Epidemics Of The 19th Century

The work of these two men changed the contemporary views on how disease was spread. By solving the cholera mystery, they helped contribute to making the world safe for bigger cities. Over the next few years a lot of changes were made. Both the medical and public health establishments latched onto Snow’s waterborne theory and through one of the greatest feats in engineering history, London started the process of making an entirely new sewer system. This, along with other precautions such as boiling water that was suspected to be contaminated, brought an end to city-wide choleric outbreaks. Besides the improvements in sewage, the improvements of sanitary conditions all around greatly diminished the spread of disease and held a major part in making the modern city possible. Overall, it turned out that something that was once horrendous and deadly for a massive amount of people, eventually turned out to be helpful for the future of mankind. (Johnson)

Throughout history, vaccinations have been used to help the prevention of infectious diseases; some of which can produce serious illnesses, crippling disabilities, and ultimately be the cause of death. There is evidence of ancient culture’s attempting to treat transmittable diseases with various forms of inoculations. Developments in the research of vaccinations increased during the mid-twentieth century because of the established of more advanced laboratories, improved equipment, and new innovations. The progression of medicine during history has helped further the development of research into vaccinations. Several cultural, ethical, and religious issues have resulted from the development and use of vaccinations in our society. The topic of vaccinations has caused a strong debate amongst our culture about the safety and danger of treating infectious diseases with such methods.

In American industrial cities, late 1800s, Poor neighborhood were not the best place to live. With poor living conditions, poor sanitation and crowded housing, many epidemics of infectious disease spread into the poor population and touched even the wealthy class. Cities such as New York were crowded and workers were living in tenements, which were often cramped, poorly lit and poorly aerated. Moreover, these tenements lacked of adequate plumbing, therefore waste was flooding in the public streets. Streets was crowded of waste and garbage. Population was poorly nourished and has a poor life hygiene like water pollution and poisoned food and milk. Accordingly, infectious disease was the common death reason. Big cities had known outbreaks of

Throughout the 18th and 19th centuries, as the country grew and trade flourished, periodic epidemics struck regions of the nation as population density increased. Outbreaks of influenza, cholera took over the nation, and in the south, one of the most prevalent was yellow fever. Due to these diseases, a lot of public health policies were either created or changed to better suit the new issues arising. In this essay, I will argue that the Yellow Fever Epidemic of 1878 brought upon many changes in the health realm in terms of public sanitation. In order to prove the epidemic s place in the history of health policies, I will be discussing the creation of the new sewer system, waste disposal techniques, and other projects created.

This report recommended that the government should organise proper drainage and refuse collection, provide a pure water supply and appoint a Medical Officer of Health. However, these changes were not implemented until thirty years later when Parliament finally agreed. There were a number of reasons why the government's view of health conditions in towns changed in the 1870's. The health in towns was still very bad and there were a number of cholera epidemics, including the famous one where Dr. John Snow linked cholera to polluted water. In 1861, Pasteur proved that germs cause decay.

In the very first chapter, Steven Johnson begins to set the scene of how the overpopulation of London coupled with extreme levels of poverty created the perfect opportunity for Cholera to spread in the rapid manner that it did. On page one it states; “These were the London underclasses, at least a hundred thousand strong. So immense were their numbers that had the scavengers broken off and formed their own city, it would have been the fifth-largest in all of England.” Johnson mentions that the city of London had become a city of Scavengers, consisting of; bone-pickers, pure-finders, dredgermen, sewer-hunters and night-soil men. However, the harshest reflection of the Cholera epidemic of 1854 is conveyed by John Snow himself. On page 59 it states; “The young Snow observed

Dr. John Snow was known as an intelligent physician who had a background with anesthesia advancements. He believed that cholera was a waterborne disease and that it was contaminated by the sewage. Snow’s goal was to convince others about the issue and stop it from spreading. His theory about the intestinal disease, in which was published in 1849 in an article, was laughed at and many doctors believed that his idea was “wrong” and they continued to believe that it was airborne. He wanted to prove many wrong and begin to further research and experiment the disease.

