Determination of the Prevalence of <i>Ascaris lumbricoides</i> in Children under the Age of Five Years Attending at Kongowe Health Centre, Kibaha District, Pwani Region

Hamad, Adnan A.; Mauti, Godfrey O.

doi:https://doi.org/10.1155/2024/1932633

Journal of Parasitology Research

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Abstract Introduction Materials and Methods Discussion Conclusion Data Availability Conflicts of Interest Authors’ Contributions Acknowledgments References Copyright Related Articles

Research Article | Open Access

Volume 2024 | Article ID 1932633 | https://doi.org/10.1155/2024/1932633

Determination of the Prevalence of Ascaris lumbricoides in Children under the Age of Five Years Attending at Kongowe Health Centre, Kibaha District, Pwani Region

Adnan A. Hamad¹and Godfrey O. Mauti^2,3

Academic Editor: Lizandra Guidi Magalhães

Received10 May 2023

Revised03 Sept 2023

Accepted02 May 2024

Published15 May 2024

Abstract

Background. The worldwide distribution and occurrence show that more than 1.8 billion people, accounting for 28% of the global population, are infected with A. lumbricoides infection due to poor hygiene. The World Health Organization aims to eliminate morbidity from A. lumbricoides infection in children by 2030 by at least 75%. Surveys in the Pwani Region of Tanzania have shown poor hygienic risk factors due to high population and lack of sufficient toilets/latrines, poor sewage waste disposal, and insufficient clean drinking water that encourages the reproduction, transmission, and reinfection of A. lumbricoides. No study has been conducted in Pwani Region to determine the extent of A. lumbricoides infection among the population. This research tends to explore more about the status of A. lumbricoides infection in Kibaha District in the Pwani Region, Tanzania. Methods. A cross-sectional study was done on 400 children (170 males and 230 females) who were under the age of 5 years old at Kongowe Health Centre. Collected data for A. lumbricoides infection measured were analyzed using Microsoft Excel, while data for sociodemographic findings and risk assessment were subjected to bivariate and multivariable analysis using Statistical Package for Social Sciences version 28.0.1.0 software (SPSS Inc., USA) at the level of significance of . Results. Of the 400 children who participated in the laboratory testing of A. lumbricoides infection, 194 were found positive for A. lumbricoides infection. Amongst the 194 children who were found to be positive, 4.1%, 38.7%, and 57.2% were found to be in the age group of below 1 year old, 1 to 2, and 3 to 4 years old, respectively. The tabulated responses on the social demographic responses showed that 81.8% of the responses at and 80.6% at knew that A. lumbricoides infection is acquired from faeces and uncooked food, respectively, as 61.8% at and 63.2% at respondents did not accept that soil and dirty water, respectively, were not sources of A. lumbricoides infection. At and , 64% and 91.2% of the respondents showed the importance of using latrines/toilets and washing fruits, respectively. Further results showed that 69.8% and 37.6% of the respondents reacted with no importance of washing hands with soap after using a toilet/latrine and no need to treat or boil water before drinking, respectively. Conclusions. A. lumbricoides infection has a high prevalence in infants of the Kibaha District of Tanzania, especially in Kongowe village. The infection is dominant in males compared to female children. The prevalence is due to risk factors such as inadequate sanitation, low level of education, knowledge, and awareness of prevention strategies.

1. Introduction

Infections by soil-transmitted helminths are common in poor and destitute communities [1, 2]. The prone species that affect people are roundworms, whipworms, and hookworms [3]. Ascaris lumbricoides (roundworm) can grow up to a length of 35 cm and is associated with the helminthic disease, ascariasis. A. lumbricoides infect man after an ingested fertilised cyst develops into a larval worm and infiltrates the walls of the duodenum into the bloodstream. Through the bloodstream, it penetrates the pulmonary circulatory system, liver, and heart where it enters into the alveoli to moult and grow [1].

Inside the intestines of the host, A. lumbricoides produces thousands of eggs each day The cysts (eggs) are passed in the focal excrete of infested persons during egestion; later, these eggs are transmitted to another host by ingestion; thus, this cycle is easily adopted where there is inadequate sanitation [4]. A. lumbricoides cysts can be ingested by infants while playing with soil as they put their hands in their mouths without washing and also by drinking untreated water from contaminated source [5]. In some situations, the cysts that are attached to vegetables are ingested when these vegetables are not well pecked, washed, or cooked [6].

The worldwide distribution and occurrence show that more than 1.8 billion people who account for 28% of the global population are infected with A. lumbricoides infection [2]. A. lumbricoides infection is extensively distributed in East Asia and sub-Saharan Africa [7]. According to Lewetegn et al., over 835 million children living in East Asia and sub-Saharan Africa necessitate preventive measures and treatment against the A. lumbricoides parasitic worm [8]. The worldwide target is to eradicate illness caused by A. lumbricoides in infants by 2030; this will be achieved by frequently treating at least 85% of the children in prevalent areas, and this is estimated to be 980 million in the year 2027 [9].

