Harmony in Healing: Embracing the Principle of Disease Optimality

As we enter the third decade of the 21st century, the field of medicine finds itself at a critical juncture. The rapid acceleration of scientific discovery and technological innovation has ushered in what many are heralding as a new era in healthcare. Yet, amid this maelstrom of progress, there is a fundamental principle that promises to transform our very understanding of health and disease: the Principle of Disease Optimality.

This book argues that Principle of Disease Optimality is not just another advance in medicine, but rather a fundamental lens through which all medical progress—past, present, and future—must be viewed, evaluated, and applied. It represents a paradigm shift in how we conceptualize health, disease, and the practice of medicine itself.

At its core, Principle of Disease Optimality suggests that for every disease progression, there is an optimal path along which the costs of recovery are minimized and the outcomes are most favorable. This principle challenges our traditional approach to medicine by positing that the most effective way to treat disease is not through constant, aggressive intervention, but through a nuanced understanding of the body’s natural processes and subtle guidance toward that optimal course.

This concept represents a fundamental shift in how we view the role of healthcare providers. It suggests that our primary function is not to fight the body’s processes, but to work in harmony with them, guiding them toward their most effective and efficient state when they deviate. It is a philosophy that trusts the body’s innate wisdom while recognizing the vital role of medical intervention in restoring balance.

In light Principle of Disease Optimality, we must re-evaluate every aspect of medical practice and research. This principle should serve as the cornerstone of all medical endeavors, from the most advanced technologies to the most fundamental practices. By applying Principle of Disease Optimality to these various areas of medicine, we can advance a more holistic, harmonious, and effective approach to healthcare that is in tune with the body’s natural tendencies toward optimal functioning. Principle of Disease Optimality should not remain a theoretical concept. It should be integrated as a core component of medical education, research, and clinical practice. This integration should occur at multiple levels:

• Principle of Disease Optimality should be introduced early in medical training, becoming as fundamental as anatomy or physiology. Students should learn to view every bodily process through the lens of optimality.
• Clinical trials should be designed not only to test the effectiveness of treatments but also to understand how interventions can steer diseases back toward their optimal course.
• In clinical practice, physicians should be trained to recognize deviations from the optimal disease course and intervene with the minimum force necessary to restore the optimal path.
• Healthcare systems should be restructured to prioritize and incentivize optimal disease management over aggressive treatment.
• In terms of patient education, the public should be informed of Principle of Disease Optimality, allowing them to participate more actively in healthcare decisions.

The term "Disease Optimality Principle" and its definition were first introduced by the initial co-author based on the results of scientific, experimental, and clinical studies of myocardial infarction conducted in the late 1970s and early 1980s. Later, the second co-author, through his research on stroke in the 2000s, not only validated these concepts but also demonstrated their universal applicability to clinical medicine as a whole. This principle extends the well-established Principle of Optimality, widely recognized in biology and other natural sciences, to the field of medicine.

In the following sections, we will explore the scientific basis of this principle and provide examples of its application. We will also discuss future directions, reflecting on how this principle can guide the development and adoption of new medical practices.

We invite readers—whether experienced health professionals, medical students, researchers, or interested patients—to rethink their understanding of health and illness. The Disease Optimality Principle offers more than just a novel approach to medicine; it provides a new way of understanding the human body and its remarkable ability to heal. By embracing this principle, we have the opportunity to transform medicine from a reactive discipline focused on combating disease to a proactive one that supports health and optimizes the body's natural healing processes.

We would like to express our sincere gratitude to our scientific colleague V. Shlyahover from Israel, who took the time to review this work and offered valuable insights that helped improve it. We also extend our heartfelt thanks to V. Danovsky, the talented designer of our books.

For convenience, throughout the book, we will often use the abbreviation “the Principle" instead of the full term "Disease Optimality Principle," which should be considered synonymous.

Prepare to embark on a journey that will challenge your assumptions, expand your understanding, and ultimately revolutionize medicine. Welcome to the future of clinical medicine.

