Impact of Globalization on Health-Free-Samples-Myassignmenthelp.com

Question: Discuss about the Globalization and its Impact on Health. Answer: Introduction The Ebola virus outbreak is very common in developing nations as compared to Wealthy nations. For example in West Africa countries such as Sierra Leone, Guinea and Liberia the cause and spread of the virus has affected both social and political activities. The first case of Ebola was reported in Liberia which impacted a Liberian national who visited the West African states which had the first outbreak of the same disease; this resulted in the focused Ebola attention by the Western world such as the United States of America (WHO Ebola Response Team, 2014)). It is reported that Liberia had the profound outbreak of Ebola. The scenario was worsed and captured the attention of the cooperate media from both the global scene and the regional focus, and this caused several people to be pulled off airplanes to West Africa from the developed countries which led to the special screening by the respective Centers for Disease Control and Prevention (CDC).The Ebola virus causes serious illness whi ch is dangerous if not treated in time. The disease first appeared simultaneously in the year 1976 (EVD) with outbreaks in Nzara, South Sudan and Yakubu in the (DRC) Congo. The disease got the nam Ebola by first oaccurng in a village near the Ebola River. Between the years 2014-2016 the major and complex outbreak of Ebola since virus the virus discovery happened in West Africa. More cases of deaths were registered during this time than other outbreaks combined, this later spread in countries such as Guinea, to Sierra Leone and finally to Liberia. When the Ebola Virus Disease emerged in Guinea to Sierra Leone and finally in Liberia, it was reported that it had affected nearly between 28,617 and caused 11311 deaths. The outbreak caused damage in both the economic and political aspect as well as social challenges to the affected countries which led to the travel restrictions, Schools to be closed and other social services such as loss of jobs and the difficulty for people to earn their livelihoods. From the World Bank report, it was estimated that the economic impact for the two outbreaks in 2014 the affected countries leading to loss of almost $400 million and about 4% of their combined GDP (Gross Domestic Product) (Gire et al. 2014).The rapid spread of this disease from one nation to the other revealed the structural and systematic problems and weaknesses of the Health systems from these nations caused by a lack in public health sector. Source of the condition and how it is transmitted (Ebola) Ebola Virus Disease is mostly regarded as deadly disease commonly affecting human and nonhuman primates like gorillas, monkeys and Chimpanzees. The disease is caused by the Ebola known species where four of these five species can cause infection in human beings (Ekins et al., 2015). The following includes the viruses that cause Ebola: Ebola virus (Zaire ebolavirus), Tai Forest virus (Tai Forest ebolavirus), Bundibugyo virus (Bundibugyo ebolavirus), Sudan virus (Sudan ebolavirus) and finally the Reston virus (Reston ebolavirus) which cause diseases mostly in nonhuman primates and pigs but not in people as the above four. In 1976 the Ebola virus was first discovered in the Democratic Republic of Congo near the Ebola River (WHO Ebola Response Team, 2014). The Ebola virus spreads through direct contact with bodily fluids from infected persons either through sickling or death. It may occur if a person touches the body fluids of the infected person or the contaminated objects from the infe cted person. The EVD virus gets into the system of an uninfected person through broken skin, the mucous membrane into the eye, nose or mouth. Contact with the body fluids, blood and tissues of an infected person can also make the virus to get into our systems. Sexual contact also makes one get the virus. Ebola spreads quickly mostly in families and friends because they are exposed to infectious secretions when taking care of the ill person (Litterman, Lipinski Ekins, 2015). The difference in time between the infections to the onset symptoms is about 3-21 days. In summary, these are the ways through which Ebola virus is transmitted Direct interaction with the blood through the broken skin, mucous membrane, secretions, organs and from the fluids of the body. Contacts with the environmentally contaminated fluids indirectly Exposures to already contaminated objects such as unsterilized needle Coming into contacts by the mourners with the deceased directly Exposure of the semen of people Ebola or those who have recovered from the disease because the transmission can still take place after six weeks of recovery. Coming into contact with patients suspected or that have been confirmed EVD-a good example is the health workers frequently affected while treating the patients. Ebola is believed to have been caused by viruses both in the Ebolavirus and Filoviridae family. The virus is assumed to be present in animals and transmitted to human via a process known as zoonosis. In Africa, it is believed that people have developed Ebola after handling infected animals from the zoo such as fruit bats, gorillas, forest antelopes, monkeys, Chimpanzees, as well as porcupines. The transmission from person to person become after someone has become symptomatic which usually take place between 3 to 21 days from infections. When one is attacked by Ebola ten, the immune cells create widespread inflammation that damages the tissue lining blood vessels which then cause them to leak (Leroy et al. 2004).The macrophages which are a type of immune cell that is mostly infected by Ebola releases proteins that clots in the bloodstreams are hence blocking the flow of blood to organs such as the liver and the kidneys. Some of the symptoms include: High fever Headache Joint and muscle aches Sore throat Overall body weakness Stomach pain and loss of appetite As the disease worsens, it results into an internal bleeding as well as from the external organ such as the eye, ears, and the nose. Apart from all these