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Low Social Inhibition 101
Written by: Spider
Written by: Spider
____________________________________________________________________
Table of Contents
What is Social Inhibition
Why Lower Social Inhibition Terramogs High
- Development in Childhood
- Interference with adult life.
Non-Pharmaceutical Ways to Lower Inhibition
Pharmaceutical Intervention
- GABAergics
- Pregabalin + Baclofen
- SSRI’s
- Beta-blockers
- THC
____________________________________________________________________
What is Social Inhibition?
Non-pharmaceutical methods
Pharmaceutical Intervention
Table of Contents
What is Social Inhibition
Why Lower Social Inhibition Terramogs High
- Development in Childhood
- Interference with adult life.
Non-Pharmaceutical Ways to Lower Inhibition
Pharmaceutical Intervention
- GABAergics
- Pregabalin + Baclofen
- SSRI’s
- Beta-blockers
- THC
____________________________________________________________________
What is Social Inhibition?
Social inhibition is the conscious or subconscious avoidance of a situation or social interaction. In psychology, it is also referred to the conscious/unconscious self-resection of behavior. Social inhibition plays a pivotal role towards talking/working to other individuals, being able to have sex with women or men if you swing that way and more. Throughout this guide, we’ll be discussing natural and pharmaceuticals in order to lower your social inhibition, you ND cuck.
Why Lower Social Inhibition Terramogs High.
As water as this takes, I'll still be explaining why and with studies. People with high inhibition consistently look paranoid or afraid of other individuals, aka an overactive Behavioral Inhibition System (BIS). While those who have the lower inhibition operate more out of the Behavioral Activation system (BAS). Those who have lower inhibition are more likely to have more social rewards due to the fact they’re able to have an enjoyable experience and meet other people.
Figure: BIS vs BAS arousal and performance
Provided in the graph, it is shown that individuals who are BAS motivated perform excessively better than those who are BIS motivated and also have a higher arousal ROI. This elaborated on how those who are lower inhibition generally have more pleasure and happiness throughout their lives than those who aren’t.
Development in Childhood
Even throughout young ages, it is shown that high-inhibited individuals show heightened socioemotional distress, while those who are lower-inhibited show heightened levels of thrill seeking and hyperactivity. On top of this, infants that have high BI (Behavioural Inhibition) still carry on this trait until adulthood. Which then leads to other problems regarding their future lives.
Figure: Brain imaging related to behavioral inhibition
To add onto the development into childhood, it also has the most consistent indication that behavioral inhibition is the best-known predictor of risk for later anxiety. For example, the study done by the Encyclopedia of Early Childhood Development. found that 61% of 13 year olds, identified as behaviourally inhibited at age two, demonstrated clear signs of anxiety during social interactions, compared to only 27% of those who were not inhibited. It depicts the nature that even in infantry through childhood that lower inhibition has been consistently better for individuals and development.
TL;DR Behavioral inhibition affects the children’s development all the way through adulthood. As throughout the studies and reads, most beneficial is of course lower inhibition as children see more thrill and skills in life. Studies also show that high inhibitions at younger ages can also lead to internalizing disorder. If you were highly inhibited when you were younger. It’s not over just yet.
Interference with Adult Life
Issues with Adults having High Inhibition: The issue with adults having high inhibition throughout their adulthood can be shown throughout multiple PubMed Studies. The effects of them having high BI is the fact they can later develop a disorder known as, Social anxiety disorder (SAD) which is amplified by 7x when having high inhibition.. This disorder can also translate to lower wage attainment, situations avoidance, less connections/relationships throughout adulthood. On the other note, sometimes high inhibition can actually be good, as they can handle interpersonal environments and use strategies to regulate how they feel.
Figure: Profiles of emotion regulation and social strategies
Issues with Adults having Low Inhibition: Adults that have low BI are strongly correlated towards extraversion and sensation seeking. On top of this, they don’t feel the sense of social awkwardness as they usually recover quickly. Some of the rewards consistently shown throughout studies is that they have high charisma, are authentic, unfiltered and speak as they want too. Many individuals who are low inhibited, tend to have more dopamine/pleasures throughout their lives. This also, of course, comes with downsides, such as not recognizing threats present to them, and sometimes can speak before thinking.
TL;DR Having high inhibition is worse objectively as it can lead to more disorders, less relationships with others and opportunities.
Why Lower Social Inhibition Terramogs High.
As water as this takes, I'll still be explaining why and with studies. People with high inhibition consistently look paranoid or afraid of other individuals, aka an overactive Behavioral Inhibition System (BIS). While those who have the lower inhibition operate more out of the Behavioral Activation system (BAS). Those who have lower inhibition are more likely to have more social rewards due to the fact they’re able to have an enjoyable experience and meet other people.
Figure: BIS vs BAS arousal and performance
Provided in the graph, it is shown that individuals who are BAS motivated perform excessively better than those who are BIS motivated and also have a higher arousal ROI. This elaborated on how those who are lower inhibition generally have more pleasure and happiness throughout their lives than those who aren’t.
