DEMAM CHIKUNGUNYA PDF

Background: Explosive re-emergence of chikungunya fever has been started since and affected millions people in worldwide i. On January , 59 new cases of chikungunya fever was reported by the Kota Yogyakarta health office meanwhile the province laboratory had no capability to perform laboratory examination to confirm the diagnosis. Control measures were already taken, but it seemed not effective, cases were spread and increased progressively by weeks and non-vector born disease which has similar sign and symptoms was thought to be the cause. Based on the same vector with dengue hemorrhagic fever transmission, an ecological approach using GIS was taken to compare the spatial-temporal pattern between chikungunya and DHF. Objective: The objective of this study was to compare the spatial-temporal pattern between chikungunya fever outbreak and dengue hemorrhagic fever incidence.

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Background: Explosive re-emergence of chikungunya fever has been started since and affected millions people in worldwide i. On January , 59 new cases of chikungunya fever was reported by the Kota Yogyakarta health office meanwhile the province laboratory had no capability to perform laboratory examination to confirm the diagnosis. Control measures were already taken, but it seemed not effective, cases were spread and increased progressively by weeks and non-vector born disease which has similar sign and symptoms was thought to be the cause.

Based on the same vector with dengue hemorrhagic fever transmission, an ecological approach using GIS was taken to compare the spatial-temporal pattern between chikungunya and DHF. Objective: The objective of this study was to compare the spatial-temporal pattern between chikungunya fever outbreak and dengue hemorrhagic fever incidence. Method: This study was use ecological study approach which uses integrated GIS, remote sensing and statistic technique.

We collected total of chikungunya and dengue cases in ten months November — August and secondary data on environmental variable includes population density, vegetation density, building density, land use, larvae index and climate.

Location of cases was obtained using GPS. Epidemic curve were plotted to identify the disease trend. Space time permutation was used to identify disease clustering.

Result: Temporal trend analysis show similarity pattern between chikungunya and DHF, increasing trend was found few weeks following heavy rain. There were positive correlations between diseases and population density, building density. Chikungunya and DHF cases were tended to occur in residential land use which close to the commercial land use.

Spatial-temporal clustering was observed on both diseases demonstrating variation in local infection pattern. There was similarity on disease cluster occurrence between chikungunya and DHF. Conclusion: We show spatial-temporal pattern similarity between chikungunya outbreak and dengue hemorrhagic incidence, nevertheless laboratory confirmation is important and should be provided.

This study provides useful information for urban public health management. Further study is needed to develop model in vector born early warning system using GIS and remote sensing.

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Email the author Login required. Save to Mendeley. Save to Zotero. There was similarity on disease cluster occurrence between chikungunya and DHF Conclusion: We show spatial-temporal pattern similarity between chikungunya outbreak and dengue hemorrhagic incidence, nevertheless laboratory confirmation is important and should be provided.

Keywords: dengue, chikungunya, GIS, spatial-temporal pattern, environmental epidemiology. Article Metrics Abstract views : views : Remember me.

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Chikungunya

Chikungunya ialah sejenis penyakit yang diakibatkan oleh alfavirus bawaan gigitan nyamuk Aedes aegypti. Penyelidikan terkini oleh Institut Pasteur di Paris menuntut bahawa virus ini telah mengalami mutasi yang membolehkannya untuk direbak oleh nyamuk Aedes Albopictus bahasa Inggeris : Tiger mosquito. Ini adalah punca wabak di Lautan Hindi dan ancaman di pantai Mediterranean pada masa ini. Chikungunya pertama kali dikesan melalui ujian darah di Tanzania pada tahun

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DOI Download full text Bahasa Indonesia, 10 pages. On January , 59 new cases of chikungunya fever was reported by the Kota Yogyakarta health office meanwhile the province laboratory had no capability to perform laboratory examination to confirm the diagnosis. Control measures were already taken, but it seemed not effective, cases were spread and increased progressively by weeks and non-vector born disease which has similar sign and symptoms was thought to be the cause.

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