Prelude to the Principle

A clinic is in crisis 

The landscape of modern clinical medicine is undeniably complex and marred by a multifaceted crisis. At the heart of this crisis lies a fundamental misinterpretation of diseases, fueled by outdated philosophies that are increasingly incongruent with the realities of contemporary life. This misalignment leads to diagnostic inaccuracies and misguided treatment decisions that compound the difficulties faced by healthcare systems globally.

Traditionally, diseases have been viewed as antagonistic to health norms, with patient conditions assessed based solely on deviations from the health standards of an unaffected individual. This prevailing medical philosophy dictates that a physician's primary goal should be the 'normalization' of a patient's functions and structures—essentially, an attempt to revert them to a predefined state of health, regardless of the potential costs or feasibility of such endeavors.

This approach has engendered an endless cycle of tests and therapeutic missteps, underscoring the ineffectiveness and obsolescence of this philosophy. It has driven clinical practice into a dead end, exacerbating the crisis rather than providing viable solutions. The treatment of acute myocardial infarction illustrates this issue poignantly. Over the years, the medical community has witnessed the rise and fall of numerous 'promising' treatments, each initially heralded as a breakthrough, only to be subsequently abandoned due to unforeseen consequences:

• Steroids, while effective at limiting the infarction zone, have been found to complicate recovery processes.
• Indirect anticoagulants, unless part of thrombolytic therapy, increase the risk of thromboembolic events.
• Non-steroidal anti-inflammatory drugs can lead to the development of post-infarction heart aneurysms if prescribed incorrectly.
• Coronaroactive medications, when used systematically, can deplete the resources of the infarction zone, worsening the prognosis and outcomes of the disease.
• Even today, promising improvements in the outcome of myocardial infarction are limited by the period of the so-called therapeutic window for the recanalization of a blocked coronary artery. However, recanalization in the case of extensive infarction by the end of the therapeutic window is dangerous due to its significant worsening.
• Similar comments apply to the stroke clinic.

Even today, promising improvements in the outcomes of myocardial infarction and stroke are limited by the period of the so-called therapeutic window for recanalization of blocked arteries. However, recanalization in the case of extensive infarction and stroke at the end of the therapeutic window is dangerous due to its significant worsening. It is important to note that many of these mistakes post-myocardial infarction were repeated during the development and implementation of new stroke treatment methods, from attempts to limit the penumbra to brain reperfusion techniques, whether through thrombolytic therapy or stenting.

These examples underscore a broader, more systemic issue within medical practice: the persistent belief that disease is unnatural and that only the parameters defining a healthy individual are valid. This perspective fails to recognize that diseases can be natural components of human life, potentially offering alternative avenues for understanding human physiology and health.

We will provide more examples in the section dedicated to evidence-based medicine from the perspective of the Principle.

The crisis in modern clinical practice stems from this flawed perspective. Instead of embracing a model that recognizes the variability and complexity of human health, current practices strive to conform all individuals to a narrow definition of health, often at great cost and with questionable success.

To address these challenges, we need a paradigm shift—a transition to a philosophy that views the trajectory of a disease not as a deviation from the norm but as a unique, individualized path that requires understanding and respect. This new paradigm, which we refer to as Principle of Disease Optimality, suggests that there is an optimal pathway for each disease progression where recovery costs are minimized and outcomes are most favorable.

Crucially, the Principle introduces a fundamental change in how we define valid parameters during illness. Instead of constantly comparing a patient's condition to that of a healthy individual, we must recognize that the optimal parameters during disease are dynamic and distinct from those of health. These parameters evolve throughout the course of the disease, reflecting the body's adaptive responses and healing processes.

For instance, during the acute phase of myocardial infarction, elevated heart rate and decreased blood pressure might be necessary and beneficial adaptations. Attempting to normalize these parameters to those of a healthy individual could potentially hinder the body's natural compensatory mechanisms. Instead, we should focus on identifying and maintaining the optimal parameters for each stage of the disease progression.