Development in Childhood
Even throughout young ages, it is shown that high-inhibited individuals show heightened socioemotional distress, while those who are lower-inhibited show heightened levels of thrill seeking and hyperactivity. On top of this, infants that have high BI (Behavioural Inhibition) still carry on this trait until adulthood. Which then leads to other problems regarding their future lives.
Figure: Brain imaging related to behavioral inhibition
To add onto the development into childhood, it also has the most consistent indication that behavioral inhibition is the best-known predictor of risk for later anxiety. For example, the study done by the Encyclopedia of Early Childhood Development. found that 61% of 13 year olds, identified as behaviourally inhibited at age two, demonstrated clear signs of anxiety during social interactions, compared to only 27% of those who were not inhibited. It depicts the nature that even in infantry through childhood that lower inhibition has been consistently better for individuals and development.
TL;DR Behavioral inhibition affects the children’s development all the way through adulthood. As throughout the studies and reads, most beneficial is of course lower inhibition as children see more thrill and skills in life. Studies also show that high inhibitions at younger ages can also lead to internalizing disorder. If you were highly inhibited when you were younger. It’s not over just yet.
Interference with Adult Life
Issues with Adults having High Inhibition: The issue with adults having high inhibition throughout their adulthood can be shown throughout multiple PubMed Studies. The effects of them having high BI is the fact they can later develop a disorder known as, Social anxiety disorder (SAD) which is amplified by 7x when having high inhibition.. This disorder can also translate to lower wage attainment, situations avoidance, less connections/relationships throughout adulthood. On the other note, sometimes high inhibition can actually be good, as they can handle interpersonal environments and use strategies to regulate how they feel.
Figure: Profiles of emotion regulation and social strategies
Issues with Adults having Low Inhibition: Adults that have low BI are strongly correlated towards extraversion and sensation seeking. On top of this, they don’t feel the sense of social awkwardness as they usually recover quickly. Some of the rewards consistently shown throughout studies is that they have high charisma, are authentic, unfiltered and speak as they want too. Many individuals who are low inhibited, tend to have more dopamine/pleasures throughout their lives. This also, of course, comes with downsides, such as not recognizing threats present to them, and sometimes can speak before thinking.
TL;DR Having high inhibition is worse objectively as it can lead to more disorders, less relationships with others and opportunities.
Non-pharmaceutical methods
Cognitive-behavioral therapy (CBT), CBT is a highly studied, non-pharmaceutical treatment, meant to help with Social Anxiety Disorder (SAD). Now what is Social Anxiety Disorder(SAD)? SAD, is a disorder defined by persistent social fear or performance situations where a person might be watched, judged, or evaluated by others. What puts it apart from regular shyness is that the person usually has excessive fear, but they cannot reason their way out of it. The main worry is not about the social situation itself, however it is what the person might reveal that might feel awkward or embarrassing. Now to fix, or minimize these issues CBT will help heavily.
Firstly, exposure. Exposure is a technique made to help patients face situations that they fear so they can start the natural process of habituation and extinction. The patient and the therapist creates a list of anxiety inducing fears (from least to most anxiety inducing). To keep the anxiety controlled, the therapist goes through tolerable ranges, to increasingly more difficult situations.
Secondly, cognitive reconstruction. Cognitive reconstruction, a finding in psychological research shows that it is vital to find the underlying issues in many feared situations (identify the automatic negative thought that shows up in a feared situation). Reporting thoughts, exploring personal means, and recognizing personal errors are a few cognitive reconstruction exercises that are effective with SAD.
Social Anxiety Disorder is only one end of the spectrum for inhibition. Temperament (Behavioral Inhibition) is also another important topic when it comes to high inhibition. Temperament is a term that refers to how an individual differs on how people react to and regulate their environment. It shows up in things like how quickly people recover emotionally or how intense someone reacts to stimulation. How temperament is different from personality is timing and origin. Temperament can be present from very early on in life, often within a few months of a newborn's life. It is a strong genetic and neurobiological basis, instead of being shaped through experience and aging.
Firstly, graduated novelty exposure. This is a bit different than the exposure from SAD, since the trigger is unfamiliar instead of fear from judgement. In practice the patient will deliberately seek out small changes on a regular basis. For example, trying a new drink at a shop or taking a different route to work/school. Staying in that state of activity for long enough will likely help people warm up characteristically over a period of time rather than constantly being active or in a new environment all the time.
