homeostasis. This simply means to maintain a balanced internal environment.
The main functions influenced by the ECS are mood, sleep and pain perception although it also plays a role in immunity, reproductive health and appetite among other things.
The ECS is also involved in brain development when we are young. Helping with synaptogenesis (creation of new synapses) and synaptic pruning (removal of redundant synapses).
The ECS also plays a large role in memory formation. In the Hippocampus there is a large volume of Endocannabinoids as well as receptors.
What is the Endocannabinoid system made up of?
The ECS is made up of three parts:
These are naturally occurring molecules produced in our bodies, which are similar to cannabinoids (found in the plant). There are two key endocannabinoids.
These help to keep functions running smoothly and your body produces them when needed.
These are spread throughout the body and there are two kinds:
CB1 – This receptor is predominantly found in the Central nervous system
CB2 – This receptor is predominantly found in the Peripheral nervous system (especially the immune system)
The location of the receptors in the body will dictate the outcome that occurs when endocannabinoids bind with them. For example CB1 receptors in your spinal nerve may relieve pain whereas CB2 receptors in the immune system may work to tell the body it is producing inflammation.
There are two main enzymes:
How does the Endocannabinoid system Work?
We produce endocannabinoids in response to different environmental stimuli. For example if we are hungry our body increases production of endocannabinoids in the hypothalamus.
If we are experiencing pain, the ECS increases endocannabinoid production in the area of the body that pain is coming from.
The ECS is always looking to maintain balance. It is also very smart, meaning it can change the way it works in certain situations.
For example if we are stressed we produce more endocannabinoids then when we feel better we produce less, however if we are going through continuous periods of stress the amount of endocannabinoid production remains high even during the periods of no stress.
What does THC do to the Endocannabinoid System?
When it comes to THC the best way to describe it is that THC works as an alternate ‘key’ in the ‘lock and key’ model. i.e. THC can bind to the same receptors as the ones our naturally produced endocannabinoids do.
It will then either mimic or disrupt the ECS and activate multiple things at once. It can relieve stress, make you sleepy, effect your motivation, and influence your appetite and happiness aka make you ‘high’.
However, the ECS is designed not to be over activated. It will down regulate if it is being used too much which may lead to people taking more and more THC and developing a dependence.
What does CBD do to the Endocannabinoid system?
It is not yet 100% clear how CBD interacts with the endocannabinoid system but many believe it either bonds to receptors that have not yet been discovered or that it prevents the break down of endocannabinoids by inhibiting enzymes involved in the process.
CBD is believed to impact specific Serotonin receptors in the brain as-well as impacting our inflammatory response in the body too. More research is required to fully understand how CBD impacts the endocannabinoid system though.
Jul 08 , 2020
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