Infectious diseases are increasing at a rapid rate as there
are at least 30 new infectious disease have discovered in the past 20 years (TWN
Third World Network). In this time of globalization, people are able to travel
around the world and connect with each other more easily. Therefore, this will
increase the risks of spreading infectious diseases more easily because people
are usually carrying the virus unknowingly just like first person infected by
SARS virus who are travelling around the world without knowing about it. However, with the advancement of technology
and science, scientists have been found new ways of tackling infectious
diseases, such as the use of genetic engineering (McPhersson, 2008). The World Health Organisation (WHO) links countries together,
it behaves like a leader of the world that “set rules and regulations regarding
outbreaks of pandemics and also implement preventive measures against these
diseases” (Zogu&Rezniqi, 2013). These
are some solutions that have been used to tackle pandemics; moreover, the
individual should also be more vigilant towards the spreading of these diseases
and the countries government should work together to be more alert on the warning
signs. People cannot eliminate global pandemic, but they can work together to
reduce the risk of the pandemic.
Countries should work closely together to be more alert to the
warning signs. Due to globalization, countries have become more interconnected
and interdependent on each other. An
American and a Japanese having lunch in a Spanish restaurant in Beijing is no
longer a strange scene; people are travelling around the world for business or leisure
much more easily in a globalised world.
However, there is a flip-side: people usually forget that this increase
in mobility accelerates the risk of the spread of diseases. SARS is one such example;
it started as a regional outbreak in China, and spread rapidly within weeks
along the routes of international air travel to over 25 countries and 5 continents(Tatem Rogers &Hay,2006).
Patients carried the virus unknowingly, spreading the virus to the countries
they travelled to. Recent years, scientists
have looked into science to alleviate pandemics challenges such as genetic
engineering and “its success can be shown in the total elimination of serious
diseases such as smallpox and even rinderpest in animals” (Locke, 2011).Technology
may be able to help alleviate some diseases, but it is very time consuming and costly;
a full clinical trial can be costly up to few million dollars and needs thousands
of people to participate in it. Therefore, genetic engineering is not easily
accessible to everybody, not even those living in Third World countries, First
World countries may not be all affordable to it. Moreover, the more serious problem is a lack
of national and international political will and resources to develop and
support the system that are necessary to detect and stop the spread. Therefore,
countries should work closely together as a whole to be more alert to the warning
signs that may signal the start of the spread of a disease and exchange
information to ensure closer cooperation between affected countries. Moreover, First World countries could be done
more to help poorer countries in the transportation of medical facilities so
that they can have easier access to medical supplies in times of need.
Governments should also help to raise the awareness of the
citizens regarding this issue. The WHO
and United Nations Health Committee have set up have rules and regulations to
limit the chance of spreading diseases around the world (Zogu&Rezniqi, 2013). However, it is usually the government’s
problem, many citizens do not care about polices. In order for these rules to
be successfully implemented, citizens have to be fully aware of its existence
and this is where the government could do more to raise the citizen’s awareness
of these rules. This would also ensure
that the nation would not panic if a pandemic hits the country. People should be more aware about infectious diseases,
just like the Japanese are well-trained to deal earthquakes; hence, if
earthquakes were to hit their country, they would know how to react
immediately. Therefore, in the same way, citizens should be
educated to remain vigilant regarding the spread of diseases so that if there
is an outbreak of infectious diseases, citizens would know the necessary
precautionary actions to take.
In conclusion, global pandemics will still be the most
challenging problem in the future. People cannot totally eliminated them.
However, countries can help each other to make sure the pandemic information is
updated and individuals can be more aware to prevent the spreading of disease.
- New diseases and renewed threats, TWN Third
World Network. Retrieved from http://www.twnside.org.sg/title/dise-cn.htm
- McPherson, J. (2008).Effects of Genetic Engineering. Retrieved from http://www.disabled-world.com/artman/publish/genetic-engineering.shtml
- Nevrus Zogu &Shpetim
Rezniqi &University College “BIZNESI”, (2013), Globalization and
global threats: Challenges for the 21 century pandemic management. Retrieved from http://www.slideshare.net/BuciZogu1/globalization-and-global-threats-and-pandemic-threts-21-century
- Tatem, AJ & Rogers, J .D& Hay ,S.I (2006). Global Transport Networks and
Infectious Disease Spread . Retrieved from http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3145127/
- Locke, S. F. (2011), Rinderpest,
the Cattle-Killing Plague, to Become the Second Officially-Eradicated
Scourge. Retrieved from http://www.popsci.com/science/article/2011-03/first-we-eradicated-smallpox-rinderpest-next
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