There are numerous rumors about marijuana, especially since it has become a popular approach for patients to alleviate side effects and improve their quality of life. Others say that marijuana is a gateway drug. However, the impact of THC vape pen on a person’s intelligence is one of the most frequently mentioned marijuana myths. Scientists are still doing research, but they have already discovered how marijuana interacts with the body and, notably, the brain.
THC is the psychoactive component that recreational users are most concerned with. The Cannabis sativa plant contains hundreds of distinct compounds at variable levels depending on the strain and the cultivation method. Generally speaking, the higher the THC level, the more robust and potentially intoxicating the plant.
Benefits Of THC Vapes On Your Cerebral Intelligence.
THC exerts its effects by interacting with the endocannabinoid system, consisting of substances and receptors distributed throughout the body. Endocannabinoid receptors exist in the liver, intestines, fat, vasculature, and every cell and organ system.” THC binds and activates CB1 receptors, which regulate everything from mood to metabolism to memory to movement.
CB1 activation is responsible for most of marijuana’s acute effects on the brain and body, at least those felt.
This is more difficult to determine; however, research indicates that the answer is “yes,” at least in specific ways. In 2010, the University College London published a report on “semantic priming” and marijuana use. The concept outlines how engaging one word allows us to react more quickly to associated words. For instance, ‘dog’ could result in faster reaction times for ‘pet’ but not for unrelated terms like ‘table.’
The researchers discovered that marijuana unlike THC vape pens, induces hyper-priming, in which the scope of semantic priming exceeds typical parameters. For instance, when you hear the term ‘dog,’ you may associate it with words such as ‘hair’ or ‘leash’ that appear unrelated when you are “sober.” This helps to explain why creative individuals utilize specific cannabis strains. It facilitates the formation of far-flung neural connections that result in extraordinary and unique concepts. However, Marijuana consumption before the age of 18 may alter how the brain forms connections for cognitive tasks such as attention, memory, and learning.
THC and Memory
There has been extensive research on the effects of marijuana on both short-term and long-term memory. In animal studies, prenatal THC vape exposure helps impair the memory of rats. A study involving monkeys discovered that those exposed to THC had “a dampened trajectory of accuracy improvements on the spatial working memory task.”
On a short-term basis, marijuana is well-known to induce memory issues, especially when the THC level is high. Similar to people who consume alcohol, those who use marijuana appear to struggle with short-term memory formation and retrieval. Heavy users may experience less as time passes, resulting in tolerance. Fortunately, it seems that this only affects most individuals immediately after consumption of THC.
THC and IQ
IQ is a fascinating measure of intellect. Some claim it’s an accurate description, while others say it gets distorted. Similarly, it is notoriously difficult for researchers to establish a causal association between vaping THC and a lower IQ. Many complicating variables are the environment, other substances or medications used, and hereditary disorders. Several studies have demonstrated the absence of a relationship and the existence of a robust one, with both parties admitting or getting accused of having issues. Consider a 2016-published study as an illustration. The fifteen-year-old IQ is compared to the marijuana use of over two thousand English adolescents.
Fortunately, while the researchers tried their best to account for other potential variables in the study, they were transparent about the limitations of this paper, citing prenatal, environmental, and genetic confounders that may have also affected the adolescents. The study showed no significant association between THC use and a lower IQ.
Helps With Anxiety
One of the essential parts of THC research is its ability to treat a variety of mental disorders. Not all suffer from such issues. Consequently, much of the research on THC for anxiety applies to those who experience such psychological stressors in their daily lives.
In one review, it was found that vaping THC lowered the activity of specific brain areas related to anxious behaviors. In particular, Thc reduced “amygdala activation and changed medial prefrontal amygdala connections.” In other words, if a person induces anxiety, THC can alleviate that discomfort at the moment. However, according to a recent analysis, there is limited evidence about the safety and efficacy of THC for anxiety.
Some studies have found that vaping THC (the molecule in marijuana chiefly responsible for the “high”) reduces anxiety, while others have found the opposite. This discovery is not surprising considering that many people have experienced panic attacks after consuming marijuana, frequently resulting from unusual bodily feelings.
THC or Tetrahydrocannabinol can aid in enhancing concentration. Have you ever been unable to produce in a specific location? Hours wasted with nothing accomplished? When you lack concentration, this occurs. Vaping THC can enhance concentration by inducing a state of mental and physical serenity. It has been demonstrated to reduce symptoms of Attention Deficit Hyperactivity Disorder (ADHD). Additionally, it promotes enhanced memory retention. Therefore, THC vape pens can be pretty helpful for improving cognitive processes such as attention, working memory, and executive functions.
We cannot say that THC has direct benefits on enhancing cerebral intelligence at this time. Neuroimaging indicates that THC vaping can improve cognitive performance, but the research is still in infancy. Nevertheless, it is reasonable to suppose that THC’s ability to aid other parts of our lives can improve cognition. In addition to acting on brain regions, it can alleviate symptoms of other disorders that impair cognitive function.