This piece is the middle part of Chapter 8 of Stones in the Body: More Frightening Than Cancer (Yoon Jong-won). It is a narrative that contains the author's academic hypothesis, and the body, figures, and citations follow the manuscript as written.
The Pathway Hardening from the Inside Out (Inside-Out)
This is the case where the cell, as it grows sick and dies, turns to calcium on its own. This path begins from "the cell tires first."
Whether stress accumulates, whether oxidative damage increases, whether the mitochondria weaken, or whether the endoplasmic reticulum undergoes overload, in any case the common conclusion becomes the same. The cell runs short of ATP (cellular energy), recovery and cleanup slow down, and the most sensitive regulatory system, the homeostasis of the calcium ion (Ca²⁺), that is, the regulation of calcium concentration, is shaken.
Here calcium is not a matter of 'bad or good' but a matter of the switch overheating or shutting off. When the intracellular calcium baseline rises, inflammatory signals turn on, the membrane and organelles are further damaged, and that damage again moves in the direction of enlarging the failure of calcium regulation.
In the process where the cell dies (Apoptosis/Necrosis), the unprocessed corpse of the cell, fatty acids, and inflammatory byproducts are left in that place. Calcium attaches to this lump of acidic waste and hardens like a 'fossil.' The cell moves in the direction of 'hardening' the damaged area, just as one hastily plasters a wall at the scene of a fire to block the smoke.
According to a study published in the journal Circulation Research in 2011, when vascular smooth muscle cells are damaged they change into a form similar to bone-making cells and actively induce calcification. The researchers named this 'active calcification.'
[Table 7] Characteristics of Type 1
| Category | Content |
|---|---|
| Direction | Inside-Out (from inside to outside) |
| Starting point | Problem inside the cell (stress, oxidative damage, inflammation) |
| Core process | Ca²⁺ regulation failure → cell damage/death → waste + calcium = "fossilization" |
| Type of calcification | Active calcification (Active Calcification) |
| Where it mainly appears | Areas where inflammation was severe, damaged muscle, areas of chronic pain |
| Related symptoms | Localized pain, muscle stiffness, joint calcification |
In other words, Type 1 is the path in which the disorder and inflammation inside the cell create the seed of hardening, and that seed grows into microcalcification and further blocks the surrounding microcirculation. It is the pathway in which signal blockade produces channel blockade.
Type 2: The blood calcium instability / bone efflux origin type (Humoral Origin)
The Pathway That Blocks In from the Outside In (Outside-In)
This is the case where the cell was fine, but 'blind calcium' that came riding on the blood blocks the way. This path begins not from the "cell" but from the "blood."
When calcium absorption becomes unstable and the immediately usable calcium concentration in the blood is shaken, the body tries to protect the blood calcium according to the principle of survival. What typically appears when that compensatory switch turns on is a system such as PTH (parathyroid hormone).
At that moment the bone is mobilized as an emergency warehouse and sends out calcium, and the calcium drawn out this way becomes 'floating material,' that is, 'blind calcium.' This calcium wanders the blood in a state where its ionization balance is broken.
The problem is that if the path this material passes through is already narrow, or a place where inflammation, acidosis, and hypoxia have piled up, the calcium cannot flow out like water and begins to pile up like sand.
[Table 8] Characteristics of Type 2
| Category | Content |
|---|---|
| Direction | Outside-In (from outside to inside) |
| Starting point | Blood calcium instability (insufficient absorption) |
| Core process | PTH secretion → bone efflux (OUT) → "blind calcium" → bottleneck deposition (SET) |
| Type of calcification | Passive calcification (Passive Calcification) |
| Where it mainly appears | Microvascular bottlenecks, lymphatic vessel entrances, areas of blood-flow stasis |
| Related symptoms | Systemic circulatory disorder, cold hands and feet, edema, hypertension |
This phenomenon becomes stronger especially at "the narrow passages where supply and drainage meet," such as the microvessels, interstitial fluid, and lymph.
According to a study published in the Journal of the American Society of Nephrology in 2004, the reason vascular calcification increases sharply in patients with chronic kidney disease is the imbalance of calcium-phosphate metabolism together with the decrease of substances that prevent calcification. The researchers explained this as 'passive calcification.'
So Type 2 is organized as absorption instability → blood defense → bone efflux (OUT) → deposition at the bottleneck (SET) → microcirculation blockade. It is the pathway in which the wrong movement of calcium, that is, OUT→SET (efflux → deposition), directly produces channel blockage.
