Is It True to Grow Cannabis to Make Medicine for The Future?

Marijuana is a plant that produces chemicals known as secondary metabolites, which refer to substances that are not essential to the life of a typical organism (such as sugars, lipids, amines, and oleic acid). No, protein, etc.), but may be necessary for that particular organism. There are hundreds of these chemicals. Such as terpenoids, substances similar to those found in turpentine, steroids, and flavonoids, but the group of chemicals that make cannabis unique are its active ingredients. Biological groups called cannabinoids (CBD shop) are rarely found in other plants. Substances in this group that have a chemical structure made up of three contiguous rings are called dibenzo pyrans. (dibenzopyran) or any other substance that can be transformed into this main structure.

The two main cannabinoids found in cannabis are THC and delta-nine tetrahydrocannabinol. (Delta9-tetrahydrocannabinol) and CBD (cannabidiol), which is the main constituent of cannabis extracts. These compounds are found mainly in a special organ called the trichrome, the white hair covering the female inflorescences of the cannabis plant. Thus, THC and CBD are commonly found in inflorescences (approximately 15-20). % of dry weight). In the leaves, these substances are found very rarely (up to 1-2% of dry weight) and are rarely found in bark and roots. In fresh cannabis, the two compounds are in slightly different chemical structures, with the addition of a carboxylate group. But when dried, it loses its carboxylate group and is eventually converted to THC and CBD.

THC binds to receptors on the surface of human cells called cannabinoid receptors. THC binds selectively to receptors in the brain and central nervous system (CB1R).) causes this substance to act psychoactive and is the cause of the euphoria of Marijuana or “high” in marijuana users. Therefore, recreational cannabis is preferred as strains that produce high amounts of THC, whereas CBD is not psychoactive. It also has the opposite effect of THC; that is, it reduces the binding of THC to the receptor. And also show a variety of other biological activities, which gives it the potential to be helpful in medicine. Therefore, medicinal cannabis cultivars are favored for high CBD ratios. It is essential to select cannabis strains and control their production conditions to produce the desired compounds. Otherwise, the extract may have undesirable properties, such as a drug that can be drunk when used as a bonus, etc. As mentioned above, there are very few active substances in cannabis leaves. So the claim that consuming cannabis leaves makes you feel good is likely a placebo effect rather than an actual THC effect.

In addition to these two primary CBD shop, Marijuana also produces over a hundred other cannabinoids. Each type has a different structure and action. However, their medicinal use cannot be underestimated because they are all potent. Some may even be stronger than THC or CBD for medicinal purposes. Purification is, therefore, one of the best ways to control medicinal quality. However, crystalline CBD isolate is not so easy to extract from cannabis plants as hemp extract has such a wide range of components. One solution to this problem that does not rely on cannabis cultivation is chemical synthesis. This can be done with both CBD and THC, as well as other cannabinoids, both found naturally and newly designed in the lab. The structure can be modified to achieve a strong effect.

Or longer reduce side effects. CBD shop will inform you all. For example, HU-201 is a synthetic analogue of THC but is hundreds of times more potent and longer-acting. However, the chemical synthesis process is limited: it often involves a long, complex process involving many chemicals. And cause chemical waste, enabling the development of new synthetic methods and high efficiency. Environmentally friendly processes are critical. Enabling the development of new synthetic methods and highly efficient Environmentally friendly processes is very important. Enabling the development of new synthetic methods and highly efficient Environmentally friendly processes is very important.

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