This piece is the middle section of Chapter 8 of Stones in the Body: More Frightening Than Cancer (Yoon Jong-won). It is a description containing the author's academic hypothesis, and the body, figures, and citations follow the manuscript as written.
[Table 4] Input Block vs Output Block Comparison
| Category | Input Block | Output Block |
|---|---|---|
| Analogy | The highway is open but the alleys are blocked | The sewer is blocked |
| Where it blocks | Microvessels, interstitial fluid | Lymphatic vessels, venules |
| What runs short | Oxygen, nutrients | - |
| What piles up | - | CO₂, lactic acid, waste products, inflammatory substances |
| DIAH link | H (Hypoxia) + D (Deficiency) | A (Acidosis) + I (Inflammation) |
| Cell state | Gasping for breath, starving | Submerged in toxins, acidifying |
First, the Input Block. Even though the highway (the aorta) is open, the alleys (the microvessels) are blocked. When the microvessels narrow and the flow of interstitial fluid stagnates, the speed at which oxygen and nutrients reach the cell slows down. Oxygen and nutrients cannot cross the threshold of the cell. The cell falls into a state of chronic hypoxia (H, Hypoxia) gasping for breath and nutritional deficiency (D, Deficiency).
Second, the Output Block. The sewer is blocked. The carbon dioxide, lactic acid, waste products, and inflammatory mediators produced by the cell cannot get out in time. The things the cell has expelled in the process of metabolism cannot get out and pool around the cell. When these pile up, the tissue acidifies (A, Acidosis) and inflammation (I, Inflammation) becomes chronic. The surroundings of the cell turn 'acidic' and inflammation explodes.
As a result, the hypoxic and acidic environment commands the cell like this. "Now is not the time to work. Turn off your function, close your doors, and hold on." It is the moment when the external environment forcibly switches off the cell's function.
In the end, microcalcification fixes DIAH (Deficiency, Inflammation, Acidosis, Hypoxia) as an 'environment.' A DIAH trigger that has once occurred does not end as a one-time event but becomes a continuously maintained 'chronic environment.' Hypoxia, acidosis, and inflammation are fixed not as 'an event that passes once' but as 'a background environment that is always laid down,' and from this moment the cell is not merely unable to work but is trapped in a place where it cannot work.
In other words, it means that disease must also be read as an event in which not the cell's 'resolve' but the 'terrain' surrounding the cell changes. And in this environment the cell progressively loses more of its function.
Dominant Tissue Hypertrophy Presses on the Surrounding Circulatory System: The Physics of Obesity
There is one more concept important for understanding microcalcification. It is 'dominant tissue hypertrophy.'
When a particular tissue becomes hypertrophic (enlarges), the microvessels and lymphatic vessels around that tissue are physically pressed. In a pressed vessel the blood flow slows, and in slowed blood flow calcification occurs more easily. In the end a loop of hypertrophy → compression → reduced blood flow → calcification → more severe stagnation is formed.
The place where this phenomenon appears most dramatically is precisely obesity. When one gains weight, the fat cells enlarge like balloons (hypertrophy). These enlarged fat cells physically crush the thin microvessels and lymphatic vessels passing nearby (compression).
Here a paradox arises. The larger the warehouse grows, the more logistics trucks must come and go, yet instead the roads narrow. The enlarged fat cells and the densened tissue press on the surrounding microvessels and lymphatic flow and narrow the 'supply routes and drainage channels.' As the stagnation lengthens in that way, less oxygen comes in, waste products stay longer, inflammation becomes entrenched, and the tissue hardens in the direction of becoming firmer.
According to a study published in Cell Metabolism in 2017, in hypertrophied adipose tissue the capillary density decreases, the interstitial fluid pressure rises, and lymphatic drainage declines. The researchers explained this as 'deterioration of the microenvironment of adipose tissue.'
What if microcalcification is added on top of this? The pressed and blocked vessel is 'closed off' entirely. Adipose tissue through which blood does not pass, flesh that is cold and hard when touched by hand. This is precisely the reality of cellulite. Cellulite is not simply 'lumpy flesh' but physical evidence of adipose tissue whose microcirculation has been blocked.
