Forest Wisdom from the Pines 🌲
Broadcasting live from deep in the pines.
Let’s not dance around the fire, brother. Time is short and the world is getting softer by the hour.
When it comes to strength, power, and performance, creatine is not some modern gym trend cooked up by supplement marketers trying to sell shiny tubs and flashy labels.
It is ancestral firepower.
A primal molecule your body has relied on since humans were dragging elk through the snow, hauling timber out of the forest, and building shelters before winter closed in. 🪓
Long before barbells, gyms, or supplement stores ever existed, the human body depended on creatine and the ATP energy system to survive brutal environments.
Every hunt.
Every climb.
Every load carried across unforgiving terrain.
That explosive burst of strength your muscles produce comes from the same biological system that powered our ancestors through the harsh realities of survival.
🔥 Creatine is nature’s rocket fuel 🚀
Not the flashy caffeine-powder influencer kind.
The cellular, biological, carry-the-load-and-do-it-again-tomorrow kind.
The kind that powers every heavy lift, every sprint, every swing of the axe. 🪓
Inside your muscle cells, creatine helps regenerate ATP (adenosine triphosphate), the body’s most immediate energy currency. When effort explodes, ATP burns fast. Creatine steps in to recharge the system, allowing muscles to produce force again and again.
More creatine stored in muscle means more power on demand.
⚡ More strength
⚡ More explosive performance
⚡ More resilience when the work gets hard
And let’s be honest about something.
The modern world is not exactly helping men stay strong.
Today’s environment is soaked in estrogenic sludge.
Microplastics drifting through drinking water.
Industrial seed oils saturating processed foods.
Hormone-disrupting chemicals buried in packaging, clothing, and household products.
Everywhere you look, there are quiet biological pressures pushing men toward lower energy, lower testosterone, and weaker metabolic health.
Meanwhile men are being told weakness is normal.
They are told fatigue is normal.
Low drive is normal.
Loss of strength is just part of modern life.
Out here in the forest we know better. 🌲 Out here the rules are simple.
You either split the wood or you freeze. 🪓 You either carry the load or someone else does.
You either build strength or the world slowly grinds you down. Nature has never cared about excuses.
Strength has always been the currency of survival, and that strength begins at the cellular level.
Creatine helps fuel that system. Creatine helps restore the energy machinery that modern life constantly drains.
Creatine helps men remain capable. Because in the end, strength is not about ego.
It is about responsibility.
Responsibility to your body. Responsibility to your family.
Responsibility to stay strong enough to face whatever comes next.
And that begins with fueling the engine properly.
💪 Creatine helps you stay strong.
What Is Creatine
The Cellular Energy Engine ⚡
Creatine is a naturally occurring compound produced in the human body from three key amino acids:
🧬 Arginine
🧬 Glycine
🧬 Methionine
These amino acids combine primarily in the liver and kidneys, where creatine is synthesized and then transported through the bloodstream to the tissues that need it most.
And where does the majority of it end up?
💪 Your muscles.
Roughly 95% of the body's creatine supply is stored inside skeletal muscle tissue, where it plays a critical role in powering physical performance.
Once inside the muscle cell, creatine is converted into its active energy form known as phosphocreatine (PCr).
⚡ Phosphocreatine acts as a rapid energy reserve.
Think of it as a backup battery for your muscles 🔋💪
Whenever your body demands sudden, explosive power, phosphocreatine steps in to keep the engine firing.
Inside the cell, the body runs on a molecule called ATP (adenosine triphosphate).
⚡ ATP is the immediate energy currency of the human body.
Every contraction. 💥
Every sprint. 🏃♂️
Every heavy lift. 🏋️♂️
Every swing of the axe. 🪓
All of it burns through ATP at incredible speed.
The problem is ATP stores are extremely limited. During intense effort they can be depleted in just a few seconds.
This is where creatine becomes one of the most important performance molecules in human biology.
Phosphocreatine donates a phosphate molecule to rapidly regenerate ATP.
⚡ ADP + Phosphocreatine → ATP
In simple terms:
🔋 Creatine recharges the battery.
So your muscles can keep producing force.
The more creatine stored inside muscle tissue, the larger the reserve of phosphocreatine available to fuel that regeneration.
