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Strongyloides stercoralis infection in Ethiopia: systematic review and meta-analysis on prevalence and diagnostic methods Cover

Strongyloides stercoralis infection in Ethiopia: systematic review and meta-analysis on prevalence and diagnostic methods

By: T. Hailu,  E. Nibret,  A. Amor and  A. Munshea  
Open Access
|Feb 2021

Figures & Tables

Fig. 1

Overview of search methods of the articles with inclusion and exclusion criteria.
Overview of search methods of the articles with inclusion and exclusion criteria.

Fig. 2

Front plot of the prevalence of S. stercoralis in Ethiopia using random effect model.
Front plot of the prevalence of S. stercoralis in Ethiopia using random effect model.

Fig. 3

Detection of the bias of the studies conducted using publication bias model.
Detection of the bias of the studies conducted using publication bias model.

Fig 4

Frost plot of the prevalence of S. stercoralis across regions using random effect model.
Frost plot of the prevalence of S. stercoralis across regions using random effect model.

Fig 5

Frost plot of S. stercoralis prevalence across different diagnostic methods using random effect model.
Frost plot of S. stercoralis prevalence across different diagnostic methods using random effect model.

j_helm-2021-0010_tab_001

NoFirst AuthorsYear of PubRegionParticipant historySample sizeNo SS casesPrevalence (95%CI)Diagnostic method
1Hailu T2020AmharaSch84412715.05 [12.74-17.68]FECT,STST,BCT,APC
2Aramendia AA2020Amhara>5 years79244155.68 [52.14-59.17]FECT,BCT,PCR
3Getaneh F2020AmharaPatient6723.0 [0.82-10.25DSM, KK
4Kuti KA2020OromiaFH19884.04 [2.06-7.77]DSM, FECT
5Tsegay B2020SNNPRChildren622121.93 [1.11-3.34]DSM,FECT
6Menjetta T2019SNNPRUN/student13,679410.30 [0.22-0.41]DSM
7Gemech A2019SNNPRPrisoner320185.63 [3.59-8.72]DSM, FECT
8Alemu G2019SNNPRSch35171.99 [0.97-0.41]DSM, FECT
9Alemu G2018SNNPRHIV22041.82 [0.71-4.58]DSM, FECT
10Gebretsadik D2018AmharaHIV22310.45 [0.02-2.86]DSM, FECT
11Hailegebriel T2018AmharaSch38251.31 [0.48-3.21FECT
12Teklmariam D2018OromiaSch28041.43 [0.46-3.87]FECT,KK
13Mengist HM2017OromiaPregnant37210.27 [0.01-1.73]DSM,FECT
14Eshetu T2017AmharaHIV22383.59 [1.68-7.21]FECT
15Feleke DG2017TigrayPatient7,663470.61 [0.45-0.82]DSM,FECT
16Alemu M2017TigrayPatient42781.87 [0.87-3.80]DSM,KK
17Hailegebriel T2017AAPatient3514312.25 [9.22-16.09]DSM,FECT, BCT Culture
18Abdi M2017AmharaSch40830.74 [0.25-2.15]FECT
19Derso A2016AmharaPregnant34861.72 [0.79-3.70]FECT
20Amor A2016AmharaSch3968220.71 [17.01-24.97]FECT,BCT, PCR
21Shimlis T2016SNNPRHIV491224.48 [2.90-6.81]DSM,FECT
22Shiferaw MB2015AmharaPatient46451.08 [0.40-2.65]DSM,FECT
23Aleka Y2015AmharaPatient27710.36 [0.06-2.01]DSM,FECT
24Gedle D2015SNNPRHIV30551.6 4[0.70-3.78]DSM, FECT
25Ramos JM2014SNNPRPatient32,191920.29 [0.24-0.35]DSM
26Mekonnen B2014AASt/dweller355195.35 [3.45-8.20]DSM, FECT, KK
27Mamo H2014AmharaPrisoner23662.54 [1.10-5.71]DSM,FECT
28Eriso F2014SNNPRSch71014220.0 [17.16-23.17]BCT
29Mahmud MA2013TigraySch60050.83 [0.31-2.05]DSM,FECT,KK
30Adamu H2013OromiaHIV37810.26 [0.01-1.69]DSM,FECT
31Bayessa C2013SNNPRPatient6,342731.15 [0.92-1.44]DSM, FECT
32Abera B2013AmharaSch778273.47 [2.40-5.00]FECT, KK
33Zeynudin A2013OromiaHIV9166.59 [3.05-13.64]DSM,FECT
34Abate A2013AmharaPatient41010.24 [0.04-1.36]DSM, FECT
35King JD2013AmharaChildren2,33850.21 [0.09-0.49]FECT
36Fekadu S2013SNNPRHIV343123.50 [2.01-6.02]DSM, FECT
37Teklemariam Z2013HarariHIV371154.04 [2.46-6.56]DSM,FECT
38Wogayehu T2013SNNPRAll age858515.94 [4.55-7.73]DSM,FECT
39Huruy K2011AmharaPatient384123.13 [1.80-5.39]DSM
40Legese L2010TigraySch38610.26 [0.05-1.45]KK
41Nyantekyi LA2010SNNPRChildren28820.69 [0.19-2.49]FECT, KK
42Getaneh A2010SNNPRHIV384277.03 [4.88-10.04]DSM, FECT, BCT
43Belyhun Y2010SNNPRKid+ Mother1,813392.15 [1.58-2.93]FECT