From Local Blockade to Systemic Blockade: Why Obesity Spreads into Systemic Disease
The reason an obese patient collapses into systemic diseases such as diabetes and hypertension also lies here. It is because a local blockade spreads into a 'systemic blockade' that cuts off the supply routes of the whole body.
When the local blockade of adipose tissue begins, inflammatory substances (cytokines) are secreted from the blockaded fat cells. These inflammatory substances ride the blood and circulate through the whole body, damaging the vascular endothelial cells of other regions. In places where there are damaged endothelial cells, calcification is promoted, and in the end the microcirculation of other organs also begins to be blocked.
To summarize: local blockade of adipose tissue → increase in systemic inflammation → vascular endothelial damage → decline in systemic microcirculation → spread into the blockade of other organs. This is why obesity must be read not as a simple weight problem but as a 'systemic blockade disease.'
Once one understands this concept, one can see that when one gains weight, that flesh itself presses on the small roads and makes the circulation more stifled. So obesity is read not as a simple problem of weight but also as a structural problem in which microcirculation stagnates. Once one understands this structure, one becomes able to place not only obesity but also diabetes, pain, aging, and chronic fatigue on a single map.
Energy Lockdown: The Power Plant Stops The Third Bottleneck: A State Where Even With Fuel It Cannot Be Burned
We have examined the signal blockade (the first bottleneck) and the channel blockade (the second bottleneck). Now we will deal head-on with the third axis, the energy blockade.
The energy blockade is a state in which the mitochondria, the power plant of the cell, cannot work properly, so ATP (cell energy) production falls. Even though the fuel (glucose, fatty acids) is piled up in front of the door, the factory has stopped and cannot burn it, and even if a command comes, there is no strength to carry it out.
This is the reality of chronic fatigue. Behind the complaints "I am tired even though I have rested enough" and "my stamina is not what it used to be" hides an energy blockade at the cellular level.
Mitochondria: The Power Plant of the Cell
The mitochondria are small power plants inside the cell. Using the food we have eaten (glucose, fatty acids) as raw material, they produce an energy currency called ATP. All activities of the cell, namely muscle contraction, nerve transmission, protein synthesis, ion pump operation, and so on, all consume this ATP.
The problem is that the mitochondria are extremely sensitive to the calcium ion (Ca²⁺) signal.
Normally, when the Ca²⁺ concentration of the cytoplasm rises appropriately, calcium flows into the mitochondria and ATP production is promoted. This is the signal "energy is needed, so make more." But when the Ca²⁺ baseline rises chronically, the situation reverses. Calcium flows excessively into the mitochondria, the mitochondrial membrane potential collapses, ATP production plunges, reactive oxygen species (ROS) surge, and in the worst case the mitochondria themselves rupture and an apoptosis signal is released.
According to a study published in Cell Metabolism in 2018, mitochondrial calcium overload was confirmed as a common mechanism of metabolic disease, heart failure, and neurodegenerative disease. The researchers concluded that the collapse of mitochondrial calcium balance is the core of the 'energy crisis.'
The Chain Collapse Created by ATP Deficiency
When ATP becomes deficient, what does the cell give up first? Precisely the calcium pump.
The cell normally runs the calcium pump ceaselessly in order to keep the calcium concentration inside the cell low.
What is a calcium pump? Simply put, it is a 'pump that pushes calcium out.' Like the drainage pump that removes water from our house, the cell too has a pump that sends calcium outside.
The pump on the cell membrane pushes calcium out of the cell, and the pump in the warehouse inside the cell (the endoplasmic reticulum) puts calcium into the warehouse.
The important point is that running these pumps requires the energy called ATP. Just as a drainage pump does not run without electricity, the calcium pump does not run without ATP.
When ATP becomes deficient, the pump slows; when the pump slows, cytoplasmic Ca²⁺ piles up; when Ca²⁺ piles up, the mitochondria are further damaged and ATP production falls further. This is the vicious cycle of the energy blockade.
How the Energy Blockade Connects with the Other Blockades
The energy blockade is tightly connected with the signal blockade and the channel blockade. The three blockades do not act separately but amplify one another.
First, energy blockade → signal blockade. When ATP is deficient, the calcium pump cannot operate. When the pump stops, the cytoplasmic Ca²⁺ concentration rises, and when the Ca²⁺ baseline is shaken, signal transmission breaks down.