Secondly, Physiological down-regulation. Behavioral inhibition does not come from just mental patterns, it is a physical signature that your body shows, including faster heart rate, and changes in blood pressures. Because of this, taking action on your body can help immensely. For example one of the most simple things you can do is to breathe, specifically slow breathing. When the exhale is drawn longer out then the inhale it signals the nervous system to shift out of the alert state into a more calmer state. Exercise also plays a similar role, but for the long term rather than calming down a single moment exercise or any physical activity can gradually lower a person's reactivity. Finally, sleep. A sleep deprived body would react significantly more intensely to the exact same situation a well-rested body would. Minor changes like these can significantly lower behavioral temperament that can directly and indirectly help with lowering inhibition.
image
Figure: Effect sizes for CBT, combination therapy, and psychotherapy
Firstly, exposure. Exposure is a technique made to help patients face situations that they fear so they can start the natural process of habituation and extinction. The patient and the therapist creates a list of anxiety inducing fears (from least to most anxiety inducing). To keep the anxiety controlled, the therapist goes through tolerable ranges, to increasingly more difficult situations.
Secondly, cognitive reconstruction. Cognitive reconstruction, a finding in psychological research shows that it is vital to find the underlying issues in many feared situations (identify the automatic negative thought that shows up in a feared situation). Reporting thoughts, exploring personal means, and recognizing personal errors are a few cognitive reconstruction exercises that are effective with SAD.
Social Anxiety Disorder is only one end of the spectrum for inhibition. Temperament (Behavioral Inhibition) is also another important topic when it comes to high inhibition. Temperament is a term that refers to how an individual differs on how people react to and regulate their environment. It shows up in things like how quickly people recover emotionally or how intense someone reacts to stimulation. How temperament is different from personality is timing and origin. Temperament can be present from very early on in life, often within a few months of a newborn's life. It is a strong genetic and neurobiological basis, instead of being shaped through experience and aging.
Firstly, graduated novelty exposure. This is a bit different than the exposure from SAD, since the trigger is unfamiliar instead of fear from judgement. In practice the patient will deliberately seek out small changes on a regular basis. For example, trying a new drink at a shop or taking a different route to work/school. Staying in that state of activity for long enough will likely help people warm up characteristically over a period of time rather than constantly being active or in a new environment all the time.
Secondly, Physiological down-regulation. Behavioral inhibition does not come from just mental patterns, it is a physical signature that your body shows, including faster heart rate, and changes in blood pressures. Because of this, taking action on your body can help immensely. For example one of the most simple things you can do is to breathe, specifically slow breathing. When the exhale is drawn longer out then the inhale it signals the nervous system to shift out of the alert state into a more calmer state. Exercise also plays a similar role, but for the long term rather than calming down a single moment exercise or any physical activity can gradually lower a person's reactivity. Finally, sleep. A sleep deprived body would react significantly more intensely to the exact same situation a well-rested body would. Minor changes like these can significantly lower behavioral temperament that can directly and indirectly help with lowering inhibition.
image
Figure: Effect sizes for CBT, combination therapy, and psychotherapy
Pharmaceutical Intervention
GABAergics
Of course, this guide wouldn't be what it is if I didn't include GABAergic's medication. This drug enhances the effects of gamma-aminobutyric acid (GABA), the brain's main inhibitory neurotransmitter. This reduces neuronal excitability, and produces a relaxing, anti-anxiety and effects. This drug has different classes of GABAergic drugs which include agonists(Baclofen), antagonists, modulators, reuptake inhibitors and enzymes. We will now be talking about its mechanism.
Mechanism
GABA-A Receptors
GABAergics work by boosting or mimicking GABA, already talked about but it's the primary inhibitory neurotransmitter in your central nervous system (CNS). At the cellular core, and to understand how it calms down the brain, GABA binds to its target receptors, which then triggers a structural change. This leads to an ion influx, on the GABA-A receptors, this then opens a central ion channel, which allows negatively charged chloride ions to flood into the neuron which is shown in the image below. The next process, which is called hyperpolarization, is the sudden rush of negative charge lowering the interval voltage of the cell membrane further below its baseline. This is where the inhibition occurs now, because the inside of the cell becomes significantly more negative. This requires a much stronger excitatory signal to trigger an electrical impulse. The neuron is effectively weakened/dampened
Figure: GABA-A receptor chloride channel
GABA-B Receptors
Alright, I'll be explaining how the mechanism of GABA-B Receptors work, an example of a GABA-B agonist would be Baclofen. GABA-B agonist binds to the receptor, it activates an internal signaling protein called G-Protein. There's two different components that inhibit the neuron since the protein splits.
Postsynaptic effect
This process forms the exact steps that are defined as "The Break" in neuroscience. "The Break" begins with the interaction of the active G-protein subunit and GIRK channels (G-protein-coupled inwardly rectifying potassium channels) resulting in the opening of the channel. Then, potassium ions, being concentrated at high levels within the cell, flow from inside to the outside where there are low levels of the ion due to concentration gradient. Due to the charge of potassium ions, the flow of the ion removes positive charge from the inner space of the cell.
Figure: Postsynaptic hyperpolarization via potassium efflux
As the ions flow outwards, negative charges appear on the inner side of the membrane, causing hyperpolarization of the membrane. Unlike the sharp pulse of inhibition, this process requires time for its implementation and also stays longer. The outcome is the prolonged depolarization of the cell membrane that shifts postsynaptic neuron voltage far below its resting potential. Thus, overcoming the negative dip requires strong excitation signals for reaching firing threshold.
