Articles
COVID-19: INTRANASAL PROINSULIN C-PEPTIDE CASE STUDY
PDF documentLetöltés
Authors:Gábor Varga (Introduction)Dr. Tamás UgraiAnita Varga
Table of contents
The spike proteins of Covid-19 have a strong neurotoxic effect with severe consequences
The following is what Brazilian researchers came up with when studying tadpoles. On the one hand, the protein fragments that make up...
Possible impact of intranasal proinsulin c-peptide on the course of COVID-19 infection: the role of the cholinergic anti-inflammatory pathway measured by Heart Rate Variability...
The increase of the inflammatory markers CRP and Il-6 predict the unfavorable course of the covid-19 infection. (1) (2) The decrease of...
Is Remdesivir a good choice?
Remdesivir was bought up by the Americans. There are no more for others, supposedly Remdesivir will available only for the US at...
COVID-19: Restoring endogenous nitric oxide (NO) related homeostasis may be an effective and natural way to decrease replication of COVID-19
NO seems to inhibit the replication cycle of severe acute respiratory coronavirus. It is expected that this can be exploited in...
COVID-19: Potential risks of aluminum adjuvant of vaccines for the central nervous system and the possible beneficial effect of central proinsulin c peptide
According to recent epidemiologic data, BCG vaccination may provide some protection against COVID-19 infection and may reduce the severity of it. (1)...
COVID-19: The endothelial disease that can be managed by increasing heart rate variability and the number and functions of endothelial progenitor cells
The virus injures the endothelial lining of the cardiovascular system and the pulmonary alveolar epithelial system because the ACE2 receptors are abundant...
COVID-19: Pulmonary diffusion/ gas exchange problems are dependent also on autonomic nerve functions
The pulmonary diffusion capacity is also reduced in diabetics that is dependent on impaired autonomic functions that can be measured by heart...
COVID-19: Methods to avoid the severe outcome of COVID-19: the role of the injured central nervous system (CNS) in lymphopenia and oxygen deficiency
It is an emerging concern that the virus may damage the CNS, the brainstem, particularly the part of it regulating cardiopulmonary functions....
COVID-19: Central proinsulin C-peptide may improve immune cell imbalances in severely affected patients
Heart rate variability (HRV) is in inverse association with inflammatory markers, which is, for this reason, an indicator of the anti-inflammatory reactivity...
COVID-19: Obesity and mortality risk
Overweight and obese people have a higher probability of a more severe disease course and of pulmonary complications than individuals with normal...
COVID-19: Dark chocolate may avert cytokine storm and improve the cholinergic anti-inflammatory pathway
Scientist found that daily consumption of 10g dark chocolate (minimally 70% cacao) significantly increased heart rate variability (HRV). (1) This effect of...
COVID-19: Effect of air pollution for death rates and the possible mediating role of the cholinergic anti inflammatory pathway measured by heart rate variability...
According to a recent study air pollution is significantly increasing the death rates of coronavirus infection. Indeed, the effect of increased particulate...
COVID-19: Proinsulin C-peptide as an inhibitor of virus invasion and inflammation in the brain and body
It is a recent discovery that coronavirus uses a protein CD147 also called EMMPRIN, to invade cells. (1) The amount of this...
COVID-19: Gut barrier functions and lung injury
According to a retrospective study 86,7% of COVID-19 patients have gastrointestinal symptoms. (1) With the help of angiotensin converting enzyme-2 (ACE2) protein...
COVID-19: Consequences of low oxygenation
It is among the most severe effects of the coronavirus infection that the high risk patients may have breathing problems. The oxygen...
COVID-19: Hunagrian researchers discovered the biological mechanism of covid-19 related cytokine storm that proinsuline c peptide may prevent
SARS-CoV-2 can recruit the host protein phosphatase 2A (PP2A) and it manipulates by it the host’s antiviral responses.(1) With the help of...
COVID-19: Tragedies at respiration: the most severe cases are handled with an “ax”
To insert breathing tubes into patients, they get usually narcotized. Mainly with 2 active ingredients (Rocuronium, Vecuronium) that the US is starting...
COVID-19: lung function and proinsulin c peptide
The biggest risk the COVID-19 carries in terms of mortality is the decrease in the lungs' overall functionality. These functions may already...
COVID-19 attacks antiviral lymphocytes: but there is a solution
(Send this to any immunologist you know, they will be happy to hear this news, maybe it is not too late.)
COVID-19: the cytokine storm syndrome
COVID-19: the cytokine storm syndrome, that can be defeated by brilliant doctors and researchers
The essence in a...
How to survive the coronavirus infection by activating the vagus
How to survive the coronavirus infection by activating the vagus nerve with the help of central proinsulin c peptide.
Video files
Gábor Varga talks about the future of coronavirus
https://vimeo.com/434322213
Many people have questions about the coronavirus epidemic. What will happen next? What to do and...
COVID19: Strange, similar symptoms, although tests are not always accurate
https://vimeo.com/434321760
Researchers around the world have also acknowledged that a negative COVID 19 test result does not...
COVID-19 is effectively treatable: the brain is the solution
Gabor Varga’s vlog on the Coronavirus (COVID-19) and the strengthening of the central nervous system
Gábor Varga’s presentation on C-Peptide
https://vimeo.com/443377271
Gábor Varga wanted to help with his son's illness. He found out about Proinsulin C-peptide by...
