A strategy for working through this audio course might look like this.

1. Listen to the first 6 core audios.

2. Listen to audio 7, This is an intructional audio on how to use the Motitations.

3. Read the Thought Swap Motitation instructions located next to the audio.

4. Listen to the Metacognition Audio 8 (Thought Swap).

Audio 8 is the most important and powerful tool because while the technique is extremely simple, it empowers you to catch your System 1 thoughts and swap them for strategic System 2 thoughts.

If understood and used correctly, this could change your life.

Use it and start catching, evaluating and consciously directing your thoughts.

5. Read the Warrior Lifestyle Motitation instructions located next to the audio.

6. Listen to the Warrior Lifestyle Motitation.

7. Review the “strategies” for additional resources on implementing a pro-testosterone lifestyle.

Hi I’m Michael thank you for your interest in Testosterone Warrior Mindset.

Testosterone Warrior Mindset was created and narrated by me, Michael, a human being.

I point this out because of all the AI slop infesting the Internet today, content created completely by artificial intelligence.

I do use AI as a research tool because what used to take hours, now takes moments.

The mind warrior content was inspired by the books The Indoctrinated Brain, Thinking Fast and Slow, Breaking Out of Homeostasis and further researched with AI chatbots like ChatGPT and Claude Sonnet.

In the age of AI references have become prompts.

Next to the Perilous Journey, Warrior Fuel, Warrior Epigenetics and Warrior Mindset audios you’ll find prompts you can use to clarify points or ask for research studies on the topics covered.

And finally this audio and the material that accompanies it are for informational purposes only and what follows is not medical advice only knowledge you can choose to act upon, or not.

Hormone modulation is a serious thing that can have serious consequences so it is highly recommended that you have perform routine bloodwork to monitor your state of hormonal health.

The first lesson for aspiring testosterone warriors is that you must take charge of your own health and assume responsibility for your own actions.

More than at any other time in history researching information and finding viable solutions is easier than ever.

I hope this audio will set you on a path to research and make your own the information we are about to discuss because this is the way to mental resilience and personal autonomy.

However,  if you if you are unsure, seek the advice of someone who is.

Prompt
Do higher levels of DHT translate into better muscle gains in the gym?

This is a summary of the audio listing the challenges and solutions at each.

The point from when your hypothalamus tells the endocrine system to make testosterone until the point your alpha hormone lands on cell receptors to deliver it’s masculinizing program, is an extremely complicated and perilous journey.

Step 1 – The Hypothalamus

Think of your hypothalamus as the big boss that notices when your body needs more testosterone.

The disruptions that can occur at the hypothalamus are:

1 – Endocrine Disrupting Chemicals (EDC’s)

As you will soon see, these attack nearly every point in your testosterone production process.

Bisphenol A (BPA)

BPA Directly binds to estrogen receptors and mimics estrogen activity.

Phthalates

This class of plasticizers is used to make plastics flexible and is found in everything from toys to cosmetics to medical devices.

Dioxins

Dioxins are highly toxic by-products of industrial processes like waste incineration, chemical manufacturing, and paper bleaching and can exhibit estrogenic activity through multiple pathways

Polychlorinated Biphenyls (PCBs)

PCBs are Industrial chemicals once used in electrical equipment, plastics, and coolants that where banned in many countries since the 1970s, but still persistent in the environment.

Organochlorines (DDT/DDE)

These are classic xenoestrogens that strongly mimic estrogen and although DDT has been banned in many countries, its metabolite DDE remains persistent in the environment and human tissue.

Atrazine

This xenoestrogen is doubly insidious because not only does it mimic estrogen but it also Increases aromatase activity, converting androgens to estrogens.

The solution?

See the xenoestrogen removal strategy below.

2 – Alcohol, Prescription and Other Party Drugs

Chronic drug abuse can damage the hypothalamus and disrupt the endocrine system.

The solution?

Control the vices.

3 – Chronic Psychological Stress

Cortisol suppresses GnRH release from the hypothalamus and reduces LH production from the pituitary gland.

Stress not only damages your hypothalamus but also damages and SHRINKS your prefrontal cortex and your hippocampus.

The solution?

Chill Out – See de-stress strategy below.

Ashwagandha

4 – Sleep Deprivation

Adequate sleep plays a critical role in maintaining the proper function of the HPG axis by supporting the brain’s internal circadian rhythms, which govern hormone secretion cycles.

The solution?

See the Ultimate Sleep Strategy below.

5 – Severe Caloric Restriction

Eating to few calories can suppress hypothalamic function – While intermittent fasting is one thing, it’s well know that continued caloric restriction is not good for testosterone production because your hypothalamus, the boss of your testosterone production system, needs adequate fuel to regulate feedback loops and produce GnRH.

The solution?

See Warrior Fuel strategy below.

6 – Electromagnetic Frequencies

They say the science is still unclear here but I think the EMF science of today is a descendant of the tobacco science of the 1960’s so be mindful of putting your phone in your front pocket next to your testicles or next to your ear when you talk.

7 – Timidity

Lack of confidence may decrease your testosterone, largely through reduced hypothalamic signaling and higher cortisol release.

The solution?

See the ACT, Think and Feel strategy below.

So what else can we do to influence step #1?

• High-Intensity Interval Training (HIIT) and Resistance Training
• Zinc
• D-aspartic Acid (DAA)

Step 2 – The Road Between The Hypothalamus And The Pituitary

GnRH is secreted by neurons in the hypothalamus and travels to the pituitary through a very short, specialized blood vessel network called the hypothalamic-hypophyseal portal system.

Direct complications during transport are rare unless there’s vascular or structural damage however EDCs can change the pituitary gland’s sensitivity to GnRH.

This means that even if a normal amount of GnRH arrives, the anterior pituitary may not respond.

Step 3 – The Pituitary Gland

If there are no EDCs affecting the pituitary gland’s sensitivity to GnRH it releases another hormone messenger called LH (luteinizing hormone)

Supplements that have been shown to increase LH production

• Ashwagandha
• Tongkat Ali
• Zinc
• Vitamin D3
• D-aspartic acid
• Forskolin
• Fenugreek

Step 4 – The Road From The Pituitary To The Gonads

Since LH travels via systemic circulation, anything that impairs blood flow to the gonads can reduce its delivery meaning exercise or anything to increase circulation may be beneficial at this step.

Step 5 – The Gonads, Your Testosterone Producing Factories

After the trip from your head down to your testicles, if LH is able to deliver it’s message, that message tells your testosterone fabricating Leydig cells to start making more testosterone.

At this stage there are several things that could interrupt the production process at the factory:

1 – Xenoestrogens And Other EDCs

See xenoestrogen removal strategy below.

2 – Lack Of Raw Materials

• Cholesterol
• Vitamin D3
• Zinc
• Magnesium
• Amino acids (especially D-aspartic acid)
• Copper
• B Vitamins
• Selenium
• Omega-3 Fatty Acids

See Warrior Fuel strategy and supplement strategy below.

3 – Stress and Cortisol

See de-stress strategy below.

4 – Heat

When you testosterone factory overheats, production goes down. Keeping your testicles cool during the day is a good strategy.

See cold strategy below.

5 – EMF’s

Like many other threats to our health, EMF’s as a threat to our health is still largely denied by industry influenced science.

Minimizing EMF exposure is not easy to do because Wifi zones are everywhere. Try to use wired connections instead of Wifi and at the very least, shut off the Wifi at night and don’t carry your phone in your front pocket.

Here are some of the things we can do to increase our factory output:

• Exercise
• Ashwagandha
• Forskolin

Step 6 – The Treacherous Road Between The Gonads And The Waiting Cells

The journey from the testicles to the individual cell receptor sites is a dangerous one for testosterone and only a tiny fraction of it will ever make it to the cells.

Danger 1 – Sex hormone-binding globulin (SHBG)

Supplements to combat the sex globulin:

• Tongkat Ali
• Boron
• Magnesium
• Zinc
• Vitamin D
• Stinging nettle root

Lifestyle Modifications

• Increased protein intake
• Moderate fat consumption
• Resistance training
• Maintaining healthy weight
• Adequate carbohydrate intake
• Managing stress
• Improving sleep quality
• Limiting alcohol consumption
• Addressing thyroid issues

Danger 2 – Aromatase

How to Battle Aromatase

Losing weight should be a top priority

Here are some research backed ways to target aromatase:

• Zinc
• Chrysin
• Grape seed extract
• White button mushrooms
• DIM
• Resveratrol

Also, regular exercise reduces aromatase activity, especially resistance training.

Step 7 – Arrival at the Androgen Receptor

Testosterone finally arrives at the cell’s androgen receptor, think of this as a “lock” that only testosterone or DHT can “unlock.”

Certain EDCs like BPA can bind to androgen receptors and block testosterone from activating them, interfering with normal androgen signaling.

What makes BPA such a sinister endocrine toxin is because of it’s structural similarity to steroid hormones making it able to interact with both estrogen and androgen receptors.

BPA weakly binds to the androgen receptor preventing testosterone from binding and activating it.

As a result, the receptor becomes “inert” in the sense that it doesn’t trigger gene transcription or normal androgen effects.

See xenoestrogen removal strategy below.

Step 8 – The Androgen Receptor Signaling Process

When testosterone or its stronger cousin DHT enters a cell, it acts like a key fitting into a molecular lock.

This binding causes the receptor to change shape, kind of like how a lock mechanism moves when you turn the right key.

This change kicks off heat shock proteins that were previously keeping the receptor “turned off,” essentially activating the system.

The dangers here that could prevent our cells from receiving their masculinizing program are at the epigenetic level.

DNA methylation is one of the most important epigenetic roadblocks.

• EDC’s
• chronic stress and
• poor diet…

…can all increase harmful DNA methylation patterns that reduce testosterone’s effectiveness.

Histone Modifications – Histones are like spools that DNA wraps around, and chemical modifications to these spools can make genes more or less accessible.

Factors like…

• chronic inflammation and
• EDCs

...can promote these restrictive histone modifications.

MicroRNAs add yet another regulatory layer by acting like molecular scissors that can cut up the mRNA messages before they’re translated into proteins.

Even if testosterone successfully initiates gene transcription, specific miRNAs can intercept and destroy the resulting mRNA, preventing the final protein products from being made.

• Stress,
• poor sleep, and
• certain medications…

…can alter miRNA expression patterns in ways that interfere with androgen signaling.

As you can see danger and complications lurk around every corner on testosterone’s journey from your hypothalamus to the point it enters the nucleus and expresses it’s masculinizing program your cell is waiting for so you can see some results in the gym.

It’s easy to see why testosterone levels are plummeting in modern day men and why targeting just one or even two of the mechanisms in the production and delivery process can have limited success.

Step 1 – The Hypothalamus

Prompt

The hypothalamus plays a key role in testosterone production. List the factors like stress, timidity, poor sleep and other lifestyle factors and also neurotoxins like endocrine disrupting chemicals that can negatively effect the hypothalamus and suggest actions through lifestyle, diet and supplementation I can take to address each one. Provide a list of any additional research backed supplements that benefit the hypothalamus and testosterone production as it pertains to the hypothalamus.

Step 2 – Hypothalamic-Hypophyseal Portal System

Prompt

The hypothalamic-hypophyseal portal system is a critical piece of the HPG axis transporting GnRH from the hypothalamus to the pituitary, what are the complications here that could disrupt the delivery of GnRH affecting testosterone production?

Step 3 – The Pituitary Gland

Prompt

The pituitary gland plays a key role in testosterone production. List the factors both lifestyle and Neurotoxins like endocrine disrupting chemicals, stress, etc. that can negatively effect the pituitary gland and suggest actions through lifestyle, diet or supplementation I can take to address each one. Provide a list of any additional research backed supplements that benefit the pituitary gland and testosterone production as it pertains to the pituitary gland.

Step 4 – Systemic Circulation

Prompt

LH leave the pituitary and travels via systemic circulation to the gonads. List the endocrine disrupting chemicals that interfere with LH action at the gonads or alter receptor sensitivity.

Step 5 – The Gonads

Prompt

Excluding genetic defects, physical injury or defects or serious disease, list every complication here including endocrine disrupting chemicals that can disrupt testosterone production in the leydig cells and include the mechanism harm for each.

Prompt

Testosterone production in the gonads requires ample, specific raw materials including macro and micro-nutrients, list each ingredient required for healthy testosterone production the best sources for obtaining each one.

Prompt

List the best most researched supplements known that will benefit testosterone production in the gonads.

Step 6 – Systemic Circulation

Prompt

What is sex hormone-binding globulin and what are the factors including lifestyle and supplementation a man can implement to decrease SHBG?

Prompt

What is aromatase and what are the factors including lifestyle and supplementation a man can implement to decrease aromatase?

Prompt

List the best researched ways including lifestyle modification and supplementation that flush xenoestrogens out of my body.

Step 7 – Androgen Receptor

Prompt

List in descending order from strongest to the weakest the androgen receptor antagonists like endocrine disrupting chemicals that interfere with testosterone’s ability to attach to an androgen receptor.

Step 8 – The Androgen Receptor Signaling Process

Prompt

Explain how methylation can silence androgen receptor genes or the target genes that testosterone is supposed to activate and list the lifestyle and other factors like endocrine disrupting chemicals that can cause this.

Prompt

Regarding the Androgen Receptor Signaling Process. Histones are like spools that DNA wraps around, and chemical modifications to these spools can make genes more or less accessible. Explain how factors like chronic inflammation, obesity, and exposure to EDCs can promote these restrictive histone modifications.

Prompt

Regarding the Androgen Receptor Signaling Process.

Describe all the ways like stress, poor sleep, and certain medications can alter miRNA expression patterns in ways that interfere with androgen signaling.

Take Endocrine Disrupting Chemicals Seriously

As we’ve just discovered, EDC’s wreak havoc all along the testosterone production process from the hypothalamus to the gene expression.

As we will discover in audio 6, they also are literally damaging our brain and sending us to a zombie-like mental state.

Just because this is not headline news does not mean it is not a serious issue for your health.

There are many reasons why the system is never going to remove all the dangerous chemicals from our lives which is why you must adopt a warrior-like attitude and protect yourself.

Don’t acknowledge this and then just go on with your life.

Environmental Working Group

The Environmental Working Group is the aspiring testosterone warrior’s true ally.

Go to www.ewg.org/skindeep and look up all of your personal care products to see what EDC’s they contain.

You can also get the app in Google Play or the  App Store.

Getting toxic personal care products out of your life should be a top priority.

Prompt

Describe how the nutrient density of mono crop vegetables been declining over the decades?

Testosterone Warrior Diet

Prompt – Add your info and remove (parentheses)

I am a (insert age) year old man who is (height) and weigh (weight) with (list health concerns or say no health concerns).
I want a diet with ingredients that will support a healthy endocrine system and raise my testosterone.

Include all the building blocks of testosterone.
Include ingredients that support my liver.
Include ingredients that support a healthy thyroid.
Include foods that lower aromatase and help flush excess estrogens form my body.

I want a (carnivore, omnivore, vegetarian) diet.
Based on the latest research, provide me a one week diet plan consisting of (one, two, three, four, five) meal(s) for each day.
Also, provide a shopping list of ingredients I need for this one week diet plan.

Prompt

Explain each of the following:
• How monounsaturated fats help testosterone production
• How saturated fats help testosterone production
• Why cholesterol is vital to testosterone production

Phytoestrogens

Prompt

Show me research that shows whether or not consumption of phytoestrogens (including from soy) significantly impacts testosterone levels in healthy men. List in descending order the foods with the highest amount of phytoestrogens.

Seed Oils

Prompt

Show me the research on how seed oils promote pro-inflammatory pathways which negatively impacts the entire endocrine system and may increase oxidative stress in testicular cells

Worst Foods

Prompt

What are the worst foods I can eat if I am trying to create a healthy endocrine system and natural levels of testosterone?

Building Blocks of Testosterone

Prompt

List in descending order starting with the most vital, the building blocks of testosterone.

Testosterone Supplements

Prompt – Add your info and remove (parentheses)

I am a (add your age) man that weighs (add your weight) who takes (list prescriptions or put “no prescription drugs”). List in descending order, the most researched supplements with recommended dosages that have been shown to increase testosterone in men.