Total 78,9591,4371.82 [1.73-1.92]

The prevalence of S_ stercoralis using different diagnostic methods in Ethiopia between 2010 – 2020_

Diagnostic methodsNo of studies [N]Total examined [N]S. stercoralis Positive [N]Pooled prevalence (95%CI)
DSM346,2541450.31 [0.26 – 0.36]
KK138610.26 [0.05 – 1.45]
FECT65,512661.20 [0.94 – 1.53]
BCT171014220.0 [17.16 – 23.17]1
DSM+KK2494102.02 [1.10 – 3.68]
DSM+FECT2020,5352961.44 [1.28 – 1.61]
FECT+KK31,346332.45 [1.72 – 3.46]
DSM+FECT+KK2955242.51 [1.65 – 3.77]
DSM+FECT+BCT1384277.03 [4.88 – 10.04]
FECT+BCT+PCR21,18852344.02 [41.18 – 46.90]
DSM+FECT+BCT+CULTURE13514312.25 [9.22 – 16.09]
FECT+STST+BCT+CULTURE184412715.05 [12.74 – 17.68]

TOTAL4378,9591,437

The prevalence of S_ stercoralis in different regions of Ethiopia between 2010 – 2020_

Name of the regionNumber of studies [N]Total examined [N]SS Positive [N]Pooled prevalence (95%CI)
Addis Ababa City2706628.78 [6.85 – 11.17]
Amhara168,5707328.54 [7.96 – 9.16]
Harari1371154.04 [2.36 – 6.72]
Oromia51319201.52 [0.96 – 2.38]
SNNPR1558,9175470.93 [0.85 – 1.01]
Tigray49,076610.67 [0.52 – 0.86]

Total4378,9591,4371.82 [1.73 – 1.92]
DOI: https://doi.org/10.2478/helm-2021-0010 | Journal eISSN: 1336-9083 | Journal ISSN: 0440-6605
Language: English
Page range: 17 - 27
Submitted on: Apr 28, 2020
|
Accepted on: Aug 12, 2020
|
Published on: Feb 10, 2021
In partnership with: Paradigm Publishing Services
Publication frequency: 4 issues per year

© 2021 T. Hailu, E. Nibret, A. Amor, A. Munshea, published by Slovak Academy of Sciences, Institute of Parasitology
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.