What Happens to Your Body if You Get Too High
Summary
TLDRThis script delves into the science of marijuana's psychoactive effects, detailing how THC disrupts the endocannabinoid system, affecting memory, decision-making, and emotions. It explores the impact on brain regions, neurotransmitters, and the body's response to THC, dispelling myths about marijuana's safety and addiction potential. The video also highlights the potential medical benefits of THC, emphasizing the importance of responsible consumption and staying informed.
Takeaways
- 🌿 **THC's Impact on the Brain**: THC, the psychoactive ingredient in marijuana, disrupts the endocannabinoid system by mimicking natural cannabinoids, leading to overstimulation of brain receptors.
- 🧠 **Altered Perception and Memory**: High doses of THC can impair short-term memory, spatial navigation, and the perception of time due to its effects on the hippocampus.
- 🚀 **Impulse Control and Decision-Making**: THC affects the prefrontal cortex, impairing executive functions like planning, reasoning, and impulse control, potentially leading to risky behavior.
- 🎨 **Creativity and Focus**: While THC might reduce inhibitions, excessive use can hinder focus and working memory, impacting the ability to actualize creative ideas.
- 😡 **Emotional Response**: THC can heighten the sensitivity of the amygdala, leading to misinterpretation of social cues and potential feelings of unease or paranoia.
- 💡 **Neurotransmitter Disruption**: THC affects various neurotransmitters, altering mood, motivation, sensory perception, and potentially leading to a 'crash' after the high wears off.
- 🍕 **The 'Munchies'**: THC interferes with appetite hormones, causing an increase in appetite and the sensation of hunger, even in the absence of actual need for food.
- 👀 **Physical Effects**: THC can cause bloodshot eyes and impaired coordination, affecting balance and reaction times, which can lead to accidents.
- 🔍 **Long-Term Consequences**: Chronic marijuana use, especially in developing brains, may have lasting effects on memory, learning, and mental health.
- 🚗 **Impaired Driving**: THC use can significantly impair driving abilities by affecting coordination, judgment, and reaction time, increasing the risk of accidents.
- 💊 **Medical vs. Recreational Use**: While THC has potential medical benefits, its recreational use can have different and sometimes negative effects, emphasizing the importance of controlled doses under medical supervision.
Q & A
What is the primary psychoactive ingredient in marijuana that affects the brain?
-The primary psychoactive ingredient in marijuana is THC, or tetrahydrocannabinol, which mimics the body's natural endocannabinoids and overstimulates the endocannabinoid system.
How does THC interact with the endocannabinoid system in our body?
-THC acts as a molecular copycat, binding to the endocannabinoid system's receptors more intensely than natural endocannabinoids, causing an overstimulation that disrupts the system's balance.
What is the role of the endocannabinoid system in the body?
-The endocannabinoid system plays a vital role in regulating various functions such as mood, appetite, sleep, and memory, maintaining a healthy internal balance.
How does THC affect the hippocampus and its functions?
-THC disrupts the hippocampus, which is responsible for short-term memory and spatial navigation, leading to memory impairments and disorientation.
What is the impact of THC on the prefrontal cortex and decision-making abilities?
-THC impairs the prefrontal cortex, which is the executive decision-maker of the brain, leading to poor judgment, increased risk-taking, and difficulty with complex tasks.
How does THC influence the amygdala and emotional responses?
-THC can hyperactivate the amygdala, leading to heightened emotional responses, misinterpretation of social cues, and potential feelings of unease or paranoia.
What neurotransmitter does THC boost, and what is its effect on the user?
-THC boosts dopamine, the neurotransmitter associated with reward and motivation, leading to intense euphoria but also potentially causing a severe crash afterward.
How does THC affect the neurotransmitter glutamate and its role in the brain?
-THC can cause an overproduction of glutamate, leading to a hyperactive brain state, racing thoughts, heightened senses, and potentially increased anxiety.
What is the impact of THC on the inhibitory neurotransmitter GABA?
-THC sabotages GABA's ability to calm the brain and reduce anxiety, which can make it difficult to relax or quiet racing thoughts when under the influence of marijuana.
What are some of the long-term effects of frequent marijuana use on the brain, especially for young people?
-Frequent marijuana use, especially during adolescence, can have lasting effects on memory, learning, and may even lower IQ. It can also potentially trigger mental health conditions like anxiety, depression, or schizophrenia in predisposed individuals.