Coronavirus
COVID-19: INTRANASAL PROINSULIN C-PEPTIDE CASE STUDY
PDF documentLetöltés
Authors:Gábor Varga (Introduction)Dr. Tamás UgraiAnita Varga
Table of contents
The spike proteins of Covid-19 have a strong neurotoxic effect with severe consequences
The following is what Brazilian researchers came up with when studying tadpoles. On the one hand, the protein fragments that make up...
Possible impact of intranasal proinsulin c-peptide on the course of COVID-19 infection: the role of the cholinergic anti-inflammatory pathway measured by Heart Rate Variability...
The increase of the inflammatory markers CRP and Il-6 predict the unfavorable course of the covid-19 infection. (1) (2) The decrease of...
Is Remdesivir a good choice?
Remdesivir was bought up by the Americans. There are no more for others, supposedly Remdesivir will available only for the US at...
COVID-19: Restoring endogenous nitric oxide (NO) related homeostasis may be an effective and natural way to decrease replication of COVID-19
NO seems to inhibit the replication cycle of severe acute respiratory coronavirus. It is expected that this can be exploited in...
COVID-19: Potential risks of aluminum adjuvant of vaccines for the central nervous system and the possible beneficial effect of central proinsulin c peptide
According to recent epidemiologic data, BCG vaccination may provide some protection against COVID-19 infection and may reduce the severity of it. (1)...
Gábor Varga talks about the future of coronavirus
https://vimeo.com/434322213
Many people have questions about the coronavirus epidemic. What will happen next? What to do and...
COVID19: Strange, similar symptoms, although tests are not always accurate
https://vimeo.com/434321760
Researchers around the world have also acknowledged that a negative COVID 19 test result does not...
COVID-19: The endothelial disease that can be managed by increasing heart rate variability and the number and functions of endothelial progenitor cells
The virus injures the endothelial lining of the cardiovascular system and the pulmonary alveolar epithelial system because the ACE2 receptors are abundant...
COVID-19: Pulmonary diffusion/ gas exchange problems are dependent also on autonomic nerve functions
The pulmonary diffusion capacity is also reduced in diabetics that is dependent on impaired autonomic functions that can be measured by heart...
COVID-19: Methods to avoid the severe outcome of COVID-19: the role of the injured central nervous system (CNS) in lymphopenia and oxygen deficiency
It is an emerging concern that the virus may damage the CNS, the brainstem, particularly the part of it regulating cardiopulmonary functions....
COVID-19: Central proinsulin C-peptide may improve immune cell imbalances in severely affected patients
Heart rate variability (HRV) is in inverse association with inflammatory markers, which is, for this reason, an indicator of the anti-inflammatory reactivity...
COVID-19: Obesity and mortality risk
Overweight and obese people have a higher probability of a more severe disease course and of pulmonary complications than individuals with normal...
COVID-19: Dark chocolate may avert cytokine storm and improve the cholinergic anti-inflammatory pathway
Scientist found that daily consumption of 10g dark chocolate (minimally 70% cacao) significantly increased heart rate variability (HRV). (1) This effect of...
COVID-19: Effect of air pollution for death rates and the possible mediating role of the cholinergic anti inflammatory pathway measured by heart rate variability...
According to a recent study air pollution is significantly increasing the death rates of coronavirus infection. Indeed, the effect of increased particulate...
COVID-19: Proinsulin C-peptide as an inhibitor of virus invasion and inflammation in the brain and body
It is a recent discovery that coronavirus uses a protein CD147 also called EMMPRIN, to invade cells. (1) The amount of this...
COVID-19: Gut barrier functions and lung injury
According to a retrospective study 86,7% of COVID-19 patients have gastrointestinal symptoms. (1) With the help of angiotensin converting enzyme-2 (ACE2) protein...
COVID-19: Consequences of low oxygenation
It is among the most severe effects of the coronavirus infection that the high risk patients may have breathing problems. The oxygen...
COVID-19: Hunagrian researchers discovered the biological mechanism of covid-19 related cytokine storm that proinsuline c peptide may prevent
SARS-CoV-2 can recruit the host protein phosphatase 2A (PP2A) and it manipulates by it the host’s antiviral responses.(1) With the help of...
COVID-19: Tragedies at respiration: the most severe cases are handled with an “ax”
To insert breathing tubes into patients, they get usually narcotized. Mainly with 2 active ingredients (Rocuronium, Vecuronium) that the US is starting...
COVID-19 is effectively treatable: the brain is the solution
Gabor Varga’s vlog on the Coronavirus (COVID-19) and the strengthening of the central nervous system
COVID-19: lung function and proinsulin c peptide
The biggest risk the COVID-19 carries in terms of mortality is the decrease in the lungs' overall functionality. These functions may already...
COVID-19 attacks antiviral lymphocytes: but there is a solution
(Send this to any immunologist you know, they will be happy to hear this news, maybe it is not too late.)
COVID-19: the cytokine storm syndrome
COVID-19: the cytokine storm syndrome, that can be defeated by brilliant doctors and researchers
The essence in a...
How to survive the coronavirus infection by activating the vagus
How to survive the coronavirus infection by activating the vagus nerve with the help of central proinsulin c peptide.