Measle Vaccine Research

Vaccinations have been actively used for over 200 years now and have been effective for over 200 years as well. Western medicine’s introduction to the practice is said to have occurred within the eighteenth century, when a traveling British aristocrat, Lady Mary Wortley Montagu, reported her observations of Turkish children being injected with pus from smallpox victims. Although this practice seemed quite harsh, most of these children would contract only a mild version of the illness. In return, these recipients would retain a lifelong immunity to this terrible disease (World of Microbiology & Immunology). Similarly, in the United States, a Puritan minister by the name of Cotton Mather learned about inoculation from his African slave, Onesimus. Onesimus claimed that he was inoculated with smallpox pus and never caught the tragic disease (Williams). This type of medicinal treatment was initially rejected by most Western practitioners. They felt it was a dangerous and barbarous practice, but vaccination gained a tremendous amount of support at the turn of the nineteenth century when English physician Edward Jenner created a new smallpox vaccine derived from the relatively mild cowpox virus (Riedel). There’s no doubt that history has shown the positive outcomes of immunization and continued to show them as technology and medicine progressed.

Before a child is able to attend school they are required to get the measles vaccination, but lately there have been some controversy on the vaccination. In this paper I will be explaining what the measles vaccination is, benefits of the vaccinations, and cons of the vaccination.

Vaccines have been used to prevent diseases for centuries, and have saved countless lives of children and adults. The smallpox vaccine was invented as early as 1796, and since then the use of vaccines has continued to protect us from countless life threatening diseases such as polio, measles, and pertussis. The Center for Disease Control and Prevention (2010) assures that vaccines are extensively tested by scientist to make sure they are effective and safe, and must receive the approval of the Food and Drug Administration before being used. “Perhaps the greatest success story in public health is the reduction of infectious diseases due to the use of vaccines” (CDC, 2010). Routine immunization has eliminated smallpox from the globe and

In recent research a vaccination known as ZMapp, developed by Mapp Biopharmaceutical, is being used in an experiment to treat the outbreaks of the Ebola virus. The vaccination has just been tested for the first time on humans. The products safety and effectiveness is still being tested as to whether it will work therefore creating fewer complications for individuals. Although, it has very little research there

Mandatory vaccination continues to be a contentious subject in the United States, even though extensive evidence proves inoculation prevents certain diseases. According to A. Plotkin & L. Plotkin (2011), the evolution of the first vaccine commenced in the 1700’s when a physician named Edwards Jenner discovered that cowpox protected individuals from one of the deadliest diseases termed smallpox. The precise virus Jenner used is unclear; however, it was espoused in the extermination of smallpox worldwide. The researchers further explained, the unearthing of the subsequent vaccine known as chicken cholera occurred approximately 80 years later by Louise Pasteur. Ever since, copious vaccines such as rabies, yellow fever, varicella, pneumococcal, mumps and recently HPV have been introduced.

We have all heard the old saying a bad apple can spoil the whole barrel. However, now there is research to prove it, at least in work situations . In the podcast, Ira Felps speaks to a professor in the Netherlands, who created an experiment to see what happens to productivity when a bad worker joins a team. Felps separated people into small groups and then gave them a task. One member of the group was an actor, after a short amount of time the rest of the group started behaving like the bad apples as well. The next part of the podcast talked about measles vaccinations. Measles cases are higher than they've been in decades mainly because more parents are nervous and refusing to vaccinate their children. Recently, an unvaccinated 7-year-old boy

There was a time in history when nearly all children in America had contracted the measles virus before the age of 16. This was in the decade before 1963. During this time, each year an estimated three to four million people in the United States were infected, with 48,000 hospitalized, and 400-500 fatalities. In 1963 the measles virus vaccine was licensed in the United States (Centers for Disease Control and Prevention). Today, the notoriously rampant measles virus is almost unheard of. Measles is one of many diseases that have been prevented, or eradicated by the use of vaccines. Today many of America’s most infamous diseases such as Measles, Hepatitis A, Mumps, and Pertussis have seen a greater than 85% decrease in reported contractions since the pre-vaccine era, and the Smallpox virus has been completely eradicated (Centers for Disease Control and Prevention). Despite all of the remarkable statistics proving the effectiveness of vaccines, today’s anti-vaccine movement is making strong waves upon society.