Outbreaks of cholera were not isolated to the European and Asian continents, as several major cases within the United States have been recorded back to colonial times. As trade increased with the old world, infected sailors bringing the disease to major port cities, spreading it even further as products became distributed across the nation. Famously documented as one of the most vital turning points for public health medicine within the US, the city of Chicago mirrored what was unfolding in the 1854 London outbreak. Congruent to Snow’s findings, entire families suddenly became severely ill and dying off. As an effort to combat the pestilence, Ellis Chesbrough, an already established railroad engineer, designed a series of sewer systems modeled

Imagine waking up in the middle of the night, you’re sweating, coughing, and starting to throw up. In today’s world, doctors are available for situations like these. Before the 1800’s, doctors were not as common, and their techniques were questionable. It wasn’t until the 1800’s, that doctors and scientists began discovering and creating medicines and vaccines to help cure sickness and disease. During the 1800’s, there were very many medical advancements. Because there were a lot of medical advancements, there were conflictions such as medical/scientific concerns, ethical concerns, legal changes, and how the economy was affected.

The hygiene movement helped in the avoidance of communicable diseases, diseases for example cholera, tuberculosis and water illnesses in large part by modifying the people surroundings. In the 1850s, John Snow assisted in recognized the importance in data collection and documentation. His actions terminated an outbreak of cholera in a district of London. Using the same methodology Ignaz Semmelweis, applied it to restraint fever of childbirth a major source of maternal mortality. The reason that this was happening was that after physicians worked on the death bodies, usually they did not wash their and delivered babies and contaminating both, the mother and the baby.

The global use of vaccines has been very successful in reducing the incidence of infectious diseases and their associated complications. For centuries, infectious diseases were the most common cause of disability and death in the world. Until the 19th century, it was not known what caused these diseases and why some people became seriously ill with an infection while others were less affected.

The introduction of the Contagious Diseases Acts in nineteenth-century Britain sparked a significant feminist movement seeking for their repeal. There had, of course, been other feminist campaigns previously, but these Acts were particularly significant in providing further stimulus, and influencing later movements. But what was it about these Acts that caused such a reaction? There were two broad arguments that feminists reacted to: the blatant misogyny and double-standard that shaped British society, and the way these Acts seriously breached women’s civil rights.

In the 18th century Europe was plagued by a disease called Small Pox. Small pox is caused by the virus variola; it enters through the lungs into the blood system, infecting the organs. The virus then spreads to the skin where it multiplies causing a rash, fever, headache, backache and vomiting. The rash begins small and grows bigger and raised from the skin. Severe cases cause death from blood poisoning, other infections or internal bleeding. There is no effective treatment once infected. If you were a survivor you were left with terrible scars and sometimes blindness. Surviving small pox also made you immune so many people were inoculated during this time. Edward Jenner was inoculated as a young boy then locked in a barn with other inoculated children; he

Over 200 years ago, when a person suddenly developed a cough, sore throat, and fever it could mean certain death. Today there is no need to be alarmed, we make a visit to the doctor's office and leave with a diagnosis and medication that will make us feel better in a matter of a few days. Sometimes an x-ray or blood work may be required to help with a diagnosis. The major advances in health care can be directly related to the discoveries of several people. Edward Jenner, Louis Pasteur, Joseph lister, and Wilhelm Roentgen.

Throughout history until the 19th century, infectious diseases, epidemics, and pandemics were thought to be the manifestation of supernatural forces and little to nothing was truly effective in preventing or treating these devastating threats to society. It was only during the Age of Reason and the Enlightenment that the long-accepted realities of society were questioned and research was conducted based on science and reason that would forever change the world we live in (Kumar, 2007). The science of epidemiology was founded by John Snow’s identification of polluted public water well as the source of an 1854 cholera outbreak in London. Shortly thereafter germ theory began to emerge and science took off.