Claim Missing Document
Check
Articles

Found 1 Documents
Search
Journal : Andalasian International Journal of Entomology

The Polymorphism of Voltage-Gated Sodium Channel Gene in Culex Mosquitoes in Banyuwangi District, Indonesia Yasmin Azzahra Arifin; Hanifah Dzakiyah; Catherine Canina Charunita; Sakura Alya Ashari; Winna Putri Veliarta; Muhammad Akbar Panjinegara; Francesca Giovanetti; Carlo Montagna; Wojciech Jankowski; Muhammad Fathoni; Binarri Augustya; Lynda Rossyanti; Suhintam Pusarawati; Basuki, Sukmawati
Andalasian International Journal of Entomology Vol. 2 No. 2 (2024)
Publisher : Universitas Andalas

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.25077/aijent.2.2.106-113.2024

Abstract

Culex mosquito is able to act as transmission vector of filariasis and Japanese encephalitis. Both diseases occur in Indonesia and filariasis exists in Banyuwangi district. The Voltage-Gated Sodium Channel (VGSC) gene mutations are related to pyrethroid insecticide resistance, especially L1014F/S mutations have not yet been fully studied in Indonesia. This study aimed to investigate the polymorphism of VGSC gene mutation in Culex mosquitoes in Banyuwangi District of East Java Province, Indonesia. Culex mosquitoes were collected using mosquito trap in a two-day collection from Banyuwangi Sub-district and two sub-villages in Cluring Sub-district of Banyuwangi District in August 2023. Culex mosquitoes were identified by morphological examination and Culex DNA was extracted by Chelex100 from each Culex mosquito. The polymorphism of VGSC gene mutations of L1014F/S were determined by Allele Specific-Polymerase Chain Reaction (AS-PCR). A total of 62 Culex mosquitoes were analyzed. The wild type Culex mosquitoes were found predominant (77%, 48/62). Two types of homozygous mutations were identified as 1014F and 1014 S (16%, 10/62 and 2%, 1/62, respectively). The heterozygous mutation was only 1014F/S type with frequency of 5% (3/62). The predominance of wild type Culex mosquitoes indicated that Culex population in the study areas is still susceptible to pyrethroid insecticide. However, the mutant types of Culex are already occurred, so insecticide resistance among Culex mosquitoes is required to be regular monitoring.
Co-Authors Achmad Ardianto Ali, Nadya Jasmine Alpha Fardah Athiyyah Andini, Dwi Arnoldina Dolfina Dua Weni Athaya Syahira Ramadhani Awwaliyah Azmi Izzati Bagus Dwi Nugraha Binarri Augustya BUDI UTOMO Budiono Budiono Carlo Montagna Catherine Canina Charunita David Nugraha Dewi Setyowati Dewi, Nidiya Aria Dominicus Husada Dwi Susanti Farahannisa, Kintan Adelia Fernanda Irfatul Laily Fitriah Fitriah Fitriah Francesca Giovanetti Frista Amalia Gabriel Pedro Mudjianto Garuda Nusantara Putra Utomo Gery Morsales Munthe Gunadi Ranu, I Gusti Made Reza Hambali, Lenna Hanifah Dzakiyah Haruki Uemura Heny Arwati Indah Setyawati Tantular, Indah Setyawati INDAH TANTULAR Juniastuti Juniastuti KARTIKASARI, DWI PENI M. Yasin Fitri Nugroho Manik R Wahyunitisari Muhammad Akbar Panjinegara Muhammad Fathoni Muhammad Za'im Munif Neilil Muna Mufidana Pasulu, Soraya Salle Puteri, Astrid Aulia Artiono Putri S Wulandari R. Heru Prasetyo Rahmatullah, Ivan Rahmawati, Iqlima RATNA WAHYUNI Rebekah Setiabudi, Rebekah Renaldy, Raden Bagus Yanuar Revaliadiani, Melvi Rohmah, Etik Ainun Sakura Alya Ashari Salma, Zukhaila Sarah Ayu Larasati Sarjana, IWayan Situmorang, Anggia Gracia Marlina SRI HIDAJATI Sriwijayanti Sulistyawati SUBAGYO YOTOPRANOTO Suhintam Pusarawati Sukmawati Basuki Sulistiawati Sulistiawati SUSANTI, DWI Susetiyo, Karindra Amadea Syafira Yasmine Syahbani, Primadita Tantular, Indah Tiffany Konstantin Tiffany Konstantin ukmawati Basuki Winna Putri Veliarta Wojciech Jankowski Yasmin Azzahra Arifin Zukhaila Salma