Pandemic: The next one will be worse says Gikas Majorkinis – When will it come

Pandemic: The next one will be worse says Gikas Majorkinis – When will it come

Feared that the next pandemic will be worse than that of the corona virus, (which he even characterizes as a mild form compared to others that have hit the planet), expresses the assistant professor of hygiene and epidemiology, the virologist Gikas Majorkinis clinic, in an interview he gives to the Fm Agency and in the program “104.9 MYSTIKA HYGEIAS”, on the occasion of the recent release of the book “Chroniko ton iona”, published by Papadopoulos.

“Through my book, I try to help people understand what we’ve been through, because I think people haven’t fully understood that it’s something that’s been going on for millions of years. It will continue to happen and we have to be ready for the next pandemic, which could be in two seconds or 50 years,” says Gikas Majorkinis.

Regarding the endemicity of the virus, which he had in fact predicted a year earlier, through the same program, and which the World Health Organization raised just a few days ago the highest level of health alert , Mr. Majorkinis says: “This endemicity has a heavy footprint, which we also face in hospitals, and which is mainly borne by vulnerable groups, who are still exposed to the virus. is that the virus has arrived and has added an additional burden to the healthcare system and we will have to find a way to deal with it, for decades to come.”

Dramatic to unpredictable pressure on health systems due to upcoming pandemics

As the professor writes in his book, “The possible arrival of new viruses and new pandemics will create ever greater pressure on health systems. The health and financial burden of viral infections will increase in the years to come. We will experience waves of new viral pandemics, as has happened on the planet for millions of years. There is no reason to believe that it will stop. On the contrary, it is possible that their frequency will increase. Those that manage to establish themselves permanently in the human population will add to already existing viral infections and continue to afflict vulnerable and susceptible people, which will also increase steadily as the population ages.Technology will help us do better. face their impacts, but sometimes the pressure they will cause will be significant to dramatic and sometimes unpredictable.

Urgent need to invest in personnel specialized in viral infections, respiratory diseases and intensive care
And for this reason, Mr. Majorkinis tells Fm Agency, “we should invest in technology and in human resources, specialized in viral infections, respiratory diseases and intensive care, in order to be able to deal effectively with this burden at long term and possible future pandemics. This investment is however time consuming. It takes more than 11 to 12 years for each person to specialize and therefore the gaps that arise are impossible to fill in a short time or in urgent circumstances. After all, we’ve seen it in this pandemic, when in China they built a hospital in ten days, and they moved staff from other places to staff it. You don’t build staff in ten days. If there isn’t a long-term plan, not only to educate people, but to motivate them to move in that direction, then we’re going to have some surprises. If we don’t make that investment, we’ll face to very great difficulties over the next hundred years.”

There are viruses that have caused epidemics that have killed 60-70% of the population

Q: Based on the historical evidence of pandemics that you cite in your book, how serious is the SARS-CoV-2 pandemic, the question reasonably arises.

Answer: “Of the pandemics we have had in the past, this one was mild in form. Probably if we weren’t in this time when there is a large percentage of vulnerable people, it would pass just as slowly. Pandemics that have appeared on the planet are much more deadly, that is to say that there are viruses that have caused epidemics in which 60% to 70% of the population died, as in South America in the 16th and 17th centuries. And we don’t know what viruses they are. It’s a terribly gray and scary part of virology, which personally makes me a little weird, because whereas for example we knew the profile of smallpox (ss: what virus causes it and how it is transmitted) and that there is a vaccine, for these viruses, we didn’t even know what profile they had and there is no vaccine. And if the bad scenario happens and that they come back, we don’t know how easily they will be dealt with.”

Epidemics are an integral part of the ecosystem – There is no way to avoid them

Q: So far, history has taught us that virus outbreaks are constant, they will happen again and again. The question is not whether we will see another pandemic. The question is when, how often, and with what consequences do you write in your book. Has the risk of mega-pandemics disappeared? Do we know what we can do to avoid them?

Answer: “No, the risk of mega-pandemics, that is to say pandemics that can kill more than 10% of infected cases, has not disappeared. And it’s not gone because we can’t control which pathogen will jump from animals to humans next. I’m afraid that since the planet is very dense and there is a lot of communication, if a pandemic strikes in a small village in Africa or China, it could be a problem the next day in Canada . And that will be difficult to control, so as I said, we will have to invest strategically and for the long term to face the next pandemic. I think it will be worse, because the profile of the current one was relatively light compared to other pandemics that the planet has been through and I fear that it will surprise us out of nowhere. For example, a hemorrhagic fever can spread very easily, which would create huge problems, which are also difficult to manage. There is no way to avoid epidemics. It is a perpetual game of the ecosystem. Viruses are part of animal and human genomes and always have been, it won’t stop and we have no way to stop them. The only thing we can do is control the effects and better manage the acute phase.”


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