[Table 9] Type 1 vs Type 2 Comparison
| Category | Type 1 (cell origin type) | Type 2 (blood/bone efflux origin type) |
|---|---|---|
| Direction | Inside-Out (inside→outside) | Outside-In (outside→inside) |
| Starting point | Cell damage, inflammation | Absorption instability, bone efflux |
| Calcium state | Intracellular Ca²⁺ regulation failure | Excess of blood "blind calcium" |
| Mode of calcification | Active (the cell makes it) | Passive (physical deposition) |
| Analogy | "A hastily built wall at a fire scene" | "Sand piles up and blocks the way" |
| Representative symptoms | Localized pain, muscle stiffness | Circulatory disorder, cold hands and feet, edema |
The confluence of the two types: "a structure that grows itself once it forms"
Now I will tell you the most important conclusion of this chapter.
Type 1 (the stone the cell makes) and Type 2 (the stone the blood brings) do not exist separately. In our actual body these two overlap and amplify. Type 1 and Type 2 do not act separately in the actual body; each one's result becomes the other's cause, and in the end they converge and amplify at the same bottleneck, the microcirculation (microvessels, interstitial fluid, lymph).
The cell sickened from within makes the calcification (Type 1), and the calcium that entered from outside blocks the way (Type 2). The point where these two flows converge is precisely the microcirculation, and here metabolism is completely blockaded.
When the cell tires first, Type 1 turns on, and the microcalcification that results further blocks supply and drainage, creating the deposition environment for Type 2. Conversely, when bone efflux grows larger due to absorption instability, Type 2 turns on, and that deposition blocks the microcirculation and tires the cell further, enlarging Type 1.
The core the reader must understand is this. Microcalcification is not "once it forms it is over," but a structure that grows itself once it forms. That is why this theory becomes 'dual blockade.' It is a structure in which the signal (absorption/cellular calcium) is shaken, the channel (microcirculation) is blocked, and the two axes take each other as fuel and fix obesity and chronic disease in place.
It is like two fires meeting at one point and raising a larger blaze. This chapter is a chapter that standardizes that structure into 'two types of formation' so that the reader can read the path of his own body.
Calcium Misplacement: It Leaves the Bone and Lodges in the Wrong Place
Calcium leaves the bone (calcium efflux)
If we summarize the core of the CAM dual blockade (CAM-DLT) in one sentence, it is this. "It leaves the place where calcium ought to be (the bone) and lodges in the places where it should not be (blood vessels, joints, tissue)."
First, let us understand 'calcium efflux.' Even in normal bone metabolism calcium leaves and enters again. The problem is when the DIAH trigger operates chronically. When the amount that leaves continuously exceeds the amount that enters, the bone gradually weakens and calcium overflows in the blood.
Recalling the content of the previous chapter, D (Deficiency) directly stimulates PTH, I (Inflammation) activates osteoclasts, A (Acidosis) uses the bone as a buffer, and H (Hypoxia) induces calcium release through cell damage. All four triggers make calcium leave the bone.
Calcification Deposition: Calcium That Has Lost Its Way Lodges in the Wrong Place
Next is 'calcification deposition.' The calcium hastily drawn out of the bone cannot return to its place. Just as goods hastily taken out of a warehouse cannot be put back in their place and are stacked just anywhere, the calcium that has lost its way lodges in the wrong place.
Normally, calcium that came out of the bone is used where needed and then returns to the bone or is excreted through the kidney. But calcium that has been chronically over-mobilized cannot find its place. It attaches to the walls of the microvessels, forms crystals in the interstitial fluid, piles up in the joint cartilage, and makes stones in the kidney.
If we list the representative sites where calcification deposits, they are as follows. The vessel wall (arteriosclerosis), the heart valve (valvular calcification), the joints (calcific tendinitis, chondrocalcinosis), the kidney (kidney stones), the breast (breast calcification), the brain (cerebrovascular calcification), and the skin and soft tissue as a whole.
The Compensation for Survival Becomes the Seed of Destruction
The tragedy of this phenomenon is that 'the thing done to live in the end ruins the body.'
Maintaining the blood calcium concentration is essential for immediate survival. This is because if calcium falls the heart can stop. So our body tries to protect blood calcium at any sacrifice. Even by melting the bone.