Which means the body can continue producing high levels of power when others start fading.
More creatine stored means:
⚡ More phosphocreatine
⚡ More ATP regeneration
💪 More explosive strength
🏋️ More muscular endurance
🔥 More work capacity under heavy load
And in the real world, that advantage shows up everywhere.
In the gym. 🏋️
On the job site. 🧱
On the field. 🏈
Or deep in the woods stacking winter firewood. 🌲🪓
🪓 It is the difference between dropping the axe early and finishing the wood pile.
Creatine doesn’t create artificial energy.
It strengthens the natural energy system the human body has always relied on.
Built for effort. 💪
Built for work. 🪓
Built for strength. 🔥
Natural Creatine From Food
The Ancestral Sources 🌲
Creatine occurs naturally in animal foods.
Long before supplement tubs and shaker bottles ever existed, humans obtained creatine directly from the animals they hunted, raised, and ate.
These foods powered warriors, hunters, laborers, and builders for thousands of years.
Strong bodies were built on real food.
Rich natural sources include:
🐂 Red meat
🧠 Organ meats
🐟 Fish such as salmon and herring
🦐 Shrimp which contains surprisingly high levels of creatine among seafood
🥚 Eggs
🥛 Raw dairy
These foods provide not only creatine, but also the protein, minerals, and micronutrients needed to support muscle development, hormone production, and cellular energy systems.
For most of human history, diets naturally contained meaningful amounts of creatine because animal foods were the foundation of survival nutrition.
You ate the animal.
You used the strength it carried. 💪
Shrimp Deserves Special Mention 🦐
Shrimp often flies under the radar when people think about creatine.
But gram for gram, shrimp contains notable levels of creatine among seafood sources.
It is also rich in:
⚡ High quality protein
🧠 B vitamins for metabolism
🦴 Selenium and trace minerals
This combination makes shrimp a powerful food for supporting energy production and muscle recovery.
For coastal cultures and traditional diets that relied on seafood, shrimp and shellfish contributed valuable nutrients that supported both physical labor and neurological function.
Another reminder that ancestral diets were far more nutrient dense than the modern menu.
Modern Diets Drifted Away From Ancestral Eating ⚠️
Unfortunately, modern diets have shifted dramatically away from these traditional food patterns.
Instead of nutrient dense animal foods, many men now rely on diets built around:
🍞 Processed foods
🍬 Refined carbohydrates
🥨 Convenience snacks
🥣 Low protein diets
Meals that once centered around meat, fish, eggs, and dairy have been replaced with cheap calories that provide very little of the nutrients required to sustain real metabolic strength.
Which means many people today are not reaching optimal creatine intake.
And the consequences show up quickly.
⚡ Lower energy
😴 Slower recovery
📉 Reduced strength output
The engine simply does not have the fuel it needs.
Why Creatine Supplementation Matters Today 💊
In a perfect world, most creatine would come directly from food.
But the economic reality has shifted.
Meat prices have risen dramatically in many parts of the world, and many families are simply not consuming the quantity of red meat, seafood, and organ meats required to maintain optimal creatine intake.
When budgets tighten, high quality protein is often the first thing to disappear from the grocery cart.
Instead people fill the gap with cheaper calories.
Foods that are easy to produce, easy to package, and easy to sell.
But these foods contain very little creatine.
🍞 Refined grains
🍟 Processed oils
🍬 Sugary snacks
🥤 Empty calorie convenience foods
This leads to a population that is increasingly under fueled at the cellular level.
The muscles lack the phosphocreatine reserves needed for explosive effort.
The brain lacks optimal energetic support.
Strength output drops.
Recovery slows.
Fatigue creeps in.
Creatine supplementation helps restore a compound that historically came naturally from animal rich ancestral diets.
In many ways, supplementing creatine today is simply nutritional course correction.
A modern bridge back to the metabolic environment that fueled strong men for thousands of years.
💪 Creatine helps reconnect modern diets to ancestral energy metabolism.
The Creatine &DHT Connection ⚡
Interestingly, some research suggests that creatine supplementation may influence DHT levels.
One of the most frequently cited studies was conducted on college-aged rugby players who supplemented creatine during a resistance training program.