Why is driving under the influence of marijuana dangerous?
-Driving under the influence of marijuana is dangerous because THC impairs coordination, judgment of distances, and reaction time, significantly increasing the risk of accidents.
What is the difference between the effects of THC and CBD?
-THC is the psychoactive component in cannabis that produces a 'high,' while CBD, or cannabidiol, does not produce this effect but is being studied for its potential therapeutic benefits for conditions like anxiety, pain, and epilepsy.
Outlines
🌿 Understanding THC's Impact on the Brain
This paragraph delves into the science behind the psychoactive effects of marijuana, focusing on the role of THC, the primary active compound. It explains how THC interacts with the endocannabinoid system in the body, mimicking natural cannabinoids and overwhelming the brain's receptors. This overstimulation leads to a range of effects from memory and appetite changes to altered perceptions of time. The paragraph also highlights how THC affects specific brain regions, such as the hippocampus, which is crucial for memory and spatial navigation, causing short-term memory impairment and confusion.
🧠 The Effects of THC on Cognitive Functions and Emotions
The second paragraph examines the influence of THC on various cognitive functions and emotional responses. It describes how THC impairs the prefrontal cortex's role in decision-making and impulse control, leading to risky behaviors and poor judgment. The paragraph also discusses THC's impact on creativity, suggesting that while it may initially enhance brainstorming, excessive use can cloud focus and working memory. The effects on the amygdala, the brain's emotional alarm system, are explored, explaining how THC can cause heightened sensitivity and misinterpretation of harmless situations as threats, potentially leading to paranoia. The paragraph concludes by discussing THC's effects on neurotransmitters, such as dopamine and glutamate, which are linked to pleasure, reward, and overall brain function.
🍕 The Physiological and Psychological Effects of Overconsumption
This paragraph explores the physiological and psychological effects of consuming excessive amounts of THC. It explains how THC can cause 'the munchies' by disrupting appetite hormones, leading to an insatiable hunger. The effects on the eyes, such as redness and irritation due to lowered blood pressure and dilated blood vessels, are also discussed. The paragraph touches on the impact of THC on physical coordination and balance, making activities requiring fine motor skills and reaction times difficult. It also addresses the long-term effects of frequent marijuana use, particularly on developing brains, and the potential for memory problems and mental health issues such as anxiety, depression, and even the triggering of conditions like schizophrenia.
🚫 Debunking Marijuana Myths and Considering Responsible Use
The final paragraph aims to debunk common myths about marijuana use, emphasizing the importance of understanding its potential risks and benefits. It refutes the idea that marijuana is harmless, pointing out the potential for accidents, poor judgment, and long-term cognitive effects. The paragraph also addresses the misconception of marijuana's addictive potential, the 'gateway drug' theory, and the dangers of driving under the influence. It distinguishes between THC and CBD, highlighting their different effects and uses. The paragraph concludes by encouraging viewers to stay informed about marijuana's effects, to question myths, and to consider the potential medical benefits of THC under medical supervision, while being mindful of responsible use.
Mindmap
Keywords
💡THC
💡Endocannabinoid System
💡Hippocampus
💡Prefrontal Cortex
💡Amygdala
💡Neurotransmitters
💡Munchies
💡Bloodshot Eyes
💡Coordination
💡Long-term Impacts
💡Myths
Highlights
THC, the psychoactive ingredient in marijuana, mimics our natural endocannabinoids and overstimulates the endocannabinoid system, leading to a range of effects on the brain and body.
The endocannabinoid system plays a vital role in regulating mood, appetite, sleep, and memory, maintaining a healthy internal balance.
High doses of THC can cause memory impairment, making it difficult to form new memories or recall recent conversations.
THC affects the hippocampus, which is crucial for spatial memory and the perception of time, potentially causing disorientation and time distortion.
The prefrontal cortex, responsible for decision-making and impulse control, is compromised by THC, leading to poor judgment and increased risk-taking.
Creativity may be enhanced by THC's ability to loosen inhibitions, but excessive use can muddle focus and working memory, hindering the execution of creative ideas.
The amygdala, responsible for emotional responses, can be hyperactivated by THC, causing heightened sensitivity to perceived threats and potential paranoia.
THC impacts neurotransmitters, including dopamine, leading to euphoria but also potentially causing a severe crash and long-term effects on mood.
