Why Supplements Work (and Why They Often Don’t)
- Feb 9
- 4 min read
Why the form, delivery, and phase matter (and why “one-a-day” is usually a fairytale)
Most people meet supplements the way they meet most health advice: in the middle of chaos.
They’re tired.
Their digestion is weird.
Sleep is fragile.
Mood is unpredictable.
Pain is loud.
Weight won’t budge.
The labs might be “normal,” but the human is not.
So they do what they were trained to do in modern life: add a thing.
A multivitamin.
Magnesium.
“Hormone support.”
A gummy with a celebrity’s face on it.
Then… nothing changes.
Or worse: they feel worse, decide supplements are nonsense, and go back to white-knuckling their body.
Here’s the part I champion daily:
Supplements can be powerful. But they only work when they match physiology.
And physiology cares about phase, form, delivery, bioavailability, and competition.
Not vibes.
Why most people are confused about supplements
Because most people were taught a disease model, not a physiology model.
Allopathic medicine is exceptional at acute care, imaging, procedures, and pharmaceuticals.
But nutrition training in standard medical education is very limited. A national survey found U.S. medical schools averaged ~19.6 hours of required nutrition education across medical school (with wide variability).
That’s not a moral failing. It’s a curriculum reality.
So the system is largely trained to intervene when things have progressed far enough to become diagnosable disease—not when the body is “running on low resource mode” for years.
Define this: malnourishment (a.k.a. not just “starving”)
When I say “malnourished,” people imagine famine. But clinically, malnutrition includes more than under-eating.
The World Health Organization defines malnutrition as deficiencies, excesses, or imbalances in a person’s intake of energy and/or nutrients.
So yes: you can be eating plenty of calories and still be functionally under-resourced at the cellular level.
Deficiency vs insufficiency: why your labs can be “fine” and you can feel awful
This is where the argument gets sloppy online, so let’s keep it precise:
Deficiency = low enough to meet a clinical cutoff.
Insufficiency / inadequacy = not meeting needs consistently, often before you hit deficiency thresholds.
CDC summaries from NHANES-based nutrition surveillance note that clinical deficiencies for selected indicators are often under 10% in the general U.S. population—yet vary by subgroup and can be higher in certain populations (example: vitamin D deficiency rates higher in some groups).
But here’s the key: “not deficient” is not the same as “optimal,” and it’s definitely not the same as “well-resourced.”
The Linus Pauling Institute outlines how micronutrient inadequacies are common (not meeting recommended intakes), which can matter long before a deficiency diagnosis shows up.
Although some sources state that “92% of disease is nutrient deficiency," I can’t fully support that as stated with credible sources.
What I will tell you is that nutrition status is foundational biology, and depletion often shows up as dysfunction long before it shows up as “disease.”
My framework: healing happens in phases
This is where most supplement advice fails: it ignores readiness.
I teach a three-phase model:
Phase 1: State
Goal: stabilize and create safety (nervous system, digestion, immune load).This is where the 5R framework fits beautifully:
Remove what’s irritating the system
Replace missing digestive inputs
Reinoculate (microbiome support when appropriate)
Repair the barrier/lining
Rebalance nervous system + lifestyle rhythms
Supplements in Phase 1 are not “biohacks.”
They’re regulation tools—supporting sleep, stress physiology, digestion, inflammation, hydration.
Phase 2: Signal
Goal: upgrade cellular communication and delivery—and prep the terrain (including the ECF: extracellular fluid).If the “fluid around the cells” is congested, inflamed, dehydrated, poorly mineralized, or delivery is impaired… cells don’t get the message or the materials.
This is where we emphasize:
hydration + electrolytes
minerals
bile flow / drainage support
cell membrane support
mitochondrial support
targeted nutrient forms that match biochemistry and genetics
Phase 3: Coherence
Goal: integration and resilience—systems working together long-term.Circadian rhythm, hormones, immune tolerance, recovery capacity, stress adaptation, consistency. This is where the body becomes self-regulating again.
Supplements can show up in all three phases.But the reason you’re using them changes by phase.
The 5 supplement mistakes I see every day
1) Treating supplements like pharmaceuticals
Pharmaceuticals often override pathways to create an outcome.
Nutrients generally support pathways—they’re raw materials and cofactors.
Different tool, different job.
2) Ignoring chemical form
A label might say “B12,” but the form matters.
Same with magnesium, folate, iron, etc.
In biology, form and function are intimately related and your body can only use what it can convert and transport.
3) Ignoring delivery and bioavailability
Capsule vs powder vs liquid vs sublingual vs liposomal isn’t marketing fluff—it changes absorption and utilization.
4) Taking everything at once
Nutrients compete. They share transporters and absorption pathways. Strategy matters.
5) “One-a-day” thinking
Multis are sometimes helpful as a baseline. But a single daily capsule rarely matches:
therapeutic dosing
timing needs
competition rules
your digestion/absorption reality
your phase of healing
The bottom line: supplements work when they match readiness
If supplements “don’t work” for you, it’s often not because supplements are useless.
It’s because:
you’re using a Phase 2 strategy in a Phase 1 body
the form is wrong
delivery is wrong
timing is wrong
competition is sabotaging absorption
the terrain (digestion/ECF/stress physiology) isn’t ready yet
This is why I’m picky.
Not because I like being intense.
Because your body is not a trash can for random capsules.
A way to think about your next step
If you’re struggling, don’t start with “What supplement should I take?”
Start with:
What phase am I in: State, Signal, or Coherence?
Is my nervous system regulated enough to absorb and respond?
Is my digestion functioning well enough to turn nutrients into usable forms?
Am I supporting drainage and delivery—hydration, minerals, bile, membranes—so cells can actually receive what I’m taking?