The study used a typical creatine loading protocol:
• 25 grams per day for 7 days (loading phase)
• followed by 5-10 grams per day for 14 days (maintenance)
Researchers observed measurable changes in circulating DHT.
Average DHT levels increased from approximately:
0.98 nmol/L → 1.36 nmol/L
This represented roughly a 38–40% increase during the loading phase.
During the following maintenance phase, DHT levels declined slightly but remained about 22% higher than baseline.
Interestingly, total testosterone levels did not significantly change during the study.
This suggests that creatine may not increase testosterone directly, but instead may influence the conversion of testosterone into DHT.
Scientists hypothesized this may occur through increased 5 alpha reductase activity, though the exact mechanism is still being studied.
Interestingly, certain foods may also influence this pathway. In our Forest Wisdom article on sorghum, we discuss research suggesting that compounds found in sorghum may support 5 alpha reductase activity, potentially encouraging the conversion of testosterone into DHT through nutritional pathways as well.
A Metabolic Signal for Strength
It is important to understand that creatine is not a hormone and it does not artificially manipulate the endocrine system.
Instead, it supports the energy systems that allow the body to perform intense physical effort.
Creatine increases intracellular energy availability through enhanced ATP regeneration.
Higher cellular energy availability improves:
⚡ training output
⚡ muscular workload
⚡ neuromuscular performance
When physical performance improves, the body often reinforces the hormonal pathways associated with strength and adaptation.
This may be part of the reason many men report experiencing:
⚡ Increased strength output
🔥 Improved training intensity
🧠 Greater focus and drive
when supplementing with creatine.
While the research on creatine and DHT is still evolving, the interaction highlights an important principle.
Strong metabolism supports strong hormones.
And creatine helps power that metabolic engine.
💪 Energy drives performance.
Performance drives adaptation.
Adaptation builds stronger men.
Creatine and Brain Performance 🧠⚡
Your brain consumes enormous amounts of energy.
Despite making up only about 2% of body weight, the brain uses roughly 20% of the body's total energy supply at rest.
Every thought. 🧠
Every decision. ⚡
Every signal sent to your muscles. 💪
All of it runs on ATP.
Like muscles, the brain depends heavily on ATP to power cellular activity.
Neurons must constantly maintain electrical gradients, transmit signals, and recycle neurotransmitters. These processes require continuous energy production.
When ATP availability drops, brain performance declines.
⚠️ Focus fades.
⚠️ Reaction time slows.
⚠️ Mental fatigue sets in.
Creatine helps support the brain’s energy metabolism through the creatine–phosphocreatine system, the same rapid energy buffer used in muscle tissue.
Inside neurons, creatine stores help regenerate ATP during periods of high demand.
🧠 Creatine helps recharge the brain’s energy battery.
What Research Shows 📚
Research suggests creatine supplementation may support:
🧠 Memory and recall
⚡ Cognitive performance under stress
😴 Resistance to mental fatigue
🚀 Neurological resilience during energy depletion
Several studies have found improvements in working memory and cognitive performance, particularly during periods of sleep deprivation or intense mental workload.
When brain energy demand rises, creatine helps maintain ATP availability inside neural tissue.
⚡ More cellular energy
🧠 More stable cognitive performance
Creatine and Brain Health
Scientists are also investigating creatine’s potential role in neurological protection.
The brain is highly vulnerable to energy deficits and mitochondrial dysfunction.
Because creatine supports cellular energy buffering, researchers have explored its role in supporting brain metabolism in conditions such as:
🧠 Alzheimer’s disease
🧠 Parkinson’s disease
😴 Cognitive impairment from sleep deprivation
While research is ongoing, the mechanism is straightforward.
Creatine helps stabilize cellular energy supply, one of the most critical factors in maintaining healthy brain function.
Not a Stimulant ⚡
Creatine is not a stimulant.
It does not spike adrenaline or artificially push the nervous system.
Instead, it simply supports the brain’s natural energy systems.
⚡ More ATP availability
🧠 Better neuronal stability
🔥 Greater mental endurance
Creatine doesn’t force the brain to work harder.
It helps the brain work better.
💪 Fuel the body.
🧠 Fuel the mind.
Strength starts at the cellular level.
