This piece is the middle part of Chapter 11 of Stones in the Body: More Frightening Than Cancer (Yoon Jong-won). It is a narrative containing the author's academic hypothesis, and the body, figures, and citations follow the manuscript as written.
7. Trigger Cascade
7-1. N Engl J Med (PMID:21323543): The bidirectional connection between hypoxia and inflammation; tissue hypoxia induces inflammation, and inflammation induces hypoxia / Bidirectional link between hypoxia and inflammation; tissue hypoxia causes inflammation and vice versa 7-2. PMC3139040 (World J Cardiol): During ischemia-reperfusion, Ca²⁺ overload and ROS induce mPTP opening; mitochondrial dysfunction leads to cell death / I/R causes Ca²⁺ overload and ROS, triggering mPTP opening, mitochondrial dysfunction and cell death
■ DIAH Expansion Factors (P·E)
| Abbreviation | English Term | Korean Term | Location and Description |
|---|---|---|---|
| P | Physical-Gravity Input Loss | Gravity and Physical-Stimulus Deficiency | Primary cause of D (Deficiency) → lack-of-exercise pathway ① The mechanical and electrical stimulation that holds the bone up is cut off, and calcium efflux begins |
| E | Electro-Biological Disturbance | Electromagnetic-Wave and Bioelectricity Disturbance | An amplifier of I and A, capable of inducing D. An invisible source of disturbance that disrupts cell signaling and accelerates inflammation and acidification |
• Lack of exercise → Gravity and physical-stimulus deficiency (P) → induces D
• Lack of exercise → circulatory-decline hypoxia (H)
2. 7M Mechanisms (the seven actions that calcium causes)
7M (Mechanisms) are the seven pathological actions that calcium, having flowed out of the bone by DIAH triggers, causes within the body
| Mechanism | Korean Name | English Name | Action | Scope |
|---|---|---|---|---|
| 1M | Pyeyeol | Obstruction & Rupture | It blocks and bursts | Calcification → luminal obstruction, stenosis, infarction, rupture, hemorrhage |
| 2M | Dunhwa | Dysfunction | It grows dull | Calcification → dulling of joint/muscle/valve movement, decline of contraction/relaxation function |
| 3M | Pipye | Coating & Blocking | It is coated and blocked | Calcification → receptor blockade, signal blockade, secretion blockade, insulin resistance |
| 4M | Gyeonghwa | Hardening | It hardens | Calcification → fibrosis, calcification, rigidity, loss of elasticity |
| 5M | Beompa | Overflow & Burst | It overflows and bursts | Excessive calcium influx → cell hyperproliferation, hypertrophy, tumor, expansion, apoptosis |
| 6M | Danjeol | Disconnection | It is cut and severed | Calcification → nerve severance, vascular occlusion, tissue necrosis, apoptosis |
| 7M | Bunggoe | Collapse | It falls apart | Calcium deficiency → structural collapse of hard tissue (bone, teeth) |
The 7M mechanism table you are now looking at is a map that organizes, into seven patterns, the ways in which the calcium emergency-withdrawn from the bone by DIAH triggers wanders through our body, damages tissue, and ultimately leads to chronic disease. That is, on a hospital test sheet different diagnostic names are listed one after another, such as 'hypertension, diabetes, angina, dementia, arthritis,' but you may regard this table as a blueprint that shows the common machinery quietly operating behind that outward appearance, and the core message of this system is that a series of flows, blocking (1M), growing dull (2M), being coated and blocked (3M), hardening (4M), overflowing (5M), being severed (6M), and finally collapsing (7M), occurs on a single road with the calcium that came out of the bone as its medium.
Seen this way, chronic diseases are not separate, scattered events but are closer to a product in which the 'pattern of damage' that the calcium coming out of the bone leaves as it passes through blood vessels and organs, nerves and cartilage rises to the surface, and you may understand the 7M mechanisms as an integrated code that classifies that pattern not by vague guesswork but according to a fixed principle and order. Further on we will follow one by one how each stage, from 1M Obstruction & Rupture to 7M Collapse, actually appears in our body and in what way it connects with disease names such as hypertension, myocardial infarction, stroke, osteoporosis, dementia, and degenerative arthritis.
■ 7M Expansion Patterns (S·C)
| Abbreviation | English Term | Korean Term | 7M Location and Description |
|---|---|---|---|
| S | Synergistic Toxic Aggregation | Composite Toxic Crystal | 7M: 3M Coating & Blocking (base) + 1M·5M linkage. Calcium interlocks with heavy metals and microplastics and hardens into 'toxic cement' that blocks the passage |
| C | Cascade Collapse Reaction | Chain-Collapse Domino | 7M: 6M Disconnection (base) → 1M → 7M terminus. Calcification at one point brings down its surroundings and spreads as chain apoptosis |
• 3M Coating & Blocking → calcium 'Composite Toxic Crystal (S)' • 6M Disconnection → calcium 'Chain-Collapse Domino (C)' [Operating Rules]
1. 7M is not a classification of causes but a classification of 'damage outcomes (the pathological patterns that appear on the surface).' Causes and triggers are explained in the DIAH triggers and the "bone calcium efflux → deposition/excessive influx" flow, and 7M ultimately indicates "what broke down and how."