It's important to understand that these optimal parameters are not static. They change as the disease progresses through its various stages—acute, subacute, and recovery phases. Only at the stage of full recovery do these parameters gradually converge with those of a healthy individual. This dynamic view of disease parameters allows for a more nuanced and effective approach to treatment.

This Principle advocates for a less invasive, more strategic approach to medical intervention, one that aligns with the body's inherent processes rather than attempting to override them with aggressive treatments. It calls for a balance between action and observation, where interventions are carefully calibrated to assist the body's natural healing mechanisms without disrupting them.

The adoption of the Principle of Disease Optimality would not only mitigate the current crisis in clinical practice but also enhance the efficacy and efficiency of medical care. By focusing on the natural course of diseases and tailoring interventions to individual patients and the specific stage of their disease, healthcare can become more personalized, effective, and humane.

As we continue to explore this innovative approach, it is crucial for the medical community to remain open to reevaluating long-held beliefs about health and disease. Embracing this new Principle could revolutionize medical practice, leading to improved outcomes and a deeper understanding of what it truly means to be healthy—and what it means to be optimally ill.

The Foundations of the Principle

Disease is an inherent aspect of human life, and few can evade its touch. From birth, we encounter childhood illnesses that not only test our resilience but also sharpen our immune systems and other survival mechanisms, ultimately enhancing our ability to withstand future challenges, including diseases.

As we grow, mature, and then age, childhood diseases may reoccur too, we face new infections, often of an epidemic nature, and fairly severe ones like the recent COVID-19. Let's not delve into the severe trials of past centuries. Somatic diseases also appear. Often starting as acute, if survived, they can become chronic in the course of an unfavorable disease progression and become a real second side of life, significantly testing, and often quite substantially, life resources.

Even with new diseases, such as the mentioned COVID-19, humans are generally well-prepared. In the human body, protective forces of the organism are genetically fixed and stand ready like guards, protecting against the development of diseases, and when resistance fails, they carry through the disease, and in the overwhelming majority of cases, quite successfully. If the disease does not follow a fortunate path and becomes chronic, again, the same protective forces of the organism strive to carry it through the path of least consequences for health. The problem is just that it does not always succeed.

In light of the foregoing, the disease is always represented by two sides of the coin, the factor causing it (it may have done its job and left, or it may stay for a long time, if not for life) and the protective forces of the organism, which provide recovery, and when impossible, coexistence with the disease.

Thus, disease fundamentally represents a process of recovery and healing, whether complete or partial, depending on circumstances. Consequently, to fight a disease is essentially to challenge the body's own protective mechanisms that facilitate healing. How else could one conceive of this process?

These protective mechanisms have been, continue to be, and will further be evolutionarily worked out at the population level, becoming genetically fixed.

Below are examples from mathematics and biology, and you can find many examples from other areas of knowledge showing that Nature, in general, acts through a certain set of key principles, one of which is the Principle of Optimality.

In disease, the human organism tries to carry it through the disease also by the best of the possible optimal paths, and therefore not the disease itself, but its deviations from the optimal path are actually painful according to the meaning invested today by most in the disease when it is considered by this majority as something alien and damaging.

Recognizing that disease is a natural part of human existence shifts our perspective towards a more empathetic and scientifically nuanced approach to healthcare. Understanding that diseases act not only as challenges but also as catalysts for the body's adaptive and healing mechanisms allows us to appreciate the complexity of human biology and the sophisticated balance maintained by our protective systems. 

This recognition underscores the importance of supporting these natural processes rather than merely combating symptoms. By embracing the concept that medical interventions should guide rather than counteract the disease's optimal pathway, we can achieve more effective treatments and improved health outcomes. Consequently, modern medicine should focus on harmonizing with the body’s innate defenses, facilitating a recovery that aligns with the natural and optimal course of healing as dictated by evolutionary wisdom. 

This approach not only alleviates suffering but also enhances the body's ability to recover and thrive after illness, reinforcing the intricate interplay between disease and health that defines our biological existence.

You can learn more by reading our e-book 

Mykola Iabluchanskyi together with Andriy Yabluchanskiy