Vaccinations were first introduced in the late 18th century by Edward Jenner. He injected a small amount of cowpox in a thirteen year-old boy to demonstrate the effectiveness it had against smallpox, resulting in the development of the first smallpox vaccine in 1798. Because of his discovery, Jenner contributed to the overall annihilation of the disease in 1979 after the vaccine was implemented in different medicines throughout the world (source). Following Jenner, many others produced vaccines to help reduce the fatalities of common diseases such as measles, polio, and rubella, which were once responsible for millions of deaths every year. Now, there is almost no risk of catching these fatal illnesses.

Until the development of the smallpox vaccine in 1796, inoculation using the live smallpox virus was the only way to protect people from the deadly disease. Those inoculated had a chance of contracting the full virus and potentially dying from the disease. When Edward Jenner discovered that he could use a similar disease found in cattle, he began the modern era of vaccination (The College of Physicians of Philadelphia, 2015). Over the next 200 years, smallpox was essentially driven extinct by vaccination programs. Due to vaccines, a disease that killed an estimated 300 million people in the 20th century alone now only exists in a Center for Disease Control laboratory. (Flight, 2011).

Vaccines are crucial in reducing the number of people affected by these avoidable diseases. Immunisation has extraordinarily eradicated smallpox, a virus that is extremely contagious and deadly where there is no identified cure.

May 14th, 1769, over two-hundred years ago Edward Jenner, a country doctor, came up with a theory that would later on be a benefit towards our population. Edward took an eight-year-old boy and scratched him with a fluid filled blister from a cow. As a blister popped up on his skin, Edward concluded it was cowpox. He later treated the young boy with a vaccine for smallpox, that resulted in no disease. The vaccine was deemed a success and led doctors to embrace Edwards approach. Since then there has been a decline in cases that involve the disease (History.com). It has been nearly two centuries later and vaccinations is a very controversial topic in American society to this day. In order to prevent and avoid spreadable diseases, people of

The epidemic of smallpox is one of the most groundbreaking moments in medical history, It created the usage of vaccination to be extremely normal. Smallpox had managed to kill millions of people, which was a large part of the population at the time. Edward Jenner came up with a vaccine that could treat the illness and doctors were easily able to diagnose individuals. The process took a merely It only took around fourteen years to see that smallpox was no longer something people needed to fear. A vaccine is defined as any preparation used as a preventive inoculation to confer immunity against a specific disease, usually employing a harmless form of the disease agent, as killed or weakened bacteria or viruses, to stimulate antibody

Vaccinations hold the keystone in the health society today. The vaccinations cure many diseases, which in turn saves many lives. Immunizations date back to the late 1700’s to the vaccine’s creation by Edward Jenner. (B) Ever since then immunizations stop infectious diseases and save lives. Vaccines serve as an important purpose in society and have many advantages; however, because they are so easily avoidable, something needs to change.

Measles is a highly contagious disease, and it is an uncomfortable illness. It may be a short period of time to be affected, but some things can be permanent if left uncared for. There are many key characteristics of the illness, and the way it gets into the body is very simple, and works well.

Vaccines are the most successful strategies in medicine to prevent and even eliminate the most gruesome and contagious diseases. For centuries, smallpox traumatized the human race. Today, smallpox is not something we automatically think of when somebody gets a rash or have the chills, thanks to Edward Jenner. The first successful smallpox vaccine was introduced by Jenner in 1796. Although, Jenner’s portrayed the first scientific attempt to control this deadly disease, later in the 19th century it was perceived that the vaccination did not grant immunity for the rest a victim 's life. As the 19th century came to an end, the smallpox vaccine became more advanced and more depended on. Scientist Louis Pasteur amazed the French Academy of Medicine when he prevented two boys from contracting rabies. Once a person was to get rabies, the symptom was death. A 15-year-old, Jean-Baptiste, was bitten several times while conflicting with a rabid dog. Three days following to the dog attack, Pasteur and his colleagues injected Jean 13 times over 10 days with rabid rabbits’ nerve tissue that had