Читать книгу The Corona Lie - unmasked - Hermann von Bering - Страница 8

The wonderful world of viruses

As we have all learned, humans, animals and plants are made up of cells. In bacteria it is just one, in humans it is hundreds of billions. Cells have a shell, which is filled with plasma, and a nucleus. In the cell nucleus, in turn, we find the genetic information for the structure of the entire organism. This is stored in long double chains that are wound up in a spiral: the so-called DNA.³⁴ Millions of molecules are strung together in a certain order along the double chains, also called "helix". The genetic information is stored here in the sequence of four so-called nucleic acids.³⁵

When cells divide, they begin by separating the DNA double chain into two individual chains called RNA³⁶. The counterpart then forms anew on each chain, forming exactly the same sequence of the four nucleic acids as before. If there are copying errors ("mutations"), then the faulty cells are destroyed by the immune system (usually, but not always). In this way, two new identical cells arise from one nucleus, which then separate and each forms a new cell around itself.

A virus, on the other hand, is not even a cell like a bacterium. It is much smaller and consists only of a piece of DNA (sometimes RNA) with a shell around it. It is not a living being because it has no metabolism and cannot reproduce except in foreign cells. To do this, it "sneaks" into a cell and waits until it divides. The mechanism that normally ensures the duplication of the cell's RNA now duplicates the virus RNA, causing the cell to die. This alerts the immune system and it responds with inflammation. It either attacks the viruses themselves or the infected cell and then eliminates it. So much for the theory.

Only in the case that the immune system does not get the infection under control, for whatever reason, is there danger for the infected person. Normally, however, the immune system emerges strengthened from every infection. The organism then remains immune to the attackers. That is why travellers in the Third World often fall ill from germs to which the locals, who have grown up with them, are immune. Incidentally, paediatricians have known for a long time that many children make a developmental leap after overcoming childhood illnesses. Why this is so is not known.

Viruses have been around for millions of years. Most of them exist peacefully in and around us. They are only dangerous in exceptional cases, such as when the immune system is already weakened by other diseases, drugs, medication, stress, etc. The editor of "Peds Ansichten", Peter Frey, says:

"There is something absurd about thinking of viruses as enemies. How many viruses we carry around in our bodies is still unknown, but there must be trillions. And we cannot and do not need to escape them. It has been discovered that there are several million viruses in a teaspoon of seawater alone. Will you, dear readers, no longer go to the sea for a swim in the future?"37

In any case, there is no reason to be afraid of viruses as long as humans are healthy and strong. All living beings on this earth have grown up with viruses for millions of years, from childhood onwards. In fact, encountering as many species of microbes as possible is important as training for the immune system. This is just as true for bacteria: About 40 trillion bacteria live in our bodies, ten times as many as body cells, and many of them are essential for survival, such as the intestinal flora.³⁸ But let’s go back to the viruses.

Since viruses are very small (in the range of 100 nanometres), they could only be studied from the 1940s onwards, when electron microscopes became available. So far, about 3,000 virus species are known. Virologists assume that there are about 1.6 million virus species, of which we know just 2%.³⁹

Coronaviruses

Coronaviruses have been studied since the mid-1960s. Their name comes from the crown-like "spikes" that sit on the surface and are reminiscent of the sun's corona. We all know the typical pictures.⁴⁰ Coronaviruses live in many animal species, are said to mutate frequently and are blamed for a wide variety of diseases. In humans, they can trigger influenza, in contrast to influenza usually without fever. The upper respiratory tract, sense of smell and taste, and sometimes the stomach and intestines are affected. As with influenza, pneumonia can be a complication in older or previously injured patients. Except in the case of complications, the disease heals on its own and requires at most palliative (alleviating) treatment. Covid19 does not differ in its symptoms from other corona infections that have been known for a long time.

Not only influenza viruses are found in the annual flu waves, but also coronaviruses in about 10 - 20% of cases. Four of these are known to date, but no vaccine has yet been developed against any of the human coronaviruses, including SARS-CoV-1.⁴¹ Why should SARS-CoV-2 be any different? Moreover, coronaviruses are usually only active in humans during the flu season.

Viruses are distinguished by their "gene sequence", i.e. the sequence of the four nucleic acids on the chain (RNA) or double chain (DNA). Coronaviruses consist of a single chain (RNA) of about 30,000 such nucleic acids, it is the longest chain among the known RNA viruses. Virology is basically nothing else genetic engineering.

Exosome

By the way, viruses are not the only corpuscles that enter or leave cells. There are also the "exosomes"⁴² which have only been studied in detail for 20 years. They transport various substances (including peptides or RNA fragments) out of or into the cell and are about the same size as viruses. Some exosomes can degrade or modify RNA, just like viruses. Viruses and exosomes are so similar that some biochemists suspect they may be identical.⁴³

"Corona" has reignited a discussion that has been going on for a long time, namely the question of whether viruses really exist as contemporary virology claims. There are many indications that viruses are in fact exosomes that the body itself produces in certain diseases. The German molecular biologist Dr. Stefan Lanka, in particular, repeatedly calls on his colleagues to provide clear evidence for the existence of viruses and is prepared to bear the costs of the necessary experiments.⁴⁴ Anyone who wants to know more can find detailed material on the Telegram channel "Corona_Fakten".⁴⁵

An interesting topic, especially with the question: What do the virus tests actually hit on? Virus RNA? Fragments of it? Or RNA from exosomes from body cells? There are still many open questions in genetic engineering.

I myself find the topic highly exciting, but I do not want to go into it here. One does not have to doubt the existence of viruses to prove that SARS-CoV-2 (if it exists) is not a particularly dangerous virus and that the "Covid19 pandemic" has entirely different causes. My argument assumes that viruses exist.

34 DNA = Deoxyribonucleic acid

35 Adenine, guanine, cytosine and thymine, also called "nucleotides”

36 RNA = Ribonucleic acid

37 https://peds-ansichten.de/2020/05/viren-angst-faszination-nutzen/

38 https://www.science.lu/de/die-bewohner-des-koerpers/wie-viele-mikroben-leben-deinem-koerper

39 https://scilogs.spektrum.de/enkapsis/wieviele-viren-koennten-den-menschen-befallen/

40 … which, however, are all graphics, not photos. The images from the electron microscope are black and white or artificially coloured and relatively unspectacular. Whether viruses can really be seen remains controversial, see also: https://telegra.ph/Wie-erkennt-man-unzureichende-Publikationen-und-behauptete-Virenbilder-08-18

41 The virus of the 2003 SARS epidemic

42 vesicle

43 e.g.: William A. Wells: "When is a virus an exosome?" Journal of Cell Biology, 162(6): 960 vom 15.9.2003, oder: Ken Witwer+Jan Lötvall: "Is COVID-19 virus or an Exosome?" Exosome RNA research and industries, www.exosome-rna.com/is-Covid-19-virus-an-exosome/ oder: Esther Nolte-'t Hoen, Tom Cremer, Robert C. Gallo, and Leonid B. Margolis: "Extracellular vesicles and viruses. Are they close relatives?" PNAS August 16, 2016 113 (33) 9155-9161; first published July 18, 2016. An interesting Video about: https://www.youtube.com/watch?v=uDDE3PH5SA0

44 For this he is being attacked in the strongest terms, presumably because of the consequences for virology if it should turn out that he is right.

45 https://t.me/Corona Fakten