What You Need To Know About Delta 8 THC
Knowing about what is delta 8 thc is a very interesting topic. Delta-8-THC is a very interesting cannabis ingredient that offers many advantages in medicinal and luxury food consumption.
The stability and effectiveness of this cannabinoid show how much power lie dormant even in the compounds that are less strongly represented in the plant.
Why has so little been heard of the cannabinoid before? And how can it be used to enhance the marijuana experience?
Of the approximately 80 cannabinoids in the marijuana plant, delta-9-tetrahydrocannabinol (Δ 9-THC) – or simply THC – is arguably the best known. It is the compound in the plant in the highest concentration and (apart from its “counterpart) the absolute star of the marijuana world due to its psychoactive effects. However, it’s not the only THC compound that cannabis contains.
Because as this ingredient ages, it oxidizes to an isomer called delta-8-tetrahydrocannabinol (Δ 8-THC). The two Phytocannabinoids are analogs because they have the same chemical structural formula. They differed only in the position of a double bond.
The part of the name “Delta” refers to this double bond; both delta-8 and delta-9-tetrahydrocannabinol, therefore, have double bonds, only this is located in a different position in the chain – the first on the eighth carbon atom, the latter on the ninth. These molecular differences and parallels are why Delta-8-THC is also remarkable therapeutic benefits have to offer, but with a far less powerful psychoactive effect than its “brother” Delta-9.
How Is Delta-8-THC Formed?
As in the case of the main cannabinoids, the synthesis of delta-8-THC begins with what is known as cannabigerol acid, or CBGA. The acidic form of the cannabinoid CBG is the original molecule from which various cannabinoids are formed and is therefore sometimes also referred to as the ” mother cell of cannabis. ” In mature cannabis, THCA develops from these mother cell molecules. Are the harvested plants heat or UV Exposed to light? This is how THCA becomes decarboxylated, meaning it loses a molecule of carbon dioxide and is thereby converted to delta-9-THC or THC. Then an aging process begins through oxidation, from which finally the Delta-8-THC emerges.
Since this lesser-known cannabinoid is formed through oxidation, it is also stable in air. That makes it a link with exciting pharmaceutical applications.
One major downside is that delta 8 THC occurs in nature only in minimal fractions below 1%, while Delta-9-THC has one, depending on the variety, also delta 8 thc is psychoactive. A total share of 30%can bring. It is therefore particularly interesting in a refined form, as a concentrate. The compound has shown great promise in several studies, but it is not yet widely recognized or widely used.