We can protect our bodies from virus

We can protect our bodies only if we know the virus that threatens us. We wondered how the virus happened and what characteristics it had. Especially, I chose this book to protect my family and the families of the readers.

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When I opened the book's first page, I saw a virus spread chronology that terrorized humanity along with a world map. It felt as if it was occurring periodically all over the world. Now, it is not only happening in any part of the past, but is quickly moved to the other side of the globe by the development of traffic. You will see each other several times in your life. Once again, he regains his senses by feeling threatened by the virus and reflects on his wrong behavior, such as our selfishness.

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First of all, I would like to introduce Corona 19 as I have a Q&A session

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Corona19, some of the most curious things

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1. What is the identity of Corona19 (COVID-19)?

The coronavirus is a type of viral disease that causes respiratory or digestive diseases (diarrhea) in animals and humans, and six of them are now known to spread to humans. Four of them are viruses that cause diseases such as colds, while two are known as MERS coronavirus and SARS coronavirus, respectively. Corona19's open base sequence estimates that Corona19 originates from bats with the highest genetic similarity with SARS (89,1 percent).

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2. How is it contagious? What about human-to-human transmission?

The possibility of "air infection" is very low, and it appears to be "non-maligned infections" such as MERS. through a cough, etc.

The spitting droplets become a medium. For your information, air infections are caused by tiny particles that contain viruses floating in the air. It is highly contagious in the way it is infected. What should be distinguished from these air infections is that the non-malted particles are large droplets that do not float in the air long enough and generally fall quickly to the floor within two meters. These non-malted particles are contagious if they rub the mucous membrane area with their hands touching the dropped surface or come in direct contact with droplets at a close distance. This is why wearing masks and washing hands are important.

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3. Is there any chance that an anymptomatic infected person could transmit the virus?

The World Health Organization (WHO0) has announced that even an inanimate infection with the Korona19 infection could carry the virus. Anymore infection is easily transmitted during incubation period before symptoms appear, and during incubation period, especially right before symptoms appear, the virus is sufficiently proliferated and likely to infect nearby people. However, it is still under investigation to see how many symptoms an infected person has to show to spread Corona 19. As of Feb. 3, 2020, it is understood that there have been no cases of an inanimate infection in Korea.

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4. They say the fatality rate is lower than MERS or SARS.

The fatality rate of MERS is 30 percent, the fatality rate of SARS is 10 percent, while the fatality rate of the virus is lower than that of the right-footed coroner. Although the fatality rate was estimated at 2 percent in the beginning of the spread, Korean health authorities predicted that the fatality rate would be 4 to 5 percent, twice as high as the previous estimate (as of February 2, 2020), however, the fatality rate could change depending on the spread of infection. The number of patients and deaths is increasing day by day in China, which is likely to rise or fall from 4-5 percent. Considering that the majority of patients in China are not receiving proper treatment due to lack of medical institutions, the death rate could increase as well. On the other hand, the number of infections increased.

Considering the slower pace of increase in the number of deaths, it is possible that the rate may be lower.

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5. Corona19 degrees Bats Cause?

The coronavirus is an acquisition-common infection that infects both animals and people. SARS estimates that the bat virus has emerged as a medium for musk cats and MERS as a medium for camels. Among bats, the Chinese coffin bat is known to be a potential cause. They are also carriers of the Marburg virus (African hemorrhagic fever) where the first patient was reported in 1967, the Nipavirus found in Malaysia in 1998 and the Hendravirus found in Australia in 1994. The reason why bats have become radio-media as they symbiosis without dying from the virus is because of their unique immune system. The body temperature of a bat is about 2 to 3 degrees higher than that of other mammals. At high temperatures, virus activity decreases and white blood cells are activated. In addition, humans and other mammals, if the virus penetrates into the body, the interferon is not able to penetrate the body

An anti-viral protein called , which turns out to be active in bats.

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Ebola virus

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The Ebola virus started in the West African region in the spring of 2014, and scientists named the animal as the culprit as a wild fruit bat. The bat had long-range flying ability, making it easy to move from Central Africa to West Africa. In particular, scientists have discovered that they have eaten bats in rural Ghana and scratched bats and touched feces.

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The onset of the Ebola virus resulted from a mysterious necrosis in the town of Yambuk, located near the Ebola River, the northernmost tributary of the Congo River. In 1976, Belgian scientist Piot began to call it the Ebola virus after the Ebola river, which became the stage for the virus.

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At that time, a total of 318 people were infected in the town of Yambuk and 280 of them died with a fatality rate of 88 percent. It repeated that the Ebola virus disappeared from Africa and was issued. 

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The large-scale loss of life was a devastating result of the process of mining gold mines, hunting or slaughtering wild chimpanzees, which humans created themselves in the process of pioneering and infiltrating rainforests. Human beings have dug into rainforests for a better life, but they've got the Ebola virus that's sitting there.

I was laying it down.

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Who is responsible for the SARS virus?

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In the spring of 2003, a freak broke out in Guangdong Province, China.

The reason for the spread around the world was that a doctor with SARS who had contact with treatment in China went to Hong Kong for a wedding and was transferred to a hotel guest. The 16 hotel contacts later spread across Asia, North America and other countries as they moved by plane. So far, 8,273 people have been infected with SARS, 775 of whom have died of severe pneumonia.