In the short term this is a perfect survival strategy. The problem is when it becomes chronic. Every day the bone melts a little, and every day a little calcium piles up in the wrong place. After 10 or 20 years pass, the bone weakens and the blood vessels harden. The emergency safe (the bone) runs empty, and the goods hastily taken out (the calcium) end up blocking the way.
Proving It with Obesity as the 'Representative Case'
Obesity is not "there is a lot of fat" but "the adipose tissue is blockaded"
We will now step one step deeper from the old custom that drives obesity only as 'the sin of calories.' It is true that obesity is a matter of the amount one eats. But more essentially, if we miss the point that it is a phenomenon in which the body fixes itself into storage mode in order to survive on its own when "the cell's ability to process fuel" and "the tissue's ability to maintain supply and drainage" collapse, dieting always returns to the beginning.
No matter how excellent a theory is, if it is not visible to the eye it is hard to believe. So we take obesity as an example. This is because obesity is precisely the disease in which the CAM dual blockade (CAM-DLT) is revealed most nakedly.
Standardizing the Mechanism of Obesity: What-Why-How
To say obesity is simply "because one eats a lot" is one-dimensional. I will fix the simplest formula of obesity at the cellular level.
It is the What (the contents). Leftover glucose and fatty acids turn into triglycerides and accumulate without limit inside the fat cells.
It is the Why (the problem of the signal). The insulin signal locks the 'exit,' that is, fat breakdown, and permits storage. This is because the insulin level does not fall, so the exit that breaks down fat is locked.
It is the How (the problem of the tools). Enzymes such as LPL (lipoprotein lipase) and PPAR-gamma (PPAR-γ) are activated and forcibly expand the 'entrance' that sucks in fat.
[Table 10] The What-Why-How Formula of Obesity
| Category | Content | Explanation |
|---|---|---|
| What (contents) | Triglyceride accumulation | Surplus glucose + fatty acids → stored in fat cells |
| Why (signal) | Insulin signal | Locks the exit (breakdown), permits storage |
| How (tools) | LPL, PPAR-γ | Expands the entrance (absorption), strengthens storage |
This formula is the basic skeleton that no one denies. The problem is from here. It is that at some moment there arises a turning point where this structure changes from "adjustable storage" into "a blockade that cannot be escaped."
The Turning Point: The Moment Obesity Hardens into a "Form That Does Not Come Off"
There is a stage where, even if one gains weight, it comes off quickly when one exercises, and a stage where one gains weight even by drinking only water. What is that difference? It is precisely the difference of whether the 'dual blockade' has been completed.
Once a certain threshold is crossed, obesity is no longer a matter of calories. That turning point is precisely the moment when the shaking of the cellular calcium ion (Ca²⁺) signal and the microcirculation blockade begin to overlap.
First, it is the failure of the calcium ion (Ca²⁺) signal. The calcium concentration inside the fat cell rises and permanently shuts off the switch of the fat-breakdown enzyme. This is a software breakdown.
Second, it is the microcirculation blockade. Microcalcification wedges in between the enlarged fat cells. This crushes the blood vessels and lymph and cuts off the blood supply. This is a hardware breakdown.
When it reaches this stage, the adipose tissue changes into something like 'cold stone (Cold & Solid).' Since the blood does not reach it, neither hormones nor drugs can arrive. This is precisely the cellulite that will not come off even in death, and the substance of 'fixed obesity.'
The Way Type 1 and Type 2 Fix Obesity in Place
Here the way the two types of microcalcification that we organized earlier fix obesity more firmly in place is revealed.
The first is Type 1. When the regulation of the calcium ion (Ca²⁺) is shaken inside the fat cell, mitochondrial and endoplasmic reticulum stress accumulates, and the inflammatory signal is fixed, the tissue moves in the direction of hardening the damaged area and microcalcification grows like a seed.
The second is Type 2. When calcium absorption is unstable so that the blood calcium is shaken and bone efflux (OUT) grows larger, that calcium meets an environment where it is easy to SET at the microcirculation, the 'bottleneck point,' and the deposition is strengthened.
And these two flows meet in the 'compressed space' that is the obese tissue and amplify each other, and as a result the adipose tissue is pressed more, blocked more, and hardened more, changing into "flesh that does not come off well."
So, from some moment on, obesity becomes not a matter of counting calories but a structural problem in which the channels of the tissue are blocked so that recovery and drainage do not turn.