Xenoestrogens

Prompt

List the in descending order, the most damaging endocrine disrupting chemicals that harm testosterone production providing a one paragraph explanation of each and then list the most effective ways I can avoid each and finally list researched ways I can flush thee chemicals out of my body.

Movement

Prompt

Explain why inactivity is detrimental to my testosterone production and list the best activities to increase my testosterone production.

Sleep

Prompt

Explain why sleep is critical for testosterone production and create a routine for me to follow to get the best, deepest sleep possible.

Sunshine

Prompt

Describe how vitamin D is vital for testosterone production and list the ways sunshine is crucial for my health and testosterone production.

Prompt

Explain how sun exposure penetrates the skin and benefits mitochondria.

Prompt

Expand on this…Endocrine disruptors in sunscreens lower testosterone.

Go to www.ewg.org/skindeep to look up your sunscreen to see what’s in it.

Fitness

prompt

List the most researched backed exercises I can preform to boost my testosterone and provide a sample weekly workout program I can use to implement these into my life.

Stress

Prompt
Describe how stress affects each part of the HPG axis and how it harms my testosterone production. List in descending order starting with the best, most research backed, the ways I can reduce my stress.

Intermittent Fasting

Prompt

Explain how intermittent fasting boosts testosterone production provide examples of how I can incorporate this practice into my life.

Be Cold

Prompt

Expand on this statement “Brief cold exposure creates a controlled stress response that stimulates testosterone production and builds mental resilience.”

Attitude

Prompt

Expand on this statement and provide ways I can incorporate this into my life. “Testosterone levels rise during competition and stay elevated in winners. benefit and healthy competition optimizes your hormone profile. “

Prompt

Expand on this…Amy Cuddy’s groundbreaking research reveals that adopting powerful body postures for just two minutes can create significant physiological changes in male hormone levels. Create a program based on this research I can use to benefit from it.

Have Sex

Prompt
Expand on this statement – “Regular sexual activity supports endocrine health and testosterone production. Abstinence doesn’t “save energy” – it potentially reduces testosterone over time.”

Drugs

Prompt

Is this true? Long-term opioid use could create stable epigenetic modifications to hypothalamic-pituitary-testicular axis genes, potentially causing long-lasting suppression.

Prompt

Is there research showing marijuana is harmful to testosterone production?

Prompt

Expand on this – Nicotine, whether from cigarettes or e-cigarettes (vapes), has been shown in multiple studies to Lower testosterone production.

Prompt

Is this true? Excessive marijuana use could alter epigenetic patterns in hormone signaling pathways.

Prompt

Is this true? Smoking induces widespread epigenetic changes in testosterone-producing cells, potentially affecting Leydig cell function long-term.

Reduce EMF Exposure

Prompt

Expand on this statement “The research on electromagnetic field (EMF) exposure on testosterone production shows mixed results, though there are some concerning findings that warrant attention.”

Environmental Working Group

The Environmental Working Group is the aspiring testosterone warrior’s true ally.

Go to www.ewg.org/skindeep and look up all of your personal care products to see what EDC’s they contain.

You can also get the app in Google Play or App Store.

Getting toxic personal care products out of your life should be a top priority.

The main objective of audio 6 is to make you aware of how diminished System 2 function effects your endocrine system and it’s ability to produce natural, healthy levels of testosterone.

While I present some of the most dangerous forces attacking our cognitive function today, the list is far from being all inclusive.

As an aspiring mind warrior, your objective should be to keep this issue at the forefront of your awareness by actively researching it and consistently working to protect your brain while sharpening your System 2 thinking skills.

Digital Amnesia

Another high level threat to our mental and physical health is something called digital amnesia.

Constant digital stimulation like endless scrolling, algorithm-fed content, and dopamine-driven notifications is training your brain to exist in a state of perpetual distraction.

The nervous system becomes dysregulated, oscillating between apathy caused by overload and boredom and agitation caused by overstimulation and novelty chasing.

In this state, the brain struggles to form long-term memories or develop a stable, coherent sense of self.

This condition is increasingly referred to as digital amnesia, the condition where people can’t remember information because they unconsciously outsource memory to devices.

The implications of digital amnesia extend far beyond simply forgetting phone numbers or directions.

When your mind is constantly hijacked by notifications, likes, and personalized feeds, your ability to integrate experiences into a meaningful internal narrative is compromised.

Without memory, there’s no identity.

And into that vacuum, algorithms install a new one.

Social media platforms don’t just track your behavior, they shape it, nudging you toward values, opinions, and habits that align with engagement metrics, not your authentic self.

It is a sinister machine that constantly erodes our System 2 functionality while simultaneously reinforcing the zombie-mode behaviors of System 1 thinking.

You slowly stop asking, “Who am I?” and start becoming what the feed reflects back to you, someone fragmented, reactive, and easily influenced.

When we consistently rely on digital devices to store information, we weaken the neural pathways responsible for deep learning and long-term memory consolidation.

The homeostasis craving brain, following the principle of “use it or lose it,” begins to allocate fewer resources to memory formation when it perceives that information storage is being handled externally.

If you are attempting to adopt a new pro-testosterone lifestyle, digital amnesia adds another threat to your mindset.

Digital Amnesia Undermines Habit Formation

To form a new lifestyle, your brain needs repetition, presence, and memory but constant digital input hijacks attention and short-circuits the brain’s ability to encode new habits into long-term memory.

This causes you to keep starting over, not because you’re lazy, but because your brain is having difficulty integrating the change.

Identity Disruption Creates Internal Conflict

Adopting a pro-testosterone lifestyle means aligning with traits like discipline, groundedness, physicality, and clarity.

If your nervous system is wired by algorithms to be impulsive, distracted, reactive, and approval-seeking, those values feel foreign and become much harder align with.

So your brain doesn’t trust the new behaviors because they’re not reinforced by a strong, coherent identity.

Nervous System Dysregulation Leads to Burnout & Relapse

A dysregulated nervous system constantly ping-ponging between dopamine spikes (scrolling, likes, novelty) and emotional crashes (exhaustion, indecision, numbness) kills your willpower and makes high-effort tasks, like working out, cooking, meditating and neurotoxin avoidance feel difficult and unattractive.

So you relapse by chowing down on some tasty junk food, skipping the gym, hitting PornHub and bingeing other meaningless content…each relapse reinforcing your identity as someone who “just isn’t that disciplined.”

The Algorithm Hijacks Your Masculine Identity

Pro-testosterone living is about mastering your goals, your time, your body and…YOUR MIND.

But the algorithm doesn’t want mastery, it wants engagement.

It’s designed to feed you dopamine loops, comfort-seeking behaviors and the instant gratification culture that deconditions your MENTAL resilience

While you may want to live a pro-testosterone lifestyle cultivating physical and mental resilience,  modern digital life slowly reshapes you into a consumer of nonsense not a creator of value.

So what can you do?

Use the Metacognition Motitation (audio 8)

Interrupt your digital activities by pausing and asking yourself, knowing what you know now, whether what you doing in this moment is moving you closer to or away from your goal of living a pro-testosterone lifestyle.

Digital Detox = Nervous System Reset

You can’t build a strong identity in a fragmented attention economy.

Reducing digital noise restores mental stillness and memory integration, two pillars of change.

Replace Inputs with Aligned Content

Instead of eliminating all input, curate pro-testosterone, high-discipline content in the form of both text, audio books and long-form podcasts produced by grounded creators.

Let your brain be shaped by intentional input….design your own mind!

Change Removes Us From Our Comfort Zone, Don’t Get Discouraged

It will feel unnatural at first but that’s not failure, it’s proof your nervous system is being rewired.

Track Identity, Not Just Habits

This is another metacognition strategy (audio 8).

Routinely ask yourself… Who am I becoming by doing this?

Anchor every action to a masculine identity shift and work on becoming a testosterone warrior.

The Indoctrinated Brain

This is one of the three books that inspired audio 6 of Testosterone Warrior Mindset.

I’ve included this summary for those of you who would like to take a deeper dive into the “forces” behind the cognitive decline of society.

As you’ll see, some of the assertions are controversial but the book gets over 700 reviews on Amazon with an average of 4.6 out of 5.

Whether a part of this is intentional or not, it’s hard to deny that there are multiple assaults taking place on our cognitive functions each day.

Dr. Michael Nehls argues that contemporary society is experiencing widespread brain damage due to a combination of lifestyle, environmental, technological, pharmaceutical, and psychological factors.

Together, these assaults undermine individuality, critical thinking, creativity, and mental freedom.

Major Causes and Their Effects

1. Chronic Stress and Fear Propaganda

• Mechanism: Constant media-induced anxiety (e.g., pandemic fears, war, climate crisis) triggers long-term stress responses.
• Effect: Chronic stress elevates glucocorticoids (stress hormones), suppressing hippocampal neurogenesis, shrinking the hippocampus, and eroding autobiographical memory which is key for individuality and critical thought. Leads to increased fear, anxiety, depression, and conformity.
• Reference: PTSD research; stress-hormone studies demonstrating hippocampal volume loss.

2. Lifestyle-Driven Hippocampal Atrophy

• Mechanism: Modern sedentary lifestyle, poor diet (including deficiencies in vitamin D, iodine, and omega-3), isolation, reduced free play, poor sleep, and lack of meaningful social bonds.
• Effect: Reduces adult hippocampal neurogenesis and neuroplasticity, leading to cognitive stagnation, depression, decline in System 2 (reflective) thinking, and increased “zombie mode” behavior (automatic, stereotyped responses).
• Reference: Studies on neurogenesis; association between lifestyle and hippocampal volume; effect of exercise on brain growth.

3. Pharmaceutical/Genetic Interventions (Spiking/mRNA Vaccines)

• Mechanism: Administration of mRNA-based COVID-19 vaccines and associated spike proteins, accompanied by inflammatory lipid nanoparticle delivery systems, is argued to cause neuroinflammation.
• Effect: Potential inhibition of neurogenesis, toxic effects on neural tissue, possible links to long-term cognitive deficits (“brain fog”), increased risk of depression, anxiety, and neurodegenerative conditions such as dementia/Alzheimer’s.
• Reference: Animal studies on spike protein and hippocampal inflammation/neurogenesis suppression; VAERS data on neurological adverse events.

4. Media and Technological Manipulation/Overload

• Mechanism: Ubiquitous digital media, algorithm-driven content, and constant connectivity reduce face-to-face socialization and expose individuals to engineered narratives (“technocratic narrative”), repetition, and censorship.
• Effect: Leads to decreased attention span and memory, increased anxiety, erosion of critical thinking, and reinforcement of groupthink or mass formation (“mass psychosis”).
• Reference: Psychological studies on conformity (Asch); contemporary research on media use and cognition.

5. Social Isolation

• Mechanism: Lockdowns, social distancing, and disintegration of traditional family/community ties decrease meaningful human contact.
• Effect: Amplifies loneliness, impairs neurogenesis (especially via oxytocin connection), increases risk of depression and cognitive decline, reduces resilience against propaganda.
• Reference: Research on social bonding, oxytocin, and hippocampal growth; studies on impact of lockdowns.

6. Deliberate Indoctrination and Narrative Overwrite

• Mechanism: Systematic exposure to manipulated narratives, contradictory messaging, and psychological operations meant to foster confusion, fatigue, and compliance.
• Effect: Overwrites autobiographical index neurons, replacing personal memories and values with those of the “technocratic narrative,” enabling mass suggestibility and loss of individuality.
• Reference: Analysis of Communist POW indoctrination methods (Biderman); parallels drawn to modern propaganda.

Research and References

1. Stress/Anxiety: ENIGMA-PGC PTSD consortium (hippocampal volume loss); Berntsen & Rubin on pre-traumatic stress; Eyles et al. on vitamin D and brain function.
2. Neurogenesis & Lifestyle: Spalding et al., Boldrini et al. (adult hippocampal neurogenesis); Erickson et al. (effect of exercise).
3. Spike Protein/Inflammation: Vallières et al. (IL-6, TNF-alpha, adult neurogenesis); Wu et al., Ballout et al. (spike protein and brain inflammation).
4. Media/Conformity: Solomon Asch’s conformity experiments; Mass formation concept—Desmet, Malone.
5. Isolation: Düzel et al. (loneliness and brain volume); Stahn et al. (Antarctic isolation study).
6. Indoctrination: Biderman’s Diagram of Coercion, Communist POW studies; Hinkle and Wolff’s interrogation research.
7. Vitamin Deficiency: Cannell et al., Grant et al., Borsche et al. (vitamin D and COVID-19 outcomes, cognition).
8. Pharmaceutical Harm: VAERS data; PFIZER document analysis (Naomi Wolf et al.).

In summary:
The book presents an integrative, neuroscience-based and sociopolitical argument claiming that societal “brain damage” is intentionally and unintentionally promoted through multiple, converging, scientifically recognized as well as controversial mechanisms, primarily targeting the hippocampus and thus individuality and mental freedom.

Supported by a mix of peer-reviewed studies, observational data, and analysis of social/psychological experiments.

The Dual Theory of Mind

Prompt

What is the Dual-System Theory of Mind?

Prompt

Explain the trend, due to PFC burnout, under use of the PFC, neurotoxins and lifestyle factors that show people becoming more unable to access their System 2 faculties and potential problems this entails.

Prompt

Expand on this – There is a growing trend toward factors that impair PFC function like neurotoxins, stress, digital distraction, PFC under use,over use and poor lifestyle habits, which can undermine System 2 faculties.

Zombie Mode

Prompt

In Francis Cricks’s so-called zombie state, actions and thoughts are stereotypical and habitual, guided entirely by well-worn neural pathways formed by past conditioning and external influence. How does this apply to habitual System 1 thinking?

Executive 2 Faculties

Prompt

List the System 2 Executive functions and how they apply to everyday life. Then explain how people are losing access to these functions and why.

Prompt

Is it true if you have poor system 2 executive function it will be hard to set and accomplish goals, visualize and be productive in life?

Prompt

Explain how loss of System 2 faculties with more reliance on System 1 makes someone more susceptible to group think, tribal affiliations and indoctrination.

PFC Burnout

Prompt

Describe PFC burnout and how it can shift someone to the more suggestible, emotionally reactive state of System 1.

Prompt

Can PFC fatigue become dangerous if the brain is not allowed to fully recover during sleep at night?

PFC Underuse

Prompt
Explain how underuse of the PFC executive functions can lead to PFC atrophy and over reliance on System 1.

Stress and Neurogenesis

Prompt

Explain how stress affects the PFC and neurogenesis in the hippocampus and describe how this can prevent access to System 2 thinking keeping someone in System 1.

Prompt

Studies show that chronically stressed individuals have a larger and more reactive amygdala that is linked to poor emotional regulation and increased anxiety disorders.

Prompt

Provide a focused “Amygdala Reset Protocol” with daily actions, breathwork, somatic tools, and lifestyle tweaks designed to restore limbic balance and strengthen System 2.

Prompt

Is there a statistic suggesting how many people in the USA suffer from chronic sustained stress and anxiety? Is this a concerning trend?

News Creates System 1 Thinkers

Prompt

Can chronic low-grade stress shrink the hippocampus and affect neurogenesis causing dysfunction of the hippocampus? Can this cause someone to default to System 1 thinking?

Prompt

What percentage of the population is affected with anxiety over the constant negative news headlines?

EDC’s and the Brain

Prompt

Explain how endocrine disrupting chemicals affect the PFC and neurogenesis in the hippocampus and describe how this can prevent access to System 2 thinking keeping someone in System 1. Explain why these two regions of the brain are so susceptible to harm by

Prompt

How do cortisol and environmental toxins affect the hippocampus and System 2 thinking?

Prompt

What percentage of the population in the USA have EDC’s like BPA in them? Is contamination with EDCs a concerning trend?

Stress and Fear Creates Zombies

Prompt

Explain how stress and fear harm System 2 functionality keeping someone in the more suggestible, emotionally reactive state of System 1.