Presynaptic inhibition
This is the other part where the protein splits off to. Presynaptic inhibition is a circuit architecture in which the presynaptic terminal of a neuron receives inhibitory input that, when active, reduces neurotransmitter release from the terminal shown in the photo below. It doesn't require changes in the global activity or firing rate of the target neuron. But instead it locally affects the target neuron's synaptic output.
Figure: Configurations of presynaptic inhibition in the olfactory bulb
The photo shows the different configurations of presynaptic inhibition. The black part, axons of OSNS, is in the nasal epithelium. Which enters the olfactory bulb and ramifies within an individual glomerulus (A tuft of capillaries located at the beginning of a nephron in the kidney, serving as the organ's primary blood filter.) They then make glutamatergic synapses onto external tufted cells which is the blue shown above. GABAergic periglomerular cells (the red) and the GABAergic SA cells (Green) shown above, are the under tonic excitatory drive. Then a minority of periglomerular cells receive direct input from sensory neurons and mediate feedback. This photo/mechanism of proof ultimately dynamics gain control, sharpens timing due to the OSEN-driven pathway and the ET-Driven and it also enhances signal-to-noise.
Usages
The mechanism ultimately relieves the patients, so this is why I recommended this type of medication. There's different types such as Gabapentinoids, (Pregabalin), which is best used around 150-300mg per day in different increments that show noticeable relief within a week. While Benezodaizepines were the most potent in terms of reducing social inhibition since it binds to the GABA-A allosteric sites to neural inhibition in an instant. Most of these medications, you can take around 30-60 minutes before a social event to have the best benefits.
Pregabalin
Pregablin is commonly used to treat nerve pain that may be associated with diabetes, herpes, zoster, or injury to the spinal cord. It can also be used to treat pain from fibromyalgia, sometimes in certain people with epilepsy, and etc. Why is this important you may ask? This is because of how pregabalin affects the GABA (Though it doesn't entirely affect it and I'll explain)
Figure: Pregabalin mechanism at voltage-gated calcium channels
Mechanism
Pregabalin first works by binding with high affinity to the alpha-2-delta auxiliary subunit of presynaptic voltage-gated calcium channels (VGCCs) in the CNS tissues as shown above. After binding to the alpha-2delta site, it then reduces the trafficking of calcium channels to the cell membrane and inhibits influx of calcium ions into depolarized nerve terminals. Afterwards, it decreases the intracellular calcium shown in the photo, which then prevents synaptic vesicles from fusing with the presynaptic membrane. Resulting in significantly reducing the exocytosis of excitatory neurotransmitters. The process calms the overactive pain pathways and reduces hyperexcitatory loops.
Usage
Alright, the real reason why people use this drug. People use pregabalin since it drives lower social inhibition obviously, since it reduces the excitatory signal ,we can expect it to calm down the “fight-or-flight response” shown throughout the PubMed studies. Some users also compare it to the likes of alcohol because it somewhat has the same mechanism. What you can expect from this drug is that you’re obviously going to experience lower inhibition, but you MUST consider the fact that there is an incredible tolerance towards it over time. Most users either start from 150-300mg, and you can source it from Indiamart.
Baclofen
Baclofen is a nervous system (CNS) depressant and comes from the inhibitory neurotransmitter, gamma-Aminobutyric acid.(GABA) and it is basically a GABA-B receptor agonist. This medicine is used to help relax some of your muscles in your body by working on the CNS to create its effects. It’s also used for off-label purposes to treat alcohol use disorder or opioid withdrawal symptoms.
Figure: Baclofen action at GABA-B receptors
Mechanism
The reason why Baclofen is great for lower inhibition is because baclofen acts as a targeted agonist for GABA-B receptors previously stated earlier. And since gamma- Amino acid (GABA) is the brain's primary inhibitory neurotransmitter in the human CNS, baclofen activates these receptors directly in the amygdala, which then suppresses excitatory signaling. After this suppression, it ultimately makes the user have lower anxiety and often makes them more confident.
Usages
It relatively has the same mechanism as Pregabalin shown before as it binds to the same receptors and opens the channels and inhibits calcium channels. As it can lower the anxiety relief of it, the common dosage of Baclofen is usually around 10-40mg before going out, as high as 50mg. Since it's used to treat alcohol use disorder, it relatively has the same effects as it, pairing it with Pregabalin will also make everything feel like a drunk state. You can source this, again from Indiamart.
SSRI’s
What are SSRI’s?
SSRI stands for Selective serotonin reuptake inhibitor, these classes of drugs are typically used as antidepressants in treatment of major depressive disorder and ANXIETY disorder. This medication works by changing the activity of serotonin, as well as many other bodily and mental functions. There are several different types of SSRI’s, some of them include escitalopram, fluoxetine, fluvoxamine, sertraline, etc.
