If you get a vaccination, there is less of a chance to spreading it onto other people. Vaccinations can simply save lives. It gets the immune system stronger to prevent viruses to affect our body. Vaccines do not make the body sick. Although, they do put a tiny dose of the disease in the person to strengthen the immune system to prevent an attack of a stronger dose of the disease.
Immunization of Children Vaccinations or immunizations have two purposes, to prevent and to keep diseases from spreading. There are many different diseases for which vaccines are commonly supplied for such as polio, rubella, diphtheria, measles and many more. There is a wide variety of different views in today’s world about vaccinations and whether or not they are necessary. First, this paper will explore the history of vaccines, second, the ingredients of vaccines and how they work, third, the rationale of why to vaccinate children and fourth, counter arguments to vaccines. Vaccination practices have been used for hundreds of years.
1. Simply Put, the flu shot is an injection (shot) or nasal spray that contains a harmless amount of the virus, so that your body can build up antibodies against that strain of the flu. 2. Flu shots are important because they help protect you against Influenza, which is more commonly referred to as the flu. [Transition: With help from Mayo Clinic website, I learned that...] B.
Getting vaccinated lowers the possibility of a person getting sick. When a person gets vaccinated their immune system builds a resistance to the sickness in their system and makes the person stronger than the virus. If infected people are around the person that has the vaccination, the possibility of the person who has vaccination getting infected are lower than a person who doesn’t have the vaccination in their system. Getting vaccinated keeps people safe by keep them immune to some life threatening
Then they are monitored by the CDC and FDA before ever using them on patients. Other benefits from vaccinations is that it saves the children and their parents time and money based on if they were sick due to the fact they didn’t vaccinate. Vaccines also protect the spread of diseases, and future
He did not get infected and Jenner concluded that he had built up an immunity to the disease. This was a huge discovery for science and medicine and to this day the vaccine has helped to prevent people throughout Europe from developing diseases. Vaccinations for disease such as cholera and anthrax were later developed in the same way. This discovery, without a doubt, changed medicine in Europe. There were many other developments in medicine in this period including the first blood-transfusion by James Blundell and the invention of the stethoscope by René
Instead, the government and public health regulations try to protect the entirety of the population over individual preferences. The first time this fear had arisen was over a hundred years ago in ‘Jacobsen v. Massachusetts. In this case in Cambridge, Massachusetts negated to be vaccinated for smallpox, because he found that the law violated his individual right to care and make decisions for his own body. This challenge was eventually rejected, but was only the first of many in 1905. This was a new socially created fear and pattern that continues to die down and come back up in America’s timeline of events.
Some agree that vaccination protects the child and when most children are vaccinated, this creates herd immunity. This form of immunity protects and lowers the risks of a virus outbreak in the community because viruses are likely disrupted when everyone's vaccinated. Further, some believe vaccines are usually safe and the benefits of vaccination outweigh the risks. They point out, that most vaccine reactions are usually minor and temporary, such as a sore arm, hives, fever and rarely causes serious health symptoms. On the other hand, the parents of the anti-vaccine movement do not vaccinate their children, while others choose the alternative vaccination schedule.
Also, he ensured from his experiments that the inoculation process had less fatal structure of the disease in the human body. The author illustrated that several obstacles were overtaken to prevent the outbreak from spreading, a contamination which infected numerous people in 1721, and there were many controversies about the inoculation process and experimentation to inoculate the disease into a healthy person. The inoculation process was harmless and had satisfied the safety of the patients with the experiment. This inoculation method showed a huge result of survival rate in the New England colonies. The death rate was reduced by a greater number and the survival rate increased vastly because of Boylston’s inoculation for smallpox disease.
At the end of the 18th century, all that had changed with one breakthrough discovery. In 1798, a medical scientist by the name of Edward Jenner introduced the first successful vaccine. This vaccine was developed in order to fight the war against the Smallpox disease. His innovation consisted of cowpox material, a disease closely related to smallpox, that would create immunity to smallpox. When injected into the human body, T-lymphocytes and antibodies were produced in order to fight off the cowpox material.
One of the groups were exposed to the vaccine and one was not, the number comparison was the same so ultimately vaccines do not cause harm. Some vaccines do contain the live virus so it is possible to get the sickness but it is very rare. Most of these controversies are misconceptions. For example, the influenza vaccination is often mistaken to be able to cause someone to get the flu; however, this is not a live vaccine so that is not even possible. They must obtain the flu before they get the vaccine.
Immunizations can save a child’s life; due to the medical advances that have taken place, kids are now protected from many illness/ diseases. At one point in time, Polio was a horrible illness that is now preventable by simply receiving a shot (USDHHS, n.d.). Immunizations protect not only the individual receiving the vaccination, but others as well. Certain individuals are not suitable for specific vaccinations, therefore, if everyone else has the vaccination, the people who cannot are more likely to be safe from the illness (USDHHS, n.d). Generally, immunizations are safe, effective, cheaper in the long run, and can save families time.
Tecovirimat, Cidofovir and Brincidofovir were all tried in a laboratory setting on animals that had a disease that was comparable to smallpox and was effective toward the virus. All of these antivirals were not tried on people that had smallpox, but was administered to people that were well. Tecovirimat shown to be safe with minimal side effects. Cidofovir and Brincidofovir that was tried on well people were successful however Cidofovir could be harmful to the kidneys. Brincidofovir had less harmful side effects than Cidofovir.