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Showing 2 results for Visceral Leishmaniasis

V Torabi, M Mohebali, Ghh Edrissian, H Keshavarz, M Mohajeri, M Hajjaran, B Akhoundi, Aa Sanati, Z Zarei, A Delshad,
Volume 4, Issue 3 (3-2009)
Abstract

Background & Objectives: This study aimed to determine of the seroprevalence of visceral leishmaniasis to design a prevention and control program in Bojnoord district.
Methods: This was a descriptive and cross sectional study with multistage random sampling method. The study was carried out on children up to 12 years old and 10% of adult’s population in 8 rural areas of Bojnoord district in 2007. In total, 1608 blood samples were collected to detect anti-Leishmania antibodies. All the samples were tested by direct agglutination test (DAT). In order to determine Leishmania species, necropsy was performed on four suspected dogs in the studied areas. The species of Leishmania was determined by RAPD-PCR and PCR-RFLP methods using to amplify the ribosomal internal transcribed spacer 1 (ITS1).
Results: Thirty and eight (2.36%) out of 1608 collected blood samples had anti-Leishmania antibodies at titer 1:800 and nine (0.56%) were just positive at 1:3200 by DAT. There was no statistically significant difference between female and male seroprevalence (p<0/05). The seoprevalence in children <=12 years old compared to individuals greater than 12 years old did not show any statistically significant (p<0/05). Amastigotes were observed in all 4 necropsied dogs. The species of Leishmania isolated from 2 dogs, was determined as L.Infantum. Their ITS1 sequences were registered with Accession numbers EU810776 and EU810777 in NCBI.
Conclusions: These findings showed that visceral leishmaniasis has been circulated with low endemicity in Bojnoord district. Therefore an appropriate monitoring system is needed for health services in this area.
F Heydarpour, A Akbari Sari, M Mohebali, S Bokaie,
Volume 13, Issue 1 (6-2017)
Abstract

Background and Objectives: Leishmaniasis encompasses a wide range of clinical complaints from skin injury to fatal visceral infections. Detailed information about the economic burden of the disease can help health care decision makers to estimate the magnitude of the problem, economic advantages obtained from the prevention of this disease, resource allocation, and disease management. The study was conducted to determine the economic burden of leishmaniasis in humans and animals in Iran in 2013.

Methods: The cost unit was determined through public service tariffs determined by the Ministry of Health and Medical Education and interviews with experts, and service costs were calculated by multiplying the cost unit for one person by all infected cases. The course of the disease and the services provided to patients were obtained from the review of the literature and records and interview with experts.

Results: The economic burden of leishmaniasis was estimated more than IRR 213 billion ($6,700,000). Moreover, 39%, 27%, 18%, and 16% of the costs were related to indirect costs, direct medical costs, indirect medical costs, and dogs, respectively. The average direct medical cost of cutaneous and visceral leishmaniasis was IRR 3381186 ($106) and IRR 9392832 ($295) per person, respectively.

Conclusion: The economic burden  of leishmaniasis compared to some diseases such as hydatid cyst showed a smaller number( 232.3 million$). It is recommended that IIranian health politicians consider the economic burden of other diseases.



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