Mechanism
The mechanism behind SSRIs work by blocking the serotonin transporter (SERT), which is the process by which the SERT protein removes serotonin from the synaptic cleft and then takes it into the presynaptic neuron. This process is then terminating serotonergic signaling and recycling the neurotransmitter for later uses. This blockade eventually leads to downregulation of inhibitory serotonin autoreceptors, which then heightens serotonergic neuronal firing and increases serotonin over time.
Figure: SSRI mechanism at the serotonin transporter
This mechanism is incredibly important regarding lower social inhibition, as the mechanism explained it increased serotonin binds to 5-HT1A receptors in the amygdala (The part of the brain which indicates fight or flight). The increased serotonin calms down the reactive neural firing, which makes the user perceive that social situations are calmer than usual. Not to mention, studies also show that chronic elevation of serotonin shifts cognitive processing. Which ultimately makes social outcoming more rewarding, and more natural to the user.
Usages
Alright, after explaining the mechanism and why this ultimately works, we can discuss what type of selective serotonin reuptake inhibitors (SSRIs) people use in order for them to have lower inhibition. Some examples of SSRIs people use for this are sertraline, paroxetine, and fluvoxamine. Of course you can also include others that are off label such as escitalopram and citalopram since they also demonstrate the capabilities of lower social anxiety. Some of the common dosages/starters for sertraline are around 50-150mg, paroxetine, 20-50mg, fluvoxamine 50-100mg, escitalopram 10-20mg, and citalopram 10-40mg. Most of these you could honestly source from Indiamart if you have the right vendor, of course side effects include nauseous, weight changes, dry mouth, etc. But after a couple weeks of use, the body will be back to normal after 1-2 weeks of not using it anymore.
Beta Blockers
Mechanism
Beta Blockers is a medication that is often used to treat high blood pressure and irregular heart rate. Its flagship medication Propranolol (1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol) is a non-selective beta-adrenergic receptor antagonist. It works by blocking the B1 and B2 receptors it inhibits the effects of catecholamines (adrenaline) which leads to slower heart rates, reduced cardiac work, and reduced blood pressure. Unlike medications like alprazolam or sertraline, propranolol isn’t an anxiety reduction medication. It does not target any neurotransmitters in the brain, it works by blunting the body's fight or flight system. The mechanism is distinct from anything we’ve talked about yet since it doesn’t target the brain's amygdala, nor CB1 receptors. It primarily targets the physical symptoms of the fight or flight response, tachycardia, tremors, palpitations, and sweating. It does this by reducing the effects of adrenaline, and again propranolol doesn’t cure any underlying anxiety disorders, only somatic symptoms.
Figure: Effects of propranolol on blood pressure, heart rate, and nausea
Usages
In research propranolol for performance anxiety is only situational, only needed for intervention rather than taking it as a daily medication. The medication takes about 30-60 minutes to take effect, it's a low dose fast acting pill that should be only taken once before an anxiety inducing event. It is exclusively prescription only so exact dosage and measurements can only be from a physician rather than general self guidance.
Figure: Beta-adrenergic blocking at the receptor
THC
Tetrahydrocannibol, referred to THC in this summary, is the principal constituent of the cannabis drug. It's responsible for the intoxicating high feeling. As shown in studies, it indicates that THC acts as a practical agonist at CB1 and CB2 cannabinoid receptors. Its mechanism can actually lower social inhibition and here's how.
Mechanism
Delta-9-tetrahydrocannabinol or THC is a psychoactive compound in cannabis, and it hijacks the endocannabinoid system. The endocannabinoid system is a natural network in the body that regulates a person's anxiety, mood, appetite, immune system, attention, etc. The system's main guardian is the CB1 receptor, also the most copious g-protein coupled receptors. THC works by binding to the CB1 receptors and basically hijacking them. It is replacing the signaling role of the body's natural endocannabinoid system. The endocannabinoid system works as a neuromodulatory system, the endocannabinoid working as retrograde neurotransmitters, which means that the receiving neuron sends a chemical message backwards telling the sending neurons to dial its own signaling up or down. So in theory activating the CB1 receptors, it can suppress the release of neurotransmitters at the synapse, which is through inhibiting Glutamate and Gaba transmissions (The brains go and stop signals) That is why THC plays such a big role when it comes to mood changes, memory, anxiety, etc. This mechanism is also directly tied to the motivation and dopamine system. CB1 regulates Glutamatergic and GABA which inputs the brain's dopamine pathways, and this is also regulated with the brain's avoidant and responsiveness behavior.