Prompt

Expand on this statement – Chronic exposure to neurotoxins, sustained psychological stress, and poor lifestyle habits are increasingly impairing key brain regions like the prefrontal cortex and hippocampus. This degradation in cognitive function weakens attention, memory, and emotional regulation, pushing individuals to rely more heavily on automatic, reactive System 1 thinking. As a result, many struggle to engage in the reflective, intentional processes of System 2 that are essential for making thoughtful decisions, breaking unhealthy habits, and pursuing meaningful, productive lives.

Homeostatic Thinking

Prompt

Explain homeostasis thinking, compare it to System 1 thinking and then explain how homeostasis prefers System 1 thinking over System 2 thinking and why.

System 2 Exercises

Prompt

I want to sharpen my System 2 PFC executive functions. List the exercises I need to perform and any apps that may be available I can use to strengthen each of my executive functions. In addition list every exercise and other lifestyle factors I can incorporate that will strengthen and grow my hippocampus. Take all these and create a weekly program I can follow to improve my System 2 functionality.

Digital Amnesia

Prompt

Expand on this…Digital Amnesia – Constant digital stimulation creates a nervous system stuck between apathy and agitation preventing the formation of lasting memories and why it is relevant to someone trying to adopt a new pro-testosterone lifestyle and finding it difficult.

Audio 6 was inspired by these books…

To change your mindset requires a healthy, functional brain capable of producing the required neurotransmitters needed to operate your higher cognitive functions.

Chase Hughs does a good job of explaining this and offers some valuable techniques on how to change your mindset.

Throughout Testosterone Warrior Mindset I often refer to the “automatic mind” which is a part of you that will eventually take over and completely run your life, if you let it.

What I call the automatic mind is your nervous system combined with your subconscious or what neuroscience refers to as our automatic, implicit, non-conscious systems.

These include the habit system (basal ganglia), implicit memory systems, emotional salience networks (like the amygdala), and the default mode network (DMN).

The automatic mind shapes our behavior and how we perceive reality.

The nervous system part of your automatic mind is an antenna that represents you in the so-called quantum field of Life.

Your antenna sends out energy stimulating the Field which attracts back like energy.

The automatic neural system part of your automatic mind programs the frequencies your antenna broadcasts.

The automatic mind manifests your life, not the conscious mind and all change happens by changing the automatic neural system which adjusts the frequencies your quantum antenna sends and receives.

You tune the frequencies your automatic mind broadcasts through effort of the conscious mind.

If you don’t, repetitious patterns of past experiences will.

So…

Automatic mind ≈ Your nervous system + your  automatic neural systems (neuroscience).

Your automatic mind is always running, shaping perception, behavior, and belief behind the scenes.

You will become the repetitious patterns of your automatic mind if you do not harness it with your conscious mind.

Audio 8 will help you do this.

Prompt

It’s said that repetition is the “mother of all learning,” what is the science that backs this?

Prompt

Is there science to back affirmations?

Motitational Metacognition Strategy
AudioTEACH.com

The Thought Swap Motitation is a 15 minute instructional guide repeated twice (30minutes) on the audio that introduces and explains how to use a powerful metacognition technique that can potentially be life changing if used.

For instructions on how to use a Motitation, listen to audio 7, How To Use A Motitation.

Policing and guiding your thoughts

The most effective mind tool you can develop to break System 1 behavior is metacognition, a form of self reflection.

Metacognition is a System 2 function.

Metacognition simply means thinking about your thinking and is the perquisite for all other mind tools.

It’s the conscious spotlight that lets you catch System 1 in action, interrupt it, and redirect your thinking toward more thoughtful, rational, intentional choices.

It’s about using your conscious awareness to observe and objectively evaluate your automatic thinking patterns and mental processes.

As we know now, automatic programs run our lives and most often we have no idea how they got there.

We are looking for not only the mechanics of System 1 thought like a snap judgment or automatic lazy thought but also the content of that thought so you can analyze the validity of it, and change it if needed.

Let me give a quick simple example.

When I was young there was this actor that I always disliked even though I enjoyed his movies.

One day, I asked myself why do I dislike this guy?

The answer was, when I was very young I remember how my mother always said how she disliked this actor so I just inherited that belief.

Mom didn’t like him for whatever reason…. so I didn’t either.

After I realized this, I changed that faulty belief and the actor became one of my favorites and I liked him a lot.

At the time I used metacognition without even knowing what it was.

This is a simple example of a serious phenomenon that we experience each day.

We judge, we make decisions and we see life through the lens of old outdated and faulty thinking and beliefs.

It also reflects how System 1 presents us thoughts that we automatically accept without question and believe to be true when in fact they may not be.

You want to question your thought especially the ones that might be giving you problems in life.

You want to catch when you engage in System 1 thinking but also the content of the thoughts it presents.

Why do I think this way?
Why do I feel this way?
Where does this belief come?
Why am I choosing this?

This allows you discard old beliefs and consciously choose new thoughts that align with your goals and prevents automatic thinking from running your life on the repeating patterns of your past.

Just like I did in the story above.

Remember, just because you think it, doesn’t mean it’s true and the more you start to understand the nature of life the more you will see the fragile nature of our preconceived perception of reality.

I’ve had an interest in the global power structures, social engineering and mind control for nearly 30 years.

You need to understand that there really are entities working 24/7/365 to shape your perception which causes you to think, act and feel the way THEY want you to think, act and feel.

This is not some conspiracy theory and is well known to those who research it.

To see and understand how this works requires strong System 2 metacognition skills.

When you practice metacognition, you peel back the deceptive layers of the control matrix.

An important step in developing a warrior mindset is to understand that while you are not your thoughts, they will ultimately dictate the direction of your life and because we all have faulty thoughts, it is imperative that we analyze our thinking and change course as needed.

The Thought Swap

The Thought Swap is of the most powerful metacognitive strategies for breaking free of homeostatic thinking and priming your mind for higher cognitive function.

It’s called Thought Swap because you it to swap old, deceptive, disempowering thoughts with ones you consciously choose.

You become the architect of your own life.

Pause Technique (Thought Swap)

A simple and extremely effective way to use metacognition and catch your automatic reactive thinking is as you go about your day and something triggers you, immediately PAUSE and ask…

What emotion am I feeling – anger, sadness, or fear?

Reflect and ask yourself: “How would I prefer to feel about this?”

So…

Any trigger → Pause → Question → Reflect by focusing on the desired experience.

I personally use this all the time when I find myself of on the cusp of an automatic reaction by simply PAUSING and then asking…

WHAT’S THE BEST LOGICAL ACTION TO TAKE HERE?

Reflecting a bit and then proceeding.

Pause → Question → Reflect is a simple and powerful tool for exercising System 2 skills.

Stop letting System 1 make your decisions, activate System 2 by pausing, analyzing and then deciding.

This is a tool you can use not only with triggers but also to identify homeostatic System 1 thinking and then overriding those lazy quick-fix behaviors with System 2 logic.

We can supercharge this technique with Socratic questioning.

Socratic questioning involves systematically interrogating your own beliefs, assumptions, and reasoning through a series of probing questions.

This ancient practice, inspired by Socrates’ method of inquiry, helps you dig deeper into the foundations of your thinking and uncover hidden assumptions or logical inconsistencies.

The power of Socratic questioning lies in its ability to reveal the often-unconscious homeostatic premises underlying your thoughts and decisions.

Questions like…

“What evidence supports this belief?”

“What are the implications of this assumption?”

“Where does this belief come from?”

“How might someone with a different perspective view this?”

“What questions does this raise?”

…force you to examine your thinking from multiple angles.

Use Socratic questions with the Pause Before Reaction Technique above.

Remember…

Any trigger → Pause → Question → Focus on desired experience

Examine your biases.

Scrutinize your beliefs.

Make it a point to start using metacognition today and actively interrogate your thoughts because without metacognition, you won’t even realize you’re being driven by System 1, you’ll just be in it, led by it and eventually imprisoned by it.

Listen to the Motitation until you automatically pause, question and reflect every time an emotional, reactive System 1 thought comes up and tries to steer you in a direction you may not want to go.

Make the effort to harness your automatic mind and choose your own path in life.

Prompt

The Socratic method of pause, question and reflect is a form of metacognition, what is the research showing this is beneficial?

Motitational Warrior Lifestyle Strategy
AudioTEACH.com

The Testosterone Warrior Mindset Motitation condenses nine fundamental pillars of healthy testosterone production into about 15 minutes (repeated twice on the audio = 30ish minutes).

You listen to this repeatedly only if you want to burn these nine pillars into your subconscious making adherence to pro-testosterone habits throughout the day much easier.

You’ll notice that a few of the items we discussed in Warrior Epigenetics are not here like for example intermittent fasting because while this is effective and recommended, you can still achieve healthy testosterone if you do not intermittent fast.

However, leaving any one of the pillars in this Motitation OUT of your pro-testosterone lifestyle game plan may result in less than optimal testosterone production.

If you’ve ever read a book, listened to an audio or watched a video that teaches a new skill and then tried to recall details a few weeks later, you’ll understand the importance of this Motitation.

It may seem silly to listen over and over but this is just one of the ways we learn and won’t seem silly if it helps you succeed at raising you testosterone.

If you are serious about living a pro-testosterone lifestyle which of course is an all around, pro-health, empowering lifestyle, then spending some time burning these pillars and the reasoning behind them into your neural architecture might be a wise System 2 decision.

For instructions on how to use a Motitation, listen to audio 7, How To Use A Motitation.

The ability to engage in System 2 thought gives humans a great advantage over other species.

This advantage however consumes a great deal of energy.

Our brain, despite comprising only about 2% of our body weight, consumes approximately 20% of our body’s total energy.

When we engage in complex cognitive tasks like problem-solving, critical analysis, or learning new concepts, our brain requires significantly more glucose and oxygen than when operating on autopilot.

This metabolic cost creates a biological resistance to sustained deep thinking, as our homeostatic systems are designed to conserve energy whenever possible.

Our brains have evolved to prefer certainty and established patterns, making deep System 2 thought feel like a struggle.

This explains why many people avoid intellectual challenges and gravitate toward activities that provide immediate mental comfort, like scrolling through social media, watching television, or engaging in familiar routines that don’t tax the brain’s resources.

It becomes a challenge to set and pursue goals and take initiative when the brain is in a low energy mode.

Forget finding success with positive thinking, manifesting or any other psychological tactic if you have an unhealthy brain, fuel starved brain.

Cultivating a resilient, happy and vibrant brain should be the top priority for all aspiring mind warriors because without a healthy brain you will not be able to think correctly and it will be difficult to take the initiative to live a rewarding life which means protecting and nourishing your brain should a top priority.

This is why as mind warriors it is important to keep our brain energized.

Consume Premium Grade Brain Fuel

Your brain is an energy hungry organ that requires premium fuel to perform at it’s best.

It’s just foolish to feed your brain low-cost toxic junk food and then expect it to perform well.

This is why the number one rule in the Mind Warrior Diet is to EAT CLEAN.

If you are a vegetarian but you eat vegetables grown in nutrient-deficient soil that have been sprayed with neurotoxic chemicals then you are eating disease promoting diet that will not be conducive to a healthy brain.

If you are a meat eater but you eat animals grown in factory farms fed food unnatural to their species and shot up with growth hormones and antibiotics, then you have a toxic, disease promoting diet that will not be conducive to a healthy brain.

It doesn’t matter if you eat a Mediterranean Diet, Blue Zone Diet, high carb, low carb, high protein, low protein and on and on… If you’re eating food that has been adulterated and/or is loaded with industrial chemicals you are not eating a diet conducive to optimal hippocampal neurogenesis and overall brain health.

People can argue all day long about the optimal human diet but one thing is for certain, the optimal human diet does not contain the neurotoxic chemicals we find in our food supply today.

Eating clean, unadulterated, nutrient dense and calorie deficient foods is the first and most important step that you can take to strengthen not only your brain but your entire body which means avoiding processed foods like seed oils and excessive sugar are imperative.

Your brain can function very well on both glucose and on ketones, but for stable, inflammation-resistant System 2 thinking, ketones may offer a cleaner, longer-lasting fuel, especially in people with metabolic or cognitive vulnerabilities.

But If you do eat carnivore or Keto make sure you’re getting enough ketones to power your mental machine and if you go the glucose route, quality lower glycemic complex carbs are a good option.

A diet rich in fruits, vegetables, complex carbs, lean proteins, and healthy fats provides the essential nutrients your brain needs to function optimally.

Omega-3 fatty acids, found in fish are particularly important for brain health and cognitive function.

Remember when it comes to diet, whether you are a vegetarian, omnivore or carnivore, eating clean, unprocessed food that provides adequate fuel for your brain is the key.

Water is Crucial

Water is crucial for brain cell communication and the efficient functioning of neurotransmitters and even mild dehydration can impair cognitive performance, particularly for tasks requiring attention, memory, and executive function.

Research published in the British Journal of Nutrition found that proper hydration significantly improved reaction time and sustained attention in cognitive tests.

But it’s not only what you eat that powers a highly functioning warrior mind but when you eat.

Intermittent Fasting Can Enhance Cognitive Function

Intermittent Fasting is surely not a prerequisite for a healthy brain but an occasional fast surely wouldn’t hurt.

Emerging research indicates that intermittent fasting can enhance cognitive function and mental clarity.

When the body enters a fasted state, it produces ketones, which provide an efficient energy source for the brain.

Studies show this metabolic shift promotes neuroplasticity.

A review in the New England Journal of Medicine found that intermittent fasting triggers evolutionary adaptive responses that improve glucose regulation, increase stress resistance, and suppress inflammation, all factors that support brain function.

Common approaches include time-restricted eating like limiting food intake to an 8-hour window or occasional full-day fasts, with many reporting peak mental clarity after 14-16 hours without food.

I’ve been eating this way for years and would never go back to three meals a day.

Just make sure you consume enough calories in that feeding window because active brains get hungry.

Eat Hippocampal Nutrients that Encourage Neurogenesis and Repair

The hippocampus is so crucial for our ability to think correctly, it deserves special attention.

After all , we don’t want to starve the part of our brain responsible for index neuron neurogenesis so it’s better to have a big fat hippocampus as opposed to a frail, skinny one, metaphorically speaking.

I said earlier that a diet rich in fruits, vegetables, complex carbs, lean proteins, and healthy fats provides the essential nutrients your brain needs to function optimally and but this may not always be true because of the poor state of our food supply today.

For this reason I’m an advocate of supplementing essential nutrients just in case.

The the critical hippocampal nutrients are…

Iodine

Iodine is an essential trace element required for the synthesis of thyroid hormones, which are critical for brain development and overall metabolic regulation.

Adequate iodine is essential for proper thyroid hormone production, which in turn is necessary for healthy neurogenesis in the hippocampus.

A deficiency in iodine can result in a measurable loss of cognitive capacity and IQ, undermining both memory formation and maintenance.

This goes without saying those with ongoing thyroid issues may have diminished hippocampal neurogenesis.

Aquatic Omega-3 Fatty Acids (EPA and DHA)

Two key omega-3 fatty acids, EPA and DHA are indispensable building blocks for healthy brain cell membranes and precursors for anti-inflammatory cytokines.

EPA and DHA are predominantly found in marine sources and are necessary for the formation and maintenance of hippocampal neurons.

Deficiency results in reduced hippocampal volume and poorer cognitive performance and cannot be compensated for by plant-based omega-3s due to humans’ limited ability to convert them.

Vitamin D

Vitamin D acts as a neurosteroid, meaning it directly influences brain function, gene expression, and especially immune regulation in the brain.

Optimal vitamin D levels are necessary to maintain hippocampal neurogenesis in the hippocampus.

Low vitamin D levels lead to decreased neurogenesis, cognitive decline, impaired memory formation, increased depression, and higher susceptibility to neurodegenerative diseases like Alzheimer’s.

B-Complex Vitamins

B vitamins (especially B12, folate, and B6) are known to be crucial for the synthesis of neurotransmitters, DNA methylation, and prevention of neurodegeneration.

Other Trace Elements and Vitamins

Iron, zinc, magnesium, selenium, vitamin C, and vitamin E all play roles in neuron health, antioxidative defense, neurotransmitter synthesis, and inflammation control.

