Is Weed a Depressant, Stimulant, or Hallucinogen?
What are the main drug types?
Drugs are categorized based on their effects and properties. Each one generally falls into one of four categories:
- Depressants: These are drugs that slow down your brain function. Examples include alcohol, alprazolam (Xanax), and barbiturates.
- Stimulants: These drugs elevate your mood and increase your alertness and energy. They’re usually highly addictive and can cause paranoia over time. Examples include cocaine, methamphetamine, and prescription medications for ADHD.
- Hallucinogens: This type of drug alters your perception of reality by changing the way the nerve cells in your brain communicate with each other. Examples include LSD, psilocybin, and MDMA.
- Opiates: These are powerful painkillers that quickly produce feelings of euphoria. They’re highly addictive and can have lasting effects on your brain. Examples include heroin, morphine, and other prescription painkillers.
So, where does weed, otherwise known as marijuana, fall among these categories? The answer isn’t as tidy as you might think. Its effects can vary widely from person to person. In addition, distinct strains and types of weed can produce different effects.
As a result, weed can be classified as a depressant, stimulant, or hallucinogen, according to the University of Maryland. However, it’s never classified as an opiate.
Keep reading to learn more about what makes weed a depressant, stimulant, and hallucinogen.
Depressants affect your nervous system and slow brain function. Together, these actions can help to calm nerves and relax tense muscles. Depressants can help to treat several conditions, including insomnia, anxiety, or muscle spasms.
However, depressants can also have negative short-term effects, such as:
- reduced motor coordination
- low blood pressure
- slowed breathing
- slurred speech
- blurred vision
- short-term memory loss
Weed produces similar positive and negative effects, including:
- muscle relaxation
- short-term memory loss
While depressants are generally less addictive than other types of drugs, some of them, like barbiturates, carry a much higher risk. Over time, you can also develop a tolerance to depressants, including weed, meaning you need to use more of it to feel the effects that you used to feel.
You can also become dependent on weed for certain things. For example, if you use weed to help you sleep, you may eventually have trouble falling asleep without it.
In addition, smoking anything, whether it’s tobacco or weed, irritates your airways and can increase your risk of respiratory conditions, such as bronchitis or a chronic cough. Learn more about the effects of weed on your body.
Stimulants have the opposite effects that depressants do. They often increase your heart rate and blood pressure, causing rapid breathing in some people. Stimulants can also improve your mood, especially right after you take them.
While depressants often make you feel sleepy or relaxed, stimulants make you feel alert and energetic. They can also help to increase your attention span.
Stimulants can also have negative, and sometimes dangerous, effects, including:
- increased body temperature
- irregular heart beat
- heart failure
Weed is sometimes treated as a stimulant because it can cause:
- elevated moods
- racing heartbeat
Remember, weed affects everyone differently. Some people might feel relaxed and at ease after using it, while others might feel highly alert or anxious.
Weed carries fewer risks than many other stimulants. For example, methamphetamine and cocaine are highly addictive drugs that can have lasting effects on both your brain and body.
As a stimulant, weed carries the same risks it does as a depressant. You can eventually become dependent on it for its mood-elevating effects, and smoking it can lead to respiratory issues.
Weed is perhaps most often stereotyped for its hallucinogenic effects. While hallucinations are possible, they happen rarely and don’t occur in all users. But the symptoms of weed, such as time distortion, are also part of a hallucination.
Hallucinogens are substances that alter your perception of reality, either through changes in your sensory perception or visual or auditory hallucinations.
Keep in mind that hallucinations and paranoia, which is associated with stimulants, are different things. While hallucinations are false perceptions of objects, events, or senses, paranoia involves a false idea that’s usually accompanied by suspicion.
For example, a hallucination might make you see the person walking in front of you as an animal. Paranoia, on the other hand, might make you think the person has been following you in order to harm you.
In addition to hallucinations, hallucinogens can also cause:
- altered sense of time or space
- loss of control over motor skills
- increased heart rate
- dry mouth
- detachment from self or environment
Weed can have all of these additional effects, which is why many people and organizations classify it as a hallucinogen.
Over time, using hallucinogens can lead to speech problems, memory loss, anxiety, and depression. In rare cases, people may be left with psychosis, flashbacks, or a condition called hallucinogen persisting perception disorder.
As a hallucinogen, weed doesn’t do this, but it may cause both anxiety and depression, though it can also relieve these symptoms in some people. Remember, you can also develop a tolerance to or dependence on weed, and smoking it can harm your respiratory system.Is weed a depressant, a stimulant, or a hallucinogen? We’ll walk you through the different types of drugs as well as their effects and risks. You’ll learn why it’s difficult to place marijuana in a single category and how it behaves like each of these drug categories.