2. Composite-mechanism notation is permitted, and the basic principle is 'one primary mechanism + one auxiliary mechanism (up to two).' If two patterns are simultaneously distinct in one disease, up to two are noted, and anything beyond that is unfolded in explanatory sentences (the body text).
3. Rule for judging when 1M and 4M appear together: 4M (hardening/rigidity/loss of elasticity) is a 'state (structural change),' and 1M (blockage/rupture/hemorrhage) is an 'event (luminal obstruction·rupture).' When both exist together, 4M is noted as the primary mechanism and 1M as the auxiliary mechanism (4M+1M).
4. Rule for judging when 2M and 4M appear together: 2M is 'dulling of movement·function (functional decline),' and 4M is 'hardening of tissue (structural change).' If hardening becomes the cause and dulling appears, note 4M+2M; if functional decline is central and evidence of hardening is weak, note 2M alone.
5. Rule for distinguishing the 'apoptosis' of 5M and 6M: the death in 5M is cell toxicity due to excessive calcium influx/overload (overload type), and the death in 6M is ischemia/necrosis that occurs when connection·supply is cut off (severance type). If hyperproliferation·hypertrophy·expansion is central, note 5M; if ischemia·necrosis·severance is central, note 6M; if both are distinct, note 5M+6M.
■ Types of Calcification and the Process of Formation
The bone calcium that has flowed out through DIAH triggers causes calcification by two pathways. One is 'microvascular calcification (= small-vessel calcification + microcalcification + microcirculatory impairment due to the formation of calcifying vesicles/nuclei),' which deposits on the walls of microvessels and blocks blood flow, and the other is 'tissue/organ calcification,' which deposits inside soft tissue and makes the tissue hard. The micro stage destroys function, and the macro stage hardens structure.
▸ Distinguishing the Types of Calcification
| Category | Location | Characteristics | Result |
|---|---|---|---|
| Microvascular calcification | Wall of microvessels (particularly the arteriole to small-artery segment) + calcifying vesicle/nucleus stage | Undetected on CT/X-ray (nano to micro scale) | Blood-flow blockage → tissue ischemia |
| Tissue/organ calcification | Inside soft tissue (joints, valves, muscles, etc.) | Visible on imaging | Tissue sclerosis → functional decline |
※ The limits of imaging detection: on ordinary CT/X-ray the 'nano·ultra-fine stage' is often invisible, and the calcium that is visible is usually 'a result that has already become macroscopic.' Microcalcification is the starting point of dysfunction, but the calcium caught on imaging is already after the structure has hardened.
※ The temporal order of microvascular calcification: impairment of delivery at the microvascular unit is 'first felt as symptoms' (fatigue, numbness, functional decline), and at the stage of large vessels·organs it is often 'later discovered by imaging.' This is why the symptoms come first but the cause is discovered late.
▸ Comparison of the calcium-formation process (5 stages)
| Stage | Microvascular calcification | Tissue/organ calcification |
|---|---|---|
| Stage 1 | DIAH trigger → bone calcium efflux | DIAH trigger → bone calcium efflux |
| Stage 2 | Stress on vascular smooth-muscle cells/pericytes/endothelial cells → release of calcifying vesicles (30 to several hundred nm) ※ The vesicles come out carrying a 'seed (nucleus)' and start the vicious cycle of delivery impairment + inflammation | Calcium gathers at the site of damage/inflammation |
| Stage 3 | Vesicles adhere to the inner vessel wall → formation of a calcification nucleus (nidus) → dysfunction begins (the stage before structural fixation) | Sealing of inflammatory debris + calcium deposition |
| Stage 4 | Narrowing of the vessel lumen → decline in blood flow | Tissue sclerosis → loss of elasticity |
| Stage 5 | Tissue ischemia → decline in cell function/death | Dysfunction (joint dulling, valve sclerosis, etc.) |
※ Variables that accelerate calcification: the process by which the bone calcium that has flowed out hardens into calcification is accelerated when three factors act simultaneously: ① a calcium-phosphate supersaturated environment, ② inflammation/oxidative stress/hyperglycemia (catalysts of the osteogenic switch), ③ a decrease in inhibitory factors (weakening of brakes such as fetuin-A, MGP, and pyrophosphate). All three of these variables are connected to DIAH triggers.