Figure: THC conversion and CB1 receptor signaling
Usages
The route you administer THC is just as important as the dosage you take. It changes how fast the THC hits your bloodstream, and how predictable the effects are. Smoking and vaping are one the fastest routes, since the THC gets absorbed through the lungs and into the bloodstream in minutes. The fast effects makes the dosing more controllable since the person can stop whenever they feel like a point is right, and generally lasts a couple of hours. Edibles is another way to administer THC, however it works differently pharmacokinetically. Since edible THC is passed through the digestive system and the liver it is converted into a more potent metabolite called (11-hydroxy-THC) before it reaches the brain. This is where most people feel the delayed onset often from 15 minutes- 2 hours, which frequently leaves people thinking the THC isn't "working" causing people to take more initially before the first dose hits. Overconsumption could cause panic attacks and anxiety for users, once it does hit it lasts around 4-8 hours, much longer than smoking or vaping. Tinctures and sublingual products are absorbed in the mouth and hit faster than edibles since the absorption happens directly through the mouth's blood vessels, partially passing the liver's metabolism. Concentrates and dabs are worth mentioning since they have much higher THC potency than flower cannabis. Often containing 60-95% THC compared to 15-20% on flower cannabis. This pushes many people past the calming low dose to an anxiety inducing state. The anxiety reducing versus anxiety inducing split isn't just about total THC amount. It's about how it is administered, how quickly it is administered, and how predictable it is. A fast route like smoking or vaping allows users to have more control over staying in the calming range. Whilst a slow and unpredictable onset like edibles makes it hard to predict and easier to overshoot into the anxiety inducing state.
Figure: Plasma THC and metabolite levels over continuous dosing
Of course, this guide wouldn't be what it is if I didn't include GABAergic's medication. This drug enhances the effects of gamma-aminobutyric acid (GABA), the brain's main inhibitory neurotransmitter. This reduces neuronal excitability, and produces a relaxing, anti-anxiety and effects. This drug has different classes of GABAergic drugs which include agonists(Baclofen), antagonists, modulators, reuptake inhibitors and enzymes. We will now be talking about its mechanism.
Mechanism
GABA-A Receptors
GABAergics work by boosting or mimicking GABA, already talked about but it's the primary inhibitory neurotransmitter in your central nervous system (CNS). At the cellular core, and to understand how it calms down the brain, GABA binds to its target receptors, which then triggers a structural change. This leads to an ion influx, on the GABA-A receptors, this then opens a central ion channel, which allows negatively charged chloride ions to flood into the neuron which is shown in the image below. The next process, which is called hyperpolarization, is the sudden rush of negative charge lowering the interval voltage of the cell membrane further below its baseline. This is where the inhibition occurs now, because the inside of the cell becomes significantly more negative. This requires a much stronger excitatory signal to trigger an electrical impulse. The neuron is effectively weakened/dampened
Figure: GABA-A receptor chloride channel
GABA-B Receptors
Alright, I'll be explaining how the mechanism of GABA-B Receptors work, an example of a GABA-B agonist would be Baclofen. GABA-B agonist binds to the receptor, it activates an internal signaling protein called G-Protein. There's two different components that inhibit the neuron since the protein splits.
Postsynaptic effect
This process forms the exact steps that are defined as "The Break" in neuroscience. "The Break" begins with the interaction of the active G-protein subunit and GIRK channels (G-protein-coupled inwardly rectifying potassium channels) resulting in the opening of the channel. Then, potassium ions, being concentrated at high levels within the cell, flow from inside to the outside where there are low levels of the ion due to concentration gradient. Due to the charge of potassium ions, the flow of the ion removes positive charge from the inner space of the cell.
Figure: Postsynaptic hyperpolarization via potassium efflux
As the ions flow outwards, negative charges appear on the inner side of the membrane, causing hyperpolarization of the membrane. Unlike the sharp pulse of inhibition, this process requires time for its implementation and also stays longer. The outcome is the prolonged depolarization of the cell membrane that shifts postsynaptic neuron voltage far below its resting potential. Thus, overcoming the negative dip requires strong excitation signals for reaching firing threshold.
Presynaptic inhibition
This is the other part where the protein splits off to. Presynaptic inhibition is a circuit architecture in which the presynaptic terminal of a neuron receives inhibitory input that, when active, reduces neurotransmitter release from the terminal shown in the photo below. It doesn't require changes in the global activity or firing rate of the target neuron. But instead it locally affects the target neuron's synaptic output.
Figure: Configurations of presynaptic inhibition in the olfactory bulb
The photo shows the different configurations of presynaptic inhibition. The black part, axons of OSNS, is in the nasal epithelium. Which enters the olfactory bulb and ramifies within an individual glomerulus (A tuft of capillaries located at the beginning of a nephron in the kidney, serving as the organ's primary blood filter.) They then make glutamatergic synapses onto external tufted cells which is the blue shown above. GABAergic periglomerular cells (the red) and the GABAergic SA cells (Green) shown above, are the under tonic excitatory drive. Then a minority of periglomerular cells receive direct input from sensory neurons and mediate feedback. This photo/mechanism of proof ultimately dynamics gain control, sharpens timing due to the OSEN-driven pathway and the ET-Driven and it also enhances signal-to-noise.