Glutamate levels are affected by THC, potentially causing racing thoughts and heightened anxiety due to overactivity.
GABA, the calming neurotransmitter, is disrupted by THC, making it difficult to relax or control anxiety when under the influence.
Serotonin, which regulates mood and appetite, may be negatively affected by long-term THC use, potentially contributing to irritability or depression.
Individual experiences with THC can vary greatly due to genetics, tolerance, setting, and mindset.
Different strains of marijuana, such as Indicas and Sativas, can have contrasting effects on energy levels and mood.
Edibles containing THC can produce a delayed and more potent high compared to smoking, often leading to unexpected intensity of effects.
Frequent marijuana use, especially among young people, may have lasting effects on brain development, memory, and mental health.
THC's impact on driving ability is significant, impairing coordination, judgment, and reaction time, increasing the risk of accidents.
CBD, unlike THC, does not produce a 'high' and has potential therapeutic benefits for conditions such as anxiety and epilepsy.
While THC has potential medical benefits, any use should be supervised by a healthcare provider and involve carefully controlled doses.
Transcripts
Picture this: you've taken one too many puffs, and suddenly,
your mind starts buzzing in a way that's both exhilarating and, well,
a bit confusing—ever wondered what's actually going on inside up there when you get too high?
It turns out that it's way more than just your imagination running wild.
Marijuana's got a star player called THC – that's short for tetrahydrocannabinol
– and this little chemical throws a wild party in
your brain. THC doesn't just tickle your funny bone. It rewires the whole system.
Get ready because we're about to dive deep into the science
behind getting too high. From why your brain suddenly craves a whole
pizza to why time seems to stretch and bend, we'll break it all down.
Okay, first things first. It might sound surprising, but our bodies naturally have a
whole system designed to interact with substances similar to THC. It's called the endocannabinoid
system, and it's made up of receptors scattered throughout our brains and bodies.
Think of these receptors like tiny locks and our body's own natural cannabinoids (called
endocannabinoids) as the keys. This system plays a vital role in regulating all sorts of functions,
from mood and appetite to sleep and memory. It's all about maintaining a healthy internal balance.
THC, the psychoactive ingredient in marijuana, is basically a copycat.
It mimics our endocannabinoids but in a much stronger, less regulated way. When we get high,
THC floods those receptors and throws the entire finely-tuned endocannabinoid system out of whack.
This disruption is why marijuana can have such wide-ranging effects on the brain
and body. It's not about creating something new, but rather taking our existing internal
systems and cranking them up to overdrive... or sometimes shutting them down altogether.
Understanding the endocannabinoid system is crucial to understanding why getting
high is more than just a feeling – it's a full-on chemical hijacking with a whole
range of consequences. So, now that we've got this biological foundation
let's dive into how THC directly targets specific brain regions.
Here's where things get really interesting... THC, the main psychoactive ingredient in marijuana,
is a molecular copycat. It has a similar structure to our body's own endocannabinoids,
those natural chemicals that work with the endocannabinoid system we discussed earlier.
This sneaky similarity lets THC fool our brain's receptors. Instead of a gentle interaction,
it's like a stampede. THC floods the receptors,
sending signals that are way more intense than our bodies are used to. This overstimulation is
what throws our delicately balanced systems completely out of whack.
Imagine those receptors like volume knobs that usually operate on a scale
of 1-10. THC comes along and cranks those knobs way past 10,
blasting signals that our brains simply aren't designed to handle.
The result? The wide range of effects we associate with being high. It's not
just about the euphoria – it's about disrupting the brain's
normal communication in areas that control everything from memory to decision-making.
The amount of THC matters too. A little might subtly turn up the volume,
while a lot is a full-on sensory overload for our internal systems. This is why the
experience of being high can feel so different depending on the dose.
Now, the brain is a pretty complex organ. Let's pinpoint the main areas
of the brain that THC messes with. First the hippocampus.
Picture your hippocampus as your brain's personal librarian – it files away new
information and helps you recall the details later. THC throws a wild party in the library!
Imagine books flying off shelves and index cards scattered everywhere – that's what happens to your
short-term memory when you're high. Trying to hold a conversation? If you’re a tad too high,
good luck remembering what was said two minutes ago.
