The Hidden Cost of Standardising Something That Was Never Standard

Medicine is precise.

At least, that’s what we’re told.

Measured in milligrams.
Tested in trials.
Approved through rigorous systems.

It gives the impression of control—of exactness.

And yet, beneath that precision lies a contradiction:

The human body is not standard.
But medicine is.

1. The Comfort of Uniformity

The modern pharmaceutical system is built on standardisation:

Fixed doses
Fixed formats
Fixed schedules

One tablet.
One capsule.
One instruction:

“Take once daily.”

This model works—at scale.

It allows:

Mass production
Global distribution
Regulatory consistency

But it depends on a quiet assumption:

That a standard dose can serve a non-standard population.

2. The Reality of Human Variability

No two bodies are the same.

We vary in:

Weight
Metabolism
Enzyme activity
Gut physiology
Disease state

Even at a molecular level, differences are profound.

A dose that is:

Effective for one person
May be insufficient for another
Or excessive for someone else

And yet, we deliver medicine as if:

These differences are negligible

3. Absorption Is Not Guaranteed

Swallowing a pill does not mean receiving a dose.

Between ingestion and effect, a drug must:

Disintegrate
Dissolve
Survive the stomach
Be absorbed in the gut
Enter circulation

Each step introduces variability.

Factors like:

Food
pH
Microbiome
Motility

All influence outcome.

So even if two people take the same tablet:

They may not receive the same exposure.

4. The Fixed-Dose Constraint

Tablets and capsules lock medicine into discrete units:

200 mg
500 mg
1 g

But biology is continuous.

There is no natural reason why:

Your optimal dose = exactly 500 mg
Or 400 mg
Or 250 mg

These numbers are not biological truths.

They are:

Manufacturing decisions

5. When the System Adjusts

The system tries to compensate:

Split tablets
Adjust frequency
Combine strengths

But these are workarounds.

They introduce:

Complexity
Inaccuracy
Patient burden

Instead of:

Designing flexible systems

We ask patients to:

Adapt to rigid ones

6. The Swallowing Barrier

For millions of people, the problem is even more basic:

They cannot swallow tablets at all.

Conditions like Dysphagia affect:

Elderly populations
Neurological patients
Post-surgical patients

For them, the standard format is not inconvenient.

It is exclusionary.

A system designed for “most people”
fails those who need it most.

7. The Illusion of Compliance

When patients don’t take medication correctly, we call it:

Non-compliance

But often, the issue is not behaviour.

It’s design.

Pills too large
Doses too rigid
Instructions too complex

The system assumes:

The patient is the variable

But in many cases:

The system is the constraint

8. Why This Model Persists

If the mismatch is so clear, why hasn’t it changed?

Because standardisation enables:

Scale

Billions of doses produced efficiently

Regulation

Predictable, testable formats

Economics

Low cost per unit

It is a system optimised for:

global consistency

Not individual precision.

9. The Deeper Problem: Designing for the Average

The entire system is built around an idea:

The “average patient”

But the average patient does not exist.

It is a statistical construct.

No one is exactly average:

Not in metabolism
Not in physiology
Not in response

And yet, we design medicine as if:

They do

10. The Ibumix Perspective

This is the fundamental tension in modern medicine:

Biology is variable
Systems are standardised

So we force variability into uniformity.

And accept the loss:

In precision
In experience
In outcomes

But that loss is not inevitable.

It is the result of:

design decisions made for a different era

11. A Different Future

Imagine medicine that:

Adapts to the individual
Delivers precise, adjustable doses
Removes the need for swallowing solids
Accounts for biological variability

A system where:

Dose is dynamic
Format is flexible
Experience is designed

Not assumed.

Final Line

Medicine does not fit the human body—
because it was never designed to.