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WORLD MORTALITY TRENDS 1950 / 2030

Over view of this scholarly task on world mortality trends based on how four A.R. Omran`s of the Epidemiological Transition Theory models namely, western model, Accelerated variant of the classical model, Delayed model or Contemporary model, The transition variant of the delayed model, which cover regions ; Asia, Latin America, sub Sahara Africa, Oceania’s, western Europe, eastern Europe, Russia, Japan, new Zealand, china, Taiwan, UK, Poland,, honking, Chile, at least form the early 1950`s to 2030 and generally global mortality show the tendencies of declining year after years, also covered by charts, graphs and statistical figures on males and female genders , and common killer diseases are included in this assignment
Definition of key terms
Oxford Advanced Dictionary, (2014:1137) defined Population as all people who live in a particular area, city, or country. A particular group of people or animals living in a particular area; Population structure means composition s by ages, sex, status, and education in a population
Kirk, (1996 p 7.) mortality is the cause of death and the rate of death normally measured by crude death rates, expressed per thousand populations in a calendar year, either from all causes or specific cause of death
Transition is the process of changing, shifting from one status, and level to another. It also involves transferring things to place to place, Kirk, (1996:7)
Theory is the statement or an hypothesis that explain about particular topic, events concerning lives of the people, it tries  to suggest some strategies on how to address the current issues which is not solved
UN report, (2016:17) defined epidemiology Transition Theory as the shift from acute infections and deficiency diseases caused by the lack of some potential nutrients to an affluence condition characterized by non communicable and communicable diseases. It is the distribution of diseases in human development and determines distributions chiefly by the use of statistics which focus more on people rather than individual people and looks retrospectively
Epidemiology is the study of health and diseases patterns, determinants and consequences in population group. It incorporate the scientific capacity to analyze, social, economic, heath – care technological and environment changes related to health out comes
UN, (2010:14) epidemiological Transition is the pattern of change in the cause – specific mortality risks over time that has been observed in many of the world`s populations. It is characterized by initial declines in the rates of death due to communicable diseases (CMDs) in the early stages of the transition which are followed by subsequent reductions in mortality attributable to non communicable diseases (NCDs) in the advanced stages of transitions
Epidemiological Transition accounts for the replacement of infectious diseases over time due to expanded public health and sanitation
The basic models that applied by many scholars to address the world mortality trends includes;  the classical western model, the accelerated variant of the classical model, the delayed or contemporary model and the transitional of the delayed model
Major world regions that will be highlighted in this paper are; Europe (Czechoslovakia to Siberia), Latin America and the Caribbean, China, India, Middle Eastern crescent (Middle Eastern, North Africa and Pakistan), Asia, Sub-Sahara Africa and Central Republic former of soviet union of Russia






The following is the summary on how the basic models of the epidemiologic transition theory applied to summarize the world mortality trend by major regions and population compositions











The classical western model, as cited in Mesle. et.al, (2005:21) the model explain mortality trend in Western Europe traced back over 200 years ago. He cemented that Western Europe had higher death rates of 130 per thousand but changed within short period of time up to 10 death rates for 1000 population. The changes was the results of advancement in medical, technologies, and modernization  mortality trend in this region considered age, and sex where by males cloud live about 66 years, and females 72.5 years from 1995 to 2000
From the map above shows areas covered by the research were along France, United Kingdom, Japan, Sri Lanka, Poland, New Zealand, Chile and Russia
World Health Organization(WHO), (2012:21) explained that the recent decades have witnessed tremendous advancement in health and survival throughout the world and by2012 western regions successes to reduce mortality levels in greater extents and their lives expectance jumped to 80 years excluding Eastern Europe
The model apply to get the results within the arena of international health planning, formulations of WHO`s position on family planning. The classical model used by the USA government as an aspect of American population policy in the 1990`s regardless Omrans was an Egyptian, Weisz, et.al, (2010 p, 35). The UN report show that currently, mortality rates in western region is caused by both communicable diseases (CMDs) and non communicable diseases (NCMDs) and injuries. These diseases includes heart dieses, obesity, High Blood pressure (BP), and strokes; however currently mortality rates in western region fall down due the modernization, advancement in medical care, services, intensive family planning, laws, education, and economic and social development


Accelerated variant of the classical model this model commonly applied to summarize mortality trends in the regions like Japan, Eastern Europe, Moscow- Russia, in some extents these regions shared traits with Western Europe`s countries like UK, France, New Zealand, Sri Lanka and Poland. UN, (2012) report identified common diseases like cardiovascular and Manmade diseases (p,19) Group II causes of death, which comprise NCDs, were responsible for 80 per cent of deaths in the “more developed regions, excluding Eastern Europe”



Text Box: Source: Lopez, (2006) Changes in the annual numbers of deaths caused by HIV/AIDS (&), perinatal conditions (%), respiratory infections (&), infectious diseases other than HIV/AIDS (&) and other Group-I causes (u), between 2002 and 2030. The numbers after 2002 were estimated from projections, with a ‘baseline scenario’ (Mathers and Loncar, 2006).





























