Microbiology Discussion Post – What does it mean for a virus to mutate and what could this mean to the process of developing immunity? (COVID-19) – Best Help
There are few individuals in the world who have not been impacted by Coronavirus (COVID-19).
For your initial post, do some research on coronaviruses and then share what you learn about how a typical coronavirus compares to COVID-19. What does it mean for a virus to “mutate” and what could this mean to the process of developing immunity? Many people have chosen to get vaccinated while others have not. What do you think are the benefits of getting vaccinated and are there any scientific or medical reasons (exclude personal or religious reasons) that could serve as reasonable contraindications to being vaccinated or that would justify prolonging this medical intervention?
For your reply post, respectfully respond to at least one other student post. Share any statistical data or references you have encountered that supports your position.
What does it mean for a virus to “mutate” and what could this mean to the process of developing immunity?
A virus can mutate in a number of ways, but the most common way is when the virus’ genetic material (the code that makes up the virus) changes. This change can occur naturally or as a result of a viral attack on the virus’ host cell. The process of developing immunity to a virus depends on two things: how well the human immune system can recognize and fight off the different strains of the virus, and how often those strains of the virus are encountered.
If a strain of a virus changes so much that it is no longer recognized by the human immune system, then that person may not be able to develop immunity to that strain. In fact, if a person does get infected with a new strain of the same virus, their immune system may be more likely to fight off that strain than an older strain.
The rate at which viruses mutate is constantly evolving, so it is difficult to predict exactly how quickly someone might become infected with a new strain of a virus if they are not currently exposed to it. However, based on past experience and data from outbreaks around the world, it is likely that new strains of viruses will continue to emerge and spread rapidly throughout populations.
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Benefits of getting vaccinated
One of the many benefits of getting vaccinated is that it can help protect people from certain diseases. Vaccines are created to help prevent infections from certain diseases and can also help to protect people who are already infected. Some of the most common vaccines include those for measles, mumps, rubella, HPV, chickenpox, and shingles. There are also some vaccines that are specific to certain regions, such as the flu vaccine. Vaccination can also help reduce the spread of disease.
For example, when someone is vaccinated against measles, they may not be able to spread the disease to others and may even experience a lower risk of getting measles themselves. Another benefit of vaccinations is that they may provide relief from symptoms caused by some diseases.
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4. What is the prognosis of untreated streptococcal pharyngitis?
Untreated streptococcal pharyngitis usually resolves within a few days. Treatment with antibiotics shortens the duration of
For example, when someone is vaccinated against rubella, they may not experience any symptoms or only experience mild symptoms such as a fever. Vaccinations also have the potential to prevent serious health problems in children who are too young to be fully vaccinated or who have not been exposed to the disease yet. For example, the HPV vaccine can help protect kids against cervical cancer.
Getting vaccinated is one way to help stay healthy and protect yourself and your loved ones from dangerous diseases.
1. What are some preventative measures for COVID-19?
Preventive measures include physical or social distancing, quarantining, ventilation of indoor spaces, covering coughs and sneezes, hand washing, and keeping unwashed hands away from the face. The use of face masks or coverings has been recommended in public settings to minimise the risk of transmissions.
2. What are the recommendations on use of disinfectants to prevent the spread of the coronavirus disease?
In non-health care settings, sodium hypochlorite (bleach / chlorine) may be used at a recommended concentration of 0.1% or 1,000ppm (1 part of 5% strength household bleach to 49 parts of water). Alcohol at 70-90% can also be used for surface disinfection.
Surfaces must be cleaned with water and soap or a detergent first to remove dirt, followed by disinfection. Cleaning should always start from the least soiled (cleanest) area to the most soiled (dirtiest) area in order to not spread the dirty to areas that are less soiled.