Deficiencies in any of these can impair neurogenesis, memory formation, and cognitive performance.

Notable supplements are…

Curcumin

The active compound in turmeric, curcumin, has neuroprotective effects and supports hippocampal neurogenesis in experimental studies.

Resveratrol

Found in grapes and red wine, this antioxidant may promote neurogenesis and protect against chemical neurotoxicity.

Remember that the hippocampus is highly susceptible to inflammation so anti-inflammatory foods and supplements are key.

Now that we have a well fed brain, let’s explore the option of taking the next step.

Fuel The Furnace of Your Mind

Nootropics, particularly the most well-researched ones can offer modest but meaningful cognitive benefits, especially in areas like focus, memory, and mental clarity, when used responsibly and as part of a healthy lifestyle.

However, their effects are typically subtle, and they work best when stacked with good sleep, exercise, and nutrition.

While they’re unlikely to turn you into a genius overnight, the right nootropics can help optimize brain function, not by replacing effort or learning, but by supporting the biological foundations of System 2 that enable it.

Nootropics are commonly used by System 2 thinking mind warriors seeking to optimize mental clarity or combat cognitive decline.

There are three broad categories, synthetic, prescription and natural.

With the exception of one, we’ll just discuss natural nootropics.

The Safest Nootropics For Mind Warriors

Below is a list of some of the safest nootropics, based on current scientific understanding and user reports.

Please always do your own research and if needed, consult with a knowledgeable professional before starting any new supplement or drug, as individual reactions can vary.

Caffeine with L-theanine

Caffeine is the world’s most widely used psychoactive substance for good reason.

It blocks adenosine receptors in the brain, preventing the onset of fatigue and increasing alertness. Research shows it can improve reaction time, logical reasoning, and vigilance for complex tasks.

L-Theanine, an amino acid in green tea, promotes relaxation without sedation so together these two promote Improved focus, attention, and reduced anxiety.

This combination is widely studied and consumed globally. L-Theanine mitigates caffeine’s jittery effects, providing a balanced focus. Typical doses are 100-200 mg caffeine with 100-400 mg L-Theanine (a 1:2 ratio is often ideal).

Omega-3 Fatty Acids (DHA/EPA)

These are essential fats found in fish oil or algae oil, critical for brain health.

Omega-3’s have been extensively researched with a strong safety profile and are a natural part of the diet, especially in fatty fish like salmon.

They support brain cell structure, reduce inflammation, and may improve memory and mood.

Common doses are 500-1000 mg of combined DHA/EPA daily.

Remember we live in a toxic world, always seek high-quality, purified supplements to avoid contaminants.

Bacopa Monnieri

This is an adaptogenic herb that has been used in Ayurvedic medicine for centuries. It has a long history of traditional use and clinical studies showing minimal side effects at standard doses (300-600 mg daily of a standardized extract).

Bacopa enhances memory formation and reduces stress by modulating neurotransmitters and cortisol levels.

Effects often take 4-6 weeks to manifest.

Rhodiola Rosea

Rhodiola is also an adaptogenic herb from Arctic regions, used to combat stress and fatigue. It Improves mental clarity under stress, reduces fatigue, and may boost mood by balancing stress hormones.

Rhodiola is well-tolerated in studies at doses of 50-300 mg daily, with a low incidence of side effects.

Magnesium L-Threonate

This form of magnesium is designed to cross the blood-brain barrier more effectively than other types. It supports synaptic plasticity, potentially improving learning and memory, and may aid sleep and relaxation.

Magnesium is an essential mineral, and this form has shown good tolerability in research.

Typical doses are 1-2 grams daily.

Creatine

An amino acid, creatine serves as a building block for protein synthesis in your body. While widely recognized as a bodybuilding supplement for enhancing muscle development, it also offers significant cognitive benefits.

Once ingested, creatine crosses into brain tissue and combines with phosphate to form a compound that provides rapid energy to neural cells.

This enhanced cellular energy supply has been associated with better short-term memory function and improved reasoning abilities, with particularly notable effects observed in vegetarians and individuals experiencing high stress levels.

Creatine is one of the most highly researched amino acids.

Methylene Blue

Now, this is not a natural substance like the ones we just talked about but it has a decent safety profile and is a fast rising star not only in the biohacker community but also as a novel treatment for degenerative neurological conditions like Alzheimer’s and dementia.

This is also what RFK was supposedly seen taking while in flight.

Generally, the nootropics we just discussed, with the exception of the caffeine stack, take some time to produce a noticeable effect.

In my experience this is not the case with methylene blue especially when combined with a cup of coffee.

Almost immediately I feel a sense of clarity and a subtle surge of energy that lasts for for an hour or two.

I am on it as I write this.

So what is methylene blue?

Methylene blue is a synthetic organic dye that was first synthesized in 1876 by Heinrich Caro.

While known for its vibrant blue color and use as a dye, it has a long history of medicinal and biological applications.

So not only was it a dye for blue jeans but also possibly one of the world’s first synthetic drugs.

It has a variety of potential nootropic benefits, some of which are supported by more research than others:

Methylene blue is known to support mitochondrial health, which is crucial for brain function since mitochondria are the powerhouses of cells, generating the energy needed for neuronal activity.

By acting as an electron carrier in the mitochondrial electron transport chain, methylene blue helps optimize energy production, reducing oxidative stress and improving ATP synthesis.

This enhanced energy availability can lead to better cognitive performance, improved focus, and reduced mental fatigue, especially in demanding tasks or aging brains where mitochondrial efficiency often declines.

Methylene blue has potent neuroprotective properties, shielding brain cells from damage caused by oxidative stress, inflammation, and neurotoxins.

It functions as an antioxidant by scavenging free radicals and reducing reactive oxygen species (ROS), which are implicated in neurodegenerative diseases like Alzheimer’s and Parkinson’s.

By protecting neurons from these harmful processes, methylene blue may help preserve cognitive function over time and potentially slow the progression of age-related cognitive decline or disease.

Research suggests that methylene blue can enhance memory and learning capabilities by modulating neurotransmitter activity and synaptic plasticity, the brain’s ability to form and strengthen neural connections.

It inhibits cholinesterase, an enzyme that breaks down acetylcholine, a neurotransmitter critical for memory and learning.

By increasing acetylcholine levels, methylene blue may improve memory consolidation and retrieval, making it a potential aid for students, professionals, or individuals experiencing memory challenges.

Methylene blue has shown promise in alleviating symptoms of depression and anxiety, likely due to its effects on monoamine oxidase (MAO) inhibition and nitric oxide regulation.

By inhibiting MAO, it increases levels of serotonin and other mood-regulating neurotransmitters, which can improve emotional well-being. Additionally, its ability to reduce oxidative stress in the brain may mitigate inflammation-linked mood disorders.

This dual action makes methylene blue a potential adjunctive therapy for individuals struggling with mood-related cognitive impairments.

It’s important to remember that while promising, much of the research is still in preliminary stages, and unlike the first natural nootropics we discussed, methylene blue can cause serious drug interactions in people taking SSRIs and other types of antidepressants.

If you’re on any kind of medication you need to really do your research before trying methylene blue.

The only side effect I’ve ever experienced is blue urine and a blue tongue both of which subside fairly quickly.

So yeah, methylene blue is used and loved by many mind warriors but it also has a potential dark side however this appears to mostly apply to those taking antidepressants.

While all these nootropics, even methylene blue, are among the safest based on available evidence, safety depends on dosage, your health and the quality of the nootropic and as they say, “results may vary” so do your homework.

Important – See the EDC removal strategy and adopt a neurotoxin removal strategy as it will be very difficult to progress with the exercises below if your brain is being compromised with toxins.

This protocol targets System 2 enhancement through neuroplasticity principles, combining evidence-based cognitive training with optimal nutrition and lifestyle factors to maximize executive function, memory, and cognitive control.

First, let’s clarify exactly what higher cognitive functions are.

Higher cognitive functions is a broad umbrella term for complex mental abilities that go beyond basic perception, motor skills, or reflexes.

Executive functions are a core part of higher cognitive functions, specifically focused on the control and regulation of thoughts and actions.

Higher Cognitive Functions – System 2

Abstract Reasoning – Engaging in logical or conceptual thinking, like math or philosophy.

Problem Solving – Systematic approaches to resolving novel or complex issues.

Metacognition – Reflecting on and regulating one’s own thought processes.

Learning (Effortful/Conceptual) – Active encoding and retrieval strategies, especially for complex or abstract material is System 2 while rote or procedural learning is mostly System 1.

Motitations are System 1 tools implemented by System 2 faculties.

Moral Reasoning and Ethics – When engaging in conscious deliberation over values and consequences.

Consciousness and Self-Awareness – Self-reflection and introspection are deliberate processes.

Executive Functions (PFC) – System 2

Working Memory – Actively holding and manipulating information requires effort and conscious focus.

Inhibitory Control – Overriding automatic or impulsive responses is a hallmark of deliberate control.

Cognitive Flexibility – Shifting mental sets takes deliberate awareness and adaptability.

Planning and Organization – Involves goal-setting, strategic sequencing, and foresight.

Decision Making (when effortful) – Deliberate evaluation of pros/cons and consequences.

Goal-Directed Behavior – Pursuing long-term objectives rather than short-term rewards.

Self-Monitoring and Error Correction – Involves conscious performance checks and adjustments.

Social Cognition (in complex situations) – Perspective-taking can require deliberate mental modeling.

Your Strategy

#1 – Listen to the Thought Swap Motitation repeatedly

Do this until the “switch” becomes automatic.

PRACTICE  designing your life by catching, evaluating and changing thoughts as needed.

Make it a game.

Your mind is a thinking machine, is very good at what it’s designed for and will do it’s own thing if not managed.

Working with the innate intelligence of the body, it will eventually run your life without much conscious input on your part.

This is just the way we are designed.

Like Dr. Joe Dispenza says, you become your past because you unconsciously repeatedly play out the programs of your familiar past.

You are not your body.

You are not your mind.

You are that which experiences life through both and that which is responsible for the management of both.

Because of free will, we can choose not to manage our thoughts and design our own life and many do simply out of ignorance of how it all works.

I know that’s a bit woo woo for some so more simply put we could say if you don’t consciously manage your patterned subconscious behaviors,  your life will end up reflecting them.

Commit to becoming the manager of your thoughts and the designer of your life.

Design your pro-testosterone life and live it.

Actually, design any life you want and live it.

Metacognition is key for doing this.

#2 – Exercise System 2 Faculties

Just like you exercise the muscles of your body, you must exercise the “muscles” of your mind.

The whole point of Testosterone Warrior Mindset is to expose the threat to your System 2 cognitive faculties and offer ways to correct it so you can live a successful pro-testosterone lifestyle with natural, healthy testosterone.

This requires healthy System 2 functionality.

The first thing you need to start doing is protect your brain, as much as possible, from the biological and psychological toxins that damage it.

The next thing that you must do is exercise your System 2 skills because like a muscle, they atrophy if not used.

As adults, much of our day-to-day life is habitual and routine, full of System 1 decisions we don’t need to “think” about because the solutions lie within a vast repository of already known outcomes the automatic mind can choose from.

Choosing chicken or fish for dinner or choosing what shirt to wear to the gym are System 1 decisions that take no mental effort to make.

Many of us have jobs consisting of repetitive actions requiring little or no System 2 engagement.

What’s worse, we spend down time in System 1 activities like scrolling social media and flipping through Instagram reels.

Remember the more time we spend in System 1 without activating System 2, the harder it becomes to access these skills when needed.

Exercising your higher functions requires that you stimulate the brain with novel experiences and activate each of the executive functions.

Your brain loves…

• Novel situations aka experiencing new things
• Learning new stuff
• Solving problems
• Stimulating social experiences

The higher functions in a brain lacking this stimulation grows weaker while the lower reptilian parts of the brain like the Default Mode Network (DMN) become stronger = zombie-mode.

Here you will find ways to exercise System 2 with phone apps and without.

Brain Training Apps

Dual N-Back Training (Brain Workshop, IQ Boost)
Google
Apple

Research: Jaeggi et al. (2008) showed improved fluid intelligence through n-back training
Protocol: 20 minutes daily, progressive difficulty
Target: Working memory capacity, cognitive flexibility

Cogmed Working Memory Training
Research: Klingberg et al. (2010) demonstrated sustained WM improvements
Protocol: 5 weeks, 30-45 minutes/day
Target: Visuospatial and auditory working memory
Memory & Pattern Recognition (Hippocampus-Focused)

Lumosity Memory Games
Google
Apple

Elevate (Memory training modules)
Peak (Memory Palace training)Research: Maguire et al. (2003) showed increased hippocampal gray matter in memory athletes
Protocol: Daily practice with increasingly complex information
Cambridge Brain Training (Attention modules)
CogniFit (Attention span training)
Forest App (Pomodoro technique with gamification)

Headspace (Mindfulness meditation)
Calm (Focus-specific meditations)

Ten Percent Happier (Evidence-based meditation)
Research: Tang et al. (2007) showed improved executive attention in 5 days
Protocol: 20 minutes daily focused attention meditation

Brain Training Without Apps

Prefrontal Cortex (PFC) Exercises

1. Complex Decision Trees

Create mental decision trees for complex scenarios by systematically mapping out all possible outcomes before acting.

Start with a real-life decision you’re facing, then mentally branch out every possible choice, their consequences, and subsequent options.

For example, if considering a career change, map out each potential path, the skills required, financial implications, timeline, and how each choice affects your long-term goals.

Practice this daily with both significant and minor decisions, forcing yourself to consider at least 3-4 levels deep before making any choice.

2. Multi-Step Mental Arithmetic With Constraints

Perform complex calculations entirely in your head while maintaining additional cognitive constraints.

Begin with problems like calculating compound interest over multiple years, but add restrictions such as only using prime numbers for intermediate steps, or calculating backwards from the answer.

For instance, if you know the final result should be around 1,500, work backwards to determine what principal and interest rate would achieve this over 7 years.
This exercise forces sustained attention and working memory while suppressing impulsive responses.

Hippocampus Exercises

1. Episodic Memory Palace Construction

Build detailed memory palaces using significant personal experiences as anchor points.

Choose a meaningful event from your past, then systematically attach new information you want to remember to specific elements within that memory.

For example, use your childhood bedroom to memorize a presentation by placing each key point on familiar objects (first point on the desk, second on the bookshelf).

Practice retrieving information by mentally walking through these spaces, strengthening both episodic memory formation and spatial-temporal processing that the hippocampus orchestrates.

2. Temporal Sequence Reconstruction
Practice reconstructing the precise chronological order of events from recent days without external aids.

Each evening, spend 10 minutes mentally reconstructing your previous day hour by hour, noting specific conversations, locations, and decisions made.

Then expand this to reconstruct the sequence of events from three days ago, focusing on the precise temporal relationships between activities.

This exercise strengthens the hippocampus’s role in temporal processing and episodic memory consolidation while building System 2’s deliberate recall capabilities.

Amygdala Exercises

1. Emotional Labeling and Reappraisal

When experiencing strong emotions, pause and engage in systematic emotional analysis rather than immediate reaction.

First, precisely label the emotion using specific terms (frustrated rather than just “upset,” or disappointed rather than “sad”).

Then, deliberately reframe the situation by asking: “What evidence supports and contradicts this emotional response?” and “How might I view this situation in five years?”

Practice this technique daily with both minor irritations and significant stressors, gradually building your ability to override amygdala-driven responses with deliberate System 2 processing.

2. Threat Assessment Calibration

Practice distinguishing between actual threats and false alarms by systematically evaluating your fight-or-flight responses.

When you notice physical arousal (increased heart rate, tension, alertness), pause and conduct a formal threat assessment: rate the actual danger level 1-10, identify what specifically triggered the response, and determine whether the reaction is proportional.

Keep a mental log of these assessments and their outcomes, training your amygdala to become more precise in its threat detection while strengthening System 2’s ability to override unnecessary alarm responses.

Reticular Activating System (RAS) Exercises

1. Intentional Attention Direction

Practice deliberately programming your RAS by setting specific daily attention targets.

