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What is CBD (cannabidiol)? HHC / THC / CBD differences

We'll start with the basic explanation of CBD, then compare the three most common cannabinoids.

Everyone is talking about CBD, but how well do you actually know cannabidiol? Are there gaps in knowledge or do you have specific questions about HHC, CBD or THC and are you looking for reliable answers? You will definitely find what you are looking for in our online shop. Below we explain everything you should know about CBD! From the history of the hemp plant to the various CBD extracts (and other CBD products) to the correct dosage of the green gold.

If you still haven't found the right supplier for hexahydrocannabinol or CBD, take a look at www.davivi.de .

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Hemp is considered one of the oldest crops used by humans. The wide range of health-promoting ingredients and the diverse areas of application in everyday life have made the hemp plant an important raw material for more than thousands of years. Nowadays, however, the ingredients of the hemp plant can be scientifically researched and provide remarkable insights. Hemp cannabinoids, for example, are similar to the body's own endocannabinoids and thereby support processes in the higher organs, which in turn only serve health.

Cannabidiol (CBD) is a chemical found in the Cannabis sativa plant, also known as cannabis or hemp. A specific form of CBD is approved in the US as an anti-seizure drug.

Over 80 chemicals called cannabinoids have been found in the Cannabis sativa plant. The most well-known ingredient in cannabis is delta-9-tetrahydrocannabinol (THC). However, CBD is derived from hemp, a cultivated form of the Cannabis sativa plant that contains only small amounts of THC. CBD appears to have effects on some brain messengers, but these are very different from the effects of THC. The human body is able to produce certain cannabinoids on its own. In addition, the human body has two receptors that interact with cannabinoids.

CBD in medicine?

Medical care from CBD Medical care

A prescription form of CBD is used for seizure disorders (epilepsy). CBD is also used for panic attacks, chronic pain, a muscle condition called dystonia, Parkinson's disease, Crohn's disease, and many other health conditions, but there is no solid scientific evidence supporting these uses.
However, that doesn't mean that all CBD products made from hemp are legal. Because CBD is an approved prescription drug, it cannot legally be used in food or dietary supplements. CBD can only be found in "cosmetic" products. However, there are still CBD products on the market that are labeled as dietary supplements. The amount of CBD contained in these products is not always the same as what is stated on the product label.

>>>> By the way, here you will find exciting CBD products for an unbeatable price <<<<

2.1 How does CBD work in the human body?


According to studies, CBD affects the cannabinoid receptor 1 (also CNR1 or CB1 receptor), two vanilloid receptors, the glycine receptor and the 5-HT1A receptor, among others. Also, CBD acts on adenosine signaling and has antioxidant properties. In this chapter, we present the most important modes of action:

CBD and the CB1 receptor


CBD interacts with the CB1 receptor in the endocannabinoid system - and can thus counteract the side effects of THC, among other things. In addition, CBD can inhibit the formation and uptake of the endocannabinoid anandamide into the body's cells, which brilliantly increases anandamide levels. In general, it should be noted that CBD is almost the opposite of THC, since it has an antipsychotic effect and is therefore the perfect inhibitory partner of the main active ingredient in the cannabis plant

CBD and the vanilloid receptors


CBD stimulates the type 1 and type 2 vanilloid receptors. In addition, CBD can contribute to the development of autophagy (a form of cell destruction) in vanilloid receptor 2. Animal studies with mice also show that CBD can reduce inflammatory and neuropathic pain by interacting with glycine receptors . This reduces the excitability of the nerve cells and reduces pain.
CBD and adenosine
Among other things, adenosine blocks the release of neurotransmitters such as dopamine and norepinephrine. Adenosine also dilates blood vessels.

Interaction of cannabis | HHC CBD and THC usage

Also, when taking any cannabis product, to avoid any chance of discomfort, it is important to avoid taking any of the following medications as well.

If you still haven't found the right supplier for hexahydrocannabinol or CBD, take a look at www.davivi.de

This combination requires increased caution



Drugs modified by the liver (cytochrome P450 1A1 (CYP1A1) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can affect the speed at which the liver breaks down these drugs. This can alter the effects and side effects of these drugs.

Liver-modified drugs (cytochrome P450 1A2 (CYP1A2) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can alter the speed at which the liver processes this drug. This can change the effects and side effects of these drugs.

Drugs modified by the liver (called cytochrome P450 1B1 (CYP1B1) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can alter the speed at which the liver breaks down these drugs. This can change the effects and side effects of these drugs.

