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Do You Need To Take A Tolerance Break From CBD Cannabis Strains?

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Regularly consuming THC will lead to building a tolerance and negating some of the cannabinoid's effectiveness. However, research shows that CBD does not trigger the same tolerance-building processes. Read on to discover the unique and intriguing properties of CBD in regard to tolerance.

The human body is very good at adapting to different substances over time. One of the ways it does this is by building tolerance to frequently ingested substances. When it comes to THC, this often leads people to consume more of it in order to achieve the same "high", or to reset their system with a tolerance break. But does the same apply to CBD?

WHAT IS TOLERANCE AND HOW DOES IT WORK?

WHAT IS TOLERANCE AND HOW DOES IT WORK?

Tolerance is a phenomenon whereby one must consume more of a specific substance in order to feel the same effect as last time. It is where the term "chasing the high" comes from. Tolerance is complex because it occurs at different levels of physiology, and because it can work differently from person to person.

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Tolerance functions on three major levels: cellular, metabolic, and behavioural. Cellular tolerance is where tolerance to specific compounds is built at a cellular level inside the body. Metabolic tolerance occurs when less of a compound is metabolised or processed over time. And behavioural tolerance occurs at a behavioural level when people choose or choose not to engage in specific behaviour. Of course, tolerance can also manifest as a combination of all three levels at once.

Tolerance can also be experienced differently by different people. Because everybody’s physiology is different, some individuals may build tolerance more quickly or hold onto it for longer than others.

BUILDING THC TOLERANCE

BUILDING THC TOLERANCE

THC (tetrahydrocannabinol) builds tolerance at a cellular level. This is because THC interacts with CB1 cell receptors in the body’s endocannabinoid system to produce effects. Tolerance occurs due to two processes that try to reverse the activity of THC in favour of maintaining normal activity among CB1 receptors.

The first one of these processes is called desensitisation. This occurs when CB1 receptors simply stop binding to THC molecules with the same affinity as before. The second process is called internalisation. This occurs when CB1 receptors withdraw from the surface of their cell and into its interior. While desensitised receptors still maintain some binding affinity for THC, internalised ones are completely unresponsive to THC’s stimuli.

The common prescription for high THC tolerance is either consuming more THC or taking a tolerance break. This is why seasoned smokers always seem to find themselves smoking several times more than what a beginner would. A tolerance break, otherwise known as a "t-break", is the process of abstaining from marijuana for a certain amount of time, so as to let it leave your system.

Everyone who chronically consumes THC will inevitably have to take a tolerance break. But is the same true of CBD?

CAN YOU BUILD A TOLERANCE TO CBD AS WELL?

CAN YOU BUILD A TOLERANCE TO CBD AS WELL?

CBD does not trigger the same tolerance and resistance mechanisms as THC. This is primarily because it interacts with endocannabinoid receptors differently than THC. Rather than attempting to bind directly to CB1 and CB2 receptors (and giving them a chance to refuse), CBD exerts its effects through more indirect actions.

Because of this, CBD appears to have the opposite effect on tolerance. By reducing the binding affinity of CB1 receptors, CBD actually gives your endocannabinoid system a break. Research shows that CBD is able to reduce the activation of CB1 receptors without triggering resistance processes like desensitisation and internalisation[1]. This means that it can function without building tolerance as THC does.

However, CBD may even go beyond that to reverse the tolerance-building processes that dampen the effects of other cannabinoids. Considering its antagonising effects on CB1 receptors, it would not be surprising if CBD actually modulated and negated some of the tolerance-forming habits of THC. Nevertheless, much more research is necessary to prove CBD’s tolerance-reversing potential.

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HIGH-CBD STRAINS

Now that you know you can basically consume as much CBD as you want (in terms of tolerance), here are 3 of our favourite high-CBD strains that you can find right here at Zamnesia!

SWISS DREAM AUTO CBD (KANNABIA)

SWISS DREAM AUTO CBD (KANNABIA)

View SWISS DREAM AUTO CBD

This strain has been specifically bred to maximise CBD content, while minimising THC. Boasting a CBD:THC ratio of 35:1, Swiss Dream Auto CBD can produce in excess of 20% CBD. Because of this monster cannabidiol content, the strain is perfect for creating CBD extractions.

SWEET PURE CBD (SWEET SEEDS)

SWEET PURE CBD (SWEET SEEDS

View SWEET PURE CBD

While not quite as potent as Swiss Dream Auto CBD, Sweet Pure CBD makes up for it with its delectably sweet aroma. This strain features CBD levels from 8–15%, and with a reasonably short flowering time of 9 weeks and indoor yields of 500g/m² per plant, Sweet Pure CBD is an excellent choice for home growers.

DINAMED CBD PLUS (DINAFEM)

DINAMED CBD PLUS (DINAFEM)

Dinamed CBD Plus is Dinafem’s designer CBD strain that has been specifically bred for medicinal purposes. Thanks to its CBD-rich ancestors, this strain features 15–20% CBD and a CBD:THC ratio of roughly 30:1. Whether inhaling it or applying it sublingually, its zesty, fruity flavour is undeniable.

View DINAMED CBD PLUS

David AB

Written by: David AB
Writer and cannabis enthusiast from Western Canada. When he's not writing, you can probably find him on the slopes of the Rockies or kicking back with a cold one!

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Disclaimer:
We are not making medical claims. This article has been written for informational purposes only, and is based on research published by other externals sources.

External Resources:
  1. Cannabidiol is a negative allosteric modulator of the cannabinoid CB1 receptor - https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4621983/

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