Why Do I Panic When I Smoke Weed?

Why Do I Panic When I Smoke Weed
The endocannabinoid system (ECS) may have a role in cannabis-related paranoia, according to experts. Certain molecules, including THC, the psychoactive component of cannabis, bind to endocannabinoid receptors in different areas of the brain, including the amygdala, when cannabis is consumed.

  • Your amygdala regulates your response to fear and associated feelings such as worry, tension, and — wait for it — paranoia.
  • When THC-rich cannabis is consumed, the brain receives a quick influx of cannabinoids.
  • According to research, excessive cannabis may overstimulate the amygdala, causing dread and anxiety.

This might also explain why products containing cannabidiol (CBD), a cannabinoid that does not bind directly to endocannabinoid receptors, do not appear to induce paranoia.

How long does marijuana-induced paranoia last?

Psychosis Caused by Synthetic Cannabis (Spice) – K2/spice, often known as synthetic cannabis, is generally composed of two or more chemicals. Common negative effects of synthetic cannabis include paranoia, psychosis, and extreme agitation. These adverse effects can develop as early as two to six hours after administration and can linger for several months.

  • Similar to natural cannabis, synthetic cannabis can promote psychosis and hasten the onset of preexisting mental illnesses.
  • In the absence of an underlying mental health issue, such as schizophrenia or bipolar disorder, psychotic symptoms may subside upon cessation of synthetic cannabis use.
  • Psychosis generated by synthetic cannabis may manifest as paranoia, mental problems, and suicidal impulses.

Because synthetic cannabis is frequently combined with other psychoactive substances, it might be difficult for researchers to determine which ingredient is responsible for psychotic symptoms. It is currently uncertain if psychotic symptoms are caused by drugs or a person’s susceptibility for mental health disorders, although it has been found that medicines such as synthetic cannabis can induce psychotic symptoms or cause the beginning of symptoms to develop early.

Louis, earlier this year. It comprised 789 smokers and 811 individuals who had smoked at least 100 cigarettes but had not developed nicotine dependence. The test volunteers were asked if and how intensively they experienced any of the following eight symptoms: pleasant sensations, unpleasant sensations, nausea, relaxation, dizziness, a pleasure rush or buzz, coughing, or difficulties inhaling.

Those who remembered feeling severely disoriented after smoking were more likely to carry a particular genetic variant in a nicotinic receptor gene (CHRNA10). “No one cared about alpha 10,” remembers Ehringer. The scientists was left with a question after discovering a correlation between a subjective experience and a new gene: “What the heck is alpha 10?” Michael Marks, an IBG researcher and renowned specialist on the nicotinic receptor genes, deemed the discovery intriguing because CHRNA10 genes are expressed in the cochlea.

Ehringer’s team adds, “Their position in the inner ear aligns closely with a probable role in mediating a ‘dizziness’ phenotype” (a feature traceable to genetics). Ehringer says that Marks’ observation reflects IBG’s extensive experience and collaborative attitude.

“What a pleasure it is to collaborate with the specialists!” Ehringer recognizes that a sense of vertigo, which is unpleasant for many individuals, may appear to be an illogical indicator of tobacco dependency. She adds that people who are prone to addiction may be attracted to such powerful experiences, even if they appear out of control.

A previous study by Ehringer’s team, led by Joanna Zeiger and Brett Haberstick of the Institute of Behavioral Genetics, had linked another genetic mutation in the CHRNB3 gene to dizziness and nicotine addiction. In conjunction with previous research, they aid in identifying genes that contribute to nicotine addiction.

The work of Ehringer, Zeiger, and other scientists utilizes innovative techniques for linking subjective human experiences, such as vertigo, with particular genetic variations. Researchers are now able to correlate genes not only with what people do (habitually smoke) but also with how they feel, according to a new “cool, analytical method,” which allows them to link genes not only with what people do but also with how they feel (dizzy).

As noted by Ehringer, one of the long-term goals of such study is to assist in identifying individuals who are at a greater risk of nicotine addiction. “We hope that if you could tell someone, ‘You’re loaded; please don’t even consider smoking,’ it would have some effect.” However, knowledge of the genetics of addiction gives insight into the biology of addiction, which may lead to the development of more effective therapies.

Ehringer desires a replication of the dizziness and CHRNA10 research. This study relied on the recollections of people on their first smoking experiences. The next natural step is to do research on younger populations, including studies on teenagers before they begin smoking. The work of Ehringer’s team adds to a growing body of evidence indicating potential links between certain genes that code for different receptor proteins (which influence nicotine’s attachment to the receptor) and a variety of smoking behaviors, such as addiction, age of first smoking, pleasure derived from first cigarettes, lung cancer, and now dizziness.

These genes have also been associated with alcoholism and chronic obstructive pulmonary disease. According to Ehringer, approximately half of the factors contributing to human behavior are often attributed to various hereditary factors and the other half to many environmental influences.

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This indicates that genetic vulnerability to tobacco dependency does not predestine individuals to addiction or illness. However, research does suggest that people “laden” with genetic predispositions are more likely to begin smoking and have greater difficulty quitting. However, scientists have gathered a fast expanding body of evidence associating these genetic variations to nicotine addiction, reactions, and illness.” In recent years, genetic research on tobacco use has flourished.

In 2008, the scientific journals Nature and Nature Genetics published three studies of revolutionary significance. People with certain neuronal nicotinic receptor genes on chromosome 15 were shown to be more susceptible to tobacco addiction, more likely to smoke more cigarettes daily (thereby exacerbating the addiction), and more likely to acquire lung cancer.

The investigators were unable to ascertain whether the greater prevalence of lung cancer was due to genetic variation or heavy smoking. Ehringer observes that the solution to this question is yet unknown. However, scientists have gathered a fast expanding body of evidence associating these genetic variations to nicotine addiction, reactions, and illness.

“It’s complicated,” comments Ehringer. “Unfortunately, this is what complicates conduct. However, the intricacy of behavior is precisely what makes it distinctive and intriguing.” According to the World Health Organization, tobacco smoking kills more than 5 million people yearly and is a risk factor for six of the eight top causes of death.

  1. According to the U.S.
  2. Centers for Disease Control and Prevention, despite a reduction in tobacco usage in the United States over the past several decades, around 20% of U.S.
  3. People still smoke.
  4. The National Institutes of Health contribute to Ehringer’s research (National Institute on Alcohol Abuse and Alcoholism and National Institute on Drug Abuse).
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This year, she was elevated to tenured associate professor, and the Department of Integrative Physiology said that they are “privileged to have a colleague of her quality in our ranks.”

How long does smoking prolong anxiety?

What can I do to treat my anxiety after quitting? – Within twenty-four hours of quitting smoking or using tobacco products, you may experience agitation and tension. You may have muscle tension, especially in the neck and shoulders. According to studies, anxiety is one of the most prevalent unpleasant emotions related with quitting.

  • If anxiety develops, it often worsens within the first three days after stopping and can linger for weeks ( 1 ).
  • Here are some suggestions for coping with anxiety: Remind yourself that anxiousness is just temporary.
  • Every morning and evening, set aside some time for alone in a calm setting.
  • Participate in a pleasurable physical activity, such as going for a stroll.

Reduce your caffeine consumption by avoiding or consuming less coffee, soda, and tea. Try meditation or other relaxation techniques, such as receiving a massage, bathing in a hot bath, or taking 10 deep breathes in through the nose and out through the mouth.

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