The Nature of Coronaviruses
Only
RNases extinguish the coronaviruses.
A logical explanation for RNases to cure coronavirus colds.
A. m-RNA
1. Coronaviruses are essentially m-RNAs. (known)
It is the same for both the conventional coronavirus and the new coronavirus.
(known)
2. Among RNAs that are structurally unstable, the m-RNA is particularly
unstable and easily broken. (known)
3. When the coronavirus adheres to a cell, its m-RNA is released into the cell.
The m-RNA becomes naked. (known)
B. RNase
1. RNases easily break unstable m-RNAs. (known)
2. In cells of the body, RNases break down the m-RNA of the invasion
coronaviruses.That is the principal mechanism by
which the body cures a corona cold.
C. Temperature and coronaviruses
1. The activity of RNases increases
significantly with temperature. (known)
2. Coronaviruses infect first mainly cells of the nasopharynx where the
temperature is low due to inspiration air in winter.
3. When the cell temperature is high, the activity of RNase increases, so even
if coronaviruses invade a human nasopharynx cell, they will
be broken. (in summer)
4. When the cell temperature is low, the activity of RNase decreases, so the
coronaviruses can infect and multiply. (in winter)
5. When the coronaviruses have sufficiently propagated in the nasopharynx, they
are carried by cold inspiration to the second coldest lungs and begin to
multiply.
6. Even if coronaviruses flow through the bloodstream and infect warmer cells,
those will be broken.
D. Number of coronaviruses and number of RNases
1. If the number of coronaviruses is large in a cell, RNases cannot completely
break the viruses. (Even in summer)
2. Even if the number of coronaviruses is large in a cell, the virus can be
completely broken if the number of RNases is large.
3. Children are less likely to be infected with
coronaviruses because of the large number of RNases and
slightly higher body temperature, and older people are more likely to be
infected with coronaviruses because they have a lower number of RNases and
slightly lower body temperature.
4. Shorter coronavirus m-RNA length will increase proliferation ability.
5. Higher body temperature is required to extinguish the highly proliferative coronavirus.
6. If the number of coronaviruses is high in a cell, they surpass the activity
of RNases. And excessive coronaviruses damage cells.
7. The highly proliferative coronaviruses can infect the nasopharynx, which has
a higher temperature. They can also infect other higher temperature cells.
8. Under certain conditions, the high number of coronaviruses in the cell
allows repeated infections between infected cells in
the nasopharynx. Therefore, coronaviruses can survive the summer in the cells
of the nasopharynx, harmlessly for the cells. Within those cells, the number of
coronaviruses and the activity of RNases are narrowly balanced.
9. The viruses over the summer begin the next winter epidemic.
E. The treatment for coronavirus infections
1. We just raise our body temperature safely in some safe ways.
2. Japanese bathes are the ideal treatment apparatus for coronaviruses. But
they are not all.
3. Warm clothes and warm beds are also effective, especially in the early
stage.
4. Against coronaviruses, which are more proliferative than conventional
coronaviruses, it is necessary to increase the time to raise body temperature.
5. If the temperature of the air above 38 °C continues for several days, the
surviving coronaviruses in the nasopharynx may disappear.
6. The reason why the COVID does not become serious in Japan is that there are
Japanese style bathes. People are curing the coronavirus infections without
knowing.
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