Creatine Dosage
Performance-Based Dosing ⚡
The traditional recommendation for creatine supplementation is:
5 grams per day
This works well as a general maintenance dose for many people.
However, research suggests a more individualized approach may provide greater benefits for muscle, mitochondrial, and neurological energy systems.
A commonly recommended performance guideline is:
💪 0.1 grams of creatine per kilogram of body weight per day
This approach scales creatine intake to body size, allowing larger individuals with more muscle mass to reach optimal creatine saturation.
Creatine Dosage by Bodyweight
| Body Weight | Body Weight | Daily Creatine |
|---|---|---|
| 60 kg | 132 lbs | 6 g |
| 65 kg | 143 lbs | 6.5 g |
| 70 kg | 154 lbs | 7 g |
| 75 kg | 165 lbs | 7.5 g |
| 80 kg | 176 lbs | 8 g |
| 85 kg | 187 lbs | 8.5 g |
| 90 kg | 198 lbs | 9 g |
| 95 kg | 209 lbs | 9.5 g |
| 100 kg | 220 lbs | 10 g |
| 105 kg | 231 lbs | 10.5 g |
| 110 kg | 242 lbs | 11 g |
| 115 kg | 253 lbs | 11.5 g |
| 120 kg | 264 lbs | 12 g |
| 125 kg | 275 lbs | 12.5 g |
| 130 kg | 286 lbs | 13 g |
| 136 kg | 300 lbs | 13.6 g |
Example
A 200 lb male (91 kg) would benefit from approximately:
💪 9 grams of creatine per day
A 250 lb male (113 kg) would benefit from approximately:
💪 11 grams per day
Why Larger Men Need More Creatine
Creatine is stored primarily inside skeletal muscle tissue.
The more muscle mass an individual has, the larger their creatine storage capacity.
This is why a flat 5 g dose may be sufficient for smaller individuals but may under-supply larger athletes or physically active men.
Scaling intake based on bodyweight helps ensure optimal muscle creatine saturation and ATP regeneration capacity.
⚡ More creatine stored
💪 More phosphocreatine available
🔥 More explosive energy when it counts
Why Salt Improves Creatine Uptake 🧂⚡
Creatine does not simply drift into muscle cells on its own.
It is transported through a specialized protein called the creatine transporter, known scientifically as SLC6A8.
This transporter is sodium-dependent.
That means creatine enters the cell alongside sodium ions.
🧬 Creatine Transport Mechanism
Creatine + Sodium → Transported into muscle cell
Because of this sodium-coupled transport system, adequate sodium levels can help support efficient creatine uptake into muscle tissue.
In simple terms:
🧂 Salt helps drive creatine into the cell.
Why This Matters After Training 💪
After a long work day or intense training session, the body is often depleted in:
💧 Water
🧂 Sodium
⚡ Electrolytes
Sweat loss during training can significantly reduce sodium levels, which may influence fluid balance and nutrient transport across cell membranes.
When sodium levels are restored, the creatine transporter can operate more effectively.
This is why many athletes benefit from consuming creatine with:
🧂 A pinch of natural salt
💧 Adequate hydration
🥤 Electrolyte-containing fluids
This combination supports proper cellular uptake and hydration within muscle tissue.
Creatine Also Pulls Water Into Muscle Cells 💧
Creatine has an additional effect that works together with sodium.
It increases intracellular water retention within muscle cells, a process known as cell volumization.
When creatine enters muscle tissue it draws water into the cell, increasing cellular hydration and helping create a more favorable environment for:
💪 Muscle protein synthesis
⚡ ATP regeneration
🧬 cellular signaling for growth and recovery
This is one reason creatine supplementation often leads to fuller, stronger muscle tissue.
Simple Practical Advice 🪓
If you are supplementing creatine after a long work day or gym session, it can be advantageous to ensure sodium levels are adequate.
A simple strategy is:
🧂 Add a small pinch of salt to your creatine drink
💧 Drink plenty of water
⚡ Maintain electrolyte balance
This helps support the natural transport systems that move creatine where it needs to go.
Into the muscle cell.
Where the work happens. 💪
A Small Creatine Boost in Morning Glory ⚡
While we do not sell standalone creatine supplements, we still recognize its value as a foundational performance nutrient.
