By now, the gap is clear.
Particles are produced.
Particles are cleared.
And most of the focus has been on how to remove them.
But if the system is being driven from both sides…
then control cannot exist in only one place.
It has to exist at the point where particles enter the system.
That point is the liver.
Every ApoB-containing particle begins there.
It is assembled, packaged, and released into circulation.
This is not a passive process.
It is regulated.
The liver does not produce particles at a fixed rate.
It responds to signals.
Energy availability.
Substrate flux.
Hormonal environment.
These inputs shape how many particles are produced at any given time.
In that sense, the liver is not just part of the system.
It is the control point.
When those signals are stable, production remains balanced.
Particles enter circulation at a rate that can be matched by clearance.
But when those signals shift, production can increase.
More particles are released into circulation.
The system is pushed.
Even if clearance remains intact, it may not be enough to compensate.
This reframes the problem.
Not as a question of how to remove particles more efficiently.
But as a question of how the system is being regulated at its source.
What signals is the liver responding to?
And why is production increasing in the first place?
These are not abstract questions.
They reflect processes that are already happening.
In many individuals, the system is not broken.
It is responding.
Responding to the environment it is given.
That environment determines how many particles are produced.
And ultimately, how much exposure accumulates over time.
Once that becomes clear, the direction changes.
The goal is no longer only to remove what is already there.
It is to influence what is being produced.
Not as a replacement for clearance.
But as a complement to it.
Because the system is not controlled at one point.
It is controlled at both.
And if one side is left unaddressed, the imbalance can persist.
This is where the system becomes more than descriptive.
It becomes controllable.
Continue reading → A Different Way to Approach the System
Or start here - The LIV System