That is, without energy the signal system cannot be maintained.
Second, signal blockade → energy blockade. When the Ca²⁺ signal is shaken, mitochondrial function is disturbed. The mitochondria adjust the amount of ATP production in accordance with the Ca²⁺ signal, and when the signal blurs like noise, the power plant too malfunctions.
Third, channel blockade → energy blockade. When microcirculation is blocked, the oxygen supply decreases. The mitochondria make ATP using oxygen (oxidative phosphorylation), and when oxygen is deficient, the power plant stops. This is why hypoxia (Hypoxia) is directly linked to the energy crisis.
Fourth, energy blockade → channel blockade. When ATP is deficient, cell function overall declines. The damaged cell releases inflammatory signals, the production of calcification-inhibiting factors decreases, and in the end microcalcification is promoted and the channel becomes further blocked.
[Table 14] Summary of the Three-Axis Blockade Connections
| Connection | Mechanism | Result |
|---|---|---|
| Energy → Signal | ATP deficiency → calcium pump halt | Rise in Ca²⁺ baseline |
| Signal → Energy | Ca²⁺ disturbance → mitochondrial malfunction | Decline in ATP production |
| Channel → Energy | Oxygen supply cutoff → halt of oxidative phosphorylation | Plunge in ATP production |
| Energy → Channel | Decline in cell function → failure of calcification inhibition | Promotion of microcalcification |
The Clinical Meaning of the Energy Blockade
As what symptoms does the energy blockade appear?
It is chronic fatigue. Behind the complaint "I am tired even after resting" is a decline in mitochondrial function. It is muscle loss. Muscle is the tissue that consumes the most ATP. When energy is deficient, muscle cannot be maintained. It is exercise intolerance. Getting tired even with a little movement is because ATP production cannot keep up with demand. It is cognitive decline. The brain is a mere 2% of body weight but consumes 20% of total energy. ATP deficiency appears immediately as a decline in concentration and memory.
According to a review published in an endocrinology review journal in 2019, mitochondrial dysfunction was confirmed as a common pathological mechanism of type 2 diabetes, obesity, cardiovascular disease, and neurodegenerative disease. The researchers concluded that "the mitochondria are the central axis of metabolic health."
[Table 15] Clinical Symptoms of the Energy Blockade
| Symptom | Mechanism | Related disease |
|---|---|---|
| Chronic fatigue | Decline in ATP production | Chronic fatigue syndrome, fibromyalgia |
| Muscle loss | Insufficient muscle ATP supply | Sarcopenia, frailty |
| Exercise intolerance | Decline in oxygen utilization efficiency | Heart failure, metabolic syndrome |
| Cognitive decline | Insufficient brain energy supply | Dementia, brain fog |
| Drop in body temperature | Decrease in heat production | Cold hands and feet, hypothermia |
Key Summary: The Energy Blockade
To summarize the core of the energy blockade is as follows.
First, the mitochondria are extremely sensitive to the Ca²⁺ signal. When the Ca²⁺ baseline is shaken, the power plant malfunctions.
Second, ATP deficiency stops the calcium pump. When the pump stops, Ca²⁺ piles up and the signal blockade deepens.
Third, when the channel is blocked, the oxygen supply is cut off. Without oxygen, ATP cannot be made.
Fourth, the three blockades amplify one another. When any one of them collapses, the remaining two also collapse, and the cell is completely blockaded.
So the reason CAM dual blockade (CAM-DLT) speaks of a 'three-axis blockade' beyond a 'dual blockade' lies here. If you look only at signal and channel, energy is left out; if you look only at energy, signal and channel are left out. Only when you look at the three axes simultaneously does the whole picture appear.
The Vicious Cycle Engine: The Twin Engines of Death (The Vicious Cycle)
From Here On Is the Heart of This Theory
The reason disease is frightening is that once it begins it does not stop but gathers acceleration. Earlier we saw the 'signal blockade' that unfolds inside the cell, and we saw the 'channel blockade' that unfolds outside the cell.
But in the actual body it is almost never the case that only one of the two collapses.