A. lumbricoides weaken the nutritional status of the affected personnel in various ways, and this includes feeding on the host tissue like blood, which leads to malabsorption of nutrients like protein and loss of iron [10]. Additionally, roundworms compete for vitamin A in the host intestine. A. lumbricoides has been associated with loss of appetite, leading to a decrease in food intake and thus affecting the physical aptness of a person; moreover, it is known to cause diarrhoea and dysentery [1].

After several years of A. lumbricoides control, still, the infection is high in Tanzania as it ranges between 22% in the urban and 70% in rural [5]. In 2019, the World Health Assembly unanimously recognized a determination that urged prevalent nations, including Tanzania, to tackle worms, precisely A. lumbricoides, by providing surveillance of the extensiveness of the infection and deworming [11]. The World Health Organization (WHO) recommends deworming to be given annually when the baseline frequency of A. lumbricoides infection is found to affect below 50% of the infant population of a given community and two times a year when the occurrence is found to affect over 50% of the community [3]. Survey of the prevalence of worm infestation and treatment reduces morbidity by dropping the burden of the worm; additionally, health and sanitation education reduces spread and reinfection by encouraging health behaviours [6].

Despite the Pwani Region being highly populated, it has been recorded to be affected by several hygienic risk factors such as lack of latrines, poor sewage waste disposal, and insufficient clean drinking water [12, 13]. A. lumbricoides is a common parasite among infants; still, there is less information concerning its prevalence of infection among children under the age of five years old in Tanzania [5]. This research tends to explore more about the status of A. lumbricoides infection and provide data for governmental and nongovernmental institutions in the elimination of A. lumbricoides in Kibaha District located in Pwani Region, Tanzania.

2. Materials and Methods

2.1. Study Area

The investigation was carried out at Kongowe Health Centre at Kongowe village, Kibaha District of Pwani Region, Tanzania (6° 47 59 S, 38° 53 59 E). According to the household population census done in Tanzania in the year 2022, Kibaha District has a population of 161,925 people and 38,807 of the total population are children aged 0-5 years old [14]. Being one of the active government health centres in Kibaha District, it receives a recommendable number of child patients due to its well-known pediatric services that are appreciated by the community.

2.2. Study Design and Population

A cross-section of research was done on 400 patients; this included 170 and 230 males and females, respectively, who were below the age of 5 years old at both the outpatient and inpatient departments at Kongowe Health Centre from October 2022 to January 2023. The sampling was equally done on both the male and female genders. The sample size of the population in this study was determined with the formulation adopted by Harizanov et al. [2]:

where is the desired sample size, (standard normal deviation at 95% confidence interval), is the estimated prevalence of A. lumbricoides infection to be 10.1%, and is the margin of error to be 5%.

Patients within the age group of 0 to 5 years visiting the pediatric and laboratory departments during the data collection period and their parents willing to let them participate in this study were included. Children who visited the hospital and had been dewormed within one month before the study and those whose parents and guardians refused to be questioned were not included in the study.

2.3. Laboratory Testing Using Human A. lumbricoides IgG ELISA Kit and Colourimetry Technique

Determination of the prevalence of A. lumbricoides was done by laboratory testing of the infants using human Ascaris lumbricoides immunoglobulin G (enzyme-linked immunosorbent assay) kit (human A. lumbricoides IgG ELISA kit) and a colourimetry technique. Human A. lumbricoides IgG ELISA kit is composed of A. Lumbricoides-coated microplate (IgG), sample diluent, stop solution, washing buffer (20× conc.), horseradish peroxidase- (HRP-) labelled protein A conjugate, 3,3,5,5-tetramethylbenzidine (TMB) substrate solution, A. lumbricoides IgG positive control, A. lumbricoides IgG cut-off control, and A. lumbricoides IgG negative control. The human A. lumbricoides IgG ELISA kit was considered to determine in vitro levels of human IgG class antibodies to A. lumbricoides (A. lumbricoides IgG) in either plasma or serum samples since its analytical sensitivity is below 95% [11].

The assay involved obtaining serum from the blood of the patient using the centrifugation technique. Using a 1000 μL micropipette, add 100 μL of the patient’s serum and negative and positive controls into the 96-well plate precoated with A. lumbricoides antigen and incubate at 37°C for 1 hour to bind with the cognate antibodies. Wash each well three to four times with 320 μL of 20× washing buffer solution after incubation. The immersion time between each wash cycle should be >5 seconds. Decant the remaining washing buffer after performing the last wash. Remove the extra liquid by flip-flopping the plate and blotting on clean filter paper. To the wells of immobilized A. lumbricoides-specific antibodies, add 110 μL horseradish peroxidase- (HRP-) labelled protein A conjugate before incubation at 37°C for 30 minutes. To the wells, add 100 μL of TMB and incubate for 15 minutes at 37°C. After incubation, add the stop solution and determine the density by measuring the absorbance of the specimen at 450 nm. The concentration of yellow colouration is directly proportional to the amount of A. lumbricoides IgG samples captured in the plate. The recorded results were reviewed along with the child’s parents to confirm participation in the research and documented accordingly.