Each morning, choose three specific things to notice throughout your day (e.g., architectural details, overheard conversations about technology, or instances of kindness).

Actively search for these targets while maintaining awareness of what you’re filtering out.

At day’s end, reflect on how this intentional programming affected your experience and what you discovered that you previously overlooked.

This exercise trains System 2 to consciously direct attention rather than operating on autopilot.

2. Selective Filtering Challenges

Create environments with competing stimuli and practice maintaining focus on predetermined targets.

In a busy café or public space, challenge yourself to follow a specific conversation while simultaneously counting how many people walk by wearing specific colors.

Alternatively, listen to two different podcasts simultaneously and attempt to follow the argument structure of one while noting emotional tone changes in the other.

These exercises strengthen your ability to consciously direct the RAS’s filtering mechanisms rather than allowing unconscious biases to determine what receives attention.

Anterior Cingulate Cortex (ACC) Exercises

1. Cognitive Conflict Resolution

Create situations where you must maintain performance despite conflicting information or impulses.

Practice the mental equivalent of the Stroop test by deliberately generating internal conflicts: when walking, count backwards from 100 by 7s while simultaneously planning your next day’s priorities.

Force yourself to maintain accuracy in both tasks despite the cognitive interference.

Another approach is to practice having imaginary debates where you argue both sides of an issue with equal vigor, switching perspectives every few minutes while maintaining logical consistency.

2. Error Monitoring and Correction

Develop heightened awareness of your own mistakes and cognitive errors through systematic self-monitoring.

During conversations, reading, or problem-solving, actively watch for moments when you make assumptions, jump to conclusions, or notice your attention wandering.

When you catch these errors, pause and consciously correct course rather than continuing automatically.

Keep a mental tally of how many self-corrections you make each day, gradually increasing your sensitivity to cognitive mistakes before they become behavioral errors.

This strengthens the ACC’s monitoring function and improves System 2’s supervisory control over automatic processes.

Important Insights Into Your PFC and Hippocampus

Novelty is Important to the PFC and Hippocampus

Novelty serves as a critical driver for both PFC and hippocampal function by forcing these brain regions out of their automatic System 1 processing patterns and into active engagement.

The PFC thrives on novel situations because they require deliberate System 2 processing, when faced with unfamiliar challenges, the prefrontal cortex must engage its working memory, planning, and decision-making functions rather than relying on established neural pathways.

For the hippocampus, novelty acts as a trigger for enhanced memory encoding, as the brain prioritizes storing information that differs from established patterns.

Novel experiences activate the hippocampus’s pattern separation functions, helping to create distinct memory traces rather than allowing new information to blend with existing memories.

This novelty-seeking behavior also stimulates the release of dopamine and acetylcholine, neurotransmitters that enhance neuroplasticity and strengthen the formation of new neural connections in both regions.

Patterned experiences are the life of a zombie excite and enhance your brain by doing new stuff.

Learning is Important to the PFC and Hippocampus
Learning represents the fundamental mechanism by which both the PFC and hippocampus maintain their structural and functional integrity throughout life.

For the PFC, learning complex skills and acquiring new knowledge strengthens the neural networks responsible for executive functions, abstract reasoning, and cognitive flexibility.

Each learning experience requires the prefrontal cortex to form new synaptic connections and refine existing ones, building cognitive reserves that protect against age-related decline.

The hippocampus depends even more critically on continuous learning, as this process drives neurogenesis, the formation of new neurons.

Learning-induced neurogenesis provides the hippocampus with fresh neural resources for encoding new memories while maintaining the plasticity necessary for memory consolidation and retrieval.

Without regular learning challenges, both regions experience synaptic pruning where unused connections are eliminated, leading to reduced cognitive capacity and memory function.

Adult neurogenesis in the hippocampus follows a strict “use it or lose it” principle, where newly generated neurons have a brief window to integrate into existing neural circuits before undergoing programmed cell death.

New hippocampal neurons, primarily generated in the dentate gyrus, face intense competition for survival during their first few weeks of existence.

Those that successfully form functional synaptic connections with existing networks and become activated through learning experiences will survive and mature into fully functional neurons.

In other words, never stop learning….like you are doing here.

Social Interaction is Important to the PFC and Hippocampus

Social interaction places unique and complex demands on both the PFC and hippocampus, making it one of the most cognitively enriching activities humans can engage in.

The PFC is heavily involved in social cognition, requiring it to simultaneously process theory of mind, understanding others’ mental states, inhibit inappropriate responses, plan social strategies, and navigate complex emotional dynamics.

These social challenges strengthen prefrontal circuits responsible for empathy, impulse control, and strategic thinking.

For the hippocampus, social interactions create rich, contextual memories that involve multiple sensory modalities, emotional content, and temporal sequences, providing ideal conditions for robust memory formation.

Social experiences also activate the hippocampus’s role in spatial-social mapping, as we navigate both physical and social environments simultaneously.

The stress-reduction benefits of positive social interaction also protect both regions from cortisol-induced damage while promoting the release of growth factors that support neuroplasticity and cellular health.

Brain Nutritional Optimization Protocol

Neurotransmitter Support

Dopamine Enhancement (PFC Function)
Tyrosine: 500-1000mg daily
Research: Supports dopamine synthesis under stress (Mahoney et al., 2007)

Rhodiola Rosea: 300-400mg daily
Research: Improves cognitive fatigue and attention (Spasov et al., 2000)

Acetylcholine Support (Memory & Attention)

Alpha-GPC: 300-600mg daily
Research: Increases brain acetylcholine, improves cognitive performance (Parnetti et al., 2007)

Huperzine A: 200-400mcg daily
Research: Acetylcholinesterase inhibitor, enhances memory (Wang et al., 2006)

Neuroprotection & Neuroplasticity

Lion’s Mane Mushroom: 1000-3000mg daily
Research: Stimulates NGF and BDNF production (Lai et al., 2013)

Curcumin with Piperine: 500-1000mg daily
Research: Increases BDNF, reduces neuroinflammation (Xu et al., 2006)

DHA/EPA: 2-3g daily (3:2 ratio DHA:EPA)
Research: Essential for synaptic plasticity and cognitive function (Gómez-Pinilla, 2008)

Magnesium Glycinate: 400-600mg daily
Research: NMDA receptor modulation, synaptic plasticity (Slutsky et al., 2010)

Mitochondrial Support

PQQ: 10-20mg daily
CoQ10: 100-200mg daily
Creatine Monohydrate: 5g daily
Research: Improves brain energy metabolism and cognitive performance (Avgerinos et al., 2018)

Implementation Timeline

Please remember this is just a suggestion, you should implement this at your own pace.

Week 1-2: Foundation
• Begin basic meditation practice – See de-stress strategy
• Establish sleep hygiene – See sleep strategy
• Start omega-3 and magnesium supplementation
• Implement morning light exposure – See sleep strategy

Week 3-4: Cognitive Training
• Add dual n-back training
• Begin working memory exercises
• Introduce memory palace technique

Week 5-8: Intensification
• Add remaining supplements gradually
• Increase cognitive training difficulty
• Implement cold exposure – See cold exposure strategy

Week 9-12: Optimization
• Fine-tune protocols based on response
• Add advanced cognitive challenges
• Assess progress with standardized cognitive tests

Deliberate Practice of Cognitive Challenges

Brain Regions Affected: Prefrontal Cortex, Hippocampus, RAS

You need to challenge yourself constantly.

Engaging in new learning experiences stimulates the brain’s reward system and promotes neuroplasticity.

Just as physical muscles grow stronger under progressive resistance, the prefrontal cortex can be systematically strengthened through gradually increasing cognitive challenges.

Engaging in activities that require focused effort and push our cognitive boundaries strengthens the neural pathways associated with System 2 thinking in the prefrontal cortex.

This involves deliberately seeking out tasks that require sustained attention, working memory, and cognitive flexibility, such as learning a new language, mastering a musical instrument, learning new skills, solving puzzles, or engaging in strategic games.

The key is to operate at the edge of your current capacity without overwhelming your system, allowing for adaptation and growth.

So stimulate your mind and flipping through Instagram reels doesn’t count.

Do Novel, New Stuff

Brain Regions Affected: Hippocampus, Prefrontal Cortex, RAS

This Activates the PFC by presenting new information that requires processing which stimulates neurogenesis and creates new neural pathways.

This prevents habituation, keeps your brain alert and remember that your new baby neurons will be condemned to death if they are not presented with new experiences.

As Dr. Joe Dispenza says, “break the habit of being yourself.”

The saying goes “you can’t teach an old dog new tricks” and while this may be true for dogs, it’s untrue and not based in science when it comes to humans.

If your an old dog, you have got to teach yourself new tricks, explore new things and have new experiences to stimulate your mind.

Young dogs need to do this too.

Engaging in new experiences stimulates your brain’s reward system and promotes neuroplasticity.

When we encounter novelty, the brain releases dopamine, which not only creates a sense of pleasure but also enhances learning and motivation.

This “novelty effect” makes the brain more receptive to forming new connections.

Research from the University of California, Irvine demonstrates that engaging with unfamiliar concepts, skills, or environments increases activity in the hippocampus and triggers neurogenesis which we know is important.

For a quick cognitive boost, spend 15-30 minutes learning something completely new or approaching a familiar problem from an unconventional angle, this neurological “cross-training” enhances cognitive flexibility and creative problem-solving needed to strengthen your initiative.

The bottom line here is to excite your mind and give it a reason to expand because this is what it wants and what it is built for but it needs your conscious effort, and without that, it will atrophy and default to System 1 taking your down with it.

Setting Clear, Actionable Goals

Brain Regions Affected: Prefrontal Cortex

Setting clear, specific goals and regularly reviewing them is a powerful metacognitive strategy that encourages you to think about what you want to achieve and how you’ll get there.

When you define a goal, such as mastering a new skill, you’re prompted to assess your current knowledge and plan a path forward.

This process inherently involves thinking about your thinking by considering what strategies might work best and anticipating potential obstacles.

Reviewing your progress toward these goals is equally important.

At regular intervals, reflect on questions like, “Am I on track?

What’s working or not working in my approach?”

This evaluation helps you adjust your methods, whether by seeking additional resources or changing your approach.

This cycle of planning, acting, and reflecting sharpens your ability to monitor and control your thinking process, making metacognition an active, dynamic practice.

By incorporating goals into your daily life, you will sharpen your mind and develop a deeper understanding of your thought processes, ultimately leading to faster personal growth and more frequent System 2 thinking.

Practice Decisiveness

Brain Regions Affected: Prefrontal Cortex

Decisive people are successful people.

Developing decisiveness means training yourself to evaluate situations, consider the available options, and commit to a course of action without excessive deliberation or second-guessing.

This is classic System 2 thinking.

Remember that taking action, even if it’s not the optimal choice, is often better than paralysis through analysis.

As your comfort with decisive action grows, you’ll find it easier to take initiative in more significant situations.

So make the decision NOW that you are going to make a plan based on the techniques we’ve just discussed and begin implementing them.

The whole purpose here is to help you shift out of robotic homeostatic thinking and into the System 2 thinking.

So decide.

Do it now.

Always consult with a healthcare provider before starting any supplement regimen, especially if you have existing health conditions or take medications.

Major EDCs Affecting Testosterone and Key Brain Regions

1. Bisphenol A (BPA) and Bisphenol S (BPS)
Effects: Significantly reduces testosterone levels, disrupts hippocampal neurogenesis, impairs prefrontal cortex function

BPA is a synthetic compound used primarily in plastics and epoxy resins lining food cans. It is a well-documented endocrine disruptor with estrogenic activity.

BPA exposure during critical periods of brain development impairs neurogenesis in the hippocampus and alters the structure and function of neural circuits.

Studies have linked BPA exposure to memory deficits, anxiety, and altered synaptic plasticity.
Sources: Plastic bottles, food cans, receipt paper, dental sealants

How to Avoid:

1. Use BPA-free plastic products, especially for food and drink storage.
2. Prefer glass, stainless steel, or ceramic containers when possible.
3. Avoid canned foods unless labeled BPA-free.
4. Don’t microwave food in plastic containers.

The number to look for on plastic bottles is: Plastic recycling code #7

This number is found inside the triangular recycling symbol on the bottom of many plastic containers.

#7 stands for “Other” plastics — a catch-all category that can include polycarbonate, which often contains Bisphenol A (BPA).

Not all #7 plastics contain BPA, but polycarbonate plastics (commonly used in hard, clear containers) are a key source.

How to Identify BPA-Containing Plastics:

Look for #7, especially on: Hard, clear plastic water bottles
• Baby bottles (older models)
• Large water cooler jugs
• Food storage containers
• Some containers may also be labeled with “PC” (for polycarbonate), another BPA hint.

Safer Alternatives: Glass and stainless steel containers

2. Phthalates (DEHP, DBP, DINP)
Effects: Major testosterone suppressors, damage to hippocampus and prefrontal cortex, disrupt neurotransmitter balance.

Phthalates are a group of chemicals used to make plastics flexible as well as in personal care products, such as lotions and fragrances.

Sources:

1. Plastic containers
2. Personal care products
3. Vinyl flooring
4. Air fresheners – if you smell it, you’re being poisoned by it.

Phthalates are known to interfere with testosterone and thyroid hormone pathways, both of which are key for hippocampal development and adult neurogenesis.

How to Avoid:

1. Avoid plastics labeled with recycling codes 3, 6, and 7 if they don’t specify they are phthalate-free.
2. Choose fragrance-free and phthalate-free personal care products.
3. Reduce use of processed and packaged foods.
4. Use natural cleaning and household products.

3. Atrazine
Effects: Potent anti-androgen, reduces testosterone production, affects amygdala and stress response.

It has been shown to cause feminization in male amphibians and may contribute to reproductive issues in humans.

Atrazine is a widely used herbicide applied to crops to control weeds. It has been linked to serious environmental and health concerns, particularly due to its role as an endocrine disruptor.

Sources: Drinking water contamination, produce, agricultural runoff, garden chemicals

How to Avoid:

1. Use organic or non-GMO produce when possible
2. Filter drinking water with a certified filter that removes herbicides
3. Avoid Atrazine containing herbicides

4. Perfluorinated Compounds (PFAS/PFOA/PFOS)
Effects: Reduce testosterone, impair hippocampal memory formation, affect RAS function.

Perfluorinated compounds (PFCs), also known as polyfluoroalkyl substances (PFAS), are a group of synthetic chemicals used in a wide range of products for their water, grease, and stain-resistant properties.

They are persistent in the environment and the human body, earning the nickname “forever chemicals.”

PFCs pose significant risks to the endocrine system by interfering with hormone production and regulation, particularly affecting thyroid function, reproductive hormones, and possibly contributing to developmental and metabolic disorders.

Sources:

1. Non-stick cookware (like Teflon)
2. Stain-resistant fabrics
3. Water-repellent clothing
4. Fast food packaging
5. Microwave popcorn bags
6. Contaminated drinking water

How to Avoid:

1. Choose PFAS-free cookware
2. Use ONLY PFAS-free personal care products
3. Avoid stain-resistant or water-repellent treatments on clothing and furniture
4. Reduce fast food consumption (especially items served in grease-resistant packaging)
5. Use a high-quality water filter that is certified to remove PFAS

5. Organophosphate Pesticides
Effects: Disrupt testosterone synthesis, damage ACC and prefrontal cortex, impair cognitive function.

Organophosphates are a class of neurotoxic pesticides commonly found in agriculture. Chlorpyrifos, once widely used, is particularly notorious for its negative effects on brain development.

These chemicals inhibit acetylcholinesterase but also disrupt endocrine function, particularly those involving glucocorticoids and thyroid hormones, which are essential for hippocampal neurogenesis.

Chronic exposures are associated with stunted neurogenesis, altered synaptic formation, and cognitive impairments.

Sources:

Conventionally grown produce, household pesticides

How to Avoid:

1. Choose organic produce whenever possible, especially for fruits and vegetables known to have high pesticide residues
2. Peel or thoroughly wash conventional produce
3. Avoid the use of organophosphate-based pesticides in home gardens and lawns
4. Support local farmers who use integrated pest management or organic methods

6 – PCBs (Polychlorinated Biphenyls)
Effects: Suppressed testosterone production, impaired executive function in the prefrontal cortex (PFC) and decreased neurogenesis in the hippocampus causing memory and learning deficits.

