(And Most Hair Supplements Ignore That)
Hair follicles divide faster than almost any other cells in the human body.
In fact, during active growth, follicle cells are among the most metabolically active cells in the entire body.
That means one thing:
Hair follicles run on energy.
And like any energy-intensive system, when the fuel supply declines, performance drops.
The result?
Thinning hair.
Slower growth.
More shedding.
Eventually, visible hair aging.
Understanding this simple biological reality reveals something surprising about the hair supplement industry:
Most products are focused on the wrong problem.
Hair Growth Is One of the Body's Most Energy-Demanding Processes
Hair grows through a cycle consisting of three phases:
- Anagen - growth phase
- Catagen - transition phase
- Telogen - resting phase
During the anagen phase, follicle cells divide rapidly to produce the hair shaft. This process requires enormous amounts of ATP, the cellular fuel generated by mitochondria.
Think of mitochondria as tiny power plants inside each cell.
Hair follicles contain thousands of these microscopic energy generators working continuously to produce new hair fibers.
When mitochondrial output is strong, follicles maintain longer growth cycles and produce thicker hair.
When cellular energy declines, follicles often shorten the growth phase and produce progressively thinner strands.
Hair aging, in many cases, simply reflects declining follicle metabolism.
What Causes Follicles to Lose Energy?
Several biological changes gradually weaken follicle metabolism over time:
- declining mitochondrial efficiency
- oxidative stress accumulation
- reduced microcirculation
- hormonal shifts
- inefficient nutrient delivery
Because hair follicles are so metabolically active, they are particularly sensitive to these changes.
This is why hair often becomes one of the earliest visible markers of aging biology.
Why Most Hair Supplements Miss the Point
If you look at the ingredient labels on most hair supplements, you'll notice a familiar pattern.
The same ingredients appear over and over again:
- Biotin
- Collagen
- Keratin
- Generic "hair, skin and nails" vitamin blends
These ingredients sound logical. After all, hair is made of protein and vitamins support overall health.
But when you look more closely at the biology of hair growth, something important becomes clear:
Most of these ingredients don't address the systems that actually control follicle activity.
Biotin: Only Helpful If You're Deficient - And You Are Probably Not Deficient
Biotin (vitamin B7) is one of the most common ingredients in hair supplements.
But scientific evidence shows that biotin supplementation primarily improves hair growth in individuals who are biotin deficient.
And true biotin deficiency is extremely rare in healthy individuals consuming a normal diet.
For the vast majority of people, adding thousands of micrograms of biotin doesn't change how hair follicles behave, because the follicles already have enough.
In other words, biotin can be essential in rare cases, but it is not a primary driver of hair growth for most people.
We wrote a full post on this if you want to go deeper: Why on Earth Are You Taking Biotin?
Keratin: Eating Keratin Doesn't Translate Directly to Your Hair
Keratin is the structural protein that hair is made of, which makes it appealing as a supplement ingredient.
However, keratin consumed orally is broken down during digestion into amino acids before it can be absorbed.
Your body does not absorb intact keratin and deliver it directly to hair follicles.
So while keratin sounds like a logical ingredient on a label, it doesn't function as a direct hair-building compound when taken orally.
The Real Biology of Hair Longevity
Hair follicles don't simply need raw materials.
They need:
- cellular energy to power rapid cell division
- growth signaling to stay in the anagen phase
- circulation to deliver nutrients and oxygen
- hormonal balance to protect follicles from DHT and stress
- oxidative defense to protect follicular cells
Without those systems functioning properly, follicles cannot sustain long-term growth.
This is why focusing exclusively on generic nutrients often fails to address the deeper biological drivers of hair aging.
For the full picture of how these systems work together, this breakdown of the 5 biological systems that control hair longevity covers each one in detail.
The FOLIKL™ Approach: Powering the Biology of Hair Longevity
FOLIKL was designed around a simple principle:
Hair aging is a systems problem, not a single nutrient deficiency.
Instead of relying on one pathway, the formulation supports several biological drivers of follicle metabolism and resilience.
1. Cellular Energy and Mitochondrial Function
Because hair follicles require enormous amounts of ATP, maintaining mitochondrial energy production is critical.
