In the COVID-19 variant Omicron more Contagious than Delta, a study was conducted to see if people contracted common colds from being around others who had it.
It was found that people are 2x more likely to catch a common cold when exposed to a person with Variant 19 as opposed to someone with Delta.
This is because the body produces antibodies against Variant 19, but not against Delta.
It is important for individuals who are in contact with others for work or school purposes, such as teachers and health care providers, educators and parents, daycare workers and school bus drivers.
A study was conducted to determine if someone can give others a cold by being around people who have C. minor, also known as the common cold.
The conclusion of this study is that there is no evidence to support the theory that giving a cold to another person is possible, by just being around them.
In conclusion it is important to wear the appropriate personal protective equipment when caring for those with C. minor,
especially those at risk for acquiring flu or ear infections due to their age and healthy immune system.
In addition it was found that, even though two times more people caught a cold from Variant 19, delta does not seem to be any more contagious than Alpha or Omicron (Variant 15).
A study was conducted to understand the genes of viruses.
The two very important proteins, structural and surface, were examined and it was found that they are extremely similar to each other.
However, this information is not useful until the third protein called Fusion, can be identified.
The study shows that those with Alpha were able to better fight off a cold than those with Omicron or Delta.
Variant 19
Variant 19 (Omicron) is 2x more contagious than Delta because antibodies against Omicron are not made by the body.
This means that the body does not try to fight off Omicron, and therefore it can be easily mutated into another form by Beta.
In addition, those with Delta produce antibodies against Variant 19 but not Delta
because the body only produces antibodies against one antigen at a time.
This means that they will only produce antibodies against Variant 19 and not against Delta.
This review paper is a comparison of the different strains of “Respiratory Syncytial Virus” (RSV) A and B.
It begins with a background on RSV and gives the earliest known instances of “Respiratory Syncytial Virus”,
a species of the genus Rhinovirus (family Picornaviridae), that cause respiratory infections in humans.
This chapter also explains how RSV is passed from one person to another.
The Origins and Evolution section discusses the early research on other viruses similar to rhinoviruses, including birds and insectivores,
as well as their possible origins by way of an ancient animal species or bird.
They also discuss the possible evolution of human beings
that may have influenced this virus’s evolution in their own environments but failed to transmit it to other populations.
The chapter then explains how and why respiratory syncytial viruses, including the human and avian varieties, diverged into distinct species.
It does so by indicating which strains of virus have been recovered from specific animals,
as well as discussing different pathogenic evidence from experiments on and with laboratory animals.
Transmission Section
In the Transmission section, the paper discusses how RSV is transmitted.
They note that it is most likely through coughing or sneezing and
include a discussion of the effects of viruses in one’s body fluids.
They also explain how human beings are more likely to become carriers of RSV simply because
they have more mucous membranes than other animals do, as well as noting that being around other people increases the likelihood of infection. https://todayevery.com
The chapter then addresses which types of individuals are most able to transmit a virus, including infants and older adults.
Next they explain scientific ways to decrease transmission and address
some issues with having close contact with children on a daily basis.
The chapter then studies the genetic structure of virus subtypes and its implications on classification.
They explain how each type of RSV is different from other types in its genetic structure,
which classifies them into different species.
They then examine the possible evolution of human beings that may have influenced
this virus’s evolution in their own environments but failed to transmit it to other populations.
The chapter closes with a description and discussion of how viruses are studied both in the lab and on animals.
