The Prevalence of Cysticercosis in Badirisa, Adamawa State.
Content Structure of The Prevalence of Cysticercosis in Badirisa, Adamawa State.
- The abstract contains the research problem, the objectives, methodology, results, and recommendations
- Chapter one of this thesis or project materials contains the background to the study, the research problem, the research questions, research objectives, research hypotheses, significance of the study, the scope of the study, organization of the study, and the operational definition of terms.
- Chapter two contains relevant literature on the issue under investigation. The chapter is divided into five parts which are the conceptual review, theoretical review, empirical review, conceptual framework, and gaps in research
- Chapter three contains the research design, study area, population, sample size and sampling technique, validity, reliability, source of data, operationalization of variables, research models, and data analysis method
- Chapter four contains the data analysis and the discussion of the findings
- Chapter five contains the summary of findings, conclusions, recommendations, contributions to knowledge, and recommendations for further studies.
- References: The references are in APA
Chapter One of The Prevalence of Cysticercosis in Badirisa, Adamawa State.
Cysticercosis remains as important health problem in developing countries. Its transmission is related to soil contamination with human faces. This parasitosis is found in African, Asian and Latin America, where the greatest incidences are seen in mexico and brazil.
Human cysticercosis is acquired from the ingestion of ova of T. solium, excreted by human carries in their faces, followed by the development of cyst in human tissue. The risk of contamination with taenia ova is related to the contact with T. solium carriers. Recently, it has been shown that in humans, the most common route of infection is ingestion of T. solium eggs from contaminated food or water. In United States of American and Europe, the frequency of cysticercosis is increasing due to increasing immigration and more frequent travels to endemic regions. The infected individual becomes a carrier and source of infections by oral fecal contamination.
According to the world health organization (WHO), more than 2million people harbor the adult tapeworm and many more are infected with cysticerci (Garcia and Del brutto, 2000). These authors also indicated that neurocysticercosis is an important public health problem as it affects people of productive ages and causes an estimated 50,000 deaths every years and many times that number of patients are left with irreversible brain damage.
The disease also causes important economic losses in countries where it is endemic; more than 60millions dollars per year in Mexico only for contamination of parasitized carcasses (Fluzeby 1998). According to Zoli, et al., (2003), economic estimates indicate that the annuals losses due to porcine cysticercosis in 10 west and central African countries amount to about 25millions euros, among which 2million for Nigeria. Infected pigs and carcasses are sold cheaper in unofficial meat distribution channels in order to avoid losses from the contamination of infected carcasses (Pawlowski, 1990; Tsang and Wilson, 1995).
The cost of this parasitosis for humans is very high (treatment, hospitalization, loss of work days). In 1992, it was estimated at 195 million dollars in USA and 3700 dollars per cases in Mexico (Fluzeby, 1998). In addition, it also reduces the availability of proteins to human as a result of carcass contamination. The human population that is most exposed to the disease are those living in rural areas where sanitary condition are not the best. Djou (2001) quoted by Shey-njila, et al., (2003) reported that the cost of diagnosis, hospitalization and treatment of a human cysticercosis case in Cameroon is 170,000CFA (which is beyond the reach of most rural population.
The rapid expansion of pig farming and pork consumption is raising concern in Nigeria, as it is bound to exacerbate the problems related to T. solium cysticercosis, not only in rural areas where most pig are left, but also in urban areas where infected pork can be consumed and human carries of the parasite can infect other people. Prevalence of human taeniasis has been reported in Nigeria at 8.6% (Onah, and Chiejina 1995) with 3.7% associated with epilepsy (Asana and Brandt, 2003). Although the recognition of its status as a serious and emerging threat to public health is increasing, the incidence data in humans are very limited owning to a lack of adequate surveillance, monitoring and reporting systems; consequently, epidemiological information is not extensive.
Statement of the Problem
Pig farming and pork consumption has gained popularity in the study areas. Most of these activities (farming and consumption) are done openly. Poverty, poor sanitation and contamination with T. solium eggs from tapeworm carries, however autoinfection as a result of the entry of eggs into the stomach due to etroperistalsis or as a result of accidental ingestion of eggs from the hosts own faeces due to contaminated hands is also possible.
Most worrying is the fact that people do not have to eat pork to become infected with cysticercosis. One can become infected by ingestion of water or foods or from touching surfaces that have become contaminated with the infected faeces.
This study was designed to investigate this as well as correlating their knowledge about cysticercosis and prevalence of infection due to cysticercosis.
Given that the people in the study areas have a cultural attachment to toilet and other activities. Since pig farming and pork consumption has gained acceptance in the area, it became necessary to study the population that are involved in this activity with a view to as certainty the current level of knowledge regarding transmission and in particular cysticercosis.
This study is aimed at determining the prevalence of cysticercosis in badirisa, Adamawa State.
Its specific objectives were to;
- Determine the prevalence of cysticercosis among secondary schools in badirisa.
- Determine the prevalence of cysticercosis among gender.
- Assess the association between prevalence rate of infection and age.
1. Is cysticercosis infection prevalence among secondary schools in badirisa?
2. Is gender associated with the prevalence of cysticercosis infection?
3. Is cysticercosis infection prevalence among age group?
1. Cysticercosis infection is not prevalence among secondary schools in badirisa.
2. There is no association between gender and cysticercosis infection.
3. There is no association between age group and prevalence of infection.
Significance of the Study
The will provide and also enlighten people on prevalence of the parasite in the study area. Data generated can be used as baseline information in planning control strategies. Finally, it will serve as a reference material to resources while embarking on further resources.