Professor Valery Revo on YouTube. Topic: "PCR test – a blessing, or a delusion?"
The Laboratory of System Technologies for Disease Program Management presents the next topic of the interdisciplinary scientific and cognitive cycle: "MD, PhD, Professor Valery Revo in the interior of the portrait of Don Quixote of La Mancha" (V.V. Revo, 1960, "F.I. Shalyapin in the role of Don Quixote". Oil on cardboard. 24.5 x 33.5). Topic: "PCR test – a blessing, or a delusion?"
Today we are witnessing some uncertainty in assessing the negative results of the reverse transcription polymerase chain reaction (PCR) for the presence of DNA or RNA of the SARS-CoV-2 virus. Indeed, why people with the current COVID-19 process in many cases do not find its pathogen, attributing this to testing errors? So how do you interpret this reaction? First you need to understand that a negative PCR reaction cannot, by definition, indicate the absence of an ongoing COVID-19 process.
According to the recommendation of the head of WHO back in mid-May 2020, this reaction "is capable of revealing the disease in the incubation period." But this is not the case! First, the detection of a virus is not a criterion for confirming the presence of a developing disease. We know such conditions as the carrier of viruses in the absence of the body's response to the pathogen. There are many circumstances to consider here. One of them is the "Wiy’s phenomenon", as I called this state in my publications. In this condition, there is no informational two-way communication between the micro- and macroorganism. Today we have many opportunities to block this relationship. Secondly, for the deployment of the disease program, in this case COVID-19, the physical presence of SARS-CoV-2 in the body in many cases is not needed. The process, as they say, has begun. And it will unfold according to the program that is available in the phylogenetic memory of every macroorganism, including humans. What is it that our researchers have such a short memory, or is there something else here? After all, S.P. Botkin, I.V. Davydovsky, H. Selye recognized precisely the "self-developing", read, the program mechanism of the disease. Davydovsky emphasized in this regard that “whatever the characteristics of the pathological process (traumatic, infectious, cancerous), this is a self-developing process, regardless of whether an etiological factor (microbe or infection) is involved in it or does not participate (the tool that caused the injury, the carcinogen that caused the cancer)”. The analogy with trauma is appropriate here. If a person or any living creature gets injured (its nature does not matter: mechanical, chemical, thermal, radiation, etc.), the program of the organism's response to it is launched. It is clear that the traumatic factor is already absent here. Here is the simplest example in this regard. A person was walking down the street and a brick fell on his head. So, the brick is gone, and the wounded man has a process of a kind of wound disease, which will develop according to the corresponding program. The pathogenesis of the disease, of course, will depend not only on the nature and extent of the injury, but also on a number of other circumstances. However, the general principle of the development of this disease, like any other, is determined by the innate program. I wrote about this back in 1986. Thus, with the development of an infectious process, it is necessary not to “fight” it, but to offer technologies that will ensure the management of the disease development program. The strategy of "fighting" the disease is the fight against Nature, and this is the 16th century. Disease program management is our current capability. True, this requires admitting one's own delusions and abandoning them. So, any disease develops according to a certain congenital program. Here we need a doctor of a new formation, a kind of doctor-hacker, as I for the first time (2004) called such a specialist. It is the phylogenetic nature of the disease that determines its systemic specificity of development and manifestation. Details can be found in my publications.
The Laboratory of System Technologies for Disease Program Management presents the next topic of the interdisciplinary scientific and cognitive cycle: "MD, PhD, Professor Valery Revo in the interior of the portrait of Don Quixote of La Mancha" (V.V. Revo, 1960, "F.I. Shalyapin in the role of Don Quixote". Oil on cardboard. 24.5 x 33.5). Topic: "PCR test – a blessing, or a delusion?"
Today we are witnessing some uncertainty in assessing the negative results of the reverse transcription polymerase chain reaction (PCR) for the presence of DNA or RNA of the SARS-CoV-2 virus. Indeed, why people with the current COVID-19 process in many cases do not find its pathogen, attributing this to testing errors? So how do you interpret this reaction? First you need to understand that a negative PCR reaction cannot, by definition, indicate the absence of an ongoing COVID-19 process.
According to the recommendation of the head of WHO back in mid-May 2020, this reaction "is capable of revealing the disease in the incubation period." But this is not the case! First, the detection of a virus is not a criterion for confirming the presence of a developing disease. We know such conditions as the carrier of viruses in the absence of the body's response to the pathogen. There are many circumstances to consider here. One of them is the "Wiy’s phenomenon", as I called this state in my publications. In this condition, there is no informational two-way communication between the micro- and macroorganism. Today we have many opportunities to block this relationship. Secondly, for the deployment of the disease program, in this case COVID-19, the physical presence of SARS-CoV-2 in the body in many cases is not needed. The process, as they say, has begun. And it will unfold according to the program that is available in the phylogenetic memory of every macroorganism, including humans. What is it that our researchers have such a short memory, or is there something else here? After all, S.P. Botkin, I.V. Davydovsky, H. Selye recognized precisely the "self-developing", read, the program mechanism of the disease. Davydovsky emphasized in this regard that “whatever the characteristics of the pathological process (traumatic, infectious, cancerous), this is a self-developing process, regardless of whether an etiological factor (microbe or infection) is involved in it or does not participate (the tool that caused the injury, the carcinogen that caused the cancer)”. The analogy with trauma is appropriate here. If a person or any living creature gets injured (its nature does not matter: mechanical, chemical, thermal, radiation, etc.), the program of the organism's response to it is launched. It is clear that the traumatic factor is already absent here. Here is the simplest example in this regard. A person was walking down the street and a brick fell on his head. So, the brick is gone, and the wounded man has a process of a kind of wound disease, which will develop according to the corresponding program. The pathogenesis of the disease, of course, will depend not only on the nature and extent of the injury, but also on a number of other circumstances. However, the general principle of the development of this disease, like any other, is determined by the innate program. I wrote about this back in 1986. Thus, with the development of an infectious process, it is necessary not to “fight” it, but to offer technologies that will ensure the management of the disease development program. The strategy of "fighting" the disease is the fight against Nature, and this is the 16th century. Disease program management is our current capability. True, this requires admitting one's own delusions and abandoning them. So, any disease develops according to a certain congenital program. Here we need a doctor of a new formation, a kind of doctor-hacker, as I for the first time (2004) called such a specialist. It is the phylogenetic nature of the disease that determines its systemic specificity of development and manifestation. Details can be found in my publications.
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