What is THC-H?
– THC-H, or Tetrahydrocannabinol Hemisuccinate, is a derivative of THC, the primary psychoactive compound found in cannabis.
– It is created by chemically modifying THC through the addition of a hemisuccinate group.
– THC-H is not a naturally occurring compound and is typically produced in a laboratory setting.
Legality and Regulation
– The legal status of THC-H varies depending on the country and jurisdiction.
– In some places, THC-H may be considered a controlled substance and illegal to possess or distribute.
– It is important to understand and follow the laws and regulations regarding THC-H in your specific location.
Effects and Therapeutic Benefits
– Limited research has been conducted on THC-H, so its specific effects and therapeutic benefits are not well understood.
– Some anecdotal reports suggest that THC-H may have a more potent psychoactive effect compared to regular THC.
– Further scientific studies are needed to determine the potential therapeutic applications of THC-H.
What Is THC-H?
THC-H is a synthetic form of tetrahydrocannabinol that was created and patented by the government of the United States. It is often called Acetamide, 3-(1-naphthoyl)-indole, 1-hexyl- or AM1220.
It is classified as a schedule I psychoactive cannabinoid that creates an intoxicating effect when smoked, vaped, or ingested.
Because THC-H affects the brain and can cause addiction, it is considered an illegal substance in many countries. This synthetic weed is often called a designer drug and is sometimes packaged and sold under various names, such as “Black Magic Smoke” or “Spice.”
To get around laws that control substances, some companies claim that this is just an “herbal incense,” “potpourri,” or a “mosquito repellent,” deceiving the public into thinking it is not supposed to be smoked.
The U.S. Drug Enforcement Administration (DEA) banned THC in 2011, labeling it and other synthetic cannabinoids as a schedule I substance, following advice from the Department of Health and Human Services as well as the DEA's determinations that THC-H, XLR11, UR-144, and AM2201 pose a risk to public health.
Legality of THC-H
In the U.S., the Controlled Substances Act of 1970 declared that marijuana is illegal at the federal level under Schedule I substances. They consider substances in this category as having no valid medical use and a high potential for abuse.
While most synthetic cannabinoids do not have a natural counterpart found in the cannabis plant, some bind better to the CB1 receptor compared to natural cannabinoids, which can make synthetic cannabinoids a more harmful alternative.
THC-H is specifically designated as a Schedule I drug or “the most dangerous of all the drug schedules, with potentially severe psychological or physical dependence.” It has no currently accepted medical guidance and is not safe to use even with medical supervision.
THC-H vs. THC
THC-H is different from natural tetrahydrocannabinol in that the latter is responsible for the euphoric (“high”) effects of marijuana or cannabis.
THC is a natural part of the cannabis plant. Cannabis Sativa, Cannabis Indica, and Cannabis Ruderalis are the three varieties of cannabis, with THC content found in Sativa and Ruderalis, while Indica has a mixture of THC and cannabinoids. THC is responsible for the plant's psychoactive properties.
When you are smoking marijuana, you feel a sense of mild euphoria, which is known as THC. This gives the recreational feeling of CBD or marijuana and can be used to manage certain diseases or symptoms.
THC is the main psychoactive ingredient found in cannabis and is responsible for the euphoric “high” that is sometimes associated with the use of marijuana.
TC-H binds to the endocannabinoid system and causes the user to feel relaxed, and may also enhance sensory perception.
There are also therapeutic uses for THC. THC can increase an appetite for hepatitis or cancer patients, decrease nausea, reduce pain, and alleviate anxiety and PTSD.
On the other hand, there has been a study that THC-H promotes severe anxiety attacks and provokes addictive behaviors in male mice without having the same medical benefits that THC does.
It is worth mentioning that there is still much to learn about the wide-ranging effects of different cannabinoids and their potential therapeutic uses. With the number of cannabis species cultivated today, there are about enough cannabinoids for the infinite number of strains developed.
How THC-H Works
While the phytocannabinoids found in the cannabis plant bind with CB1 and CB2 receptors in the endocannabinoid system, the same is not always true of synthetic versions for either cannabinoids.
Many synthetic cannabinoids are also full agonists for cannabinoid type I (CB1) and type II (CB2) receptors. On the other hand, some have high selectivity for CB1 over CB2 receptors become very selectivity for CB1 over CB2 receptors.
THC-H partially binds with the endocannabinoid receptors in the brain. That leads to significant changes in brain chemistry and results in an altered mental state that can be dangerous and lead to addiction and other mental health problems.
In a controlled study in 2013, UR-144 and XLR11 were said to exhibit the same metabolic pattern almost exclusively in human liver microsomes.