The hippocampus isn't just about the present. It's critical for making new memories that
stick. When THC disrupts this process, it's like hitting "save as..." and accidentally
deleting the file. That awesome idea you had for a song while high? Poof, gone by morning.
The hippocampus also acts like our brain's GPS. It helps us remember places and how to get around.
THC scrambles the signal. Suddenly, familiar streets seem confusing,
or you are completely blank on where you parked the car. It's not just forgetfulness;
it's getting lost in your own neighborhood.
While we're on the topic of the hippocampus, let's talk about time. When high, minutes can
feel like hours, or a whole evening can fly by in a flash. This is because the hippocampus
plays a role in our perception of time, and THC seriously messes with its internal clock.
Alright, so we’ve talked about the hippocampus. Now, let’s shift
our attention to another part of the brain that THC affects… the prefrontal cortex.
Imagine your prefrontal cortex as the wise CEO of your brain. It’s the executive
decision-maker. It's responsible for planning, reasoning, and that little voice telling you,
"Maybe eating a whole tub of ice cream isn't the best idea." Well, THC stages a hostile
takeover in the boardroom! Suddenly, impulses rule, and good judgment takes a vacation.
That sudden feeling of invincibility when high? That's your prefrontal cortex taking a
nap. Decisions that would normally make you pause – like texting an ex, or taking a dare – may seem
strangely appealing. THC weakens the brakes on risky behavior that your sober brain would stop.
The prefrontal cortex is also like a super-fast processor, juggling multiple thoughts at once.
THC throws a wrench in the works. Complex tasks, like following a conversation or reacting quickly,
become way harder. Suddenly, even simple choices can feel overwhelming.
Here's a tricky one: some people swear getting high unlocks their
creativity. While THC can loosen up inhibitions, if used in excess,
it can actually muddle focus and working memory – key parts of actually bringing those creative
ideas to life. (Maybe that mind-blowing song you wrote while high just sounded good at the time!)
Okay, so what about the realm of your emotions? Enter the
next brain area affected by THC… the amygdala.
The amygdala is your brain's emotional alarm system – scanning for threats and
triggering that fight-or-flight response. THC fiddles with the sensitivity dial,
making it hyperactive and sometimes misreading totally harmless situations as danger zones.
For some people, THC can initially promote a sense of relaxation and
well-being. But the amygdala is a fickle beast. When overstimulated, that chill vibe can quickly
switch to a sense of unease or paranoia – even if there's no logical reason for it.
Why do some people get paranoid while high, while others feel relaxed? It's not fully
understood, but the amygdala plays a huge role. Factors like predisposition to anxiety,
the amount of THC, and the setting all influence how the amygdala reacts.
The amygdala is central to how we perceive social cues. THC can distort this perception.
A casual glance from a stranger might suddenly feel menacing, or a joke might be
misinterpreted as an insult. This can make social situations feel way more stressful when high.
Now, it's not just about brain regions. THC also targets neurotransmitters—the messengers between
brain cells. It boosts dopamine—that “feel good” chemical—hence the euphoria. But it messes with
others, too, affecting everything from how we perceive time to how sensitive we are to sounds.
Picture your brain as a vast communication network. Neurotransmitters are the chemical
couriers carrying vital messages between brain cells. When THC enters the picture,
it throws this entire system into disarray, causing misfires and mayhem.
Dopamine is the neurotransmitter associated with
reward and motivation. When we experience something pleasurable, dopamine levels surge,
giving us that sense of satisfaction. THC artificially boosts dopamine way
beyond normal levels, creating the intense euphoria associated with being high. However,
this also means the "crash" can be severe, leaving you feeling depleted and low when
the effects wear off. And with long-term THC use, the dopamine system can actually become blunted.
Next neurotransmitter affected by THC? Glutamate. This one is the brain's primary workhorse,
exciting neurons and making them fire off signals. It's crucial for learning, memory,
and overall brain function. However, THC leads to an overproduction of glutamate,
throwing the brain into overdrive. Suddenly, thoughts race, your senses feel heightened,
and sometimes anxiety can surge as a result of this hyperactivity.
While glutamate surges, the inhibitory neurotransmitter GABA takes a break. GABA
is the yin to glutamate's yang. It's the brain's calming force,
responsible for reducing anxiety and promoting relaxation. Think
of GABA as the brakes on a speeding car. THC sabotages GABA's ability to do its job. This
explains why it can be difficult to unwind or quiet racing thoughts when you're too high.
