ISSN: 2581-3684
Archives of Pulmonology and Respiratory Care
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Psychoanalysis of the doctrine of acute pneumonia

Igor Klepikov*

Pediatric Surgeon, 2116 27th St. NE Renton, WA, USA
*Corresponding author: Igor Klepikov, MD, professor, Retired, Pediatric Surgeon, 2116 27th St. NE Renton, WA, USA, Tel: +1-206-920-9643; E-mail: igor.klepikov@yahoo.com
Received: 15 April, 2021 | Accepted: 10 May, 2021| Published: 11 May, 2021

Cite this as

Klepikov I (2021) Psychoanalysis of the doctrine of acute pneumonia. Arch Pulmonol Respir Care 7(1): 010-014. DOI: 10.17352/aprc.000068

It is difficult to predict how the founder of psychoanalysis, Sigmund Freud, would react to an attempt to link his theory and the method of treating mental disorders based on it [1] with such a purely physical disease as Acute Pneumonia (AP). It is unlikely that such an innovation could cause full approval and support. However, in this context, we are not talking about psychoanalysis as a therapeutic method for AP. In this case, only the diagnostic features of this technique are of interest. The essence of psychoanalysis, which is based on the search for the causes of the so-called echoes of the past, as well as the connection between conscious and unconscious phenomena, can be useful in order to understand the causes of errors and paradoxes that exist in solving the problem of AP. In other words, we are not talking about the nuances of the disease itself, but about the peculiarities of its nature, since the interpretation of the essence of AP determines the principles of treatment and the final results.

AP is one of the oldest nosologies known to modern medicine. Its history in medicine goes back more than 2,500 years [2]. For many centuries, this disease has had relatively constant conditions of occurrence and development, as well as certain traditions of treatment. The lack of fundamental knowledge and the complexity of objective testing did not allow the old medicine to improve the medical care that was selected empirically. The era of antibiotics marked the beginning of not only a new therapeutic direction, but also the biological process of changing the etiological factors of pneumonia. The growing resistance of microorganisms, the constant need to develop new antimicrobial drugs, the frequent change of the leading pathogens of inflammation, and, finally, the increasing role of viruses in the etiology accompanied the entire period of antibacterial therapy of AP. 

Along with the biological consequences, prolonged attention to the leading role of antibiotics in treatment has distorted the understanding of the underlying disease and given a negative didactic effect. The current understanding of AP focuses on the action of the pathogen and leaves aside the mechanisms of development and the influence of the focus of inflammation itself. Existing views on the nature of this disease direct the solution of the problem along a narrow etiotropic path and ignore the features of the disease. A brief analysis of the current concept of AP, combined with a number of well-known facts, as well as obvious contradictions between the theoretical and practical sides of this problem, is necessary in order to understand the causes of distortions and misconceptions.

AP throughout its history did not belong to the category of dangerous infections and contact with such patients did not require special anti-epidemic and protective measures. The emergence of microbiology allowed us to establish that the pathogens of AP are conditionally pathogenic concomitant microflora of the body. Discovered in the second half of the 19th century, pneumococcus got its name because of the greater frequency of detection in this disease [3]. Remaining the leader in this list for many subsequent decades, it was not the only microbial factor in the etiology of AP, so the inflammation was considered as non-specific.

The first experience of using antibiotics laid the foundation for future illusions about this medical care option, the effectiveness and ease of use of which seemed to many a long-term achievement. After prescribing a course of treatment with antibiotics, the doctor actually calmly observed the recovery of patients. However, such a sinecure could not last long enough or permanently.

Antibiotics, unlike drugs of classical pharmacology, do not directly affect the structures and processes of the body itself. They selectively act only on the microflora present. Bacteria, in turn, are themselves biological objects and have the ability to adapt and change. These qualities were convincingly demonstrated by representatives of the microbial world throughout the entire period of antibiotic use, which was accompanied by a number of non-standard phenomena. The growing resistance of microflora to antibiotics required the development and introduction of more and more new drugs. A group of antibiotic-resistant strains that can occur as part of the symbiotic microflora in healthy people appeared and began to grow. Over the past decades, AP has lost the stability of its etiology, which is characterized by constant transformation. 

