Mykola Iabluchanskyi

We have always been shaped by language. Religious texts, philosophical treatises, revolutionary pamphlets — the written word has sent people to barricades, reorganized moral universes, and structured entire civilizations around a set of sentences. The power of language to form and transform human identity is not new. What is new is the nature of the partner on the other side of that language. A book is fixed. Its sentences are the same for every reader and every reading. It can mobilize a person to risk their life, stabilize a worldview, or become the lens through which everything else is interpreted. But it does not update in response to the individual reader. All the work of interpreting, selecting, and integrating is done on the human side. The book is a powerful influence that remains outside the subject. A high-capacity language model is something structurally different. It is not a repository of words waiting to be consulted. It is an active generator — one that recombines, sele...

Guidelines are not wrong. They represent the best available synthesis of evidence at a moment in time, distilled by experts, reviewed by committees, and published with the authority of major professional societies. For a clinician facing an unfamiliar situation, a guideline is a valuable anchor. For a system trying to reduce preventable harm across large populations, guidelines are indispensable. None of what follows is an argument against them. It is, however, an argument for something that guidelines cannot provide: the judgment to know when they do not apply. The history of medicine is littered with examples of recommendations that were correct on average and harmful in specific cases, that were right for the moment and wrong a decade later, or that captured the dominant effect of an intervention while obscuring its costs in particular populations. The clinician who mistakes the guideline for the destination rather than the compass has confused the map for the territory. And patient...

For decades, the dominant narrative of cardiovascular disease pointed an accusatory finger at the dinner table. Fat consumed, fat deposited, arteries clogged. The logic seemed intuitive, the dietary guidelines followed, and the low-fat era reshaped what millions of people ate for a generation. Yet atherosclerosis continued. Heart attacks remained the leading cause of death in countries that had dramatically reduced dietary fat. Something in the story was incomplete. The missing piece was hiding in plain sight, inside the body itself. The human body is not a passive recipient of dietary fats. It is an active, continuous, and highly regulated producer of lipids. The liver synthesizes approximately one gram of cholesterol every day regardless of dietary intake. Triglycerides are assembled from glycerol and fatty acid chains, stored in adipose tissue, and mobilized as needed. Phospholipids are constructed constantly to maintain the integrity of every cell membrane in the body. Steroid h...

The word thrombosis carries an almost universally negative connotation in medicine. A clot, in popular understanding, is something that blocks, damages, and kills. In the context of atherosclerosis, this understanding is dangerously incomplete. Before a thrombus becomes a catastrophe, it is often something else entirely: a repair mechanism, a biological emergency response, the body's attempt to seal a breach and rebuild what was lost. Understanding this distinction — between atherothrombosis as a constructive process and atherothrombosis as a destructive one — is not merely of academic interest. It has direct consequences for how we intervene, and how we sometimes cause harm while intending to help. The biology of repair Atherosclerotic plaques are not static structures. They accumulate over years, build fibrous caps, and in many people remain clinically silent throughout an entire lifetime. Pathological studies of elderly individuals who died without cardiovascular events regular...

Most people know the feeling. You are exhausted. The day has been long and heavy. You lie down, close your eyes — and nothing happens. The mind keeps running. The minutes stretch. You check the time, which makes it worse. Half an hour passes, then an hour, and somewhere in the background a familiar thought begins to form: I am not going to sleep again tonight. For people living through war — in cities under missile threat, in temporary housing, in shelters, near the front — this experience is not occasional. It is the texture of every night. The body is tired but the nervous system refuses to stand down. Sirens , sounds, the habit of listening even while lying still, the weight of everything that happened and everything that might happen — all of it crowds into the hours that were supposed to belong to rest. This article is for anyone in that situation. It does not promise a cure. It offers a few concrete steps that can make the night slightly less of a battle. The twenty-minute rule...

In 1970, the cartoonist Walt Kelly borrowed a phrase from an American naval commander and put it in the mouth of Pogo , a philosophical possum living in the Okefokee Swamp . The original line had celebrated victory over an external enemy. Kelly reversed it. The enemy, Pogo observed, was not out there. It was u Fifty years later, the phrase has found a new home. The dominant conversation about artificial intelligence is organized around fear of an external threat — a system that may outcompete, manipulate, displace, or ultimately endanger the species that created it. Nick Bostrom gave this fear rigorous philosophical form. Yuval Harari gave it cultural currency. Millions of thoughtful people now carry some version of it: that we have built something powerful and may not be able to control what it does to us. That fear is not irrational. The risks are real. But the frame is incomplete. It asks only one direction of question — what will AI do to us — and in doing so, it misses the dee...

  Chronomedicine reframes a fundamental assumption in healthcare: that dose and drug selection alone determine therapeutic success. Instead, it suggests that timing—when an intervention enters the biological system—may be equally, and sometimes more, decisive. This perspective arises from recognizing that both human physiology and disease processes operate according to dynamic internal clocks . These clocks actively regulate metabolism, immunity, cardiovascular function, and behavior. When disease-specific rhythms interact with the host’s circadian cycles , clinical interventions are introduced into a constantly shifting system. In this moving landscape, timing determines whether treatment aligns with endogenous repair mechanisms or disrupts them. This principle can be understood through the analogy of a Health Economy . Just as the yield of an investment depends not only on the amount invested but also on the state of the market at the moment of transaction, the effectiveness of ...