Then, there’s serotonin. Serotonin plays a huge role in regulating mood, sleep, and appetite. It's
our natural happiness booster. While the immediate effects of THC can feel positive, there's evidence
that, in the long term, THC may disrupt serotonin production and signaling. This might play a role
in why some people experience irritability, low mood, or even depression after the high subsides.
Keep in mind that the relationship between THC and our brain chemistry
is incredibly complex. THC doesn't just mess with the big players like dopamine and GABA.
It also impacts other neurotransmitters like acetylcholine, which is essential for memory,
and norepinephrine, which controls alertness and focus. This intricate web of effects is
why everyone's experience with being too high can be so unique.
So, to recap… can smoking a joint give you that next philosophical breakthrough or unlock
a hidden artistic genius within you? Well, maybe, but it's complicated. THC definitely
loosens up your thinking, making you less likely to judge your own ideas. This can
be great for brainstorming or free association, but here's the catch: THC also messes with focus,
working memory, and the ability to actually execute those ideas. So, you might have a
brilliant flash of inspiration, then spend the next hour trying to remember what it was.
Now, there are some individual differences to keep in mind. For instance, ever notice how some
of your friends practically melt into the couch after getting high while others suddenly have an
unstoppable urge to reorganize their closets? It turns out that weeds can have totally opposite
effects when it comes to energy levels. This is partly due to the different strains of marijuana.
Indicas are famous for their mellow, sleepy vibes, while Sativas often have a more uplifting,
energizing quality. It all depends on the specific mix of chemicals within each strain.
Dose plays a big role, too. A little bit might give you a slight buzz, but overdo it,
and you might be glued to the couch for hours. Finally, our bodies all process THC a little
differently, so what makes one person feel wired could leave their friend ready for a nap.
Why do some people feel chill and giggly when high while others get paranoid? Think of your
body as a unique party for THC. Genetics play a huge role, kind of like how some people can
handle their liquor while others get tipsy after one drink. The more often you get high, the more
tolerance your body builds up, meaning you might need a higher dose to achieve the same effect
as before. Setting and mindset make a massive difference too – getting high at a chill hangout
with friends is a whole different vibe compared to getting high before a stressful job interview!
Now, edibles are a whole different beast! When you eat something infused with THC,
hold on tight. Instead of hitting your bloodstream quickly like with smoking,
edibles have to go on a long journey through your digestive system. This means there's
usually a delay before you feel anything – then wham, everything kicks in at once,
often way stronger. On top of that, your liver breaks down THC from edibles differently,
creating a more potent chemical that sticks around in your system for longer. This is
why many rookie edible experiences end with someone way higher than they bargained for!
The takeaway? Dosing with weed, especially for beginners, is all about starting low and going
slow. This holds doubly true for edibles! Pay attention to how your body uniquely reacts,
not just what worked for your friend. There's no single "normal" high,
so focus on safety and knowing your limits.
Okay, we've talked brains, but being too high doesn't just mess with your mind. It throws
your whole body a curveball too! Let's break down the weirdness that happens when you get too high.
First up, the munchies. Ever get high and suddenly feel like you could devour a whole
pizza… or two… plus dessert? That's not just willpower failing – THC goes haywire with your
appetite hormones. It flips the "I'm full" switch off and tricks your brain into starvation mode,
even if you just ate. No wonder those chips suddenly seem irresistible!
Then, there are those bloodshot, red eyes... the classic giveaway you've been hanging out
with Mary Jane. Why does this happen? THC lowers blood pressure and dilates blood
vessels in the eyes, making them appear redder. It can also dry your eyes out,
adding to the irritation. Pro tip: eyedrops are your friend!
THC is also like a prankster messing with your body's GPS. Coordination can become quite
difficult under the effects of too much weed. Suddenly, walking in a straight line seems hard,
and catching a ball feels impossible. Your reaction times slow down, and your sense of
balance gets wonky. This is why attempting anything even slightly athletic while high
is generally a recipe for clumsy disaster… best captured on video for later laughs, of course!
Alright, we've covered the immediate craziness of getting too high. What about the long-term
impacts? It's important to remember frequent marijuana use can have lasting effects,
especially for young people. Let's get into it.
First, let’s talk about developing brains. Teenage brains are construction zones! They're still
wiring up important connections, especially for things like decision-making and impulse control.