PCBs are persistent organic pollutants that were widely used in industrial applications before their ban in many countries.

They are extremely resistant to degradation and bioaccumulate in food chains. PCBs disrupt thyroid hormone signaling, which is crucial for brain development, particularly in the hippocampus.

Numerous studies have demonstrated that developmental exposure to PCBs leads to reduced hippocampal neurogenesis, impaired synaptic plasticity, and lifelong cognitive deficits.

How to Avoid:

1. Choose lower-fat animal products, as PCBs concentrate in fatty tissue.
2. Avoid fish from contaminated waters (often large freshwater fish or those from badly polluted regions).
3. Prefer organically labeled foods, although these are not always PCB-free.
4. Properly ventilate and renovate old buildings that may have PCB-containing caulk or paint.

Several regions in the United States are known to be heavily polluted with Polychlorinated Biphenyls (PCBs), primarily due to historical industrial activity.

The most polluted areas are typically near former manufacturing facilities, electrical equipment plants, and contaminated waterways.

Here are some of the most contaminated regions so take note if you leave near these areas.

Hudson River, New York

Source: General Electric (GE) discharged over 1.3 million pounds of PCBs into the river from two capacitor manufacturing plants (1947–1977).

Impact: One of the largest Superfund sites in the U.S.; fishing restrictions are still in place due to contamination.

Status: Dredging efforts by GE (2009–2015) removed a portion of the PCBs, but concerns remain about residual pollution.

Fox River, Wisconsin

Source: Paper mills used PCBs in carbonless copy paper and discharged them into the river.

Impact: Sediments in the river and Green Bay are highly contaminated.

Status: Extensive dredging and capping efforts ongoing as part of EPA Superfund cleanup.

Anniston, Alabama

Source: Monsanto produced PCBs here from the 1930s to the 1970s

Impact: Soil, water, and residents were exposed to high levels of PCBs; linked to health issues in the community.

Status: Long-term cleanup and health monitoring are still ongoing.

Great Lakes Region (especially Michigan and Indiana)

Source: Industrial discharges from steel mills, chemical plants, and electrical equipment facilities.

Impact: PCBs persist in sediments and fish; fish consumption advisories remain in effect.

Status: Ongoing monitoring and cleanup under Great Lakes Restoration Initiative.

Spokane River, Washington

Source: Wastewater and stormwater discharges from industrial and municipal sources.

Impact: One of the most PCB-polluted rivers in the Pacific Northwest.

Status: The city and state have launched cleanup and source-reduction efforts.

San Francisco Bay, California

Source: Historic industrial activity and stormwater runoff.

Impact: Elevated PCB levels in sediments and fish.

Status: Cleanup and total maximum daily load (TMDL) limits have been implemented.

Fish consumption advisories are common in these areas due to the bioaccumulation of PCBs in aquatic life.

7. Dioxins
Effects: Anti-androgenic effects, amygdala dysfunction, stress response disruption.

Dioxins are a group of highly toxic chemical compounds that are byproducts of industrial processes such as waste incineration, chemical manufacturing, and paper bleaching, as well as natural events like forest fires and volcanic eruptions.

These persistent organic pollutants accumulate in the food chain, mainly in animal fats.

Dioxins are dangerous because they disrupt the endocrine system by mimicking or blocking hormones, particularly affecting thyroid function and reproductive hormones, and they may also impair brain development.

Long-term exposure is linked to cancer, immune system suppression, and developmental and behavioral problems.

Sources:

1. Contaminated food (especially meat, dairy, fish, and shellfish).
2. Air pollution
3. Certain herbicides and industrial chemicals.

How to Avoid:

1. Choose lean meats and low-fat dairy.
2. Trim fat from meat before cooking.
3. Avoid burning trash.
4. Consume organically-raised animal products when possible

8. Triclosan
Effects: Testosterone reduction, affects neurotransmitter function in multiple brain regions

Triclosan is a synthetic antibacterial and antifungal agent commonly added to personal care and household products such as soaps, toothpaste, deodorants, and cleaning supplies.

It poses a significant risk to the endocrine system by interfering with thyroid hormone function and disrupting estrogen and testosterone balance.

Triclosan may also impair “System 2” brain function by affecting neurotransmitter activity and increasing oxidative stress and inflammation in the brain.

Sources:

1. Antibacterial soaps
2. Toothpaste labeled “antibacterial
3. Hand sanitizers
4. Cosmetics
5. Clothing or kitchenware marketed as antimicrobial

How to Avoid:

1. Choose personal care products labeled “triclosan-free”
2. Use plain soap and water instead of antibacterial products
3. Avoid plastics or textiles with antimicrobial claims
4. Check ingredient lists for triclosan

Best Strategies to Avoid EDCs

Food and Water

• Choose organic produce, especially for the “Dirty Dozen” foods at www.ewg.org
• Filter drinking water with high-quality carbon or reverse osmosis systems
• Avoid plastic food containers and bottles (use glass, stainless steel, ceramic)
• Choose wild-caught fish over farmed
• Minimize processed and packaged foods

Personal Care Products

• Use EDC-free personal care products
• Avoid products with fragrance, parabens, phthalates, and triclosan
• Choose natural cleaning products
• Avoid antibacterial soaps

This is an absolute must!

Go to https://www.ewg.org/skindeep/ and look up all of your personal care products like shampoo, conditioner, cologne, deodorant, hair gel and everything you put on your body.

If it has parabens, phthalates or triclosan in it, throw it out.

You cannot have a a healthy endocrine system or brain when you are constantly absorbing neuro and endocrine toxins through your skin.

Household Environment

• Replace non-stick cookware with stainless steel, cast iron, or ceramic
• Improve indoor air quality with air purifiers and plants
• Vacuum frequently with HEPA filter
• Avoid synthetic air fresheners and scented candles
• Choose natural fiber clothing and bedding

Lifestyle Practices

• Wash hands frequently, especially before eating
• Don’t microwave food in plastic containers
• Choose unscented laundry detergents
• Minimize receipt handling or wash hands after contact

Detoxification Strategies

Lifestyle Interventions

• Regular sauna sessions (3-4x/week, 15-20 minutes)
• High-intensity interval training (HIIT)
• Hot yoga or vigorous exercise to promote sweating
• Infrared sauna therapy for deeper tissue detox

Sleep and Stress Management

• Prioritize 7-9 hours of quality sleep
• Practice stress reduction (meditation, deep breathing)
• Maintain consistent circadian rhythms
• Cold exposure therapy (cold showers, ice baths)

Dietary Detox Support

• Increase fiber intake (25-35g daily) to bind toxins
• Eat cruciferous vegetables (broccoli, kale, Brussels sprouts)
• Include sulfur-rich foods (garlic, onions, eggs)
• Consume antioxidant-rich foods (berries, green tea)
• Practice intermittent fasting to promote cellular cleanup

Targeted Supplements

Phase I Liver Detox Support

• N-Acetyl Cysteine (NAC): 600-1200mg daily
• Alpha-lipoic acid: 300-600mg daily
• Milk thistle (silymarin): 200-400mg daily
• Vitamin C: 1000-2000mg daily

Phase II Liver Detox Support

• Glutathione: 250-500mg daily (liposomal form preferred)
• Selenium: 200mcg daily
• Vitamin E (mixed tocopherols): 400-800 IU daily
• B-complex vitamins: High-potency formula daily

Binding and Elimination

• Activated charcoal: 500-1000mg (away from meals and medications)
• Chlorella: 3-6g daily
• Modified citrus pectin: 5-15g daily
• Psyllium husk: 5-10g daily with plenty of water

Hormone Support

• D-aspartic acid: 3g daily for testosterone support
• Zinc: 15-30mg daily (with copper 1-2mg)
• Vitamin D3: 2000-5000 IU daily
• Magnesium glycinate: 300-400mg daily

Brain Protection

• Omega-3 fatty acids (DHA/EPA): 1-3g daily
• Curcumin (with piperine): 500-1000mg daily
• Phosphatidylserine: 100-200mg daily
• Lion’s mane mushroom: 500-1000mg daily

Additional Detox Protocols

Intermittent Fasting

• 16:8 method (16 hours fasting, 8-hour eating window)
• Promote autophagy and cellular repair
• Support natural detox processes

Hydration Protocol

• Drink 0.5-1 oz of filtered water per pound of body weight daily
• Add lemon or lime for additional detox support
• Include electrolytes during intense detox periods

Regular Testing

• Monitor hormone levels (total/free testosterone, SHBG)
• Track progress with regular blood panels
• Consider specialized EDC testing when available

ChatBot Prompt

I want to restore the health of my endocrine system’s testosterone production and my System 2 cognitive functionality. List the endocrine and brain disrupting chemicals that damage these systems, their sources in everyday life and give me a detailed plan on how to avoid them and detox them from my body.

Testosterone responds dynamically to behavioral and psychological states.

When you engage in competitive, confident behaviors, your body interprets these as signals that you’re in a dominant position, triggering hormonal cascades that elevate testosterone.

This creates a positive feedback loop where confident behavior increases testosterone, which then reinforces confident behavior.

Core Testosterone-Boosting Habits

Physical Competition & Achievement

• Engage in competitive sports (martial arts, weightlifting, team sports)
• Set and achieve progressive fitness goals
• Practice power postures before important events
• Engage in brief, intense physical challenges
• Train with compound movements (deadlifts, squats, pull-ups)

Social Dominance Behaviors

• Take leadership roles in group settings
• Practice assertive communication
• Engage in public speaking or presentations
• Negotiate confidently in business/personal situations
• Stand up for your values and boundaries

Achievement-Oriented Activities

• Set ambitious but achievable goals
• Celebrate wins (both small and large)
• Keep a success journal
• Engage in skill-based competitions (chess, gaming, debates)
• Take calculated risks that challenge your comfort zone

Lifestyle Optimization

• Prioritize 7-9 hours of quality sleep
• Expose yourself to morning sunlight
• Practice intermittent fasting
• Consume adequate protein and healthy fats
• Minimize stress through meditation or breathwork

Social Connection & Status

• Build and maintain strong social networks
• Mentor others in areas of your expertise
• Engage in activities where you can demonstrate competence
• Practice confident body language consistently
• Seek respect rather than just likability

Why This Approach Works

The effectiveness stems from the winner effect – a well-documented phenomenon where success in one competitive situation increases the likelihood of success in subsequent challenges.

Each victory, no matter how small, creates:

• Immediate hormonal rewards: Testosterone spikes during competition and stays elevated in winners
• Neuroplastic changes: Repeated confident behaviors strengthen neural pathways associated with dominance
• Epigenetic modifications: Gene expression changes that support competitive physiology
• Social feedback loops: Others respond to your confidence, reinforcing your dominant status

This creates a biological prosperity cycle where confident action leads to hormonal optimization, which enables better performance, leading to more wins and higher baseline testosterone levels over time.

Moderate sunshine exposure is critical for your body and mind.

The guy who gets regular sun exposure is going to have a much easier time maintaining “T” levels compared to someone who stays indoors all day and the old belief that you will get skin cancer from going into the sun without sunscreen is one you should reevaluate with your new metacognition skills…if you still think this way.

Yes, the sun can be dangerous if you’re careless.

If you’re smart about it, then moderate sun exposure is one of the more healthier things you can do for your entire organism.

We need exposure to the full spectrum light of the sun.

If you burn easily, it’s most likely because of a junk food diet….especially seed oils.

Overview

This protocol focuses on safe sun exposure practices that supports testosterone production through vitamin D synthesis and circadian rhythm regulation, while minimizing skin damage risk.

Core Principles

• Start gradually to build tolerance
• Time exposure carefully to avoid burning
• Consider skin type and current tan level
• Track your response and adjust accordingly

The Protocol

Phase 1: Foundation Building (Weeks 1-2)
• Duration: 10-15 minutes daily
• Timing: Before 10 AM or after 4 PM
• Body exposure: Arms and legs initially
• Frequency: 5-6 days per week

Phase 2: Progressive Increase (Weeks 3-4)
• Duration: 15-25 minutes daily
• Timing: Gradually include 10 AM – 2 PM window
• Body exposure: Add torso if comfortable
• Frequency: 5-6 days per week

Phase 3: Maintenance (Week 5+)
• Duration: 20-30 minutes daily (adjust by skin response)
• Timing: Optimal vitamin D window (10 AM – 2 PM)
• Body exposure: Maximum comfortable area
• Frequency: 4-5 days per week

Safety Guidelines

Skin Type Considerations
• Fair skin (Type I-II): Start with 5-10 minutes, increase very slowly
• Medium skin (Type III-IV): Follow standard protocol
• Dark skin (Type V-VI): May need longer exposure times

Warning Signs to Stop
• Skin redness lasting more than 2 hours
• Burning sensation during or after exposure
• Skin peeling or blistering
• Unusual mole changes

Environmental Factors
• UV Index: Limit exposure when UV index >7
• Altitude: Reduce time at higher elevations
• Reflective surfaces: Be cautious around water, sand, snow
• Medications: Check if any medications increase photosensitivity

Supporting Strategies

Optimize Timing
• Morning exposure: Helps regulate circadian rhythm
• Avoid peak hours: 10 AM – 2 PM for beginners
• Consistent schedule: Same time daily when possible

Nutrition Support
• Magnesium: Supports vitamin D metabolism
• Zinc: Important for testosterone production
• Vitamin K2: Works synergistically with vitamin D
• Healthy fats: Support hormone production
• AVOID vegetable seed oils – these compromise the integrity of skin cell membranes and could take years to remove.

Lifestyle Integration
• Outdoor activities: Walking, exercise, reading
• Gradual clothing removal: Start clothed, remove layers as tolerance builds
• Cool environments: Avoid overheating during exposure

Monitoring Progress

Weekly Assessments
• Skin tolerance: Any burning or excessive redness?
• Energy levels: Improved mood/energy?
• Sleep quality: Better circadian rhythm?
• Physical markers: Muscle recovery, strength

Monthly Considerations
• Lab testing: 25(OH)D levels after 6-8 weeks
• Testosterone levels: If medically appropriate

Risk Mitigation

Alternative Days
• Partial shade: 50% sun/shade mix
• Shorter sessions: Multiple brief exposures
• Protective clothing: Hat

High-Risk Days
• Cloud cover: UV can still be high
• Reflective environments: Snow, water, sand
• Windy conditions: May not feel heat but still get UV

Important Disclaimers
• Individual variation: Response varies greatly between people
• Medical consultation: Discuss with healthcare provider, especially if you have skin conditions
• Skin cancer risk: Regular dermatological checkups recommended
• Not medical advice: This is educational information only

Remember: The goal is sustainable, safe sun exposure that supports overall health while minimizing skin damage risk.

Pre-Bedtime Preparation (2-3 Hours Before Bed)

Digital Sunset Protocol
Implement a strict blue light elimination strategy starting 2-3 hours before intended sleep time, as blue light suppresses melatonin production by up to 90% and disrupts circadian rhythm.

Use blue light blocking glasses with at least 95% filtration if screen use is necessary, or better yet, eliminate all screens completely during this window.

Research shows that even small amounts of blue light can significantly impair growth hormone release during deep sleep phases.

Create alternative evening activities like reading physical books, gentle stretching, or meditation to replace screen-based entertainment.

Temperature Regulation Routine

Begin cooling your body temperature 90 minutes before bed through a warm bath or shower (paradoxically, this triggers vasodilation and subsequent cooling), followed by exposure to cooler air.

Studies demonstrate that a 1-3°F drop in core body temperature triggers the onset of sleepiness and optimizes growth hormone pulsatile release during slow-wave sleep.

Consider wearing minimal clothing and using cooling techniques like cold exposure to feet and hands to accelerate this natural temperature decline.

Stress Reduction & Nervous System Preparation

Implement evidence-based relaxation techniques such mindful breathing, progressive muscle relaxation, or mindfulness meditation to activate the parasympathetic nervous system.

