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Model Pengendalian Terpadu Vektor Demam Berdarah Dengue Di Kota Salatiga (Integrated Control Model of Dengue Vector In Salatiga) .-- Jurnal Vektor dan Reservoir Penyakit 5 (1) 2013: 1-6
Salatiga is one district in Central Java with a high level of endemicity of dengue haemorrhagic fever cases. Cases of DHF were likely to fiuc tua te andrise. Case Fatality Rate(CRF) in 2008 amounted to 1,39% in 72cases, in 2009 with 109 cases qlCFR 0.92% and in 2010 there were 155 cases o{O% CFR. Mosquito nest eradication (PSN) as a strategic activity has not been optimally implemented. Alternative DBD vector control in this study using a combination of chemical control method (using insecticide sipermethrin plus ethyl cellulose curtains) and biologlcal control method using predator larvae Mesocyclops aspericornis. The choice ofcontrol method based on Based on mosquito habit of biting people (antropophylic) in the house and res ting in dark places (phototropy negative), humidity, susceptibility to sipermethrin insecticide and the predacy of Mesocyclops aspericomis against to Aedes aegypti larvae.
The research objective was to control Ae. aegypti in an integrated method through biological control (M. aspericornis) and Sipermethrin Insecticide treated curtains plus ethyl cellulose aplication. The study design was quasi-experimental pre-posttest group design to a decrease in indicators of entomology and posttest control group design to test the efficacy ofinsecticide-treated curtains sipermethrin plus ethyl cellulose against dengue vector: Results showed a significant decrease in free larva index (ABJ) of 96,27% from 85.05%, ovitrap indexfrom 14.49% down to 8,88% and the killing power ofinsecticide-treated curtains sipermethrinplus ethyl cellulose against Ae. aegypti 82.93% at week 15 (3 months).
Keywords: DHF; free larvae index, M. aspericomis and Sipermethrin Insecticide treated curtains plus ethyl cellulose
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