The desire to maintain and continue the initial effectiveness of antibacterial therapy exceeded the real assessment of the new conditions and the impossibility of returning to the original state. This desire was logical, since at first it seemed that AP could only be treated with antibiotics without much effort. The further dynamics of the “microbe-antibiotic” ratio has long shown the deceptiveness of such expectations, but the subsequent transformation of views on the nature of this disease, which defies logical explanation, has further complicated the solution of the whole problem. The paradox is that the value and importance of antibiotics grew in parallel with the decline in their effectiveness and the increase in the number of resistant strains of microorganisms. Eventually, under the influence of the idea that AP should only be treated with antibacterial agents, the disease became classified as infectious.

The mental perception of the pathogen as the main cause of AP led to the oblivion of the fact that the disease is based on a non-specific inflammatory process and lung damage is accompanied by an inevitable violation of the unique functions of the organ. For the same reason, the growing need for additional means of assistance was compensated by the automatic application of techniques and methods that have proven themselves well in inflammatory processes with localization in the large circle of blood circulation.

In addition to these paradoxes and contradictions, at least in the last couple of decades, some experts began to pay attention to the increase in the number of observations of viral pneumonia, but such studies did not go beyond the statement of fact and statistics [4-6]. The two major coronavirus epidemics, SARS and MERS, in the recent past also did not lead to radical changes in the concept and treatment of lung inflammation [7,8]. As a result, the SARS-CoV-2 pandemic clearly demonstrated the unpreparedness of modern medicine for a massive change in the etiology of lung inflammation and made the problem of AP visible and tangible to the widest audience.

Today, it is no secret that the main cause of morbidity and mortality in a pandemic is COVID-19 pneumonia. The change in etiology was accompanied by epidemiological, clinical and pathoanatomical nuances, but the essence of the disease remained the same and we continue to talk about the nosology of AP. Moreover, analysts note the great difficulty of differential diagnosis of this form of lesion from typical bacterial pneumonia [9,10], despite the fact that both variants of inflammation have the same lethality [10]. 

In recent years, antibiotics continue to be considered a lifesaver for many people with AP. The sudden growth of viruses in the etiology of this disease showed that patients left without the main etiotropic treatment continue the natural division according to the severity of the disease in the same proportions that were observed in bacterial forms of inflammation against the background of “reasonable treatment”. Despite the alarming public sentiment about the current pandemic, the very fact of infection with the coronavirus is not a fatal prognosis for the vast majority of its recipients. Up to 80% or more of infected people tolerate such contact without special medical care [11-15]. Moreover, these statistics relate to the period before the start of vaccination of the population. 

Even more impressive is the comparative mortality statistics. The most severe patients with AP are concentrated in Intensive Care Units (ICU), where the majority of deaths are recorded. Currently, when the material on monitoring and supporting care (rather than treatment) for patients with COVID-19 pneumonia is accumulated, the results show that the mortality rates in this group do not differ from this indicator for bacterial forms of pneumonia - up to 30-50% (16-24). The difference is that with bacterial inflammation, everyone was sure that the patients received adequate care. Now there is a reasonable question about how adequate was the previous treatment, if up to half of these patients in the intensive care unit did not cope with the diseases, and now patients with COVID-19 show the same level of resistance, without having similar treatment? 

Such questions are quite logical, since the situation in the field of medical care for patients with AP requires not only a deep objective analysis, but also a radical revision of existing approaches to solving this problem. The priority of research work is still focused on the dominant role of the pathogen in the features of the development of the disease. The properties of the pathogen are the main factors that over the past decades determine the nuances of various stages of AP development. Such explanations are purely declarative and have no objective evidence. This concept cannot reasonably explain why, with the participation of a single pathogen (see COVID-19 statistics above), contact with it has an infinite range of manifestations [11-15]. Or, for example, why bacterial and viral forms of inflammation have so many features in common that they are difficult to distinguish [9,10].

