Malaria in Sub-Sahara Africa It Term Paper

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Before this, malaria took place mainly in much the Western states of the Sub-Sahara Africa (Mark, 2002).

For several decades, malaria has out-played war as a basis of human anguish. Over the preceding many decades it has taken away lives of millions of human beings, as well as, shattered the potency of hundreds of millions other human beings. It carries on to be an arduous nuisance on man's efforts to move ahead his farming and business. These were the view of one of the American senators during the 1960's. Since this account approximately four decades ago, it has continued to be considerably suitable even today. Certainly, it could be factual for approximately the whole continuation of the human race in the warmer divisions of the world (Patricia & Schlagenhauf, 2001).

Malaria has only lately been surpassed by another disease called AIDS. Malaria is the second largest solo grounds of loss of life by infected ailment in the Sub-Sahara Africa. Each year approximately 275 million Sub-Saharan African grow clinical malaria and a considerable portion of these cases lead to death (Patricia & Schlagenhauf, 2001).

Because of malaria millions of people are put to their death beds each and every year, predominantly, children who are under five years of age and sometimes even in pregnant women. An economic responsibility/load is laid on these societies to take care of the unwell, particularly when one considers the reality that people not inflicted by this disease are responsible to take care of the unwell, and that neither of these factions is taking part in the process of nation building (John, 2002).

It is approximated that the direct expenditure of malaria in all the Sub-Sahara African Countries sum up to around U.S.$500,000,000 every year. The latest re-inauguration of the utilization of dichlorodiphenyltrichloroethane (DDT) to control the spread of malaria in the Sub-Sahara African Countries has triggered the discussion on the principles, standards and alternatives connected with its operations. The inconsistency stuck between the distinguished rewards of DDT in malaria deterrence, and the shortcomings following from the utilization of DDT in both human, as well as, ecological health, portrays an irony: DDT has been considered to be good, as well as, bad (Mark, 2001).

This clearly becomes grounds for intense and sensitive discussions time and again. It is straightforward to utter that an unbiased observation ought to succeed, however, to classify a consensus equilibrium will evidently continue to be indefinable and hard to pin down. Probably the most commonsensical observation is to take a look at the most important feature connected with DDT and malaria in international, regional, as well as, national backgrounds, and subsequently illustrate outcomes (Mark, 2001).

Countless rigorous and ruthless epidemics in Sub-Sahara Africa take place following severe and extreme weather conditions. Precise and detailed data for the exact quantity of occurrences and deaths on account of malaria have only been documented from the year of 1975 and have been summarized below (Marcus and associates, 2004).

Table 1: Yearly figure of reported occurrences and deaths from Malaria from 1975 to 2003

Time Period

Occurrences of Deaths

Source: (Marcus and associates, 2004)

There has been an evident augmentation in the amount of occurrences of deaths from malaria in current years. Intense rainfalls have been taking place all through the Sub-Sahara Africa and predominantly in the lowly-elevated malarial regions in the preceding three years or so. A research study conducted in one of these malarial regions revealed that for one research station malaria occurrences and the rainfall had been clearly interconnected to one another; on the other hand, the association for another research station had been very lowly interconnected to one another. At the same time subjective facts would put forward that the occurrence of malaria and rainfall have been very strongly interrelated, research proposes that this connection is more multifaceted and compound (Marcus and associates, 2004).

Researchers have approximated that for the time amid 1976 and 1985; importation of malaria had started taking place and had been accounting for almost 20% of all malaria occurrences. Furthermore, during those times, with the political transformations taking place in the Countries of the Sub-Sahara Africa and the added leniency towards the policy of border control, imported occurrences of malaria could comprise a considerable percentage of the overall number of occurrences (Marcus and associates, 2004).

An alteration in the program for malaria control, clear of the utilization of DDT, which traditionally had been enormously triumphant in malaria control, towards man-made parathyroid may perhaps give an explanation for some of the amplification in malaria occurrences. A more thorough argument and dialogue of DDT and the malaria control program is presented below. It is important to note that no valid data has been accessible to represent the transformation in malaria occurrences with these features; on the other hand, it is acknowledged that the rise in the occurrence of malaria in Sub-Sahara Africa Countries is because of an amalgamation of them (Marcus and associates, 2004).

Age and Gender Analysis of Malaria Cases

With the purpose of correctly approximating the economic and financial affects of malaria in Sub-Saharan African Countries, it is vital to be acquainted with the age groups of malaria victims. If malaria takes place mostly in the working populace (amid the age of 15-65) the ailment is expected to gain fairly advanced economic and financial expenses than if the ailment impacts only small offsprings or only the aged (Sheila 2005).

