Prevention of Dengue Hemorrhagic Fever (DHF) Associated with the Aedes aegypti Larvae Presence based on the Type of Water Source

Hidayah, Nurul; Iskandar, Iskandar; Abidin, Zainal

doi:10.11594/jtls.07.02.05

Cited by 12 publications

(11 citation statements)

References 4 publications

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“…10-12, Moreover, Baharuddin and Rahman 22 found that Ae. aegypti larvae were mostly obtained in plastic containers such as plastic barrels and used rubber tires 18 . It suggested that Ae.…”

Section: Resultsmentioning

confidence: 99%

The Longevity of Aedes aegypti Larvae in Several Water Sources in Surabaya

Widiastara

Mudjianto

Rohmah

et al. 2022

IJTID

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Aedes aegypti transmits the dengue virus that causes Dengue Viring the high number of DVI cases is the existing breeding places of Ae. aegypti. The water sources used by the community and the surrounding environment are essential media for living Ae. aegypti larvae. This recent study aimed to detect the longevity of Ae. aegypti larvae in diﬀ erent water sources in Surabaya and the killing eﬀect of temephos. An analytical observational and experimental study was conducted in August-September 2021. Twenty-instar III Ae. aegypti larvae were put in each 100 ml beaker glass containing diﬀ erent water sources, such as rain, well, mineral, new and used bath water, and antiseptic soapy water. Fungi in water sources were examined. Two groups were set with and without temephos, the ﬁnal temephos concentration was of 0.00001 ppm. Live Ae. aegypti larvae, pupae, mosquitoes were observed every 24 hours for seven days without feeding. Living larvae were still found on Day 7 in all water sources with and without temephos. There were more larvae live in soapy water without temephos, particularly on Day 2 to Day 6, compared to other water sources either without or with temephos. In contrast, many larvae died in mineral water with temephos. Some larvae turned into pupae, started on Day 1. Pupae and mosquitoes were mostly found in rain water with temephos. Ae. aegypti larvae survived better in soapy water either with or without temephos. Temephos seemed to be eﬀective to kill Ae. aegypti larvae in mineral water, and might induce larvae in turning to pupae and mosquitoes quickly at low concentration.

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“…10-12, Moreover, Baharuddin and Rahman 22 found that Ae. aegypti larvae were mostly obtained in plastic containers such as plastic barrels and used rubber tires 18 . It suggested that Ae.…”

Section: Resultsmentioning

confidence: 99%

The Longevity of Aedes aegypti Larvae in Several Water Sources in Surabaya

Widiastara

Mudjianto

Rohmah

et al. 2022

IJTID

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“…Bio-physicochemical markers of breeding water were categorized based on previous research. The larvae presence categories were defined as in Hidayah's research [13], that is, as "found" and "not found", or "present" and "absent".…”

Section: Methodsmentioning

confidence: 99%

Bio-physicochemical markers of the Aedes aegypti breeding water in endemic and non-endemic area

Hidayah

Rahmawati

2019

IJPHS

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The survival of Aedes aegypti larvae is inseparable from the adequacy of food, including organic substances available in the breeding water. It is very dependent on the level of water markers such as temperature, salinity, Dissolved Oxygen, and pH. The study used quantitative observational analytic with a case-control study design. Case group has consisted of breeding water in endemic area and control group was in non-endemic area. The sample size was 43 samples for each group, collected by purposive sampling technique. Data were analyzed by Chi-square and Mann-Whitney test. Larvae mostly presence in endemic area (68.3%) and mostly absent in non-endemic area (85.4%) (p-value = 0.002). Temperature in endemic area mostly in 27-30oC (86%) and non-endemic area mostly in <27oC or >30oC (72.1%) (p-value = 0.000). Salinity in endemic and non-endemic areas has no difference (p-value = 0.266). DO in endemic areas were mostly in 5.02-7.82 mg/l (76.7%). While DO in non-endemic area was mostly in <5.02 mg/l or >7.82 mg/l (95.3%) (p-value = 0.001). The pH <6 or >7.8 is mostly in non-endemic areas (87.8%) and pH 6-7.8 is mostly in endemic areas (63.4%) (p-value = 0.000). Bio-physicochemical markers of breeding sites water have differences between endemic and non-endemic area except salinity. The temperature, salinity, DO, and pH affected the presence of larvae and the most affected is DO marker. While the marker that affected the presence of larvae in the non-endemic area is pH.

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“…aegypti dapat ditemukan pada tempat-tempat penyimpanan air di dalam rumah. 7 Adapun Ae. albopictus banyak ditemukan di luar rumah seperti di area pekarangan yang penuh vegetasi yang tidak dikelola dengan baik.…”

Section: Pendahuluanunclassified

The Penggunaan Insektisida Rumah Tangga dan Kerentanan Aedes sp terhadap Permetrin di Kelurahan Sorosutan Kota Yogyakarta

Azka

Astuti

2021

aspirator

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Abstract. The use of household insecticides is an alternative solution to prevent mosquito bites.Most of the household insecticides sold in Indonesia have pyrethroid active ingredients, permethrin,which is available in the aerosol formulation. Inappropriate use of household insecticides can reducemosquito susceptibility. The objectives of this study are to describe the use of household insecticidesand susceptibility of Aedes sp. against permethrin in Sorosutan Yogyakarta. This study used a crosssectionalsurvey design. This study was conducted in December 2018–April 2019 in 354 householdsin Sorosutan which were randomly selected based on proportional sampling. Interviews about thehousehold insecticides were conducted with the owner or resident of the house. The susceptibilitytests used impregnated paper with permethrin 0.75%. The survey results showed that 25.14% ofthe houses use household insecticides. The insecticide used were aerosol, electric mosquito repellents,and mosquito coils containing active ingredients of the pyrethroid group, namely dimefl uthrin,transfl uthrin, prallethrin, cypermethrin, and metofl uthrin. The susceptibility test results showed adecrease in mosquito susceptibility where the population of Aedes sp. in Sorosutan has been resistantagainst permethrin. The continuous use of insecticides with pyrethroid active ingredients can developmosquito resistance against permethrin because all pyrethroids have the same mode of action. Thisstudy concludes that only a small proportion (25,14%) of the households used insecticides with theactive ingredients used mainly in the pyrethroid group (dimefl uthrin, transfl uthrin, prallethrin,cypermethrin, and metofl uthrin) and the population of Aedes sp. in Sorosutan has been resistant topermethrin.

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Prevention of Dengue Hemorrhagic Fever (DHF) Associated with the Aedes aegypti Larvae Presence based on the Type of Water Source

Cited by 12 publications

References 4 publications

The Longevity of Aedes aegypti Larvae in Several Water Sources in Surabaya

The Longevity of Aedes aegypti Larvae in Several Water Sources in Surabaya

Bio-physicochemical markers of the Aedes aegypti breeding water in endemic and non-endemic area

The Penggunaan Insektisida Rumah Tangga dan Kerentanan Aedes sp terhadap Permetrin di Kelurahan Sorosutan Kota Yogyakarta

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