The pathogen is one of the main causes of the disease, but its presence in the body does not mean that the development of inflammation is inevitable. Examples of the peaceful presence of virulent pathogens in the body have accumulated around us. For example, for many years it has been known to detect various antibiotic-resistant strains when examining healthy people, and today the coronavirus, which is potentially fatal to many, can often not cause signs of the disease if infected. In clinical settings, it is difficult to determine the reasons for such a variety of responses to equivalent aggression. In such situations, the results of experimental studies can be of some help.

More than 30 years ago, when all the failures of AP treatment, including the development of purulent complications, were explained only by the presence of staphylococcus, the author of these lines conducted several series of experiments to reproduce acute lung inflammation. The purpose of these studies was not only to find out the causes of AP, but also to find out the possibilities of “non-aggressive” microflora in the development of purulent and destructive complications. The goal was achieved, and it was proved that both for the occurrence of the disease and for its complicated course, additional factors and conditions are necessary. A simple endobronchial infection of the lung tissue does not lead to inflammation, and the development of purulent and destructive complications does not depend on the pathogen, which can be a “harmless” symbiont [16-25].

In order for the disease to begin, the pathogen in combination with other factors plays the role of an “ignition system”, but with the appearance of an acute pneumonia focus, the inflammatory process and its impact on the body come to the fore. Inflammation of the lung tissue means the appearance of new circumstances, which will undoubtedly depend on the volume of the lesion. Hardly anyone would disagree with the opinion that 50% of lung tissue damage is accompanied by a more severe condition of the patient, compared to 5-10%, regardless of the etiology, right? Even a visual representation, which cannot reflect the entire complex of pathophysiological mechanisms that occur in AP, allows us to assess the role of the focus of inflammation of the lung tissue for blood circulation in the body (Figure 1).

However, the cause of the severity of the disease is still considered its causative agent, and the inability to provide targeted care is associated with the lack of effective etiotropic drugs. A paradox? Undoubtedly, if we also take into account the fact that even with the presence of such antiviral drugs at this stage, they must penetrate the affected cells and destroy the coronavirus, without directly affecting the restoration of impaired lung function.

With this variant of the main treatment, the body does not have time to adapt to the violation of its vital functions, especially with the aggressive development of the process. Such examples of the use of antibiotics in recent years have become quite frequent, when the process has reached the stage of complications and critical condition of the patient, despite the successful antibacterial treatment and the absence of microflora in the focus of inflammation. 

Further progression of the disease leads to the development of septic shock. The very name of this severe complication indicates its source, but the genesis of shock in bacterial forms of AP in most patients was declarative and conjectural. Its septic origin was confirmed by bacteriological blood tests in isolated cases, not differing in the frequency of this test from similar patients without a shock reaction [26-28]. Similarly, septic shock continues to be interpreted at present as a consequence of viral overaggression, but again without objective evidence [29]. And again, the essence of the problem is reduced to the causative agent of the disease, and the features of its pathogenesis remain outside the topic of discussion.

Thus, the problem of AP and the features of its manifestation at all stages of the disease are explained by the qualities of the pathogen, which are usually studied in vitro. The idea of what happens in the patient’s body during the disease, as a rule, is created on the principle of analogies and assumptions. For example, a violation of gas exchange in the affected areas of the lungs is considered to be the cause of shortness of breath and hypoxemia, which seems to be a logical consequence of inflammatory tissue edema [30-32]. But try to find an explanation for why a small focus of acute inflammation is characterized by more pronounced disorders than atelectasis, when the lobe or even the lung is disconnected from gas exchange, and you will not find modern interpretations of this difference. 

A violation of gas exchange in the inflamed parts of the lungs suggests an improvement in this function due to the supply of oxygen and subsequent ventilation of the lungs. In this regard, ensuring the need for artificial lung ventilation continues to be considered as an important step in solving this problem [33-35]. But, contrary to expectations, the results of such respiratory support only raise new questions. Thus, simple oxygen insufflation does not affect the course of the disease, and the use of artificial lung ventilation is a forced measure of support in the final stages and its use is naturally accompanied by a higher mortality rate [12,22,24]. 