THC throws a wrench into those works. Studies suggest it could change how teen brains develop,
potentially affecting learning and memory, and even lowering IQ over time. Basically,
weed is the detour sign on the route to a fully grown-up brain.
Forget where you put your keys while high? That's normal. However,
some research indicates heavy, long-term marijuana use might
make memory problems stick around even after you've sobered up. It's still being debated,
but the possibility is definitely something to consider if you're blazing all day, every day.
THC can also wreak a bit of havoc on the mental health landscape. Sure,
we know weed can mess with your mood in the moment. However, for some people, chronic use
increases the risk of developing longer-term anxiety or depression. Even more concerning,
if you're predisposed to mental illnesses like schizophrenia, frequent marijuana use
can potentially trigger these conditions. Not for everyone, but the risk is real.
This stuff isn't meant to scare you; it's about being informed. Everyone's body is different,
and more research is needed for definitive answers. But especially for young folks,
understanding the potential long-term impacts of getting high is responsible.
Now, let's clear the smoke around some persistent weed-related myths. These aren't just opinions,
but scientific facts so you can make informed choices.
Let’s start with myth #1: weed is harmless. While marijuana is less
likely to lead to a fatal overdose compared to some other drugs,
that doesn't mean it's without risks. Getting too high can lead to accidents,
poor judgment calls with lasting consequences, and the potential for anxiety or paranoia
spirals. The long-term effects, especially on developing brains, are still being studied,
but research suggests potential impacts on memory, learning, and even IQ. Harmless? Not so fast.
Next, myth #2: you can't get addicted to marijuana. While the addictive potential
of marijuana may be less compared to substances like opioids or nicotine,
addiction is definitely a risk factor. Studies show that roughly 9% of users become dependent,
and this number jumps with those who start using during their adolescent
years. Addiction means experiencing withdrawal symptoms when you stop, continued use despite
negative consequences, and losing control over how much or how often you consume.
Myth #3? Marijuana is a "gateway drug." This one's complex. The majority of marijuana
users won't go on to use “harder” drugs. However, a significant body of research
shows a correlation: those who start using marijuana, particularly as teenagers,
are statistically more likely to experiment with other substances later in life. It's not
about guaranteeing a progression but rather acknowledging that there's an increased risk.
Next up is Myth #4, “driving high is no biggie.” This one’s absolutely wrong! THC messes with your
coordination, your ability to judge distances, and it slows your reaction time. Even if you
feel okay to drive, studies consistently show that marijuana use significantly
impairs the skills needed to be safe behind the wheel. Buzzed driving is drunk driving,
and the number of accidents linked to cannabis use are on the rise.
Finally, there’s myth #5: CBD is just like THC. Wrong again! CBD, or cannabidiol,
is another key compound found in the cannabis plant but it does NOT produce the “high”
associated with THC. CBD is gaining a lot of attention for its potential therapeutic benefits,
with research exploring its use for conditions like anxiety, pain, and epilepsy. It's important
to understand they are not interchangeable and have vastly different effects on the
body. (Psst… we have a video on this topic if you’re interested in taking a deep dive!)
One important note… myths evolve! It's crucial to stay up-to-date and question what you see online
or hear from friends. Look for reliable sources of information backed by scientific studies,
like reputable health organizations or peer-reviewed research publications.
Stay informed as you consume. Your choices matter, so base them on facts, not fiction.
While we've delved into the potential downsides of getting too high, it's important to note
that THC isn't all bad. There's growing research suggesting it could have real medical benefits.
Scientists are exploring its potential to treat chronic pain, which might
offer a much-needed alternative to addictive opioid painkillers.
It's also shown promise in reducing nausea for chemotherapy patients. Even anxiety, although
high doses of THC can definitely make it worse, is being studied with the possibility of low,
controlled doses being helpful. It's important to remember that any medical use of marijuana
requires supervision by a doctor and is all about carefully controlled doses. This is a
far cry from the recreational use we've been discussing throughout this video.
So, there you have it! Getting too high isn't just a mind trip; it's a full-blown chemical
takeover happening in your brain. Understanding how THC messes with your noggin helps explain
those sometimes confusing and not-so-fun side effects of getting a little too elevated.
Did this video blow your mind? Let us know in the comments below, then check out “What
Happens to Your Brain if You Smoke Weed for 30 Days.” Or watch this video instead!
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