Just as two gears mesh and turn together, when one side is shaken the other side is shaken even more greatly, and in the end it hardens into a loop hard to escape from. I will call this structure 'the twin engines of death (The Vicious Twin Engines).'
One is the forward engine (Engine A), the other is the reverse engine (Engine B). No matter which side the ignition starts on, the conclusion is the same. The cell passes from a 'working state' into a 'blockaded state,' and that state becomes not repetition but fixation (Fixation) and makes the floor of chronic disease.
Engine A (Forward): Absorption Instability → Calcification → Channel Blockage
This engine begins from "the contradiction in which deficiency calls forth excess." Now we will examine how the three blockades reinforce one another. First, the forward engine.
Step 1, absorption instability. When calcium absorption is unstable, the blood calcium concentration is shaken. Modern people think of calcium only as material for bone, but in this book calcium is the execution key of the bioelectric signal.
Step 2, compensation (Compensation). To defend the shaken concentration, for the sake of survival the body tries to protect the 'calcium of the blood' as its top priority. PTH (parathyroid hormone) is secreted, and the body begins to take calcium out of the emergency warehouse that is the bone and use it. This is the DIAH-BCO (bone calcium efflux theory) process dealt with in the previous chapter.
Step 3, deposition (Deposition). The problem is the whereabouts of the calcium mobilized in this way. Calcium chronically mobilized in excess cannot return to the bone again. OUT, the calcium that has come out of the bone flows out into the blood vessels and tissues, and as it passes through the narrow passages that are the microvessels, the interstitial fluid, and the lymph, when it meets an environment high in inflammation and stress, 'what had been floating like dust' begins to 'harden like cement' and stick. This is microcalcification.
Step 4, the result. When microcalcification forms, supply and discharge are blocked, and the DIAH (Deficiency, Inflammation, Acidosis, Hypoxia) environment becomes entrenched. The entrenched DIAH again triggers bone calcium efflux, and more calcium deposits in the wrong place. This is the forward vicious cycle.
To summarize: absorption instability → shaking of blood calcium → PTH (parathyroid hormone) secretion → bone calcium mobilization (OUT, efflux) → microcalcification (SET, deposition) → channel blockade → entrenchment of the DIAH environment → more bone calcium mobilization → vicious cycle
[Table 5] Step-by-Step Summary of Engine A (Forward)
| Step | Phenomenon | Core |
|---|---|---|
| ① Absorption instability | Decline in calcium absorption → shaking of blood calcium | The start of signal instability |
| ② Compensation | PTH secretion → calcium mobilization from bone | OUT (efflux) |
| ③ Deposition | Effluxed calcium piles up in the microcirculation | SET (deposition) |
| ④ Blockade | Microcalcification → channel blockage → DIAH entrenchment | Completion of the channel blockade |
Engine B (Reverse): Channel Blockage → Decline in Cell Function → Decline in Absorption Capacity
This engine is "the process in which blockage kills function." This time it is the reverse engine. What is interesting is that here the story starts in reverse.
Step 1, channel blockade. A state comes first in which there is already some microcalcification that has formed, or in which the tissue has enlarged as in obesity and has pressed on the blood vessels and lymph. When the channel is blocked by microcalcification, the cell is trapped in a hypoxic, acidotic, and inflammatory environment.
Step 2, environmental deterioration. The cell comes to receive less oxygen and nutrition and to expel less of its waste products, fatty acids, and inflammatory substances. So to speak, the cell comes to be like living in a city where 'supply is insufficient and discharge is also blocked.'
Step 3, functional paralysis. Just as the factory stops when logistics is blocked, in this environment the mitochondria tire first and ATP (cell energy) falls. In the next step, what the cell gives up first is precisely the precision of the pump, that is, the regulatory ability to push calcium out in time and draw it in in time. In an acidic environment the sensitivity of the calcium channel changes.
Step 4, the result. When this happens, the calcium ion (Ca²⁺) baseline inside the cell rises, the signal blurs like noise, and whether it is insulin or immunity or recovery, the 'command' is not properly transmitted. When the function of the intestinal epithelial cells declines, the efficiency of calcium absorption falls. When the function of the kidney cells declines, calcium reabsorption decreases. The ability to activate vitamin D also falls.