Liver-modified drugs (cytochrome P450 2A6 (CYP2A6) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can alter the speed at which the liver breaks down these drugs. This can change the effects and side effects of these drugs.

Liver-modified drugs (cytochrome P450 2B6 (CYP2B6) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can alter the speed at which these drugs are broken down by the liver. This can change the effects and side effects of these drugs.

Drugs that are altered by the liver (cytochrome P450 2C19 (CYP2C19) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can change the speed at which the industry is phasing out these drugs. This could change the effects and side effects of these drugs.

Drugs that are altered by the liver (cytochrome P450 2C9 (CYP2C9) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can alter the speed at which the liver breaks down these drugs. This can change the effects and side effects of these drugs.

Drugs that are altered by the liver (cytochrome P450 2D6 (CYP2D6) substrates) interact with CANNABIDIOL (CBD)
Some drugs are metabolized and broken down in the liver. CBD can reduce the time it takes for these drugs to be broken down by the liver.

This could change the effects and side effects of these drugs.

Liver-modified drugs (cytochrome P450 3A4 (CYP3A4) substrates) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can alter the speed at which the liver breaks down these drugs. This can change the effects and side effects of these drugs.

Sedatives (CNS depressants) interact with CANNABIDIOL (CBD)
CBD can cause trouble sleeping and slow breathing. Some medications, called tranquilizers, can also cause trouble sleeping and slow breathing. Taking CBD along with sedatives can cause breathing problems and/or severe drowsiness.

Interactions between Clobazam (Onfi) and CANNABIDIOL (CBD)
Clobazam is altered and broken down by the liver. CBD can decrease the speed at which the liver breaks down clobazam. This can increase the effects and side effects of clobazam.

Eslicarbazepine (Aptiom) interacts with CANNABIDIOL (CBD)
Eslicarbazepine is modified and broken down by the body. CBD can decrease the rate at which the body breaks down eslicarbazepine. This may increase the levels of eslicarbazepine in the body by a small amount.

Interactions of Rufinamide (Banzel) with CANNABIDIOL (CBD)
Rufinsamide is modified and broken down by the body. CBD can reduce the time it takes for rufinamide to break down in the body. This may increase the levels of rufinamide in the body by a small amount.

Interactions of Topiramate (Topamax) with CANNABIDIOL (CBD)
Topiramate is altered and broken down by the body. CBD can decrease the rate at which the human body breaks down topiramate. This may increase the topiramate levels in the body by some amount.

Interactions between Valproate and CANNABIDIOL (CBD)
The valproic acid can cause liver damage. Taking cannabidiol along with valproic acid may increase the risk of liver damage. CBD and/or valproic acid may need to be discontinued or the dose reduced.

Interactions of zonisamide with CANNABIDIOL (CBD)
Zonisamide is modified and broken down by the body. CBD can decrease the rate at which the body breaks down zonisamide. This may increase the levels of zonisamide in the body by a small amount.

Liver-modified drugs (cytochrome P450 2C8 (CYP2C8) substrates) interact with CANNABIDIOL (CBD)
Some medicines are altered and broken down by the liver. CBD can alter the rate at which these drugs are broken down by the liver. This can alter the effects and side effects of these drugs.

Drugs that are altered by the liver (glucuronidated drugs) interact with CANNABIDIOL (CBD)
Some drugs are altered and broken down by the liver. CBD can alter the rate at which the liver breaks down these drugs. This can change the effects and side effects of these drugs.

Drugs that increase the hepatic breakdown of other drugs (cytochrome P450 2C19 (CYP2C19) inducers) interact with CANNABIDIOL (CBD)
CBD is broken down and altered by the liver. Some medicines increase the rate at which the liver metabolizes and breaks down CBD. This can change the effects and side effects of CBD.

Drugs that increase the hepatic breakdown of other drugs (cytochrome P450 3A4 (CYP3A4) inducers) interact with CANNABIDIOL (CBD)
CBD is converted and broken down by the liver. Some medicines increase the rate at which the liver metabolizes and breaks down CBD. This can change the effects and side effects of CBD.

Drugs that decrease the liver's breakdown of other drugs (cytochrome P450 2C19 (CYP2C19) inhibitors) interact with CANNABIDIOL (CBD)
CBD is converted and broken down by the liver. Some medicines decrease the speed at which the liver metabolizes and breaks down CBD. This can change the effects and side effects of CBD.

Drugs that reduce the breakdown of other drugs in the liver (cytochrome P450 3A4 (CYP3A4) inhibitors) interact with CANNABIDIOL (CBD)
CBD is converted and broken down by the liver. Some medicines decrease the speed at which the liver metabolizes and breaks down CBD. This can change the effects and side effects of CBD.