▸ The Two Branches of Tissue/Organ Calcification
| Type | Cause of occurrence | Description |
|---|---|---|
| Damage-sealing type | Calcium that forms at the site of damage·inflammation | Calcium like a wound scab (localized, within scar tissue) |
| Environmental-change type | Calcium that forms from the collapse of systemic mineral balance | Environmental calcium (systemic, calcium-phosphate supersaturation) |
※ The pathway is one (bone calcium efflux), but the form appears in two ways. With this distinction, the calcification of each organ, such as joints·valves·muscles·skin·kidneys, can be explained in an integrated way.
▸ Connecting Calcification Types with 7M Mechanisms
| Calcium type | Main connected 7M | Description |
|---|---|---|
| Microvascular calcification | 1M (Obstruction & Rupture), 6M (Disconnection) | Vessel blockage → ischemia → tissue necrosis |
| Tissue/organ calcification | 2M (Dysfunction), 3M (Coating & Blocking), 4M (Hardening) | Tissue hardening → functional decline |
▸ The Dual-Blockade Mechanism
▸ The Dual Function and Dual Blockade of Microvessels
Microvessels are not simply passages that send blood. They are a bidirectional exchange system that 'supplies' what the cell needs and 'excretes' the waste the cell produces. In other words, microcirculation is a survival infrastructure that includes not only 'delivery (supply)' but also 'collection (excretion),' and when this infrastructure is blocked, disease appears not as a 'cause' but as 'the name of a result.' Microvascular calcification blocks these two functions simultaneously.
| Direction | Function | Transported substances |
|---|---|---|
| Supply (IN) | Artery → cell | Oxygen, glucose, amino acids, hormones, immune cells, drugs |
| Excretion (OUT) | Cell → vein | Carbon dioxide, metabolic waste, lactic acid, uric acid, toxins, inflammatory substances |
▸ Supply Blockade vs Excretion Blockade in Detail
| Blockade type | What is blocked | Effect on the cell | Result |
|---|---|---|---|
| Supply blockade | Oxygen | ATP production halts | Energy depletion |
| Supply blockade | Glucose | Shortage of metabolic substrate | Functional decline |
| Supply blockade | Hormones | Signal transmission fails | Insulin resistance, hypothyroidism |
| Supply blockade | Immune cells | Defense impossible | Vulnerability to infection, cancer-cell proliferation |
| Supply blockade | Drugs | Failure to reach the target | Treatment resistance |
| Excretion blockade | Carbon dioxide | Intracellular acidification | Local acidosis |
| Excretion blockade | Lactic acid | Acid accumulation | Muscle pain, fatigue |
| Excretion blockade | Metabolic waste | Toxicity accumulation | Cell poisoning |
| Excretion blockade | Inflammatory substances | Local inflammation persists | Chronic inflammation |
| Excretion blockade | Damage signals | Repair-signal transmission fails | Damage accumulation |
▸ Defining the Root Cause of Disease
※ If existing medicine approached it as "supplement because it is lacking,"
the microcalcification theory approaches it as "the road is blocked, so it must be opened."
※ Why it becomes chronic: when supply is blocked the cell starves, and when excretion is blocked the cell is poisoned, and when these two happen simultaneously the body falls into 'survival mode' rather than 'recovery mode,' choosing to endure rather than to repair, and when that endurance piles up over a long time it finally hardens.
※ The bidirectional amplification loop: inflammation promotes calcification, and calcification blocks blood flow·exchange, creating hypoxia·acidification·waste stagnation and thereby fixing inflammation in place. This is the essence of the vicious cycle in which DIAH triggers amplify one another.
※ Inflammation and calcification are not cause and effect but become 'fuel for each other.' This cycle, in which inflammation creates calcification and calcification fixes inflammation, is the 'hard-to-break loop' of chronic disease.
▸ The Overall Progression Flow
※ The core insight: chronic disease is not a problem of deficiency but a problem of delivery. Microvascular calcification blocks the delivery of oxygen·nutrition·hormones, and tissue/organ calcification dulls function. Both pathways are caused by the bone calcium efflux that began from DIAH triggers.
※ DIAH-7M is 'a higher-order map that reinterprets many chronic diseases as a single common pathway.' Microvascular exchange impairment (supply + excretion blockade) is a common pathway that recurs in many chronic diseases, and this map aligns and shows the pathway of cell → tissue → organ → death.