And the failure of calcium ion (Ca²⁺) regulation again grows inflammation and oxidative stress and pushes the tissue in the direction of hardening further. In the end the calcium absorption capacity itself declines, blood calcium becomes more unstable, and PTH (parathyroid hormone) is secreted more frequently. This is the reverse vicious cycle.
To summarize: microcalcification → hypoxic/acidotic/inflammatory environment → failure of calcium ion (Ca²⁺) regulation inside the cell → decline in cell function → decline in the calcium absorption capacity of the intestine/kidney → deepening of blood calcium instability → more bone calcium mobilization → vicious cycle
[Table 6] Step-by-Step Summary of Engine B (Reverse)
| Step | Phenomenon | Core |
|---|---|---|
| ① Channel blockade | Microcalcification or tissue hypertrophy → circulation blockage | Physical blockade |
| ② Environmental deterioration | Fixation of the hypoxic, acidotic, inflammatory environment | DIAH entrenchment |
| ③ Functional paralysis | ATP deficiency → collapse of pump and channel precision | Start of the signal blockade |
| ④ Worsening | Ca²⁺ regulation failure → decline in absorption capacity → more bone calcium mobilization | Acceleration of the vicious cycle |
Obesity Accelerates Engine B
Here we must point out the role of obesity again. When a state comes first in which the tissue has enlarged and pressed on the blood vessels and lymph as in obesity, the cell comes to receive less oxygen and nutrition and to expel less of its waste products.
When the representative case of obesity intervenes in the meantime, the compression itself from the enlarged tissue blocks the microcirculation and turns Engine B faster.
This is why obesity plays the role not of a simple 'flesh' problem but of a 'vicious cycle accelerator.'
Neutralizing the Question "Which Came First, the Chicken or the Egg"
Coming this far, the reader will ask one question. It is the question "then where is the beginning."
But the core of this theory does not lie in arguing over 'which came first, the chicken or the egg.' Rather, it neutralizes that question. This is because in the actual body the two engines turn simultaneously while supplying fuel to each other.
When absorption is shaken, OUT→SET (efflux→deposition) becomes stronger, and when SET becomes stronger, absorption and function are shaken again. In the end what we come to see is not a difference of 'disease name' but a difference of 'the form of entrenchment.'
The Twin Engines of Death: The Completion of Fixation (Fixation)
The forward engine and the reverse engine. These two vicious cycle loops operate simultaneously and reinforce each other. When one side turns, the other side also turns, and when the other side turns, the one side turns faster.
No matter where it started, in the end the disease is trapped in an infinite loop of signal deficiency and channel blockage and becomes 'fixated (Fixation).' The persistence of this state, that is precisely the process by which chronic disease becomes 'fixated.'
The Two Engines Must Be Stopped Simultaneously
This is the reason chronic disease 'does not resolve by fixing only one side.' The reason the disease did not heal even though the doctor gave medicine, even though you fasted and exercised, is clear. It is because you touched only one of these twin engines, or could not touch either of the two.
Taking only calcium supplements will not do. Nor is it resolved by dissolving the calcification. To undo the blockade, the two engines must be stopped simultaneously. This is the essence of the dual blockade that CAM dual blockade (CAM-DLT) speaks of.
Remember Just One Scene
Before moving on to the next chapter, I want to leave just one scene in the reader's mind. It is the scene in which the fine things that had been flowing inside the small tube harden from some moment and narrow the road, and because the road has narrowed the cell tires more, and the tired cell goes again in the direction of calling forth more hardening, and in the end the whole body enters into a 'quiet blockade.' This is precisely the engine of the vicious cycle that the calcium absorption and microcalcification dual blockade theory (CAM-DLT) speaks of.
Formal Classification of the Two Generation Types of Microcalcification
"Where on earth does microcalcification arise"
From here on I will take head-on one question the reader will be most curious about. It is the question "where on earth does microcalcification arise."
The reason many theories waver here is that they fix microcalcification as only a single cause. But the actual body does not move in only one direction. The DIAH-7M theory does not leave the origin of microcalcification vague but classifies it into two clear pathways (Types).
The reason this classification is important is that it proves that even though the starting point differs from patient to patient, in the end the arrival point (blockade) is the same.
Type 1: The Cell Functional Decline Origin Type (Cellular Origin)