That is why Morning Glory Pre-Workout includes 1 gram of creatine within the formula.
It is not meant to replace full creatine supplementation. Instead, it provides a supportive boost within a broader performance formula.
Morning Glory was designed differently than many modern pre-workouts.
Rather than relying on extreme stimulants, the formula focuses on supporting the body’s natural performance systems.
The formula includes:
⚡ Nitric oxide support for circulation and blood flow
💪 Beta-Alanine to support muscular endurance during hard training
🧠 GABA to help maintain calm focus and balanced nervous system activity
🔥 A full spectrum of B-vitamins that support cellular energy metabolism
Together these ingredients help support circulation, endurance, and neurological performance during demanding workouts.
The small addition of 1 gram of creatine simply rounds out the formula by supporting cellular energy availability during training.
No nonsense.
Just tools built for the work.
Our Picks to Stack With Creatine 🪵💪
Creatine lays the foundation for cellular energy, but strength is built when the entire biological system is supported.
Here are a few formulas from the LumberJack Nutrients arsenal that pair well alongside creatine.
🐓 Rooster Booster
Supports testosterone signaling, masculine vitality, and hormonal balance.
🌲 Forest Fungi
Supports brain health, stress resilience, and neurological performance.
🦬 Tribal Liver & Hunter’s Harvest
Provide concentrated ancestral organ nutrition rich in vitamins, minerals, and metabolic cofactors.
🪓 Axe n’ Saws Digestive Enzymes
Help ensure complete digestion and nutrient absorption so the body can actually use the fuel it consumes.
Together these formulas help support the biological terrain where strength, resilience, and performance thrive.
Why LumberJack Nutrients Chose Not to Enter the Creatine Market 🪵
Creatine is one of the most widely sold supplements in the world.
Because of this, the market has become extremely crowded.
Thousands of brands sell creatine, often sourcing the same raw material and competing primarily on one thing:
💲 Price
At LumberJack Nutrients, we made a deliberate decision not to launch our own standalone creatine product.
Not because creatine lacks value.
But because the market is already saturated with suppliers who can produce it at massive scale and extremely low cost.
Instead of entering a commodity market, we chose to focus our energy on building specialized formulations that support deeper biological systems.
🧠 Brain resilience
🔥 Mitochondrial function
💪 Hormonal vitality
🚀 Metabolic resilience
Our goal has always been to create supplements that work alongside foundational nutrients like creatine, rather than compete with them.
Just as importantly, we want our Tribe to be well informed about the decisions they make when choosing what goes into their bodies.
Supplementation should never be blind trust.
It should be informed strength.
That is why we encourage people to understand where ingredients are sourced, how they are manufactured, and whether companies are transparent about testing.
German Creatine vs Chinese Creatine 🧪
Another factor consumers should understand is manufacturing quality.
Not all creatine is produced the same way.
Historically, some of the highest purity creatine available has come from German pharmaceutical-grade manufacturing.
🇩🇪 German facilities are known for:
🔬 Strict purification standards
🧪 Advanced manufacturing controls
🚀 Tight contaminant monitoring
Many experienced athletes and formulators have long favored German-produced creatine because of its consistent purity and traceability.
Today, a large portion of the global creatine supply is manufactured in China, where quality can vary depending on the facility and purification process used.
Scientific analyses have shown that creatine products can contain trace impurities such as:
• creatinine
• dicyandiamide
• dihydrotriazine
depending on how the creatine is manufactured and purified.
This does not mean all non-German creatine is poor quality. Many manufacturers today produce very clean creatine.
But it highlights an important point:
🔍 Manufacturing standards matter.
When choosing a creatine supplement, look for companies that provide:
✔ third-party testing
✔ contaminant screening
✔ transparent sourcing
A Reminder From LumberJack Nutrients 🌲
At LumberJack Nutrients, we believe our Tribe deserves to be informed about the supplements they choose to put into their bodies.
That is why transparency matters.
🔬 All LumberJack Nutrients formulas are third-party tested for quality and purity.
Because what you put into your body should meet the same standard you hold yourself to:
Strength. Integrity. Accountability.
Final Wisdom From the Woods 🌲🪓
Creatine belongs in a man’s daily stack.
