Review: Why Do Cells “Turning Off” Underlie So Many Chronic Diseases?

A Midwestern Doctor (1 February 2026)
https://www.midwesterndoctor.com/p/why-do-cells-turning-off-underlie

This is one of the most ambitious essays the Midwestern Doctor has written. It attempts nothing less than a unifying theory of chronic disease, tying together fatigue syndromes, autism, Alzheimer’s, autoimmune illness, post-viral syndromes, and vaccine injury through a single biological framework: the Cell Danger Response (CDR). At its best, the article performs an important service. It introduces readers to a real, peer-reviewed scientific model developed by Robert Naviaux and explains, with unusual clarity, how cells can enter a defensive, energy-conserving state that becomes pathological if it fails to resolve. At its worst, however, the essay stretches that model beyond its evidential limits, folding speculative claims, polemical attacks on vaccination, and sweeping therapeutic assertions into what begins as a sober scientific exposition. The result is a piece that is highly stimulating but epistemically unstable.

What the article gets right

“Cells turning off” is not mystical nonsense

One of the article’s core claims is straightforward and largely correct:

“Many chronic illnesses and musculoskeletal issues are characterized by cells ‘turning off’ and no longer working correctly.”

This is not fringe thinking. Modern biology recognises multiple adaptive cellular states in which metabolism, protein synthesis, division, and communication are deliberately suppressed in response to stress. Naviaux’s work on the CDR synthesises these ideas into a coherent framework, drawing on metabolomics, mitochondrial biology, and evolutionary theory.

The article explains this well, particularly the role of mitochondria:

“Mitochondria orchestrate the CDR by first detecting a threat and then switching from powering the cell to shutting it down to protect the cell from danger.”

For a lay reader, this is one of the clearest explanations available of why energy failure, rather than inflammation alone, may sit at the heart of many chronic illnesses.

The CDR as a unifying explanatory model

The strongest section of the article is its account of why so many apparently unrelated diseases share common features: fatigue, sensory hypersensitivity, poor recovery, cognitive fog, and relapse after minor stress.

Naviaux’s key insight, quoted accurately in the piece, is that chronic illness reflects a failure to exit a protective state:

“The CDR is a normal adaptive response, [but] it will create problems if cells get stuck… because they did not receive the final all-clear signal to exit the CDR.”

This helps explain why medicine struggles with conditions like ME/CFS or fibromyalgia. Linear cause-and-effect models break down when multiple triggers converge on the same defensive state, and when symptoms persist long after the original insult has gone.

Here, the Midwestern Doctor is doing genuine conceptual work, not merely dissenting for effect.

Critique of reductionist medicine

The article is also persuasive in its critique of contemporary medical practice:

“One of the major problems we face in medicine is the immense amount of data available to us and our simultaneous inability to integrate it into a coherent story that makes sense for patients.”

This is correct. Functional medicine often catalogues abnormalities without explaining why so many systems fail at once. The CDR offers a narrative that connects metabolism, immunity, neurology, behaviour, and development in a way conventional specialisms cannot.

Where the article becomes unreliable

From model to master key

The article repeatedly moves from CDR as an explanatory framework to CDR as the explanation.

At one point the author states:

“Because the CDR can get stuck in different phases… it is thus possible to have the same underlying process cause an immense number of seemingly different diseases.”

This is plausible as a hypothesis. It is not established fact. The danger here is monism: one mechanism becoming the answer to everything. Biology rarely rewards such confidence.

The author occasionally acknowledges this — “I do not believe the CDR is the only dysfunctional cycle cells enter” — but the rest of the essay often behaves as if it is.

Therapeutic overreach

The most serious weakness of the article lies in its therapeutic claims. The author asserts:

“I have now received hundreds of reports of chronic debilitating issues suddenly ‘go away’ once DMSO was used.”

Anecdotes, however numerous, do not substitute for controlled trials. Nor does the existence of a plausible mechanism justify claims of cure across diverse diseases. The article frequently blurs the distinction between biological plausibility, clinical observation, and demonstrated efficacy.

This is particularly problematic when discussing autism, Alzheimer’s, and vaccine injury — areas already saturated with desperation and misinformation.

Vaccine polemic overwhelms analysis

The latter half of the article increasingly departs from Naviaux’s work and moves into an explicitly anti-vaccine narrative. For example:

“The toxicity and rate of adverse events from the COVID-19 vaccines are much higher than that seen with a typical vaccine.”

This is asserted, not demonstrated, and relies heavily on interpretive frameworks rejected by mainstream pharmacovigilance. Whatever one’s view of COVID policy, this section weakens the article by collapsing legitimate biological discussion into ideological advocacy.

The CDR becomes a rhetorical weapon rather than an explanatory tool.

Assessment of value

As commentary on biology and chronic illness, this article is seriously worth reading, particularly for its exposition of the Cell Danger Response and its critique of reductionist medicine.