Usages
The mechanism ultimately relieves the patients, so this is why I recommended this type of medication. There's different types such as Gabapentinoids, (Pregabalin), which is best used around 150-300mg per day in different increments that show noticeable relief within a week. While Benezodaizepines were the most potent in terms of reducing social inhibition since it binds to the GABA-A allosteric sites to neural inhibition in an instant. Most of these medications, you can take around 30-60 minutes before a social event to have the best benefits.
Pregabalin
Pregablin is commonly used to treat nerve pain that may be associated with diabetes, herpes, zoster, or injury to the spinal cord. It can also be used to treat pain from fibromyalgia, sometimes in certain people with epilepsy, and etc. Why is this important you may ask? This is because of how pregabalin affects the GABA (Though it doesn't entirely affect it and I'll explain)
Figure: Pregabalin mechanism at voltage-gated calcium channels
Mechanism
Pregabalin first works by binding with high affinity to the alpha-2-delta auxiliary subunit of presynaptic voltage-gated calcium channels (VGCCs) in the CNS tissues as shown above. After binding to the alpha-2delta site, it then reduces the trafficking of calcium channels to the cell membrane and inhibits influx of calcium ions into depolarized nerve terminals. Afterwards, it decreases the intracellular calcium shown in the photo, which then prevents synaptic vesicles from fusing with the presynaptic membrane. Resulting in significantly reducing the exocytosis of excitatory neurotransmitters. The process calms the overactive pain pathways and reduces hyperexcitatory loops.
Usage
Alright, the real reason why people use this drug. People use pregabalin since it drives lower social inhibition obviously, since it reduces the excitatory signal ,we can expect it to calm down the “fight-or-flight response” shown throughout the PubMed studies. Some users also compare it to the likes of alcohol because it somewhat has the same mechanism. What you can expect from this drug is that you’re obviously going to experience lower inhibition, but you MUST consider the fact that there is an incredible tolerance towards it over time. Most users either start from 150-300mg, and you can source it from Indiamart.
Baclofen
Baclofen is a nervous system (CNS) depressant and comes from the inhibitory neurotransmitter, gamma-Aminobutyric acid.(GABA) and it is basically a GABA-B receptor agonist. This medicine is used to help relax some of your muscles in your body by working on the CNS to create its effects. It’s also used for off-label purposes to treat alcohol use disorder or opioid withdrawal symptoms.
Figure: Baclofen action at GABA-B receptors
Mechanism
The reason why Baclofen is great for lower inhibition is because baclofen acts as a targeted agonist for GABA-B receptors previously stated earlier. And since gamma- Amino acid (GABA) is the brain's primary inhibitory neurotransmitter in the human CNS, baclofen activates these receptors directly in the amygdala, which then suppresses excitatory signaling. After this suppression, it ultimately makes the user have lower anxiety and often makes them more confident.
Usages
It relatively has the same mechanism as Pregabalin shown before as it binds to the same receptors and opens the channels and inhibits calcium channels. As it can lower the anxiety relief of it, the common dosage of Baclofen is usually around 10-40mg before going out, as high as 50mg. Since it's used to treat alcohol use disorder, it relatively has the same effects as it, pairing it with Pregabalin will also make everything feel like a drunk state. You can source this, again from Indiamart.
SSRI’s
What are SSRI’s?
SSRI stands for Selective serotonin reuptake inhibitor, these classes of drugs are typically used as antidepressants in treatment of major depressive disorder and ANXIETY disorder. This medication works by changing the activity of serotonin, as well as many other bodily and mental functions. There are several different types of SSRI’s, some of them include escitalopram, fluoxetine, fluvoxamine, sertraline, etc.
Mechanism
The mechanism behind SSRIs work by blocking the serotonin transporter (SERT), which is the process by which the SERT protein removes serotonin from the synaptic cleft and then takes it into the presynaptic neuron. This process is then terminating serotonergic signaling and recycling the neurotransmitter for later uses. This blockade eventually leads to downregulation of inhibitory serotonin autoreceptors, which then heightens serotonergic neuronal firing and increases serotonin over time.
Figure: SSRI mechanism at the serotonin transporter
This mechanism is incredibly important regarding lower social inhibition, as the mechanism explained it increased serotonin binds to 5-HT1A receptors in the amygdala (The part of the brain which indicates fight or flight). The increased serotonin calms down the reactive neural firing, which makes the user perceive that social situations are calmer than usual. Not to mention, studies also show that chronic elevation of serotonin shifts cognitive processing. Which ultimately makes social outcoming more rewarding, and more natural to the user.