Whether you are:
🏋️ Lifting heavy
Challenge your muscles regularly. Strength is built under resistance.
🪓 Chopping wood
Do real physical work whenever you can. The body was built for labor.
💼 Working long days
Fuel your body properly so endurance and focus hold up through the grind.
👨👩👧👦 Raising strong sons and daughters
Lead by example. Children learn strength by watching it lived every day.
Creatine helps fuel the work.
But no single supplement builds a strong man on its own.
Strength is built when the foundations are in place.
Pair creatine with:
🥩 Real food
Eat nutrient-dense animal foods that truly fuel the body.
☀️ Sunlight
Get outside daily to support hormones, mood, and circadian rhythm.
🧂 Minerals
Do not fear salt. Your muscles, nerves, and hydration depend on it.
😴 Deep sleep
Muscle, testosterone, and recovery are built while you sleep.
🧠 Discipline
Consistency beats intensity. Show up every day and do the work.
Do that consistently and you will build something modern culture has forgotten how to create.
A resilient man.
Strong in body.
Clear in mind.
Unshaken in purpose.
🪓 Stay strong
Lift heavy things and challenge your body often.
🌲 Stay rooted
Stay connected to real food, real work, and real values.
🔥 Stay wild
Protect your edge. The world needs strong men.
🪓 A strong man pays attention to what fuels his machine.
Fred
LumberJack Nutrients
Study Reference 📚
Van der Merwe J, Brooks N, Myburgh K.
Three weeks of creatine monohydrate supplementation affects dihydrotestosterone to testosterone ratio in college-aged rugby players.
Clinical Journal of Sport Medicine. 2009.
DOI: 10.1097/JSM.0b013e3181b8b52f
Link:
https://journals.lww.com/cjsportsmed/Abstract/2009/09000/Three_Weeks_of_Creatine_Monohydrate.9.aspx
Creatine and DHT Conversion
Van der Merwe J, Brooks N, Myburgh K.
Three weeks of creatine monohydrate supplementation affects dihydrotestosterone to testosterone ratio in college-aged rugby players.
Clinical Journal of Sport Medicine. 2009.
Study link:
https://journals.lww.com/cjsportsmed/Abstract/2009/09000/Three_Weeks_of_Creatine_Monohydrate.9.aspx
This study observed a ~38% increase in DHT during creatine loading, with levels remaining approximately 22% above baseline during the maintenance phase, while testosterone itself remained unchanged.
Creatine and Muscle Energy Metabolism
Kreider RB et al.
International Society of Sports Nutrition position stand: safety and efficacy of creatine supplementation in exercise, sport, and medicine.
Journal of the International Society of Sports Nutrition. 2017.
DOI:
10.1186/s12970-017-0173-z
Study link:
https://jissn.biomedcentral.com/articles/10.1186/s12970-017-0173-z
This large review summarizes decades of research demonstrating that creatine supplementation:
💪 increases strength
⚡ improves ATP regeneration
🏋️ increases training volume
🧠 supports neurological energy metabolism
Creatine and Brain Energy Metabolism
Wyss M, Kaddurah-Daouk R.
Creatine and creatinine metabolism.
Physiological Reviews. 2000.
DOI:
10.1152/physrev.2000.80.3.1107
Study link:
https://journals.physiology.org/doi/full/10.1152/physrev.2000.80.3.1107
This landmark review outlines creatine’s role in mitochondrial energy buffering, showing how the creatine–phosphocreatine system acts as a rapid energy shuttle between mitochondria and high-demand tissues like muscle and brain.
Creatine and Neurological Function
Avgerinos KI et al.
Effects of creatine supplementation on cognitive function of healthy individuals.
Experimental Gerontology. 2018.
DOI:
10.1016/j.exger.2018.01.013
Study link:
https://www.sciencedirect.com/science/article/pii/S0531556517305275
Research suggests creatine may improve:
🧠 Memory performance
⚡ Cognitive processing speed
🚀 Neurological resilience during metabolic stress
📚 Reference
Benzi, G. (2000).
Is there a rationale for the use of creatine either as nutritional supplementation or drug administration in humans participating in sport? Pharmacological Research.
https://pubmed.ncbi.nlm.nih.gov/10675277/