Cannabis is a generic term used to denote the several psychoactive preparations of the plant Cannabis sativa. The major psychoactive consituent in cannabis is ∆-9 tetrahydrocannabinol (THC). Compounds which are structurally similar to THC are referred to as cannabinoids. In addition, a number of recently identified compounds that differ structurally from cannabinoids nevertheless share many of their pharmacological properties. The Mexican term ‘marijuana’ is frequently used in referring to cannabis leaves or other crude plant material in many countries. The unpollinated female plants are called hashish. Cannabis oil (hashish oil) is a concentrate of cannabinoids obtained by solvent extraction of the crude plant material or of the resin.
Cannabis is by far the most widely cultivated, trafficked and abused illicit drug. Half of all drug seizures worldwide are cannabis seizures. The geographical spread of those seizures is also global, covering practically every country of the world. About 147 million people, 2.5% of the world population, consume cannabis (annual prevalence) compared with 0.2% consuming cocaine and 0.2% consuming opiates. In the present decade, cannabis abuse has grown more rapidly than cocaine and opiate abuse. The most rapid growth in cannabis abuse since the 1960s has been in developed countries in North America, Western Europe and Australia. Cannabis has become more closely linked to youth culture and the age of initiation is usually lower than for other drugs. An analysis of cannabis markets shows that low prices coincide with high levels of abuse, and vice versa. Cannabis appears to be price-inelastic in the short term, but fairly elastic over the longer term. Though the number of cannabis consumers is greater than opiate and cocaine consumers, the lower prices of cannabis mean that, in economic terms, the cannabis market is much smaller than the opiate or cocaine market.
Acute health effects of cannabis use
The acute effects of cannabis use has been recognized for many years, and recent studies have confirmed and extended earlier findings. These may be summarized as follows:
- Cannabis impairs cognitive development (capabilities of learning), including associative processes; free recall of previously learned items is often impaired when cannabi is used both during learning and recall periods;
- Cannabis impairs psychomotor performance in a wide variety of tasks, such as motor coordination, divided attention, and operative tasks of many types; human performance on complex machinery can be impaired for as long as 24 hours after smoking as little as 20 mg of THC in cannabis; there is an increased risk of motor vehicle accidents among persons who drive when intoxicated by cannabis.
Chronic health effects of cannabis use
- selective impairment of cognitive functioning which include the organization and integration of complex information involving various mechanisms of attention and memory processes;
- prolonged use may lead to greater impairment, which may not recover with cessation of use, and which could affect daily life functions;
- development of a cannabis dependence syndrome characterized by a loss of control over cannabis use is likely in chronic users;
- cannabis use can exacerbate schizophrenia in affected individuals;
- epithetial injury of the trachea and major bronchi is caused by long-term cannabis smoking;
- airway injury, lung inflammation, and impaired pulmonary defence against infection from persistent cannabis consumption over prolonged periods;
- heavy cannabis consumption is associated with a higher prevalence of symptoms of chronic bronchitis and a higher incidence of acute bronchitis than in the non-smoking cohort;
- cannabis used during pregnancy is associated with impairment in fetal development leading to a reduction in birth weight;
- cannabis use during pregnancy may lead to postnatal risk of rare forms of cancer although more research is needed in this area.
The health consequences of cannabis use in developing countries are largely unknown beacuse of limited and non-systematic research, but there is no reason a priori to expect that biological effects on individuals in these populations would be substantially different to what has been observed in developed countries. However, other consequences might be different given the cultural and social differences between countries.
Therapeutic uses of cannabinoids
Several studies have demonstrated the therapeutic effects of cannabinoids for nausea and vomiting in the advanced stages of illnesses such as cancer and AIDS. Dronabinol (tetrahydrocannabinol) has been available by prescription for more than a decade in the USA. Other therapeutic uses of cannabinoids are being demonstrated by controlled studies, including treatment of asthma and glaucoma, as an antidepressant, appetite stimulant, anticonvulsant and anti-spasmodic, research in this area should continue. For example, more basic research on the central and peripheral mechanisms of the effects of cannabinoids on gastrointestinal function may improve the ability to alleviate nausea and emesis. More research is needed on the basic neuropharmacology of THC and other cannabinoids so that better therapeutic agents can be found.Cannabis Terminology Cannabis is a generic term used to denote the several psychoactive preparations of the plant Cannabis sativa . The major psychoactive consituent in cannabis is ∆-9 ]]>