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In the case of SARS or MERS, the infected person does not release the virus during the incubation period. However, viruses are released from the body during periods of high fever, pain, and difficulty breathing after the incubation period. This increases the risk of infecting others. So, the more flu symptoms are left unchecked and neglected, the worse the disease will be and the more viruses the infected will release. The more quarantine and control measures are taken, the more likely the infected will become a superconductor. 

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In conclusion, finding and controlling potential super-electronics early and quickly without leaving even one infected person alone, that is the key way to prevent the spread of infectious diseases. 

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The final mystery puzzle was concluded to have moved from bats to musk cats to humans.

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the presence of a virus

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Viruses are not all bad.

For example, bacteria that inhabit salmonella bacteria that cause food poisoning have the potential to be an attractive treatment to replace them, especially in the current situation where antibiotic use is restricted due to the emergence of resistant bacteria. Studies are also underway to develop products for the sterilization of human skin wounds using bacteriophage. Therefore, viruses are not necessarily bad.

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The reason it is easy to mutate a virus is that its genetic cloning technology is not as sophisticated as that of a higher animal. Genetic changes, such as mutations, in parts of the viral gene that play an important role in the growth and cloning of viruses and protein formation, result in meaningful changes in the function or host area of the virus. And the rate of propagation is more than we can imagine, as one day is enough for a mutation to occur.

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According to the World Health Organization, about 5-15 percent of the world's population gets the flu every year, and about 250,000 to 500,000 of them die from the flu or from flu complications. And unlike colds, it is the influenza virus that causes the flu. There are three main types of the Inproenza virus, A, B, and C, and numerous types of viruses exist, and they are often new and mutated. Thus, the synesthesia vaccine contains three influenza viruses, two A-type viruses and one B-type virus, which are likely to be in vogue that year. The World Health Organization analyzes virus pandemic surveillance information through its international monitoring network of influenza and announces the selection of three viruses to be vaccinated each year.

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When animals or humans develop acute infectious diseases, they suffer from severe high fever in the early stages of infection and begin to ache from muscle pain. The sudden onset of high fever in the body signals the process of innate immunity cells guarding the first barrier fighting heroically with the outside invader pathogen. So when you have a high fever, you can think, 'It hasn't been long since an intruder entered your body!' and 'The probe cells, the warriors who protect your body, are fighting a war for me!' 

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In the early 1500s, smallpox in Europe was spread to the New Americas by the Spanish. An estimated 50 million to 100 million Native Americans died in a devastating disaster that led to the fall of the Aztec and Mayan civilizations. In addition, cattle brought in from Asia as the European powers explored food outposts in Africa, spreading "militarities" in Africa, driving tens of millions of cattle and buffalo to death in the 19th century. During World War I, the Spanish flu that emerged from the U.S. as a result of the U.S. military participation spread from Europe to the rest of the world, killing up to 50 million people. Such cases include the Korean-born Hantar virus, which infected some 3,000 U.S. soldiers who fought in the Korean War in 1950 and killed hundreds.

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In order for the virus to move out of its natural habitat and overcome interspecies barriers and jump over new hosts, as mentioned above, the virus will be able to survive.

The key to having the cell receptor binding must fit perfectly into the receptor structure, a lock on the host cell front door. 

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Bats that are being identified as the source of the virus.

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It is also highly likely that Indonesian wildfires played a part in the emergence of the Nipa virus in Malaysia. It is estimated that bats have lost their habitat and moved to the Malay Peninsula en masse.

All we need to know is that the jungle is a huge virus depot. Logging or mining for wood in the jungle can cause the migration of the dormant jungle viruses. This is the moment Pandora's box opens.

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There is also an insect that consigns to humanity, which is a mosquito. In particular, the risk of mosquito threats is increasing as the temperature rises. This is because so many mosquitoes act as intermediaries that carry blood from already sick animals to humans. And the threat can be at its highest level because mosquitoes are not getting rid of them very well.

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Also threatening are poultry, especially global poultry production, which rose 22 percent between 2009 and 2010. It's a diet food and people around the world can eat it without burden, so its breeding is increasing.

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But the problem is that migratory birds carry viruses. In particular, it is important to know that the excrement produced by migratory birds as they fly or pass by is the presence of a virus not only at farms, but anywhere in the path that passes.

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If more than 80 percent of chickens on farms are already immune from the spread of vaccines, the virus cannot circulate inside the farms even if Byris is introduced. This is because so-called immune barriers are formed, resulting in the depletion of emotional host.

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One of the things we do to protect from viruses is to wear masks and wash our hands.

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1. Wear a mask.

When a flu patient coughs or sneezes, hundreds of thousands of droplets of 0.1 to 100 gm in diameter are released. The phlegm or saliva secretions contain a large amount of viruses. Facial masks prevent oral secretions released by the infected from entering the mouth and nose, and also prevent the infected from spitting out into the living environment. 

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2. Personal hygiene

Hand washing is an important task to remove 80 percent of the germs on your hands and to remove virus movements.

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One of the etiquette is to cover your sleeve when you cough.

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Prompt reporting of infected patients and early hospitalization alone can reduce the number of secondary infections by 19%, and rapid isolation control measures after hospitalization can reduce the number of secondary infections by 76%, enough to control epidemic prevalence of

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2006 at Boston Children's Hospital in the U.S.

A real-time World Health Map (http://www) map, a wet Internet site.

It's healthmap.ong. When you enter the site, hundreds of epidemics and disease information have been updated in real time, not only in the past, but also in recent days where the epidemic occurred. Even the animal epidemic is getting real-time information.

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