As a guide to treatment, however, it is not reliable. The author repeatedly outruns the evidence, conflating hypothesis, mechanism, anecdote, and moral certainty. Readers must distinguish carefully between Naviaux’s documented research and the Midwestern Doctor’s own expansive interpretations.

In short:

  • Conceptually illuminating
  • Scientifically suggestive
  • Therapeutically overconfident
  • Politically entangled

What irritates me about this article is not that it challenges orthodoxy, but that it challenges too much at once. The Cell Danger Response deserves careful, mainstream investigation. It will not receive it if it is yoked to grand claims, miracle solvents, and vaccine polemics.

Medicine advances when ideas are tested, not when they are made to carry the weight of a worldview. This article opens an important door — but then tries to sprint through it with too much baggage.

 


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3 comments


  1. Well, yes. But why do the cells shut down in the first place?

    Let’s ask an easy question. Why is arsenic so toxic? Because it is so chemically similar to phosphorus, that it can replace it. But there are life processes which require phosphorus. And arsenic doesn’t do the job.

    There are other places in the periodic table where the same thing happens. Zinc is necessary to life; but its down neighbour, cadmium, is highly toxic. And it is present in particulate matter, most of all in wood smoke.

    Then there are tin and lead. It’s no surprise that Cornish stannards, tin miners, have suffered from lead poisoning for centuries.

    And even… what is the final ingredient in US lethal jabs? (No, I’m not talking about COVID vaccines). It is potassium chloride. In a high enough concentration, it can cause the body to try to use potassium for the functions it would normally use sodium for. Without success.

    As far as I’m aware, only the Chinese are doing any research in these areas.

    I have only AS level chemistry, but because I’m a generalist, I can see possibilities that many cannot.

    To test these ideas would require the help of an honest expert. But since almost all “experts” today are bought and paid for by the state, I don’t know how to find one.

    What do the commentariat here think?


    • Neil’s chemical analogies are interesting, and in isolation they are sound. Arsenic substitutes for phosphorus in biochemical pathways and disrupts ATP production. Cadmium can displace zinc in enzymes and distort protein function. Potassium chloride, in sufficiently high concentration, will indeed depolarise cardiac muscle and induce arrest. None of this is controversial chemistry.

      But the leap from these facts to a general suspicion about unexplained “cell shutdown” requires caution.

      Cells shut down for many reasons. Sometimes it is direct toxic interference with essential ions or cofactors, as in arsenic poisoning. Sometimes it is oxidative stress, mitochondrial failure, viral hijacking of replication machinery, or programmed cell death (apoptosis). Sometimes the cause is immune overreaction rather than the primary agent itself. Biology is layered, redundant, and regulated; it is rarely reducible to a single substitution on the periodic table.

      The periodic table does contain many “near neighbours” capable of biochemical mischief. Yet toxicity depends not only on chemical similarity but on dose, bioavailability, binding affinity, metabolism, and excretion. Lead resembles calcium in certain contexts; that does not mean every neurological problem is hidden lead substitution. Potassium can disturb sodium gradients, but only under tightly defined physiological conditions. The body maintains ion gradients with extraordinary precision through pumps and channels evolved precisely to avoid such confusion.

      As for particulate matter in wood smoke, it certainly contains heavy metals including cadmium in some contexts. The health risks of chronic exposure are well studied in environmental toxicology. But again, this is a matter of exposure levels and epidemiology, not simply chemical possibility.

      The suggestion that only Chinese researchers are exploring such substitution effects is not accurate. Western biochemistry, toxicology, and pharmacology are saturated with this line of inquiry. Heavy metal toxicity, ionic mimicry, enzyme inhibition, and ion channel interference are mainstream research areas. If there is a gap, it is not conceptual but evidential: what specific pathology, at what concentrations, under what conditions?

      You are right about one thing. A generalist can sometimes see patterns specialists overlook. But the history of science also shows that pattern-seeing without quantitative constraint can produce elegant but incorrect theories.

      If one wishes to test these ideas properly, one does not need ideological purity so much as methodological rigour: controlled conditions, reproducible assays, dose-response curves, tissue distribution analysis. Honest expertise exists. It is simply slower and more boring than suspicion.

      The deeper question is not whether substitution toxicity is real — it clearly is — but whether it explains the phenomenon under discussion. That requires evidence, not analogy.


      • “That requires evidence, not analogy.” Indeed. But before you can test a scientific hypothesis against the evidence, you must first have a hypothesis to test. Mine is one such; I don’t claim it is necessarily the case in all (or, indeed, any) real world situations. I devised this particular hypothesis as a possible explanation of why, as was identified after the Great Smog of London in 1952, particulate matter mixed with sulphur oxides seems to be considerably more toxic than either the particulate matter or the sulphur oxides alone. (Cadmium and lead are the two I see as the potential culprits, as they are both divalent ions, which can react directly with dilute sulphuric acid).

        By the way, which AI did you use to help you construct your argument above?

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