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Essay on ebola outbreak in africa
Essay on ebola outbreak in africa
Ebola virus
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Epidemics and outbreaks have been a recurring problem throughout history. Now for the first time we have the use of technology to warn the public about certain outbreaks, and to help make populations aware before the disease spreads. Technology can't stop an outbreak, but it can educate those that need to be prepared and ready for the situation of how to reduce the impact. One example of a recent epidemic is the Ebola outbreak in Africa. Ebola is a fatal and deadly disease, as well as being very infectious. Initial symptoms include fever, headache, muscle pain, and chills. Following, a person may experience internal bleeding resulting in vomiting and coughing blood. However technology can be very useful in that not everyone has access to it, especially for those that live in remote communities. …show more content…
The huge size and nature of this epidemic has overwhelmed an already vulnerable health care system in the region. People were misinformed and mistreated, medical staff was not trained properly, and they didn't have information about critical aspects of the epidemic like, who to notify, how the virus spreads, and the right equipment to treat the patients. Without the ability to quickly communicate with other regions that may be affected with new technology, the disease can spread much faster by hitting unprepared locations.
Knowing these aspects calls for a rapid response of the government and the different entities to take action and implement a plan to stop the epidemic, and the use of technology makes that easier. Www.msh.org claims that the economy lost $33billion, the rigor of the outbreak calls the fast implementation of technology including ehealth and mhealth, which are application that provides interaction between health care users and providers to further and enhance the response of an
Almost no one on Earth has any immunity at all to this virus, which makes ordinary vaccines useless against it. The sudden spread of the virus into Europe foreshadows an epidemic development that could be worldwide. Ultimately, there is no way to protect ourselves against epidemics. They will keep disappearing and coming back in new forms.
In the New York Times interview of Richard Preston, the well renowned author of The Hot Zone, is conducted in order to shed some light on the recent Ebola outbreak and the peaked re-interest in his novel. The Hot Zone is articulated as “thriller like” and “horrifying.” Preston uses similar diction and style choices corresponding with his novel. By choosing to use these specific methods he is advertising and promoting The Hot Zone to the audience members that are interested in reading, and reaching out to those who read and enjoyed his novel. He continuously grabs and keeps the reader’s attention by characterizing and personifying Ebola as the “enemy [and] the invisible monster without a face” in order to give the spectators something to grasp and understand the Ebola virus. Along with characterization, Preston uses descriptions with laminate
The use of electronic medical records has both positive and negative impacts on our struggling healthcare system. The positive effects are improved communication among healthcare providers, decrease cost to patient and insurance companies by eliminating repeat diagnostic tests and unnecessary procedures, and improve the health conditions throughout the country by collecting data information. Immunization registries, bio surveillance, and public health can be monitored to improve the “fiscal an...
"The only sound is a choking in his throat as he continues to vomit while unconscious. Then comes a sound like a bed sheet being torn in half, which is the sound of his bowels opening at the sphincter and venting blood. The blood is mixed with his intestinal lining. He has sloughed off his gut. The lining of his intestines have come off and are being expelled along with huge amounts of blood" (Preston 17).
The Ebola Virus is an extremely deadly virus found in Africa. There have been multiple outbreaks across Africa and one in the United States. The Ebola virus basically causes uncontrollable bleeding externally and internally. Then your organs become liquefied. This usually results in death(www.encyclopedia.com). The following report contains info on the characteristics and history of the Ebola Virus.
The Ebola virus was discovered in 1976. It has four strains, each from a different geographic area, but all give their victims the same painful, often lethal symptoms.
The Ebola Haemorrahagic Fever, or Ebola for short, was first recognized as a virus in 1967. The first breakout that caused the Ebola virus to be recognized was in Zaire with 318 people infected and 280 killed. There are five subtypes of the Ebola virus, but only four of them affect humans. There are the Ebola-Zaire, Ebola-Sudan, Ebola-Ivory Coast and the Ebola-Bundibugyo. The fifth one, the Ebola-Reston, only affects nonhuman primates. The Ebola-Zaire was recognized on August 26, 1976 with a 44 year old schoolteacher as the first reported case. The Ebola-Sudan virus was also recognized in 1976 and was thought to be that same as Ebola-Zaire and it is thought to have broken out in a cotton factory in the Sudan. The Ebola-Ivory Coast was first discovered in 1994 in chimpanzees in the Tia Forest in Africa. On November 24, 2007, the Ebola-Bundibugyo branch was discovered with an approximate total of 116 people infected in the first outbreak and 39 deaths. The Ebola-Reston is the only one of the five subtypes to not affect humans, only nonhuman primates. It first broke out in Reston, Virginia in 1989 among crab eating macaques.