Table 2 provides an outline of the proportion of malaria occurrences within each age group for the years of 2001, 2002 along with 2003. In each situation, the preponderance of the malaria occurrences had been in the economically working-class age-group, aged between 15 and 64. The proportions vary from a subdued of 55.53% in 2002 to 60.57% in 2001. A huge proportion (in so far as 40.36% in 2003) of malaria occurrences had been discovered in patients under 15 years of age demonstrating that the intense burden this infection puts on school going kids. Just about 3.58% and 3.84% of malaria occurrences had been revealed in people exceeding the age of 65 in 2002 and 2003 respectively and a vaguely lesser percentage of 3.2% in 2001 (Sheila 2005).

Table 2: Age analysis of malaria occurrences in Sub-Sahara Africa during 2001, 2002, 2003 (in thousands)

Time Period

Age Group Number of occurrences % of total occurrences Number of occurrences % of total occurrences Number of occurrences % of total occurrences 0-4 years 4 485 18.76 3 006 14.65 3 495 15.45 4-9 years 2 572 10.76 2 307 11.24 3 218 14.22-10-14 years 1 603 6.71 3 077 15.00 2 419 10.69-15-19 years 2281 9.54 2 079 10.13 3 053 13.49-20-24 years 3 046 12.74 2 854 13.91 2 378 10.51-25-29 years 3 073 12.86 1 233 6.01 1 408 6.22-30-34 years 811 3.39-633 3.09-702 3.10-35-39 years 1 307 5.47 1 142 5.57 1 327 5.86-40-44 years 876 3.66-784 3.82-886 3.92-45-49 years 527 2.20-431 2.10-507 2.24-50-54 years 2 063 8.63 1 741 8.49 1 898 8.39-55-59 years 426 1.78-347 1.69-370 1.64-60-64 years 50 0.21-55 0.27-63 0.28-65-69 years 271 1.13-276 1.35-336 1.48-70-74 years 136 0.57-150 0.73-129 0.57-75-79 years 328 1.37-279 1.36-354 1.56 > - years 32 0.13-29 0.14-51 0.23 Sum 23-903-100 20-517-100 22-628-100 Source: (Sheila, 2005)

This categorization of age groups related to malaria occurrences strongly matches up to the demographic statistics for the Sub-Saharan African Countries specified in Table 2, which provides an age categorization of the entire populace. Just about 39.1% of whole populace had been under the 15 years of and just about 3.5% of populace had been above 65 of age. Approximately 57.8% of the populace had been sandwiched between the 15 and 65 years of age. This reveals how intimately the ages of people suffering from malaria characterize the wide-ranging age sketch of these Sub-Saharan African Countries. It is significant to note down that the malarial regions form only a fraction of the entire Sub-Saharan African Countries; on the other hand, there are no grounds to consider that the broad age categorization of the malarial regions will be different in a significant way from the age sketch of the countries in totality (Sheila, 2005).

Table 3: Abstract categorization of age groups related to malaria, Sub-Sahara Africa, 2001, 2002 and 2003.


Percentage of each generation influenced by Malaria

Time Period

14 years

15-64 years

65 years and older


Source: (Sheila, 2005)

Financial expenses of malaria treatment in some parts of Sub-Sahara Africa

The World Health Organization (WHO) has approximated that malaria instigates millions of deaths every year predominantly in Sub-Sahara Africa and has been guilty for approximately 300 to 500 million occurrences of severe infection worldwide, together with the whole of Asia, as well as, America. Correct statistics on the real amount of occurrences and deaths distinctively ensuing from malaria are nonetheless not accessible (Arrow and associates, 2004).

In various countries, there are dissimilarities in the techniques of classifying occurrences of malaria and as a result it has been extremely…

Sources Used in Document:


Amir Attaran & Maharaj Rajendra. (2000). Ethical debate: doctoring malaria, badly: the global campaign to ban DDT. British Medical Journal, J 321:1403-5.

Amir Attaran, & Richard Liroff. (2000). Doctoring Malaria, Badly: The Global Campaign To Ban DDT. British Medical Journal, 321.7273 (2000): 1403-1405.

Arrow Kenneth, Claire Panosian, Hellen Gelband. (2004). Saving Lives, Buying Time: Economics of Malaria Drugs in an Age of Resistance. National Academies Press.

Anne Platt McGinn. (2002). Malaria, Mosquitoes, and DDT. World Watch, v15 no3: 10-16.

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