Research shows that elevated cortisol levels can suppress testosterone by up to 50% and significantly impair growth hormone release, making stress reduction crucial for hormonal optimization.

Consider gentle yoga, journaling, or gratitude practices to mentally transition into sleep mode and reduce racing thoughts that can delay sleep onset.

Room Environment Optimization

Temperature Control

Maintain bedroom temperature between 65-68°F (18-20°C), as research consistently shows this range optimizes both sleep quality and growth hormone release.

Install a programmable thermostat to gradually cool the room throughout the night, reaching the coolest point during the 2-4 AM window when growth hormone peaks occur.

Consider using a fan for air circulation and white noise, which can improve sleep continuity by masking disruptive environmental sounds.

Light Environment

Create complete darkness using blackout curtains, eye masks, and covering all LED lights, as even small amounts of light can suppress melatonin production and disrupt circadian rhythms.

Install red-light night lights for necessary bathroom trips, as red wavelengths (above 600nm) have minimal impact on melatonin suppression.

Consider light-blocking tape for electronics and ensure your sleep environment is as close to cave-like darkness as possible for optimal hormonal release.

Air Quality & Humidity

Maintain humidity levels between 40-60% using a humidifier if necessary, as both overly dry and overly humid conditions can disrupt sleep architecture and respiratory patterns.

Use an air purifier with HEPA filtration to remove allergens and pollutants that can cause inflammation and sleep fragmentation.
Ensure adequate ventilation to prevent CO2 buildup, which can impair sleep quality and reduce growth hormone secretion.

Sleep Surface Optimization

Invest in a high-quality mattress that maintains spinal alignment and minimizes pressure points, as sleep fragmentation from discomfort can significantly reduce deep sleep phases crucial for hormone release.

Choose breathable, natural fiber bedding materials like bamboo or organic cotton to support temperature regulation throughout the night.

Consider a slightly inclined sleep position (3-5 degrees) if you experience any breathing issues, as improved oxygenation supports better sleep quality.

Dietary Protocol

Dinner Timing & Composition (3-4 Hours Before Bed)

Complete your final meal 3-4 hours before bedtime to allow for proper digestion and prevent insulin spikes that can interfere with growth hormone release.
Focus on moderate protein (20-30g), complex carbohydrates with low glycemic index, and healthy fats while avoiding large portions that require extensive digestive effort.

Include tryptophan-rich foods like turkey, eggs, or pumpkin seeds, which serve as precursors to serotonin and subsequently melatonin production.

Evening Hydration Strategy

Taper fluid intake 2 hours before bed to minimize sleep disruptions from bathroom visits, but ensure adequate hydration throughout the day to support optimal physiological function.

Consider a small amount of tart cherry juice (2-4 oz) 1-2 hours before bed, as research shows it naturally increases melatonin levels and can improve sleep duration and quality.

Avoid alcohol completely within 4 hours of sleep, as it fragments sleep architecture and suppresses both REM sleep and growth hormone release.

Targeted Pre-Sleep Nutrition

Consume a small snack 30-60 minutes before bed containing casein protein and a small amount of natural carbohydrates to prevent overnight muscle protein breakdown and support recovery.

Research shows that 20-30g of casein protein before bed can enhance overnight muscle protein synthesis without disrupting sleep when growth hormone levels are elevated.

Consider options like Greek yogurt with berries, cottage cheese with honey, or a casein protein shake with banana.

Supplement Protocol

Core Sleep & Hormone Support Stack

Magnesium Glycinate (400-600mg, 60-90 minutes before bed)

Magnesium is essential for over 300 enzymatic reactions including testosterone synthesis and sleep regulation, with research showing supplementation improves both sleep quality and free testosterone levels.

Glycinate form has superior bioavailability and is less likely to cause digestive upset compared to other forms.

Studies demonstrate that magnesium deficiency, common in up to 50% of adults, can significantly impair both sleep architecture and hormonal production.

Zinc (15-30mg with dinner)

Zinc supplementation supports testosterone production and sleep quality, with research showing that zinc deficiency can reduce testosterone by up to 75% within 5 months.

Take with dinner rather than before bed to optimize absorption and minimize potential gastric irritation.

Zinc also supports immune function and wound healing processes that occur during sleep, making it doubly beneficial for recovery and hormonal optimization.

Vitamin D3 (2000-5000 IU with dinner)

Vitamin D3 supports both testosterone production and sleep regulation through its role as a steroid hormone precursor and circadian rhythm modulator.

Research shows that vitamin D deficiency is associated with poor sleep quality and reduced testosterone levels, with supplementation improving both parameters.

Take with dinner to avoid any potential stimulating effects and to optimize absorption with dietary fats.

Advanced Sleep Optimization Supplements

Melatonin (0.5-3mg, 30-60 minutes before bed)

Start with the lowest effective dose (0.5-1mg) as research shows that higher doses can cause next-day grogginess and may desensitize melatonin receptors over time.

Melatonin not only regulates sleep-wake cycles but also has antioxidant properties that protect against oxidative stress that can impair testosterone production.

Consider sustained-release formulations for sleep maintenance rather than just sleep initiation.

GABA (500-750mg, 30 minutes before bed)

GABA supplementation can promote relaxation and improve sleep quality by activating the parasympathetic nervous system and reducing neural excitability.

Research suggests that GABA may also support growth hormone release indirectly through its calming effects and improvement in deep sleep phases.

Choose a high-quality GABA supplement that has been tested for purity and potency.

L-Theanine (200-400mg, 30-60 minutes before bed)

L-Theanine promotes relaxation without sedation and can improve sleep quality while supporting alpha brain wave activity associated with calm alertness.

Research shows L-theanine can reduce cortisol levels and improve stress resilience, both crucial for maintaining healthy testosterone production.

The compound works synergistically with other calming nutrients and doesn’t cause dependency or tolerance issues.

Optional Additions

Ashwagandha (300-500mg KSM-66, with dinner)

Ashwagandha supports both sleep quality and testosterone production through its adaptogenic properties and cortisol-reducing effects.

Take with dinner rather than immediately before bed as some individuals may find it mildly stimulating initially.

Research shows consistent use can increase testosterone by 15-20% while improving sleep quality and stress resilience.

Glycine (3g, 30 minutes before bed)

Glycine supplementation can lower core body temperature and improve sleep quality while supporting growth hormone release through its role in neurotransmitter function.

Research demonstrates that glycine can reduce the time to fall asleep and improve subjective sleep quality without causing daytime drowsiness.

The amino acid also supports collagen synthesis and recovery processes that occur during sleep.

Implementation Timeline

Week 1-2: Foundation Phase

• Establish consistent sleep-wake times (same bedtime and wake time daily, including weekends)
• Implement basic room optimization (temperature, darkness, quiet)
• Begin core supplement protocol (magnesium, zinc, vitamin D3)
• Establish digital sunset routine

Week 3-4: Optimization Phase

• Add targeted sleep supplements based on individual response
• Refine dietary timing and composition
• Implement advanced stress reduction techniques
• Fine-tune room environment details

Week 5+: Maintenance & Monitoring

• Track sleep quality using objective measures (sleep tracking device, morning assessments)
• Monitor hormonal markers through blood testing if desired
• Adjust supplements and protocols based on individual response
• Maintain consistency while allowing for minor flexibility

Success Metrics & Monitoring

Track your progress using both subjective and objective measures including sleep latency (time to fall asleep), wake frequency, morning energy levels, and overall sleep satisfaction.

Consider periodic hormone testing to validate improvements in testosterone and IGF-1 levels (a marker of growth hormone activity).

Most individuals see improvements in sleep quality within 1-2 weeks, with hormonal benefits becoming apparent after 4-8 weeks of consistent implementation.

Work on this one, remember that the quality of your sleep will directly influence your T levels and your System 2 functionality.

Testosterone Warrior Diet Prompt

Prompt – Add your info and remove (parentheses) then add to ChatGPT.

I am a (insert age) year old man who is (height) and weigh (weight) with (list health concerns or say no health concerns).I want a diet with ingredients that will support a healthy endocrine system and raise my testosterone. Include all the building blocks of testosterone. Include ingredients that support my liver. Include ingredients that support a healthy thyroid. Include foods that lower aromatase and help flush excess estrogens form my body. I want a (carnivore, omnivore, vegetarian) diet. Based on the latest research, provide me a one week diet plan consisting of (one, two, three, four, five) meal(s) for each day. Also, provide a shopping list of ingredients I need for this one week diet plan.

Ultimate Testosterone Support Grocery Lists

Remember the number 1 rule is to EAT CLEAN.

The organic label is far from perfect because people are always trying to cheat it and water it down, BUT it’s still better than nothing so always try and eat organic if possible.

Best would be to get food from known local sources.

List 1:

Research-Backed Building Blocks for Testosterone Manufacturing Essential Nutrients.

• Zinc-rich foods: Oysters, beef, pumpkin seeds, cashews

• Magnesium sources: Dark leafy greens (spinach, Swiss chard), almonds, dark chocolate

• Vitamin D sources: Fatty fish (salmon, mackerel, sardines), egg yolks, fortified dairy

• Cholesterol sources: Whole eggs, grass-fed butter, organ meats (liver, kidney)

• Healthy fats: Avocados, olive oil, nuts (walnuts, Brazil nuts), coconut oilAmino Acids & Proteins

• High-quality proteins: Grass-fed beef, free-range chicken, wild-caught fish

• Aspartic acid sources: Asparagus, avocados, beef

• Branched-chain amino acids: Lean meats, fish, eggs, dairy

Why these ingredients: Zinc is the most critical mineral for testosterone production, with deficiency directly linked to low T levels.

Cholesterol serves as the raw material from which all steroid hormones, including testosterone, are synthesized.

Vitamin D acts as a steroid hormone precursor and deficiency is strongly correlated with low testosterone.

Magnesium supports over 300 enzymatic reactions including those involved in testosterone synthesis.

List 2:

Liver Support for Estrogen Metabolism & Testosterone Support Cruciferous Vegetables.

• Broccoli, cauliflower, Brussels sprouts, cabbage

• Kale, arugula, watercress• Radishes, turnips

Liver Detox Supporters

• Garlic and onions

• Turmeric root

• Milk thistle seeds (if available as supplement)

• Artichokes

• Beets

• Carrots

• Citrus fruits (lemons, limes, grapefruits)

Sulfur-Rich Foods

• Eggs• Cruciferous vegetables (listed above)

• Garlic, onions, leeks

Why these ingredients: Cruciferous vegetables contain indole-3-carbinol (I3C) and diindolylmethane (DIM), which support healthy estrogen metabolism by promoting the conversion of estrogen to beneficial metabolites rather than harmful ones.

Sulfur-rich foods provide cysteine and methionine, essential for glutathione production, the body’s master antioxidant that supports liver detoxification.

Turmeric and garlic enhance liver enzyme activity, helping to clear excess estrogen and toxins that can interfere with testosterone production.

A healthy liver is crucial for maintaining optimal hormone balance.

List 3:

Thyroid Support for Testosterone Production

Iodine Sources

• Seaweed (nori, kelp, dulse)• Wild-caught fish (cod, tuna, shrimp)• Iodized sea salt• Cranberries

Selenium Sources

• Brazil nuts (1-3 per day)• Sardines, salmon• Sunflower seeds• Mushrooms (cremini, shiitake)

Tyrosine Sources

• Turkey, chicken• Fish (salmon, tuna)• Almonds, avocados• Bananas

Zinc & Copper Balance

• Oysters, beef (zinc)• Dark chocolate, cashews (copper)• Liver (both zinc and copper)

Why these ingredients: The thyroid gland requires iodine and tyrosine to produce thyroid hormones T3 and T4, which directly influence testosterone production and metabolism.

Selenium is essential for converting T4 to the more active T3 hormone and protects the thyroid from oxidative damage.

Brazil nuts are one of the richest selenium sources, with just 2-3 nuts providing the daily requirement.

Proper thyroid function is crucial for testosterone production, as hypothyroidism is strongly linked to low testosterone levels.

List 4:

Aromatase-Lowering Ingredients

Natural Aromatase Inhibitors

• White button mushrooms

• Celery, parsley

• Red grapes (with seeds/skin)

• Pomegranates

• Green tea

• Turmeric

• Ginger root

Flavonoid-Rich Foods

• Berries (blueberries, blackberries, strawberries)

• Dark chocolate (85% cacao or higher)

• Red wine (in moderation)• Citrus fruits

Omega-3 Rich Foods

• Wild-caught fatty fish (salmon, mackerel, sardines)

• Flax seeds, chia seeds• Walnuts

Why these ingredients: Aromatase is the enzyme that converts testosterone to estrogen, and reducing its activity helps maintain higher testosterone levels.

White button mushrooms contain compounds that naturally inhibit aromatase activity.

Chrysin found in passion flower and flavonoids in berries and grapes have demonstrated aromatase-inhibiting properties in research studies.

Omega-3 fatty acids help reduce inflammation, which can increase aromatase activity.

These natural compounds provide a gentle way to support optimal testosterone-to-estrogen ratios.

List 5:

SHBG (Sex Hormone-Binding Globulin) Lowering Ingredients

Boron-Rich Foods

• Almonds, walnuts

• Dried fruits (raisins, prunes, dates)

• Avocados

• Red kidney beans

• Coffee

Insulin-Sensitizing Foods

• Cinnamon

• Apple cider vinegar

• Leafy greens (spinach, kale)

• Berries (low-glycemic)

• Fatty fish (salmon, sardines)

Magnesium Sources

• Dark chocolate

• Almonds, cashews

• Spinach, Swiss chard

• Pumpkin seeds

Healthy Fats

• Coconut oil

• Olive oil

• Grass-fed butter

• Avocados

Why these ingredients: SHBG binds to testosterone, making it unavailable for use by the body, so lowering SHBG increases free testosterone levels.

Boron supplementation has been shown to significantly reduce SHBG levels while increasing free testosterone.

Insulin resistance increases SHBG production, so foods that improve insulin sensitivity help lower SHBG naturally.

Magnesium deficiency is associated with higher SHBG levels, making magnesium-rich foods essential.

Healthy fats support hormone production and help maintain optimal SHBG levels for maximum testosterone bioavailability.

The human body operates on a fundamental principle: tissues and systems that aren’t regularly used tend to deteriorate. This biological reality extends to male sexual health, where prolonged periods of sexual inactivity, whether through abstaining from intercourse or masturbation, can lead to significant physiological changes affecting hormones, organ function, and overall reproductive health.

The Testosterone Connection

Testosterone production follows a complex feedback loop that responds to sexual activity. Regular sexual stimulation and orgasm help maintain healthy testosterone levels through several mechanisms:

• Hormonal signaling: Sexual arousal triggers luteinizing hormone (LH) release, which stimulates testosterone production in the Leydig cells
• Nocturnal erections: These natural occurrences help maintain penile tissue health and are linked to testosterone cycles
• Ejaculatory frequency: Regular ejaculation helps regulate hormone production and prevents stagnation in reproductive tissues

When sexual activity ceases for extended periods, testosterone levels can decline by 10-15%, leading to reduced muscle mass, decreased bone density, mood changes, and further diminished libido…creating a self-perpetuating cycle.

Physical Consequences of Sexual Inactivity

Prostate Health

The prostate gland continuously produces seminal fluid. Without regular ejaculation, this fluid can accumulate, potentially leading to:

• Increased risk of prostatitis (prostate inflammation)
• Higher likelihood of developing benign prostatic hyperplasia (BPH)
• Elevated risk of prostate cancer (studies show men who ejaculate 21+ times monthly have 31% lower prostate cancer risk)

Penile Function

Extended sexual inactivity can result in:

• Penile atrophy: Smooth muscle in erectile tissue can be replaced by collagen, reducing elasticity
• Shortened penis length: Some studies report 1-2 cm reduction after prolonged inactivity
• Erectile dysfunction: “Disuse atrophy” makes achieving and maintaining erections progressively difficult

Testicular Changes

• Reduced sperm production and quality
• Decreased testicular size
• Potential fertility issues

The Biological Imperative

From an evolutionary perspective, the male reproductive system evolved for regular use.