The Exact Location of Insulin Resistance
At this point many people ask. "Then what is insulin resistance?" Rather than exalting insulin resistance as the 'chief cause,' I will locate it more precisely within this dual blockade.
Insulin resistance is a state where, like a factory loud with the sound of a loudspeaker, the signal is blurred amid the noise and the command is not properly transmitted. When the intracellular calcium ion (Ca²⁺) baseline rises and the hypoxia, acidosis, and inflammation environment is fixed, the insulin signaling system becomes difficult to operate normally, the body secretes more insulin in order to catch the blood sugar, and that excess insulin again locks the exit and strengthens storage.
Seen this way, obesity, insulin resistance, and excess insulin are organized not as a fight that passes the cause onto one another but as a fixation loop created by blockade.
The Pancreatic β Cells and the Spread to Diabetes
Obesity in the end leads to diabetes. Why is that? It is because the β cells (beta cells) of the pancreas that make insulin are also victims of the 'microcalcification environment.'
It is overload. When one gains weight, the β cells work without rest in order to lower the blood sugar.
It is blockade. When the microvessels around the β cells are blocked by calcification, the oxygen supply is cut off and inflammation arises.
It is a stop of function. The β cells that have failed at the regulation of the calcium ion (Ca²⁺) signal lose the ability to secrete insulin or die.
In other words, obesity and diabetes are not separate diseases. They are only "the result of the blockade of the adipose tissue spreading into the blockade of the pancreatic tissue."
[Table 11] The Obesity → Diabetes Spread Pathway
| Stage | Adipose tissue | Pancreas (β cells) |
|---|---|---|
| ① Overload | Excess fat storage | Excess insulin secretion |
| ② Blockade | Microcirculation blocked | Microvascular calcification |
| ③ Environmental worsening | Hypoxia, acidosis, inflammation | Hypoxia, inflammation |
| ④ Functional decline | Fat breakdown impossible | Insulin secretion impossible |
| Conclusion | Fixed obesity | Type 2 diabetes |
Redefining obesity: "If you do not release the blockade, the safe will not open"
I will lock the conclusion of this chapter simply.
Obesity is redefined not as 'there is a lot of fat' but as 'the adipose tissue is blockaded.'
The reason obesity raises the risk of chronic disease is not that there is a lot of flesh, but that the enlarged adipose tissue presses the supply and drainage of the microvessels, interstitial fluid, and lymph and drags the metabolic environment of the whole body into hypoxia, acidosis, and inflammation, and within that environment the calcium ion (Ca²⁺) signal is shaken, microcalcification grows, and in the end the body hardens into a form from which it is hard to escape storage and stagnation.
Once one grasps this frame, the conclusion of why dieting collapses repeatedly, and why one must handle "the two bottlenecks at the same time," follows naturally.
A diet that only starves without releasing the blockade is like only shaking a locked safe without opening it.
Conclusion: We Forgot the Names of Diseases and Saw the 'Blockaded Cell.' Not a War of Disease Names but a Map of Blockade
Until now we have examined the common blockade structure of chronic disease from the perspective of the CAM dual blockade (CAM-DLT).
What this chapter says is not a war of disease names such as "obesity or diabetes or hypertension." It is a single map about when and by what principle the transition from the state where the cell works to the blockaded state occurs.
In other words, disease is not an event of different names but a different report of the same scene, and the main body of that scene is a cellular state called metabolic blockade (Metabolic Lockdown), and this blockade is observed through three markers: (1) failure of signal transmission, (2) stagnation of supply and drainage, and (3) shortage of energy (ATP).
The One-Sentence Conclusion
If we conclude this entire chapter in one sentence, it becomes this.
"The instability of calcium absorption shakes the cellular signal and lowers cellular function, making an internal bottleneck, and the microcalcification formed when the bone-efflux calcium and the damage response meet blockades the supply and drainage channels of the microvessels, interstitial fluid, and lymph, making an external bottleneck, and the dual blockade in which the two bottlenecks amplify each other is the common pathway that fixes obesity and chronic disease in place. We define it as the fundamental cause of aging and chronic disease.
The calcification of the microcirculatory system connected to the cell cuts off the supply of oxygen and glucose that are essential for survival, and physically plugs the outlets for carbon dioxide and metabolic waste. Because of this, the isolated cell suffocates in the hypoxic and acidic environment, stops the metabolic function of making energy on its own, and gradually necrotizes or turns into a zombie cell.
