Analisis Kepadatan Jentik Nyamuk Aedes Sp Di  Kelurahan Kandang Kota Bengkulu

Widada, Agus; PUTRI, VICKY HERLY EKA; Sari, Aplina Kartika

doi:10.37676/jnph.v9i1.1426

Cited by 2 publications

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“…Table 6 revealed that regarding the flick density index, the highest House Index (HI) was found in Lima coconut Village by 58.33%, the highest Container index (CI) was found in TDM Village by 44.03% and the highest Breteau Index (BI) was found in TDM Village by 218.75%. The study findings are not in line with the stusy conducted by Widada, et al, (2021) in Bengkulu City, which found that the density of mosquito larvae had an HI value of 90.6%, a CI value of 70.98% and a BI value of 78.23% or cosideres as high density (Widada, Putri, & Sari, 2021). The study findings are similar to a study conducted in several locations such as by Zen & Rahmawati (2015) which found the density of larvae measured through parameters of HI = 27%, CI = 13.2%, BI = 33% (Zen & Rahmawati, 2015).…”

Section: Resultscontrasting

confidence: 88%

Dengue Control Model, Abate Sowing and Larvitrap Installation in Dengue Endemic Areas of Kupang City

Kristina¹,

Theodolfi²,

Sila³

2022

j. info kesehat.

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The bite of the Aedes sp mosquito causes nearly 0 million people to be infected with the dengue virus annually, one of areas declared as an endemic area is East Nusa Tenggara Province. 5669 cases and 58 deaths due to dengue hemorrhagic fever (DHF) were found in East Nusa Tenggara Province in 2020 (CFR 1.02%). Highly influential external factors include the availability of clean water, the crisis of drinking water and clean water, and poor condition of water container that do not meet the requirements. This study aims to manage Larvitrap installation movement and abatezation of the water containers in the community/households in Kupang City. This was a observational study with survey design regarding the installation of Larvitrap tool. The density of mosquito larvae was measured based on the House Index (HI), Container Index (CI), and Breteau index (BI). 383 families were involved as the study samples who were selected using the accidental sampling technique. The results showed that there were 866 units of water resevoir (47.8%). Fatululi Village had the highest percentage of indoor water container by 15.7% (140 units), and Oesapa Village had the highest percentage of outdoor water container by 15.5% (143 units). The highest percentage of positive indoor water container was found in TDM and Kelapa Lima by 30.4%, while the highest percentage of positive outdoor water container was found in TDM village by 48.4%. Aedes aegypti larvae and Aedes albopictus larvae were identified in the indoor and outdoor water containers in TDM Village, while that were only aedes aegypti larvae found in six other villages. The positive larvitrap larvae found in Oebufu Village was 15%, 10% was found in Oesapa Village, while there were no larvae found in 5 other villages. The flick density index obtained the highest House Index (HI) in Kelapa Lima village by 58.33%, the highest Container Index (CI) was found in TDM village by 44.03% and the highest Breteau Index (BI) was found in TDM village by 218.75%. It can be concluded that it is necessary to conduct education on mosquito larvae control that involves active community participation and supervision towards weekly draining of community water containers. In addition, abate sprinkling and dengue vector control activities should be carried out simultaneously throughout Kupang City at the beginning of the rainy season, at the peak of case incidence and at the end of the rainy season.

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Section: Resultscontrasting

confidence: 88%

Dengue Control Model, Abate Sowing and Larvitrap Installation in Dengue Endemic Areas of Kupang City

Kristina¹,

Theodolfi²,

Sila³

2022

j. info kesehat.

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“…aegypti larval density in the Kenali Asam Bawah Sub-district found a Density Figure of 5.3 with an HI value of 30%, CI 19.5%, and BI 74%, categorizing the area as red and requiring immediate control (Lesmana & Halim, 2020). Another study in the Kandang Sub-district of Bengkulu City found an HI of 90.6%, CI 70.98%, and BI 78.23% (Widada et al, 2021). The impact of participatory model development on larval control resulted in a significant increase after the development of participatory counseling models.…”

Section: Introductionmentioning

confidence: 99%

Analysis of Aedes Aegypti Larval Density on The Potential Transmission of Dengue Fever

Nuraeni

2024

Eduvest

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Dengue hemorrhagic fever (DHF) is caused by the dengue virus transmitted through the Aedes aegypti mosquito. DHF remains a health problem in Indonesia. Based on data from the Ministry of Health, there were 184 cases of the disease in 2022, an increase of 94.8% compared to 2021, which had 73,518 cases. According to the Central Statistics Agency of South Sumatra Province, the number of DHF cases in South Sumatra was 2,854 cases, with the highest number in the city of Palembang at 908 cases. This condition requires serious attention. The aim of this study is to analyze the potential transmission of DHF based on entomological evidence in the Sukarami district of Palembang. The method used in the research is a cross-sectional study conducted in December 2023, involving 92 households in the Sukarami sub-district, with a total of 552 containers. The survey results of larval identification under a microscope showed a Larval Free Index of 45.7%, a Container Index of Aedes aegypti larvae of 56.0%, a house index of 73.9%, and a Breteau index of 152.2%. The results of entomological indices indicate a high density of DHF vector mosquitoes Aedes aegypti, which means that this area has a high risk of DHF transmission, thus requiring the control of Aedes aegypti larvae and the eradication of DHF. breeding sites for the vector.

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Analisis Kepadatan Jentik Nyamuk Aedes Sp Di Kelurahan Kandang Kota Bengkulu

Cited by 2 publications

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Dengue Control Model, Abate Sowing and Larvitrap Installation in Dengue Endemic Areas of Kupang City

Dengue Control Model, Abate Sowing and Larvitrap Installation in Dengue Endemic Areas of Kupang City

Analysis of Aedes Aegypti Larval Density on The Potential Transmission of Dengue Fever

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