symptoms other symptoms include; vomiting or coughing up blood, having bloody diarrhea and finally get rash. Doctors use Fluids and electrolyte to manage Ebola symptoms, oxygen support, and Blood pressure medication as well as through blood transfusion. Reasons why the condition (Ebola) has not yet got a vaccine compared to others which do have vaccines The recent outbreak of Ebola caused the death of some people, and this was recorded on a catastrophic scale infecting over 26000 people and killing over 10000 people (Nishiura, Chowell, 2014). The reason behind all these sufferings was the lack of licensed vaccine in the market (Nishiura Chowell, 2014). There is some reasons why finding a vaccine for Ebola in developing countries like Africa was so difficult while the severe losses were being experienced by the people. Since 1976, there have been almost 24 outbreaks which infected over 1400 people, killing around 75% of the people infected. The research on Ebola vaccination is subjected to delays for some time because producing such vaccines or drugs for an infection or disease that affect developing countries like the West African countries was not a lucrative business, unlike other diseases which affect people from all over the world. Ebola was viewed by the rich countries as an African affair and coming up with its vaccine was a waste of time and viewed as none lucrative business (Frieden, Damon, Bell, Kenyon Nichol, 2014). Adrian Hill who is the head of the Jenner Institute for public sector vaccine development and a renowned scientist claims that there were large bags of vaccines which were available to be tested at the start of the outbreak, but when he tried to explain it in the public lecture, he did not succeed. This is because the companies were not able to make a business case for investing in the development and licensing of an Ebola because this could result in a cost running in hundreds of millions of Dollars yet it is an African affair. In addition to this, it is recorded that the research into the vaccination of Ebola started some years before 2014 as other infections, but the problem is that the progress has been very slow with less funding from rich nations. A good example is in Canada and United States of America where there were best scientists who were proven to be 100% efficient in protecting the primates from Ebola. However, this was not advanced to human beings and any case the reason behind this research was not to save lives in the developing countries (Nishiura Chowell, 2014).The funding for Ebola five years was not save the lives of African but to save but to save the North American against any potential bioterrorism attack. Tropical diseases formed about 1.5 percent of the total global expenditure in the research on diseases (The Lancet, 2014). Ebola is still a rare disease in the world compared to other diseases. Since its virus was discovered, it has only claimed about 3600 lives, but in the field o f communicable diseases, this is regarded as a small number. This shows that there is no a lot of human Ebola and spending a lot on this would be waste resources and funds as compared to other communicable diseases which their effects are globally felt (Dr. William Scheffner,2013) Public health management and prevention of the condition (Ebola) The Ebola epidemic which was first experienced in West African countries such as Sierra Leone, Liberia and Guinea was a clear illustration of one the most dangerous communicable diseases experience in the whole world. For that reason, some of the public management and prevention had to be done to prevent it or find solutions to its ending.The public health response to this problem was categorized into four areas(WHO,2014) namely emergency response, Laboratory capacity, surveillance and development of the workforce. In July 2014, Liberian Ministry of Health (MOH) had their National IMS. This mission was as a result of sustenance from US (CDC) Centers for Disease Control and Prevention, the World Health Organization(WHO) and other key world partners in the health sector (Nishiura, Chowell, 2014). The management of these response systems improved the coordination of the response and the national and county levels. In Sierra Leone response to two clusters were also put and coordinated through the same structure as that of Liberia, later this was transferred through the Ministry of Health and Sanitation on February 2016.The ministry performed its function, and all the coordination were well done within its five Districts and this facilitated smooth coordination. The response led to improvement in the surveillance and identification of 130 contacts and implementation of the community surveillance system (Rid Emanuel, 2014).The final cluster on Ebola epidemic was recognized in March 2016, and this occurred the same condition similar to the initial conditions.The first diagnosis was made in Guinea, and the victim fled across the border to Liberia which later led to a confirmation of patient at a hospital in the capital city. At the beginning of the Ebola breakout in West Africa, m ost of the diagnosis was made on the complex tests majorly on PCR. However, this could not be the best, so the affected nations came up with Laboratories as a public health and prevention measures. Conclusion In conclusion, Ebola is one of the deadly disease affecting the world and WHO as well as other rich nations should offer support to help develop a vaccine and control the disease. References Ekins, S., Freundlich, J. S., Clark, A. M., Anantpadma, M., Davey, R. A., Madrid, P. (2015). Machine learning models identify molecules active against the Ebola virus in vitro.F1000Research,4. Frieden, T. R., Damon, I., Bell, B. P., Kenyon, T., Nichol, S. (2014). Ebola 2014new challenges, new global response and responsibility.New England Journal of Medicine,371(13), 1177-1180. Gire, S. K., Goba, A., Andersen, K. G., Sealfon, R. S., Park, D. J., Kanneh, L., ... Wohl, S. (2014). Genomic surveillance elucidates Ebola virus origin and transmission during the 2014 outbreak.science, 1259657. Leroy, E. 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