Group III causes of disease includes injuries 7% of the mortality rates in these regions especially in the advanced stages the demographic and epidemiologic transition [page14]










































Source: www.unz.com  & www.worldhealthorganization
Therefore accelerated variant of the classical model suit more on analyzing mortality trends on the regions from the graph above
Delayed model or Contemporary model this provides enough details on the Sub – Saharan Africa. It gives as a summary of mortality trend in these regions from o – 5 years. WHO report those child five years, and most of the population affected by HIV / AIDs including Tunisia.
The report shows 61.0% of mortality is due to communicable diseases as well as maternal, perinatal and nutrition conditions, UN, (200:14)
UN and WHO (2012) explain that if mortality rate due to group I cause were to fall to equal those in the longest – lived populations, the regional would achieve 17% years increase life expectancy at birth from 55 years to 75 years across five regions, the gains to had from a reduction of mortality range from 4 years in north Africa to 23 years in south Africa (P,18)
I n both South and Eastern Africa  , HIV / AIDs pandemic was the leading  cause of death and the gap in life expectance compare to longest – lived population. Causing fall in survival of 14.2 years and pay 5.3 years, the major summarized causes of mortality in the region were pneumonia, diarrhea, and perinatal diseases were the top five agencies of death
However the region tried much to reduced much mortality trend, especially after advancement medical services, technologies, nutrition necessity, education, now family planning methods which are currently applied by many youth like the uses of condom


The transition variant of the delayed model
this analyze the mortality trend in developed regions  like Honkong, Brazil, South Africa, Taiwan, South Korea, Singapore, and some parts of
Latin America and the Caribbean. These regions have its own unique epidemiologic risks profiles in both Caribbean and South America.
Mortality rate in this region caused by Non communicable diseases NCDs for ½ % of the 18 years total survival, Group I diseases 35% (CMDs) including HIV / AIDs
Central America faced by diabetes and nutrition deficiencies, and if all these could be checked mortality rates could fall and rise lives over 77 years. Omran, (1971) cemented that 16% death by injuries, excess mortality due to homicides, pneumonia, and suicides.
To reduce mortality rates South America, central, tiger states, Latin America and Caribbean region could achieve 0 – 6 years of life expectancies, West Asia reduced mortality and gains 0.9 years life expectancy, Eastern Europe 5.9 years archived life expectancy at birth and reduced mortality from heart diseases to equal to that of Western Europe, (UN & WHO, 2012:18)
Shortening my surveying of the world mortality trends, in relation to A.R. Omrans models of epidemiologic transition theory see the chart below showing or summarizing the world mortality trends from 2006 to 2030





Therefore  the world mortality trend as discussed from various scholars like Omran, Lopez, and some internet websites show that there is a change which caused by improvement of social, economic, health, education, and food provision. However the changes in mortality world patterns are not similarly across eight regions: Sub Saharan Africa still running behind, Latin America, while developed countries reached far compare to other regions to reduce mortality rate


References
 Christopher and Murray (nd) Mortality by cause for eight region world: Global Burden of            Disease study. Cambridge: Cambridge university press
Kath. et.al, (2005) world m Mortality 1950 – 2000: divergence replaces convergence from late      1980s. New York: New York publishers
Lopez, A.D., Mathers, C. D, (2006) measuring the Global Burden of Disease and Epidemiologic            Transition: 2002 – 2030. UK: The University of Queensland & Horston
Kathleen, (2006) dying to make a fresh start: Mortality and Health Transition in a new South   Africa. South Africa: Johannesburg university press
Mesle. et.al, (2005) Epidemiologic transition Theory exception. Paris: Rome publications
Milbank Quarterly (2005). A multidisciplinary Journal of population Health and Health                         policy: the epidemiologic transition: A theory of epidemiologic population changes           .pp.      1-5.
Omran A.R (1971). The epidemiologic transition: A theory of the epidemiology of             population change. USA: Milbank memorial Fund Quarterly. Vol. 49. No 4 pp 509-538.
Robinson, K, (2005) Applying Epidemiologic Transition Theory to Emerging Antibiotic             Resistances University of Tennessee. Utk: education publishers
Unknown, (2016) Global Epidemiology of chronic diseases the Epidemiologic Transition. USA.   New York Inc
UN, (2016) World perspectives report on world mortality Trends. New York: New York Inc
Weisz, G. and Olszyanko, (2010) Theory of Epidemiologic Transition: theory of a citation             classic. Canada: University of Cambridge
Wollenswinkel – Van, J (1998) Epidemiologic Transition in the Netherland. Judith wallen             Publishers
Unknown, (2014) Oxford Advanced Leaner`s Dictionary Level.USA: Oxford university press
WHO, (2012) World Mortality Trend. USA. WHO Publisher Inc

Internet Web sites sources









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