How is HHC Different from Kratom?

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Everyone is aware that kratom is a psychotropic plant preparation that has been used for years as traditional medicine, particularly in Southeast Asia. Kratom is made from the Mitragyna speciose Korth plant. 

Mitragyna speciosa Korth, a tropical plant in the Rubiaceae family, has been utilized by local laborers for its opium-like anesthetic effects and cocaine-like stimulant abilities to battle weariness and increase tolerance to hard labor. 

While HHC seems to be gaining popularity, it is not a new concept. A scientist named Roger Adams developed the semi-synthetic chemical in the 1940s using a method known as hydrogenation. While, like delta-8 THC, delta-10 THC, and other cannabinoids, many concerns surround what HHC is, its legal status, where it originates from, and other factors. 

Adams converted delta-9 THC, the principal hallucinogenic component present in cannabis, to HHC by adding two hydrogen molecules. So, let’s go through the main distinctions between HHC and Kratom.

How does kratom function in the body?

Mitragynine and 7-hydroxy mitragynine are the active compounds in kratom. Both of these drugs affect the brain in a psychedelic way. Kratom may have opioid-like or stimulant-like effects depending on the dosage. When used in significant doses, the opioid components of kratom may elicit sensations of drowsiness, pleasure, and pain relief. 

Kratom has been used to self-treat opiate withdrawal symptoms and as an opioid replacement. Mitragynine in kratom has stimulant-like effects in small amounts, such as increased energy, sociability, and enhanced concentration and alertness. While kratom is not FDA-approved in the United States, purchasing and consuming it is not prohibited. 

It is essential to highlight no scientific proof that kratom is safe or beneficial in treating opiate withdrawal symptoms. Furthermore, the FDA warned the public against kratom due to a lack of study regarding its safety profile.

How does HHC function in the body?

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HHC is a chemical substance isolated from the hemp plant, producing marijuana. Marijuana is a psychoactive substance; it is a “synthetic” drug since the hemp plant contains no THC. Cannabidiol (CBD) and tetrahydrocannabinol (THC) are present in the plant (THC). What is the difference between the two? 

The component in marijuana that generates the high is known as THC. The distinction between THC and CBD is that CBD contains minimal psychotropic qualities. HHC, the extract, has a small amount of both. So, how exactly does it work? HHC has a wide range of effects on the body and should not be smoked or snorted. Instead, the compound is helpful as a food.

Why do people consume kratom?

One of the main reasons individuals take kratom is to relieve pain. Kratom looks to be an effective analgesic or pain reliever. People have also reported using kratom to help them quit using other narcotics, especially opiates. Some individuals have experienced “taking kratom to alleviate symptoms of opiate withdrawal, and many have claimed success in stopping opioids.”

The study results back up previous studies that revealed kratom might be helpful as an opiate replacement. However, the medicine may generate pleasure and a feeling of well-being in specific individuals. Other participants in the research claimed to have used kratom to alleviate PTSD and social anxiety.

Why do people consume HHC?

Although it’s new, consuming HHC is becoming popular mainly because of its zero side effects on the body. There have been instances of people smoking it regularly with no serious adverse effects. Like delta 8, some HHC users report its effects as calming rather than exciting. Putting scientific study aside, due to their chemical similarities and affinity for your cannabinoid receptors, we may say that the effects of HHC are essentially the same as those of THC. Early preclinical studies on animal test subjects show that HHC has pain-relieving and anti-cancer effects. Still, there is not much evidence to determine how it can benefit people. 

What effect does kratom have on the body?

Researchers don’t know precisely how kratom works in the body. Most people believe that the primary active element in kratom is a molecule called mitragynine, although kratom hasn’t been investigated well enough to know for sure. It’s not an opiate, but it attaches to the opiate receptor.

In contrast to opiates, which have a sedative impact, kratom seems to have a stimulating effect at low dosages and a relaxing and calming effect at significant levels. People who have tried the medicine say that it relieves pain but does not sleep. 

On the other hand, large doses of kratom can cause nausea, aggressiveness, hallucinations, trouble breathing, and death, among other things. Opioid-like dependence and withdrawal symptoms are linked to long-term use.

What effect does HHC have on the body?

When cannabinoids are synthesized, the end product frequently combines two different HHC molecules. HHC is an example of one of these chemicals. Due to the differences in molecular structure, HHC can attach to the body’s endocrine receptors while HHC doesn’t. There is currently no such agreement on how effective HHC is. 

HHC molecules bind to the receptor and provide the exact effects of delta-9 THC but in a higher dose. One can observe THC-like products with high levels of HHC. Although HHC has the same effect on the mind as THC, it is less potent than delta-9 THC. HHC has comparable results to THC. However, it is gentler than delta-8 and more vital than CBD. 

HHC relaxes the whole body and mind while providing bliss. Furthermore, it is available in a variety of strains and flavors. Vapes, hemp flowers, and pre-rolled joints are among the HHC items offered.

Conclusion

HHC has a broad spectrum of physiological effects and should not be smoked or snorted. Unlike opiates, which have a sedative effect, kratom seems to have a stimulating effect at low doses and a relaxing and soothing effect at higher doses. HHC is made up of two unique HHC molecules with different molecular structures. 

HHC is a chemical compound extracted from the hemp plant, producing marijuana. HHC has the same effect on the mind and body as THC; however, it is less potent than delta-9 THC. People who have used HHC report that it helps discomfort but does not sleep. While kratom is not FDA-approved in the United States, purchasing and consuming it is not prohibited. 

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