The accumulation of the functional decline and death of individual cells until the whole tissue hardens stiff, this is precisely the essence of 'aging' and the physical substance of the various 'chronic diseases.' In the end disease is not a simple breakdown of a particular organ but a 'disease of blockaded space' that arises as the microenvironment surrounding the cell is blockaded like concrete due to calcification. Therefore true healing lies not in covering the symptom but in normalizing calcium absorption to turn on the signal that has gone out, and suppressing the operation of the bone-calcium efflux DIAH trigger as much as possible to actively reduce microcalcification. "
And what this conclusion means is clear. If you follow the disease names they split endlessly, but if you follow the state of the cell and the location of the bottleneck they gather in the end into a single map, and that map is that it moves on the two axes of 'signal (absorption, calcium ion stability)' and 'channel (microcirculation, microcalcification).'
Now We Have Come to Know Exactly the Identity of the Enemy (Enemy)
Excluding genetic factors, aging and chronic disease converge in the end into the vicious cycle of the double bottleneck created by the collapse of 'calcium signal stability (absorption)' and 'microcalcification (channel blockage).'
The core is that the instability of calcium absorption creates three blockades at the same time.
First, the intracellular calcium signal becomes unstable and signal transmission is blocked (signal blockade).
Second, the calcium effluxed from the bone deposits in the microvessels, interstitial fluid, and lymph and circulation is blocked (channel blockade). Third, as the signal and the channel are blocked, mitochondrial function declines and energy production falls (energy blockade).
What is even more of a problem is that these three blockades do not act separately but form a vicious-cycle loop that amplifies one another.
When the signal breaks, energy falls; when energy falls, the channel is blocked; and when the channel is blocked, the signal is shaken further.
So grasping only one side repeatedly becomes a stopgap.
The Reason the Identification of Disease Causes and the Treatments Until Now Have Failed
Now the answer to "why dieting fails repeatedly, why the disease, even when one takes medicine, does not fully heal but becomes chronic, why the older one gets the more several diseases come at once" has become clear.
The reason for the failure until now is simple. It is because we have been pouring water into a broken jar.
To speak coldly, at present, neither medically nor physically, does a method exist to 'break through' at a single stroke the microcalcification that has already lodged in the microvessels and lymphatic tissue. Even if one rubs with massage or performs a procedure, as long as calcium keeps pouring out of the bone, it is only a temporary stopgap and is bound to be blocked again.
The only way to open the channels of the microvessels connected to the cell is, paradoxically, not to 'break through' but to 'block.'
It is precisely to strongly suppress the 'bone calcium efflux' induced by stress and bad eating habits, which becomes the raw material of blockade.
This is because, when a water pipe bursts and the house becomes a sea of water, the first thing to do is not to wipe the floor but to shut off the main valve that gushes and pours.
Restoring the collapsed signal with calcium whose absorption has ordinarily been verified to stabilize the cell, and at the same time suppressing bone calcium efflux to cut off any further supply of calcification, is the only road that slows the speed of aging and prevents chronic disease
. [Table 12] The Limits of Existing Approaches and the CAM Dual Blockade (CAM-DLT) Solution
| Existing approach | Target of the strike | Limit | Result |
|---|---|---|---|
| Supplements/dietary therapy | Signal only | If the channel is blocked, it is not transmitted | Return to the starting point |
| Massage/physical therapy | Channel only | If the signal is unstable, it is blocked again | Return to the starting point |
| Calorie restriction | Input only | Blockaded fat does not come off | Yo-yo phenomenon |
| Exercise only | Output only | Calcified tissue does not respond | Effect is slight |
| CAM-DLT solution | Signal + channel simultaneously | Cuts the vicious-cycle loop itself | Prevention of fixation |
There Is Only One Solution
But this discovery is at the same time a huge hope. This is because knowing the structure of the three blockades means that we can now design a strategy that strikes the three blockades at the same time.
There is only one solution. We must restore the signal with calcium whose absorption has been verified, and at the same time suppress bone calcium efflux so that calcification does not pile up in the channel. To strike these two at the same time and liberate the cell. This is the direction of the solution that the CAM dual blockade (CAM-DLT) presents.
Whether obesity or diabetes or hypertension or arteriosclerosis, they are in the end branches that split off from the same blockade. And we have also come to know that a fundamental solution is possible only when we release these three blockades at the same time.