The human population has a high susceptibility to the contraction of new diseases and outbreaks of these diseases are of high risk. Diseases in recent times that have broken out into the human population are the H7N9 flu strain and SARS. Despite the risk, outbreaks like H7N9 and SARS have been controlled due to epidemiology and other disease control methods. Outbreaks of disease are not uncommon to the human population as they move to new areas around the world with foreign diseases that the native residents would have developed a resistance to.
Thesis Statement: The deadly virus Ebola is killing thousands of innocent people world wide, but there are some simple steps that are being taken to prevent this coming tide of death.
... CDC has also trained U.S. health care facilities to deal with Ebola emergencies, and communicate through the “Health Alert Network, the Clinician Outreach and Communication Activity, and a variety of existing tools and mechanisms (Office of the Press Secretary 2014)”. The Ebola epidemic helps remind the U.S. that other nations are there to work with them, and unite to prevent a rapidly growing disease. CDC partners with programs from other nations, such as the Global Disease Detection Centers, and the Field Epidemiology Training Program, which work to stop the Ebola virus. Information systems will grow stronger, more partnerships dedicated to stopping outbreaks will be formed, and laboratory security will also grow.
When looking back on history, it is evident to see that humans by nature are warriors. Humans often find themselves fighting mysterious battles against disguised enemies. Throughout history the earth has been afflicted with mysterious diseases, which tend to invisibly cause the preponderance of civilizations to perish. The evolution of infectious diseases has and always will provide challenges for humankind (Hoff, Smith, and Calisher 6-7). Over the course of time, humans gradually developed a preference to live in large urban settings. Urbanization and the cross-cultural interaction of civilizations have both strongly provoked widespread illness, which is known as an epidemic or pandemic based upon size. An epidemic is when a common disease affects a large number of people within a particular region (Lamb). A pandemic is similar to an epidemic but is even more widespread than an epidemic, and spreads throughout entire continents or even the world. Despite the slight variation in meaning, most pandemics are interchangeably denoted as epidemics (Friendlander 13-14). Epidemics and pandemics have formed the course of human history by inflicting lifestyle alterations and abruptly killing large masses of people. When one thinks of widespread disease it is easy to think that pandemics and epidemics are things of the past. Unfortunately, epidemics are commonly found today in poorer countries and major pandemics are still on the rise, such as the modern disease AIDS (Lampton 12-15). Nonetheless, epidemics and pandemics affect large portions of the world’s population; thus, these ongoing diseases will always influence the history of mankind because they force transformation amongst even the strongest civilizations.
After the smallpox pandemic, science has done a lot to cure and control most other outbreaks of diseases. But with the shortage of healthcare and medication in the developing regions, what is there to stop many diseases from spreading. In Kenya, there is only 1 doctor for over 5000 people. How does 1 doctor make sure 5000 people are not in trouble with a live-threatening disease?
To better understand the roles needed to enhance the public health infrastructure; one must first know the purpose of a health informatician. An informatician is a person who studies or work in the field of informatics. According to the American Medical Informatics Association Inc., “Public Health Informatics is the application of informatics in areas of public health, including surveillance, prevention, preparedness, and health promotion. Public health informatics and the related population informatics, work on information and technology issues from the perspective of groups of individuals” (2016). In order to build a solid infrastructure
Medical anthropologists examine epidemic outbreaks through numerous approaches. According to Joralemon, “Epidemics offer particularly vivid demonstrations of the interconnections between biological, social, and cultural components in the human experience of disease” (2010:29). Many times these approaches cannot function on their own accord and rely on each other to solve the epidemic. It is the job of the medical anthropologist to put all the pieces of the disease puzzle together.
Throughout human history, disease has been linked to many facets of life and even the rise and fall of entire civilizations. Biological, social, political and economic forces have all influenced how the outbreak of disease is handled. Epidemics have altered history in how they have developed and the impact that they have had. In turn, epidemic management has been influenced by history and governments as humans have learned to cope with outbreaks and the social and political implications that result from them. Today, biomedical engineers, politicians, historians and social scientists are leading the battle in an attempt to understand and combat infectious diseases.