Brivaracetam (Briviact) interacts with CANNABIDIOL (CBD)
Brivarazetam is modified and broken down by the body. CBD can decrease the speed at which the body breaks down brivarazetam. This can lead to an increase in the levels of brivaracetam in the body.

Everolimus (Zostress) interacts with CANNABIDIOL (CBD)
Everolimus is modified and broken down by the body. CBD may decrease the rate at which the body breaks down everolimus. This can increase the levels of everolimus in the body.

Interactions between Tacrolimus (Prograf) and CANNABIDIOL (CBD)
Tacrolimus is modified and broken down by the body. CBD can decrease the speed at which the body breaks down tacrolimus. This can increase the levels of tacrolimus in the body.

Methadone (Dolophine) interacts with CANNABIDIOL (CBD)
Methadone is broken down by the liver. CBD can decrease the rate at which the liver breaks down methadone. Taking cannabidiol along with methadone can increase the effects and side effects of methadone.

Interactions between Carbamazepine (Tegretol) and CANNABIDIOL (CBD)
Carbamazepine is differentiated and broken down by the body. CBD can decrease how quickly the body breaks down carbamazepine. This can increase the levels of carbamazepine in the body and increase side effects.

Interactions between Sirolimus (Rapamune) and CANNABIDIOL (CBD)
Sirolimus is differentiated and broken down by the body. CBD can decrease how quickly the body breaks down sirolimus. This can increase levels of sirolimus in the body.

Interactions of Stiripentol (Diacomit) with CANNABIDIOL (CBD)
Stiripentol is differentiated and broken down by the body. CBD can decrease how quickly the body breaks down stiripentol. This can increase the levels of stiripentol in the body and increase the side effects.

Interactions between lithium and CANNABIDIOL (CBD)
Taking higher doses of CBD can increase lithium levels. This can increase the risk of lithium poisoning.

Interactions between Warfarin and CANNABIDIOL (CBD)
CBD can increase warfarin levels, which can increase the risk of clotting disorders. CBD and/or warfarin may need to be discontinued or dose reduced.

Interactions between Tamoxifen (Soltamox) and CANNABIDIOL (CBD)
Tamoxifen is differentiated and broken down by the body. CBD can affect how quickly the body breaks down tamoxifen. This can affect the levels of tamoxifen in the body.

Interactions between caffeine and CANNABIDIOL (CBD)
Caffeine is differentiated and broken down by the body. CBD can decrease how quickly the body breaks down caffeine. This can increase caffeine levels in the body.

Citalopram (Celexa) interacts with CANNABIDIOL (CBD)
Citalopram is differentiated and broken down by the body. CBD can decrease how quickly the body breaks down citalopram. This can increase the concentration of citalopram in the body and increase the side effects.

Liver-modified drugs (cytochrome P450 2E1 (CYP2E1) substrates) interact with CANNABIDIOL (CBD)
Some drugs are different and are broken down by the liver. CBD can alter the speed at which the liver breaks down these drugs. As a result, the effects and side effects of these drugs can differ.

>>>> By the way, here you will find exciting CBD products for an unbeatable price <<<<

Effects and areas of application of CBD and HHC products | Medical use area

how much should i take Can I take too much CBD?



In this article, we will talk about CBD oil dosage to a large extent as well. We'll cover how dosage can vary based on factors like weight, age, the condition being treated, the strength of the oil you're using, and more.

You will learn how to find the best dosage for your body and what to do if you experience side effects.

What is the normal dosage of CBD?


The most common dose of CBD is 20 - 40 mg per dose. Some take much less (up to 1mg), others take much more (up to 100mg).

Depending on the potency of the product you are using, this can range from a few drops to several milliliters of oil. It can also be 1 to 5 capsules or gummy bears per application.

The truth is that the ideal dose of CBD is different for everyone.

It's common for two people of identical weight to respond very differently to the same dose of CBD. For one person, a dose of 30mg of CBD may be ideal, while another will respond better to as little as 10mg.



The ideal dose of CBD for you depends on several factors, including


-Your height and weight, the extent of the condition you are treating


-Your tolerance to CBD

-Your individual body chemistry


The strength of the CBD oil, capsules, gummies, or other CBD products you are using
To find the right dose for your body, it is best to start with a very low dose (eg 2mg) and increase by 2-5mg per serving until you find what works best for you.

If you still haven't found the right supplier for hexahydrocannabinol or CBD, take a look at www.davivi.de

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