Malaria and dengue vector biology and control in Southeast Asia

Kittayapong, Pattamaporn

doi:10.1007/1-4020-3799-6_10

Cited by 5 publications

(4 citation statements)

References 49 publications

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“…The dengue virus is transmitted to humans by mosquitoes, primarily Aedes aegypti . Southeast Asia has experienced severe dengue epidemics since the 1950s, particularly in urban areas ( Hammon et al 1960 ; Gubler 1998a , b ; Muto 1998 ; Prasittisuk et al 1998 ; Thu et al 2004 ; Kittayapong 2006 ). This great burden of disease in Southeast Asia stems from the invasion and spread of A. aegypti throughout the region that is thought to have occurred following its introduction from Africa by the shipping trade in the late 19th century ( Smith 1956 ; Tabachnick and Powell 1979 ).…”

Section: Introductionmentioning

confidence: 99%

Spatial genetic structure ofAedes aegyptimosquitoes in mainland Southeast Asia

Hlaing

Tun-Lin

Somboon

et al. 2010

Evolutionary Applications

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Aedes aegypti mosquitoes originated in Africa and are thought to have spread recently to Southeast Asia, where they are the major vector of dengue. Thirteen microsatellite loci were used to determine the genetic population structure of A. aegypti at a hierarchy of spatial scales encompassing 36 sites in Myanmar, Cambodia and Thailand, and two sites in Sri Lanka and Nigeria. Low, but significant, genetic structuring was found at all spatial scales (from 5 to >2000 km) and significant FIS values indicated genetic structuring even within 500 m. Spatially dependent genetic-clustering methods revealed that although spatial distance plays a role in shaping larger-scale population structure, it is not the only factor. Genetic heterogeneity in major port cities and genetic similarity of distant locations connected by major roads, suggest that human transportation routes have resulted in passive long-distance migration of A. aegypti. The restricted dispersal on a small spatial scale will make localized control efforts and sterile insect technology effective for dengue control. Conversely, preventing the establishment of insecticide resistance genes or spreading refractory genes in a genetic modification strategy would be challenging. These effects on vector control will depend on the relative strength of the opposing effects of passive dispersal.

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Section: Introductionmentioning

confidence: 99%

Spatial genetic structure ofAedes aegyptimosquitoes in mainland Southeast Asia

Hlaing

Tun-Lin

Somboon

et al. 2010

Evolutionary Applications

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“…Dengue has spread from big cities, where urban areas act as reservoirs of the virus to areas with the scope of the smaller communities. This is shows that mobility contributes the spread of dengue virus [7].…”

Section: Introductionmentioning

confidence: 79%

Water Reservoirs and Behavior to Dengue Fever in Rural Populations in Panongan, Tangerang 2016

Siregar¹,

Djaja²,

Arminsih³

2018

KLS

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Dengue Hemorrhagic Fever (DHF) is one of the main concerns in public health problems within Indonesia and often causes an outbreak of extraordinary events.Conditions of water reservoirs at home is a risk factor that can increase the incidence of dengue fever. This condition is also worsened by a minimal understanding with regards to dengue, seen from a poor environmental conditions so it facilitate the The study was conducted by interviewing the patients in both groups and observing the living environment. The analysis used was chi square. The analysis showed the relationship of water reservoirs and behavior is not significant. Eradication of dengue can be done with community empowerment that leads to positive behavior among others to make the effort of draining, closing, and burrying the water reservoir.

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“…Upaya pengendalian vektor malaria dapat dilakukan pengelolaan lingkungan dengan mengurangi tempat perkembangbiakan larva nyamuk, penggunaan larvasida kimia dan mikroba. Sedangkan untuk menghindari nyamuk vektor dapat menggunakan perlindungan pribadi seperti repellent (penolak nyamuk) (Kittayapong, 2006).…”

Section: Bahan Dan Metodeunclassified

BIONOMIK Anopheles spp SEBAGAI DASAR PENGENDALIAN VEKTOR MALARIA DI KABUPATEN KEBUMEN JAWA TENGAH

Prastowo

Widiarti

Garjito

2018

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Malaria is one of the serious diseases in Indonesia and is the target of Central Java Provincial Government in Malaria Elimination Program. One attempt to eliminated malaria is by knowing the vector bionomics, Anopheles spp as the basis of the policy control. The research was conducted in the location indicated by malaria case in Wagirpandan Village, Rowokele District Kebumen Regency. The study was conducted in two sampling sites, taking samples of adult mosquitoes and larvae. Environmental parameters observed include pH, temperature, rainfall and humidity and vegetation. The results of this study found seven species which were Anopheles aconitus, An. Annularis, Anopheles barbirostris, An. balabacencis, An. kochi, An. maculatus. An. vagus. The peak activity of the blood sucking of Anopheles spp around 08.00-09.00; 10.00-11.00 pm and 04.00 – 05.00 am outside the house and cattle pens. The proportions of parous mosquitoes are caught 42,8% in Cuntelan and 69,49% in Borang. All mosquito except An. Annularis and An. Kochi found were confirmed as malaria vectors.

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Malaria and dengue vector biology and control in Southeast Asia

Cited by 5 publications

References 49 publications

Spatial genetic structure ofAedes aegyptimosquitoes in mainland Southeast Asia

Spatial genetic structure ofAedes aegyptimosquitoes in mainland Southeast Asia

Water Reservoirs and Behavior to Dengue Fever in Rural Populations in Panongan, Tangerang 2016

BIONOMIK Anopheles spp SEBAGAI DASAR PENGENDALIAN VEKTOR MALARIA DI KABUPATEN KEBUMEN JAWA TENGAH

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