Similar, even more impressive discrepancies between the existing ideas and the actual data can be found in the analysis of circulatory disorders in patients with AP. The dominant ideas about circulatory disorders in patients with AP are in contradiction with the fundamental research on the role of the lungs in the vital activity of this system (Figure 1). The influence of the focus of inflammation on this function of the organ is replaced by the concept of the dependence of these disorders on the action of the infectious factor [31,32,36-40]. Such concepts suggest the wrong direction of therapeutic efforts, which may not bring the expected effect.

Antibacterial efforts, regardless of the location of the main focus of inflammation, combined with a gradual decrease in the effectiveness of antibiotics are at the root of the causes of the long-term deepening of the AP problem. If an inflamed lung is treated in the same way as an inflamed intestine, an inflamed throat, an inflamed eye, etc., can we expect stable successful results of such treatment, especially in conditions of rapid development of the process? The current results of AP treatment fully correspond to the narrowed ideas about the nature of the disease and the principles of medical care. From this point of view, a further increase in the frequency of pleural empyema in the last decade is quite natural, especially since AP, as the main cause of this purulent complication, remains without a detailed analysis [41,42].

Now comes the viral season in the etiology of AP, but the search for optimal treatment options continues on the basis of previous conceptual views on this disease. The purpose of such studies is to study the features of COVID-19 pneumonia based on the properties of the coronavirus and the expected consequences of its aggression [31,32,36-40]. At the same time, inflammation of the lung tissue, which is a distinctive characteristic of the disease and determines the originality and severity of its course, is considered as a sign, and not its basis. Various disorders that appear only from the moment of the development of the focus of inflammation are subjected to attempts to neutralize them as the consequences of infection [43-45].

The dominant perception of AP as a process that depends on its pathogen actually replaces the pathogenesis of the disease. Many mechanisms of disease development are often explained by the properties of the pathogen and its features. The study of the pathogenesis of AP is focused on the cellular-molecular level, where the reasons for the aggressiveness of pathogens and possible ways of protection are clarified. The effect of the inflammatory zone in the lung on the patient’s body is not directly evaluated. Positive and encouraging results of such examinations, which are the hope for patients, always remain in the waiting mode.

The validity of the research goals determines their final results. Today’s results show that the solution to the problem, despite a lot of work in this direction, did not lead to the achievement of the goal. In the 10 months of last year, since the announcement of the SARS-CoV-2 pandemic, 4,000 studies of the infection were registered worldwide, of which 1,500 were related to the development of drugs and vaccines [46]. The issues of financial support for the research that this publication focuses on are extremely important, but the return on investment in the form of results achieved is equally important. Direct counteraction to the pathogen was successful only in the development of vaccines, but drug care during the disease period did not move from the previous positions.

Research on this issue is currently receiving generous support, but the lack of return on investment raises new questions. For example, by January 2021, the National Institutes of Health (US) had issued almost a thousand awards totaling about $ 2 billion to support COVID-19 projects. However, the results of such studies remain largely unknown, and only 8% of completed or discontinued studies are published [47]. But the main conclusion is that these incentives have not brought any improvements in the treatment of patients with COVID-19 pneumonia.

Summing up the general situation in solving the problem of AP, we can clearly note the tendentiousness and subjectivity of the prevailing ideas about the nature of the disease today. The long-standing cult of antibiotics gradually formed an abstract picture of the disease, in which everything depends on the microbiological agent, and the decisive role of inflammation as the main pathological process was no longer perceived in a positive way. The existing belief in the complete dependence of the development and course of AP on its causative agent does not agree and even contradicts many classical provisions of medical science. The causal chain of AP pathogenesis was replaced by a simple concept of direct action of the pathogen. Such an ideology of the problem, which determines the goals of its research and solution, does not even allow us to predict the results of the strategic level.

Thus, the inevitable step, without which a successful solution to the problem of AP is unthinkable, is to bring the ideology of this disease in line with the fundamental provisions of medical science. The so-called psychoanalysis of the modern perception of the problem of AP allows us to note the causes and main defects of the current concept. An additional incentive for complex psychological adaptation is the results of the work already done on the basis of the new teaching about the disease [25]. The results of this work are the best example and a convincing argument for all of the above.

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© 2021 Klepikov I. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
 

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