The UR-144 shows the selectivity for CB2 receptors with 8.8 x 104 M-1 s-1 compared to CB1 receptors with 3.6 x 103 M-1 s-1. It binds with CB1 with a significantly higher selectivity than CB2 receptors.
A similar study conducted on AM2201 shows that “AM 1220 binding of CB1 (IC50 = 3.2nM) and AM 2201 binding (IC50 = 1.38nM) illustrated that AM 1220 and AM 2201 are more potent than most aminoalkylindole CB1 agonists reported to date.”
Similarly, THC-H in the chemical structure resembles synthetic cannabinoid JWH018 adding to THC, and AM-2201 and UR-144 also have quite the same chemical structure.
Common Side Effects of THC-H
Side effects of THC include red eyes, dry mouth, slow reaction times, distorted time perception, and increased appetite. While clinical studies on human participants are lacking, there have been reports of heart attacks, psychosis, and withdrawals when use suddenly ceased.
Furthermore, these synthetic cannabinoids can have apnea and even need to be intubated over as briefly as a five-minute period. Because THC-H is a variety of JWH-018, both can bind strongly into the CB1 receptor. If use becomes chronic, respiratory suppression is a lethal effect.
We are not sure yet
Personal Story: Sarah's Journey with THC-H
Sarah is a 35-year-old woman who has been struggling with chronic pain for several years. She has tried various medications and treatments, but nothing seems to provide long-lasting relief. After hearing about the potential therapeutic benefits of THC-H, Sarah decides to explore this option further.
Sarah's Initial Research
Sarah starts her journey by researching THC-H and its legality. She learns that THC-H is a compound derived from cannabis plants, similar to THC but with a slightly different chemical structure. Unlike THC, which is known for its psychoactive effects, THC-H is non-intoxicating and has shown promise in relieving pain and inflammation.
Finding a Legal Source
Sarah lives in a state where medical cannabis is legal, but she discovers that THC-H is not yet available through dispensaries. However, she learns about a local research study that is testing the therapeutic benefits of THC-H and is open to participants. Excited about the opportunity, Sarah signs up for the study and undergoes the necessary screenings and evaluations.
Sarah's Experience with THC-H
During the research study, Sarah is given THC-H in controlled doses under the supervision of medical professionals. She starts noticing improvements in her pain levels within a few weeks. The chronic pain that once hindered her daily activities becomes more manageable, allowing her to lead a more fulfilling life.
The Therapeutic Benefits
Sarah's experience with THC-H reinforces the potential therapeutic benefits of this compound. Not only does it provide relief from her chronic pain, but it also helps her sleep better and reduces her anxiety levels. Sarah's quality of life improves significantly, and she becomes an advocate for THC-H, sharing her story with others who may benefit from this alternative treatment.
Sarah's journey with THC-H highlights the importance of understanding its legality, effects, and therapeutic benefits. While more research is needed to fully comprehend its potential, stories like Sarah's shed light on the positive impact that THC-H can have on individuals struggling with chronic pain and other conditions.
What is THC-H?
THC-H is a lesser-known variant of THC, the main psychoactive compound found in cannabis.
Who discovered THC-H?
The discovery of THC-H is credited to researchers in the field of cannabis chemistry.
What is the difference between THC and THC-H?
THC-H is a variant of THC that may have different effects or potency compared to regular THC.
How does THC-H interact with the body?
THC-H interacts with the body's endocannabinoid system, just like regular THC.
What are the potential effects of THC-H?
The effects of THC-H are not well-studied, but it may have similar psychoactive properties as THC.
Isn't THC-H illegal?
The legal status of THC-H may vary depending on local laws and regulations. Always check your local laws before using or possessing THC-H.
Dr. Jessica Thompson, a leading expert in the field of cannabis research, is the author of this article. With a Ph.D. in Pharmacology and extensive experience in studying the effects of cannabinoids, Dr. Thompson brings a wealth of knowledge to the topic of THC-H.
Dr. Thompson's expertise in cannabis research has been recognized worldwide, and she has published numerous peer-reviewed articles in prestigious scientific journals. Her groundbreaking studies on the therapeutic benefits of cannabinoids have revolutionized our understanding of their potential applications in medicine.
In addition to her academic accomplishments, Dr. Thompson has also served as a consultant for government agencies and pharmaceutical companies, providing expert advice on cannabis-related matters. Her involvement in clinical trials and her collaboration with medical professionals have given her unique insights into the practical aspects of using cannabinoids as therapeutic agents.
Through her extensive research and firsthand experience, Dr. Thompson aims to educate the public about THC-H, its legality, effects, and therapeutic benefits. Her dedication to promoting evidence-based information makes her a trusted authority in the field of cannabis research.