Usages
Alright, after explaining the mechanism and why this ultimately works, we can discuss what type of selective serotonin reuptake inhibitors (SSRIs) people use in order for them to have lower inhibition. Some examples of SSRIs people use for this are sertraline, paroxetine, and fluvoxamine. Of course you can also include others that are off label such as escitalopram and citalopram since they also demonstrate the capabilities of lower social anxiety. Some of the common dosages/starters for sertraline are around 50-150mg, paroxetine, 20-50mg, fluvoxamine 50-100mg, escitalopram 10-20mg, and citalopram 10-40mg. Most of these you could honestly source from Indiamart if you have the right vendor, of course side effects include nauseous, weight changes, dry mouth, etc. But after a couple weeks of use, the body will be back to normal after 1-2 weeks of not using it anymore.
Beta Blockers
Mechanism
Beta Blockers is a medication that is often used to treat high blood pressure and irregular heart rate. Its flagship medication Propranolol (1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol) is a non-selective beta-adrenergic receptor antagonist. It works by blocking the B1 and B2 receptors it inhibits the effects of catecholamines (adrenaline) which leads to slower heart rates, reduced cardiac work, and reduced blood pressure. Unlike medications like alprazolam or sertraline, propranolol isn’t an anxiety reduction medication. It does not target any neurotransmitters in the brain, it works by blunting the body's fight or flight system. The mechanism is distinct from anything we’ve talked about yet since it doesn’t target the brain's amygdala, nor CB1 receptors. It primarily targets the physical symptoms of the fight or flight response, tachycardia, tremors, palpitations, and sweating. It does this by reducing the effects of adrenaline, and again propranolol doesn’t cure any underlying anxiety disorders, only somatic symptoms.
Figure: Effects of propranolol on blood pressure, heart rate, and nausea
Usages
In research propranolol for performance anxiety is only situational, only needed for intervention rather than taking it as a daily medication. The medication takes about 30-60 minutes to take effect, it's a low dose fast acting pill that should be only taken once before an anxiety inducing event. It is exclusively prescription only so exact dosage and measurements can only be from a physician rather than general self guidance.
Figure: Beta-adrenergic blocking at the receptor
THC
Tetrahydrocannibol, referred to THC in this summary, is the principal constituent of the cannabis drug. It's responsible for the intoxicating high feeling. As shown in studies, it indicates that THC acts as a practical agonist at CB1 and CB2 cannabinoid receptors. Its mechanism can actually lower social inhibition and here's how.
Mechanism
Delta-9-tetrahydrocannabinol or THC is a psychoactive compound in cannabis, and it hijacks the endocannabinoid system. The endocannabinoid system is a natural network in the body that regulates a person's anxiety, mood, appetite, immune system, attention, etc. The system's main guardian is the CB1 receptor, also the most copious g-protein coupled receptors. THC works by binding to the CB1 receptors and basically hijacking them. It is replacing the signaling role of the body's natural endocannabinoid system. The endocannabinoid system works as a neuromodulatory system, the endocannabinoid working as retrograde neurotransmitters, which means that the receiving neuron sends a chemical message backwards telling the sending neurons to dial its own signaling up or down. So in theory activating the CB1 receptors, it can suppress the release of neurotransmitters at the synapse, which is through inhibiting Glutamate and Gaba transmissions (The brains go and stop signals) That is why THC plays such a big role when it comes to mood changes, memory, anxiety, etc. This mechanism is also directly tied to the motivation and dopamine system. CB1 regulates Glutamatergic and GABA which inputs the brain's dopamine pathways, and this is also regulated with the brain's avoidant and responsiveness behavior.
Figure: THC conversion and CB1 receptor signaling
Usages
The route you administer THC is just as important as the dosage you take. It changes how fast the THC hits your bloodstream, and how predictable the effects are. Smoking and vaping are one the fastest routes, since the THC gets absorbed through the lungs and into the bloodstream in minutes. The fast effects makes the dosing more controllable since the person can stop whenever they feel like a point is right, and generally lasts a couple of hours. Edibles is another way to administer THC, however it works differently pharmacokinetically. Since edible THC is passed through the digestive system and the liver it is converted into a more potent metabolite called (11-hydroxy-THC) before it reaches the brain. This is where most people feel the delayed onset often from 15 minutes- 2 hours, which frequently leaves people thinking the THC isn't "working" causing people to take more initially before the first dose hits. Overconsumption could cause panic attacks and anxiety for users, once it does hit it lasts around 4-8 hours, much longer than smoking or vaping. Tinctures and sublingual products are absorbed in the mouth and hit faster than edibles since the absorption happens directly through the mouth's blood vessels, partially passing the liver's metabolism. Concentrates and dabs are worth mentioning since they have much higher THC potency than flower cannabis. Often containing 60-95% THC compared to 15-20% on flower cannabis. This pushes many people past the calming low dose to an anxiety inducing state. The anxiety reducing versus anxiety inducing split isn't just about total THC amount. It's about how it is administered, how quickly it is administered, and how predictable it is. A fast route like smoking or vaping allows users to have more control over staying in the calming range. Whilst a slow and unpredictable onset like edibles makes it hard to predict and easier to overshoot into the anxiety inducing state.
Figure: Plasma THC and metabolite levels over continuous dosing
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