[ 7M Mechanism References ]
1. Obstruction & Rupture (1M)
1-1. StatPearls (NCBI Bookshelf: Coronary Artery Calcification, NBK519037): Coronary artery calcification is mainly associated with atherosclerosis and, together with risk factors such as hypertension·diabetes, explains the intravascular lesion burden (risk of stenosis/occlusion) / CAC is most commonly due to atherosclerosis and is associated with major risk factors, reflecting atherosclerotic burden 1-2. Current Opinion in Lipidology (PMCID: PMC4166045; PMID: 25188916): A summary of the view that microcalcifications can raise the instability and rupture risk (vulnerability) of atherosclerotic plaques / Microcalcifications can contribute to plaque instability and rupture vulnerability
2. Dysfunction (2M)
2-1. Circulation (PMCID: PMC4199903): A summary of the pathophysiology and research consensus by which calcific aortic valve disease (CAVD) leads to valve structural deformation and functional decline (stenosis/reduced mobility) / CAVD links calcification to valve structural and functional impairment 2-2. Clinics in Shoulder and Elbow (PMCID: PMC7726362): A summary of the clinical picture, treatment, and course by which calcium deposition in calcific tendinitis of the shoulder rotator cuff creates dysfunction such as pain·restricted range of motion / Calcific tendinitis causes pain and reduced range of motion, reflecting functional limitation
3. Coating & Blocking (3M)
3-1. Frontiers in Endocrinology (PMCID: PMC10711676): A meta-analysis of observational studies showing that insulin resistance (HOMA-IR) is associated with the prevalence·progression of coronary artery calcification (CAC) / Higher HOMA-IR is linked with increased prevalence and progression of CAC 3-2. Arteriosclerosis, Thrombosis, and Vascular Biology (ATVB) (PMID: 36727521; PMCID: PMC9944758): An experimental/mechanistic report that blood calciprotein particles (CPP) lower endothelial function and impair NO metabolism (the nitric oxide pathway) / CPPs induce endothelial dysfunction by impairing nitric oxide metabolism
4. Hardening (4M)
4-1. Arterial Stiffness (PMCID: PMC7199843): A summary showing that vascular calcification is closely connected to arterial stiffness (reduced elasticity), organizing the related signals·regulators / Vascular calcification is strongly associated with arterial stiffening and loss of compliance 4-2. Arterial stiffness and hypertension (PMCID: PMC10691097): A review that arterial stiffness and systolic hypertension are strongly interlocked pathophysiologically / Arterial stiffness and systolic hypertension are closely interrelated pathophysiologically
5. Overflow & Burst (5M)
5-1. Cancers (PMCID: PMC7600741): A summary that in hepatocellular carcinoma, calcium signaling is a central axis governing tumor biology such as cell growth·migration (metastasis)·death / Ca²⁺ signaling is essential for regulating cancer cell growth, migration, and death in liver cancer 5-2. Cell (PMCID: PMC4459646; PMID: 9568714): A proposal that the calcium-dependent phosphatase (calcineurin) can induce the gene program of cardiac hypertrophy / Calcium-dependent calcineurin signaling can drive a transcriptional pathway for cardiac hypertrophy
6. Disconnection (6M)
6-1. StatPearls (NCBI Bookshelf: Calciphylaxis, NBK519020): A summary of the 'vascular disconnection model' by which cutaneous small-artery calcification causes ischemia·infarction and leads to painful necrotic lesions / Cutaneous arteriolar calcification leads to tissue ischemia and infarction in calciphylaxis 6-2. Frontiers in Aging Neuroscience (PMCID: PMC8674839): A mechanistic review in which Ca²⁺ imbalance is connected to neuroinflammation·neuronal injury·autophagy·apoptosis in Alzheimer's pathology / Ca²⁺ dysregulation is linked to neuroinflammation, neuronal injury, autophagy, and apoptosis in AD-related pathways
7. Collapse (7M)
7-1. StatPearls (NCBI Bookshelf: Physiology, Parathyroid Hormone, NBK499940): An endocrine physiology summary that when blood calcium falls, PTH is secreted and acts in the direction of maintaining calcium homeostasis / PTH is secreted in response to low serum calcium to maintain calcium homeostasis 7-2. International Journal of Nanomedicine (PMCID: PMC5034904; PMID: 27695330): A summary of the demineralization/remineralization (mineral in-and-out) dynamics in teeth·bone, explaining the physicochemical basis of 'hard-tissue weakening/collapse when calcium is lacking' / Demineralization-remineralization dynamics underpin hard-tissue weakening when mineral balance is negative ※ Explanation of the 7M term: pyeyeol (閉裂) is a different term from the Korean-medicine pyeyeol (肺熱, heat of the lung); it is a coined word meaning 'blockage (閉)' and 'bursting (裂).' It encompasses luminal obstruction (blockage of vessels/airways/intestines), rupture (aneurysm/organ bursting), and hemorrhage (internal bleeding/external bleeding).
※ M5 core mechanism: in an environment where delivery has collapsed (ischemia due to microvascular calcification), when the Ca²⁺ signal becomes excessive the cell rushes toward hypertrophy·hyperproliferation·death. This is the link connecting 'vessel (road), tissue (land), cell (house).'