2.4. Factors Related to A. lumbricoides Infection

Information concerning behavioural factors, sociodemographic and biochemical parameters, economic factors, and physical measurements was collected from the parents of the children who were tested for A. lumbricoides infection using pretested questionnaires with close-ended questions.

2.5. Data Analysis

Data for A. lumbricoides infection measured were subjected to analysis by Microsoft Excel and then displayed as graphs, while data for sociodemographic and risk assessment findings were subjected to bivariate and multivariable analysis by Statistical Package for Social Sciences version 29 software (IBM SPSS Inc., USA) at a level of significance of .

2.6. Ethical Consideration

This research study was permitted by the Department of Microbiology and Parasitology before approval by the Health Ethical Committee, Faculty of Medicine and Pharmaceutical Sciences at Kampala International University in Tanzania, no. 143/FMPS/MPI/2022, on the 20^th of April 2022.

3. Result

3.1. Sex and A. lumbricoides Infection

Out of the 400 children (170 males and 230 females) who participated in the laboratory testing of A. lumbricoides infection, 59% (100/170) of the tested males and 41% (94/230) of the tested females were found to be positive (Figure 1).

3.2. Age and A. lumbricoides Infection

Amongst the 194 children who were found to be positive (100 males and 94 females), 4.1%, 38.7%, and 57.2% were found to be in the age group of below 1, 1 to 2, and 3 to 4, respectively (Figure 2).

3.3. Sociodemographic Findings and the Risk Factors Related to A. lumbricoides Infection

Out of the 400 questionnaires given to the parents of children who underwent laboratory tests for A. lumbricoides infection, 320 questionnaires were answered and returned. The tabulated responses showed that 262 (81.8%) of the respondents at and 258 (80.6%) at knew that A. lumbricoides infection is acquired from faeces and uncooked food, respectively. From the questionnaires, 198 (61.8%) at and 202 (63.2%) at respondents did not accept that soil and dirty water, respectively, were not sources of A. lumbricoides infection (Table 1). At and , 64% and 91.2% of the respondents showed the importance of using a latrine/toilet and washing fruits, respectively, as 69.8% and 37.6% showed no importance of washing hands with soap after using a toilet/latrine and no need of treating or boiling water before drinking, respectively (Table 1).

4. Discussion

Many studies have investigated the contribution of A. lumbricoides infection to child growth and malnutrition despite the difficulties in knowing its prevalence and dominance, especially in sub-Saharan African countries including Tanzania. Kibaha District is one of the populated areas in the Pwani Region of Tanzania [14]; this study revealed that there is dominance of A. lumbricoides infection in children under the age of five years old in Kibaha District, and results show that 194 out of the 400 children who underwent laboratory diagnostics at Kibaha Health Centre were found to harbour A. lumbricoides.

Harizanov et al. and Brooker and Bundy stated that A. lumbricoides infection is one of the world’s most prevalent afflictions of humans who live in an area of poverty and densely populated zones in tropical and subtropical countries [2, 7]. Similar studies done in Temeke District and Kiwangwa rural ward, Bagamoyo District, Tanzania, revealed that 200 children out of 300 tested children aged 6 years old and below who were tested in a survey that took 3 months in the year 2021 had A. lumbricoides infection [15–17]. This study reported that A. lumbricoides infection is high in males (100) compared to female (94) infants; this was comparable to a study done by Makata et al. at Bukoba urban, Bukoba rural, and Muleba in the Kagera Region which reported that out of 250 infants, 100 males and 30 females were infected with A. lumbricoides [18]. Other similar studies include studies by Nvule, Kabatende et al., and Inocencio et al., where they displayed higher infections in male than female children at the Pediatric Unit of Kiwoko Hospital, Nakaseke District of Uganda, Western Province of Rwanda and Kwilu Province in the Democratic Republic of the Congo, respectively [19–21]. Contrary, Bogoch et al. and Sartorius et al. reported a high number of infections in girls as in boys aged 0 to 3 years old [22, 23].

This study showed that infants aged between 3 to 4 years old are highly affected by A. lumbricoides compared to kids aged 0 to 2 years old. Studies in Temeke District and Pemba Island showed that kids aged 2 to 4 years were highly affected by A. lumbricoides [16, 22]. These results might be due to the active and playful nature of infants as they grow up. Most kids play with toys, dirt, and soil in their surroundings, and more so, some tend to lick their hand fingers with dirt and put toys in their mouth during their playing time. These dirty toys and contaminated soil always harbour the eggs of A. lumbricoides [5].