Shilajit (250 mg)
Shilajit contains fulvic acid, a compound that supports mitochondrial ATP production and enhances the transport of key minerals into cells. Research on purified Shilajit has also shown support for healthy testosterone levels in men, a key component of male vitality.
Supporting mitochondrial energy helps follicles maintain the intense metabolic activity required for hair growth.
2. Activating the Hair Growth Cycle
Hair follicles rely on molecular signals that determine whether they remain in the growth phase or transition into rest.
AnaGain Nu™ (Pea Shoot Extract)
This clinically studied ingredient stimulates dermal papilla cells and increases expression of proteins such as FGF-7 and Noggin, which help maintain follicles in the active growth phase.
Clinical studies have shown measurable increases in hair density following supplementation.
3. Microcirculation and Nutrient Delivery
Hair follicles require a steady supply of oxygen, minerals, and nutrients delivered through the scalp's microvascular network.
Actrisave™ (Black Rice and Prickly Pear Extract)
This polyphenol-rich complex supports scalp microcirculation while protecting follicular cells from oxidative stress caused by environmental factors such as pollution and UV exposure.
Better circulation means better nutrient delivery to metabolically active follicle cells.
4. Hormonal Balance and Stress Resilience
Hair follicles are extremely sensitive to hormonal signaling.
Two hormones are particularly important:
- DHT, which can shrink hair follicles over time
- Cortisol, the body's primary stress hormone
FOLIKL™ addresses both.
Pumpkin Seed Extract (400 mg) and Saw Palmetto (200 mg)
These botanicals help modulate 5-alpha-reductase, the enzyme responsible for converting testosterone into DHT.
Shoden® Ashwagandha
This clinically studied extract helps lower cortisol while supporting healthy testosterone levels, creating a hormonal environment that supports follicle resilience.
For a deeper look at how testosterone and DHT actually relate to hair health, this post on testosterone and male hair health is worth reading.
5. Protecting Follicles From Oxidative Stress
Hair follicles generate oxidative stress as a byproduct of their intense metabolic activity.
Over time, excessive oxidative stress can damage follicle cells and melanocytes responsible for hair pigmentation.
FOLIKL™ includes targeted antioxidant defenses.
Catalase
Breaks down hydrogen peroxide accumulation inside hair follicles, a key driver of hair graying.
Amla and Actrisave™
Provide polyphenols that protect melanocytes and follicular cells from oxidative damage.
Hair Longevity Starts at the Cellular Level
Hair aging doesn't begin with the strand you see in the mirror.
It begins inside the follicle, where cells are constantly dividing, producing pigment, and assembling the hair shaft.
That work requires enormous amounts of energy.
Which means supporting hair longevity ultimately comes down to supporting the biological systems that power follicle metabolism:
- mitochondrial energy production
- follicle growth signaling
- scalp circulation
- hormonal balance
- oxidative stress defense
That's why FOLIKL™ was designed around the biology of the follicle itself.
Because hair longevity isn't just cosmetic.
It's metabolic.
FOLIKL™
Where Hair Longevity Meets Male Vitality™
References
Schneider MR, Schmidt-Ullrich R, Paus R.
The Hair Follicle as a Dynamic Miniorgan. Current Biology. 2009.
Stenn KS, Paus R.
Controls of Hair Follicle Cycling. Physiological Reviews. 2001.
Vidali S et al.
Mitochondrial Function and Hair Follicle Biology. Experimental Dermatology. 2014.
Wood JM et al.
Senile Hair Graying: Hydrogen Peroxide-Mediated Oxidative Stress. FASEB Journal. 2009.
Cho YH et al.
Effect of Pumpkin Seed Oil on Hair Growth in Men with Androgenetic Alopecia. Evidence-Based Complementary and Alternative Medicine. 2014.
Pandit S et al.
Clinical Evaluation of Purified Shilajit on Testosterone Levels in Healthy Men. Andrologia. 2016.
Grothe T et al.
Pea Shoot Extract Improves Hair Density and Reduces Hair Loss. Phytotherapy Research. 2020.