A Comparison between Urine Analysis, Ultrasound and Cystoscopy in Detecting Urinary Schistosomiasis and its Manifestations
Keywords:
urinary schistosomiasis, haematuria, cystoscopy
Abstract
Urinary schistosomiasis affects 200 million people worldwide it is a major source of morbidity and mortality in developing countries. Objectives: To compare the effectiveness of three diagnostic methods (urinalysis, ultrasound and cystoscopy) in evaluating the presence of S. haematobium infection. Material and Methods: This is a prospective crosssectional hospital based study conducted in three specialized urology centres in Khartoum, Sudan, in the period between Oct 2012-Sep 2012. It included all patients presenting to the outpatient clinics with different urinary tract symptoms and diagnosed as urinary schistosomiasis. Results: Dipstick tests showed haematuria (61.8%), while microscopy showed ova in only (3.1%) of patients. The majority of patients had no pathology on U/S exam (68%), minor pathology in (1%) and severe pathology in (31%) of patients.The most common ultrasound finding was increased bladder wall thickness (27.5%) followed by bladder masses (14.5%). Cystoscopy diagnosed the disease in all presenting patients; the most common cystoscopic findings were sandy patches (89.3%), followed by granuloma (23.7%). Conclusion: In this study cystoscopy was the most reliable investigation for diagnosing urinary schistosomiasis. Dipstick tests came second followed by ultrasonography, while urine for schistosomal ova was the least diagnostic test.
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References
L Iarotski, A Davis (1981) The schistosomiasis problem in the world: results of a WHO questionnaire survey. 59, 115-127.
H Abedaziz M Ahmed, Fathi A Mansour, I Gasim, Ishag Gasim, Adam (2012) Schistosomahaematobium infections among schoolchildren in central Sudan one year after treatment with praziquantel. 5, 108.
A Ahmed, A Afifi, I Adam (2009) High prevalence of Schistosomahaematobium infection in Gereida Camp, in southern Darfur, Sudan. 103, 741-743.
Kebede Deribe, Abdeljbar Eldaw, Samir Hadziabduli, Emmanuel Kailie, Mohamed Omer, Alam Mohammed, Tanole Jamshed, Elmonshawe Mohammed, Ali Mergani, Gafar Ali, Khalid Babikir, Abdulrahman Adem, Farouq Hashim (2011) High prevalence of urinary schistosomiasis in two communities in South Darfur: implication for interventions. 4(1), 14.
(1985) Blue Nile Health Project Editorial. 326, 1166-1167.
Hassan Bella, T De C. Marshall, Ahs Omer, J Vaughan (1980) Migrant workers and schistosomiasis in the Gezira, Sudan. 74(1), 36-39.
A El-Gaddal (1985) The Blue Nile Health Project - Objectives, Methods, and Budget. 88, 101-106.
Allen Cheever, Robert Kuntz, Jerry Moore, Tao-Cheng Huang (1988) Pathology of Schistosoma haematobium infection in the capuchin monkey (Cebus apella). 82(1), 107-111.
A Ross, A Bartley, Sleigh (2002) Unknown Title. 346, 1212-1220.
Corachan (2002) Schistosomiasis and international travel. 35, 446-450.
Dov Boros, Kenneth Warren (1970) DELAYED HYPERSENSITIVITY-TYPE GRANULOMA FORMATION AND DERMAL REACTION INDUCED AND ELICITED BY A SOLUBLE FACTOR ISOLATED FROM SCHISTOSOMA MANSONI EGGS. 132(3), 488-507.
B Gryseels (1989) Uncertainties in the epidemiology and control of schistosomiasis. 55(5_Suppl), 103-108.
Karl-Horst Bichler, I, Kurt Naber, Michael Bischop, E Truls, Bjerklund-Johansen, B Henry, C Mete, Magnus Bernhard, L Juan, R Peter, T (2006) EAU Guidelines for the Management of Urogenital Schistosomiasis. 49, 998-1003.
Nazli El Mawla, M El Bolkainy, H Khaled (2001) Bladder cancer in Africa: Update. 28(2), 174-178.
S Fadl-Elmula, M Kytola, Leithy (2002) Chromosomal aberrations in benign and malignant bilharzia-associated bladder lesions analyzed by comparative genomic hybridization. 2, 5.
A Mahmoud (1987) Praziquantel for the treatment of helminthic infections. 32, 193-206.
M Mafe, T Von Stamm, J Utzinger, E N'goran (2000) Control of urinary schistosomiasis: an investigation into the effective use of questionnaires to identify high‐risk communities and individuals in Niger State, Nigeria. 5(1), 53-63.
C Hatz, C Mayombana, D De Savigny, C Macpherson, J Koella, A Degrémont, M Tanner (1990) Ultrasound scanning for detecting morbidity due to Schistosoma haematobium and its resolution following treatment with different doses of praziquantel. 84(1), 84-88.
A Degremont, E Burnier, R Meudt, A Burki, W Schweizer, M Tanner (1985) VALUE OF ULTRASONOGRAPHY IN INVESTIGATING MORBIDITY DUE TO SCHISTOSOMA HAEMATOBIUM INFECTION. 325(8430), 662-665.
E Mohammed, M Eltayeb, H Ibrahim (2006) Haematological and biochemical morbidity of Schistosomahaematobium in school children in Sudan. 6, 59-64.
Rashad Barsouma, G, Tamer El-Bazb (2013) Human schistosomiasis: Clinical perspective.
Krishna Patil, Ahmed Ibrahim, Sugandh Shetty, Mohamed El Tahir, Nagalingam Anandan (1992) Specific investigations in chronic urinary bilharziasis. 40(2), 117-119.
Ekram Abdel-Salam, Ahmed Ehsan (1978) Cystoscopic Picture of Schistosoma Haematobium in Egyptian Children Correlated to Intensity of Infection and Morbidity. 27(4), 774-778.
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2014-01-18
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