The “use it or lose it” phenomenon isn’t merely anecdotal, it’s supported by physiological evidence showing that regular sexual activity:

• Maintains healthy blood flow to genital tissues
• Preserves nerve sensitivity and function
• Supports the production of nitric oxide, crucial for erectile function
• Keeps reproductive ducts clear and functional
• Encourages testosterone

Finding Balance

It’s important to note that “regular” doesn’t mean excessive.

Sorry, porn junkies.

Most urologists recommend ejaculation 2-3 times per week for optimal prostate and sexual health.

This can be achieved through partnered sex or masturbation, both offering similar physiological benefits.

Relevant Studies

1. Rider, J. R., et al. (2016). “Ejaculation Frequency and Risk of Prostate Cancer.” European Urology, 70(6), 974-982. [31% reduction in prostate cancer risk with frequent ejaculation]
2. Jannini, E. A., et al. (2009). “Use it or lose it: The importance of sexual activity for maintaining erectile function.” International Journal of Andrology, 32(6), 587-598. [Penile smooth muscle changes with inactivity]
3. Jiang, M., et al. (2003). “A research on the relationship between ejaculation and serum testosterone level in men.” Journal of Zhejiang University Science, 4(2), 236-240. [Testosterone changes with abstinence]
4. Corona, G., et al. (2020). “Testosterone supplementation and sexual function: A meta-analysis study.” Journal of Sexual Medicine, 17(3), 442-455. [Links between testosterone and sexual function]
5. Leitzmann, M. F. (2020). “Sexual activity and risk of prostate cancer: A systematic review and meta-analysis.” Archives of Sexual Behavior, 49(4), 1451-1462. [Comprehensive review of ejaculation frequency and prostate health]

Deep Breathing/Meditation Practice

Deep breathing exercises and meditation are the most well-researched stress reduction techniques, with thousands of studies demonstrating their effectiveness in lowering cortisol levels.

When cortisol (your primary stress hormone) is chronically elevated, it directly suppresses testosterone production through multiple pathways.

Regular meditation practice, even just 10-20 minutes daily, can reduce cortisol by up to 25% and improve the testosterone-to-cortisol ratio.

The practice activates your parasympathetic nervous system, promoting recovery and hormonal balance.

How to incorporate: Start with 5-10 minutes each morning using apps like Headspace, Calm, or simple box breathing (4 counts in, 4 hold, 4 out, 4 hold).

Gradually increase to 15-20 minutes daily. Practice immediately upon waking or before bed for maximum cortisol regulation.

Check out my free 20 minute guided meditation audio.

Regular Quality Sleep (7-9 hours)

Sleep is when approximately 70% of your daily testosterone is produced, making it arguably the most critical factor for hormonal optimization.

Poor sleep quality or insufficient sleep duration dramatically increases cortisol while simultaneously crushing testosterone production.
Studies show that sleeping less than 6 hours can reduce testosterone by 10-15% in just one week.

Deep sleep stages are particularly crucial for growth hormone and testosterone release.

See the Ultimate Sleep Strategy for tips on getting good sleep.

3. Regular Exercise (Especially Resistance Training)

Exercise, particularly heavy compound movements, is one of the most potent natural testosterone boosters while simultaneously serving as a powerful stress-relief mechanism.

Resistance training triggers acute testosterone spikes and, over time, improves baseline levels.

However, the stress-relief benefits come from exercise’s ability to metabolize stress hormones like cortisol and adrenaline, while releasing endorphins and improving mood regulation.

The key is avoiding overtraining, which can backfire and increase cortisol.

See the HIIT training protocol strategy.

Time in Nature/Sunlight Exposure

Spending time outdoors, particularly in natural settings, has been extensively studied for its stress-reducing properties through a concept called “forest bathing” or shinrin-yoku.

Natural environments lower cortisol, reduce blood pressure, and improve mood through multiple mechanisms including reduced rumination and improved vitamin D synthesis from sunlight.

Vitamin D deficiency is strongly linked to low testosterone, and natural light exposure helps regulate circadian rhythms crucial for hormonal production.

How to incorporate:

Aim for 15-30 minutes of direct sunlight exposure daily, preferably in the morning to regulate your circadian rhythm.

Take walking meetings outside, eat lunch in a park, or simply sit on your porch without devices.

Weekend nature hikes or camping trips provide intensive “dose” effects.

Even viewing nature through windows has measurable stress-reduction benefits.

Cold Exposure Therapy

Cold exposure through cold showers, ice baths, or cryotherapy creates a controlled stress that actually improves your stress resilience over time through hormetic adaptation.

Regular cold exposure has been shown to increase noradrenaline (which can boost testosterone), improve stress tolerance, reduce inflammation, and activate brown fat metabolism.

The practice also trains your nervous system to recover more quickly from acute stressors, improving overall stress management capacity.

How to incorporate: See the cold exposure strategy.

This is an example exercise program.

Consult a trainer if you are new to working out.

If you are not familiar with the exercises, search for them on YouTube to see examples.

The Reasoning Behind “Testosterone Inducing” Workouts

High-intensity exercise and compound resistance movements create the perfect environment for testosterone optimization.

Research shows that short, intense bursts of exercise followed by adequate recovery trigger massive hormonal responses, while compound calisthenics movements recruit multiple muscle groups simultaneously, exactly what your endocrine system craves for maximum testosterone production.

Here’s a sample 1-week exercise routine that combines resistance training and High-Intensity Interval Training (HIIT) to naturally help boost testosterone levels.

This program focuses on compound lifts, intensity, rest, and recovery which are all critical for stimulating testosterone production.

Key Principles

Resistance training: Compound lifts (e.g., squats, deadlifts, bench press) increase testosterone.

HIIT: Short bursts of max effort promote hormone balance and fat loss.

Rest & recovery: Essential for hormone regulation and muscle repair.

Workouts: ~45–60 mins per session.

1-Week Testosterone-Boosting Routine

Day 1: Upper Body Strength + HIIT Finisher

Warm-up: 5 min dynamic mobility

Workout:

• Bench Press – 4 sets x 6 reps
• Pull-Ups – 3 sets to failure
• Overhead Press – 3 sets x 8 reps
• Barbell Row – 3 sets x 8 reps

HIIT Finisher:

20 sec sprint / 40 sec walk x 6 rounds (on treadmill or outdoors)

Day 2: Lower Body Power + Core

Warm-up: 5 min jump rope + hip mobility

Workout:

• Barbell Squats – 4 sets x 5 reps
• Romanian Deadlifts – 3 sets x 8 reps
• Walking Lunges – 3 sets x 12 per leg
• Plank – 3 x 1 minute
• Hanging Leg Raises – 3 x 15

Day 3: HIIT Only + Mobility

Workout:

• 5 min warm-up jog
• 30 sec high knees / 30 sec rest x 10 rounds
• 10 min cooldown stretch + foam rolling

Day 4: Full Body Strength

Workout:

• Deadlift – 4 sets x 5 reps
• Push Press – 3 sets x 8 reps
• Pull-Ups or Chin-Ups – 3 sets to failure
• Kettlebell Swings – 3 sets x 15 reps

Day 5: HIIT + Calisthenics

Workout (Circuit x 3–4 rounds):

• 20 sec burpees
• 20 sec rest
• 20 sec mountain climbers
• 20 sec rest
• 20 sec jump squats

1 min rest between rounds

Day 6: Active Recovery or Optional Light Weights

Light activity (e.g., walking, yoga, swimming)

Focus on mobility and stretching

Day 7: Lower Body Strength + HIIT Sprints

Workout:

• Front Squats – 4 sets x 6 reps
• Bulgarian Split Squats – 3 sets x 8 per leg
• Hip Thrusts – 3 sets x 10

HIIT Finisher:

15 sec sprint / 45 sec walk x 6–8 rounds

Always consult with a healthcare provider before starting any supplement regimen, especially if you have existing health conditions or take medications.

If you want to look at the actual research on any of these supplements, add this prompt replacing (supplement here) with the supplement name to any AI bot like ChatGPT and press enter.

Prompt
Show me the research that shows how (supplement here) increases testosterone in men.

Supplements Shown to Increase Testosterone

1. D-Aspartic Acid (DAA)
D-aspartic acid is one of the most extensively studied testosterone-boosting supplements, with multiple randomized controlled trials demonstrating its efficacy.

Research shows DAA can increase testosterone levels by 30-60% in men with low baseline testosterone through its role in luteinizing hormone release and testicular steroidogenesis.

The optimal dosage appears to be 3-6 grams daily, with effects typically observed within 6-12 days of supplementation.

However, effectiveness may diminish in men with already normal testosterone levels.

2. Ashwagandha (Withania somnifera)
Ashwagandha root extract has demonstrated consistent testosterone-boosting effects across multiple clinical trials, particularly in stressed individuals and resistance-trained men.

Studies show 300-600mg daily can increase testosterone by 10-22% while simultaneously reducing cortisol levels, which may contribute to its testosterone-enhancing effects.

The adaptogenic herb appears to work through stress reduction and direct effects on testicular function. KSM-66 is the most clinically studied extract form with the strongest evidence base.

3. Fenugreek (Trigonella foenum-graecum)
Fenugreek seed extract has shown promising results in multiple controlled studies for increasing both free and total testosterone levels.

Research indicates 500mg daily of standardized extract can increase testosterone by 15-20% while also improving sexual function and body composition.

The active compounds, including furostanolic saponins, appear to inhibit aromatase and 5α-reductase enzymes while supporting healthy testosterone production. Testofen® is a patented extract with the most robust clinical evidence.

4. Zinc
Zinc is an essential mineral with extensive research supporting its role in testosterone production, particularly in zinc-deficient individuals.

Studies show zinc supplementation (15-30mg daily) can significantly increase testosterone levels in men with low zinc status, with some trials showing increases of 20-30%.

Zinc functions as a cofactor in numerous enzymes involved in testosterone synthesis and helps maintain healthy testicular function.

The ZMA (zinc, magnesium, vitamin B6) combination has also shown testosterone benefits in athletes.

5. Vitamin D3
Vitamin D3 supplementation has demonstrated testosterone-boosting effects in multiple studies, particularly in vitamin D-deficient men (which includes a large portion of the population).

Research shows 3000-4000 IU daily can increase testosterone levels by 20-30% over 12 months in deficient individuals.

Vitamin D functions as a steroid hormone precursor and vitamin D receptors are present in testicular tissue, indicating direct physiological relevance.

Optimal serum 25(OH)D levels of 50-70 ng/mL appear necessary for testosterone optimization.

Remember, the BEST way to get vitamin D is through sensible sun exposure, see the Sun Exposure Strategy for more.

6. Tongkat Ali (Eurycoma longifolia)
Tongkat Ali root extract has shown consistent testosterone-boosting effects in both animal and human studies, with particular benefits for stress-related testosterone decline.

Clinical trials using 200-400mg daily of standardized extract have demonstrated testosterone increases of 15-37% along with improvements in mood and energy.

The herb appears to work through multiple mechanisms including enhanced luteinizing hormone sensitivity and reduced stress hormone levels. LJ100® is a patented extract with the most clinical validation.

Supplements Shown to Reduce Aromatase

1. Chrysin
Chrysin is a bioflavonoid with the most extensive research demonstrating potent aromatase inhibition in vitro and some promising human studies.

Multiple studies show chrysin can inhibit the aromatase enzyme (CYP19A1) with IC50 values comparable to pharmaceutical aromatase inhibitors.

However, bioavailability concerns have led to the development of enhanced formulations with piperine or phospholipid complexes for improved absorption.

Typical dosing ranges from 500-1500mg daily, with some studies showing modest but significant reductions in estradiol levels.

2. White Button Mushroom Extract
White button mushroom (Agaricus bisporus) extract contains specific compounds that have demonstrated significant aromatase inhibitory activity in multiple research studies.

The extract works by blocking the aromatase enzyme and reducing the conversion of androgens to estrogens, with some studies showing up to 50% reduction in aromatase activity.

Linoleic acid and other bioactive compounds in the mushrooms are responsible for the anti-aromatase effects.

Typical effective doses range from 500-1000mg daily of concentrated extract.

3. Grape Seed Extract
Grape seed extract, particularly proanthocyanidin-rich preparations, has shown consistent aromatase inhibitory effects in both in vitro and animal studies.

Research demonstrates that grape seed proanthocyanidins can significantly reduce aromatase expression and activity while also providing antioxidant protection to testicular tissue.

Human studies are limited but suggest potential for reducing estrogen levels when combined with other interventions.

Standard dosing is typically 100-300mg daily of standardized 95% proanthocyanidin extract.

4. Resveratrol
Resveratrol, the polyphenol found in red wine and grapes, has demonstrated moderate aromatase inhibitory effects in multiple laboratory studies.

Research shows resveratrol can suppress aromatase gene expression and enzyme activity through multiple pathways including NFκB modulation.

While primarily studied in cancer research contexts, some evidence suggests potential for reducing peripheral estrogen production in healthy men.

Effective doses appear to be in the 250-500mg daily range, preferably in trans-resveratrol form.

Supplements Shown to Reduce SHBG (Sex Hormone-Binding Globulin)

1. Boron
Boron supplementation has the strongest research evidence for reducing SHBG levels, with multiple human studies demonstrating significant effects within days of supplementation.

Research shows 10mg daily of boron can reduce SHBG by 20-25% within one week, leading to increased free testosterone availability.

Boron appears to work through modulating steroid hormone metabolism and has additional benefits for bone health and cognitive function.

The mineral is generally well-tolerated with minimal side effects at doses up to 20mg daily.

Boron is one of my favorite supplements.

2. Magnesium
Magnesium supplementation has demonstrated consistent SHBG-lowering effects in multiple clinical studies, particularly in active individuals and those with magnesium deficiency.

Research shows 400-450mg daily of elemental magnesium can reduce SHBG levels by 15-20% while simultaneously supporting testosterone production.

Magnesium glycinate and magnesium aspartate appear to be the most bioavailable forms for this purpose.

The mineral works through multiple mechanisms including insulin sensitivity improvement and direct effects on steroid hormone binding proteins.

3. Nettle Root Extract (Urtica dioica)
Stinging nettle root extract has shown promising effects for reducing SHBG binding affinity and increasing free testosterone availability in several studies.

Research indicates that specific compounds in nettle root can compete with testosterone for SHBG binding sites, effectively increasing the bioactive fraction of circulating testosterone.

While human studies are limited, the traditional use and mechanistic evidence suggest potential for SHBG modulation.

Typical dosing ranges from 300-600mg daily of concentrated root extract standardized for lignans and polysaccharides.

4. Forskolin (Coleus forskohlii)
Forskolin extract has demonstrated SHBG-reducing effects in some studies, likely through its adenylyl cyclase activation and subsequent hormonal cascades.

Research shows forskolin can modulate multiple aspects of hormonal metabolism including SHBG production and testosterone synthesis.

While most known for fat loss applications, emerging evidence suggests potential for optimizing free testosterone levels through SHBG reduction.

Effective doses appear to be 250-500mg daily of 10-20% forskolin extract, preferably taken on an empty stomach.

Others…

Less-researched but promising approaches to raising testosterone naturally
These don’t have the volume of high-quality clinical trials seen with established methods (like exercise or sleep), but early evidence or mechanisms suggest potential benefits worth considering.

1 . Fadogia agrestis (African shrub)
Why it’s promising: Animal studies suggest it may stimulate Leydig cells and increase testosterone production.

Popularized by: Dr. Andrew Huberman (but with a disclaimer about lack of long-term safety data).

Human studies: Very limited or anecdotal. Animal studies show dose-dependent T increases.

Caution: May cause testicular toxicity at high doses in rats; needs human trials.

2. Cordyceps militaris (mushroom extract)
Why it’s promising: Traditional use as an adaptogen with potential effects on Leydig cell stimulation and testosterone biosynthesis.

Studies: Few human studies; animal and in vitro data suggest anabolic effects.

Other benefits: May improve endurance, libido, and mitochondrial function.

3. Mucuna pruriens (velvet bean)
Contains: L-DOPA, which can boost dopamine, and indirectly raise testosterone.

Studies: Some in infertile men show significant T increases and sperm count improvement.