Control of A. lumbricoides infection has always depended on medications like albendazole and mebendazole [6]. This research is aimed at determining the prevalence and getting to know the public knowledge on preventive measures that can be implored. Statistical analysis showed that A. lumbricoides infection is acquired from faeces and the respondents showed the importance of using latrines/toilets. This was similar to the report by Makata et al.; in their survey of northwestern Tanzania, they reported that latrines were highly demanded by the residents of Bukoba and Muleba to prevent contamination of soil by improper disposal of faeces [18]. Research by Imalele et al. recorded that out of 280 respondents, 95% suggested that the use of bushes instead of toilets was the cause of contamination of the soil by A. lumbricoides [24]. Toilets and latrines are major areas for the disposal of faeces; proper disposal of faeces and sewage effluent is vital in the prevention of the spread of water-borne diseases and parasites including A. lumbricoides to the environment [12].

This study recorded that eating uncooked foods and not washing fruits before eating played an essential role in A. lumbricoides infection. Several reports support this record. The World Health Organization recommends the proper cooking of foods like meat and washing of fruits to remove dirt before consumption [8]. Out of 100 participants in a study conducted in Central Java, Indonesia, 72% of the participants acknowledged that food needs to be cooked properly to prevent the spread of tapeworms and Ascaris [9]; a similar report was displayed by Al-Tameemi and Kabakli in Andhra Pradesh, India, where they reported that eating raw food without proper cooking and using dirty water to wash fruits and vegetables are part of the A. lumbricoides infection [6].

This research was contrary to data conveyed by Kabatende et al. in Rwanda and Lewetegn et al. in North Shoa, Ethiopia, where they reported that soil and dirty water contaminated with sewage effluents were sources of A. lumbricoides infection [8, 20]. Various research parasitologists have reported that eggs of A. lumbricoides are normally acquired in soil by children when playing since they tend to put their hands in their mouths as they play; more so, contaminated water with sewage contains the eggs of the A. lumbricoides and taken in by orally during drinking of water [5, 12].

Records from Bagamoyo District in Tanzania and Nakaseke District in Uganda show that washing hands using soap after visiting the toilet is mandatory as a measure of preventing contamination by A. lumbricoides infection [15, 19, 25]. Further results by Lee et al. and Mwakitalima et al. displayed that it is essential to chemically treat water or boil it before drinking [9, 12]. According to WHO, washing hands helps to remove the cysts that stick on the hands after visiting the toilet, and also eggs that might have been acquired while touching dirty surfaces [5]; furthermore, boiling drinking water kills the eggs of A. lumbricoides, microorganisms, and other parasitic worms found in the water ecosystem, thus being safe for drinking [3, 26].

This study has shown that most participants were affected with A. lumbricoides infection because of risk factors associated with poor knowledge as indicated in the survey by Harizanov et al. who reported that people who are infected with these parasites occur most frequently in developing tropical countries, due to risk factors such as poverty, low level of education and awareness, poor health services, inadequate sanitation, and knowledge on how to prevent these infections [2].

5. Conclusion

A. lumbricoides infection has a high prevalence in infants of the Kibaha District of Tanzania, especially in Kongowe village. The infection is dominant in males as compared to female children. The prevalence is due to risk factors such as inadequate sanitation, low level of education, knowledge, and awareness of prevention strategies.

6. Recommendations

This study has shown that A. lumbricoides infection is a threat in Kibaha District of Tanzania; thus, proper mitigation and recommendable strategies like hygiene practices are essential in the eradication of this parasitic worm especially in infants aged 0 to 5 years of age. More so, awareness and educating the residents of Kongowe village concerning A. lumbricoides and other parasitic worms will be of great importance. Furthermore, periodic hospital checkups of infants to know their health status will aid in knowing the status of infants in Kongowe village concerning A. lumbricoides. An extensive study on the prevalence of A. lumbricoides in the whole of the whole region of Pwani is highly recommendable.

7. Limitations of the Study

This research was limited by duration and economic constraints to analyze a large sample size.

Data Availability

The data used to support the findings of this study are available from the corresponding author upon request.

Conflicts of Interest

The authors affirm that there is no conflict of interest concerning the publication of this article.

Authors’ Contributions

There was a significant contribution by all authors and they all approved the content of the manuscript.

Acknowledgments

This research work was self-sponsored; thus, gratitude is articulated to Kampala International University in Tanzania, Kibaha Health Centre, and all persons who contributed to the achievement of this research.

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Copyright

Copyright © 2024 Adnan A. Hamad and Godfrey O. Mauti. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

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