Process and equipment for the larva of the mosquito of the dengue extermu00ecnio

• 1. 一种基于蚊子幼虫循环生产鱼饵的鱼箱设备 [P] . 中国专利： CN112119962A . 2020-12-25
• 2. 一种用于黑水虻幼虫的叠层式养殖工艺与设备 [P] . 中国专利： CN108990912A . 2018-12-14
• 3. Process and equipment to capture and extermu00ecnio the Aedes aegypti mosquito, among others, and its larva [P] . BRMU8600085U . 2007-09-18

  机译： 捕获和传播埃及伊蚊及其幼虫的过程和设备

• 4. waterborne dengue mosquito larvae detection equipment [P] . BRPI1106433A2 . 2015-09-08

  机译： 水性登革热蚊虫幼虫检测设备

• 5. The equipment of buckling with flame autocontrolu00e1vel to combat the vector of dengue fever, a mosquito "Aedes aegypti [P] . BR0015552A . 2002-08-13

  机译： 与火焰自动控制相结合的抗击登革热媒介的设备，一种蚊子“埃及伊蚊”

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• 2. Efficacies of four plant essential oils as larvicide, pupicide and oviposition deterrent agents against dengue fever mosquito, Aedes aegypti Linn.(Diptera: Culicidae) [J] . Aksorn Chantawee, Mayura Soonwera 亚太热带生物医学杂志：英文版 . 2018,第004期
• 3. Susceptibility of Aedes flavopictus miyarai and Aedes galloisi mosquito species in Japan to dengue type 2 virus [J] . Raweewan Srisawat, Ikuo Takashima, Tomohiko Takasaki, 亚太热带生物医学杂志（英文版） . 2016,第005期
• 4. Susceptibility of Aedes flavopictus miyarai and Aedes galloisi mosquito species in Japan to dengue type 2 virus [J] . Raweewan Srisawat, Thipruethai Phanitchat, Narumon Komalamisra, 亚太热带生物医学杂志：英文版 . 2016,第005期
• 5. The Impacts of Mosquito Density and Meteorological Factors on Dengue Fever Epidemics in Guangzhou, China, 2006-2014:a Time-series Analysis [J] . SHEN Ji Chuan, LUO Lei, LI Li, 生物医学与环境科学（英文版） . 2015,第005期
• 6. Temporal Correlations Between Mosquito-Based Dengue Virus Surveillance Measures or Indoor Mosquito Abundance and Dengue Case Numbers in Merida City, Mexico [J] . Eisen Lars, Garcia-Rejon Julian E., Gomez-Carro Salvador, Journal of Medical Entomology . 2014,第4期
• 7. Mosquito repellent from Thai essential oils against dengue fever mosquito (Aedes aegypti (L.)) and filarial mosquito vector (Culex quinquefasciatus (Say)) [J] . Mayura Soonwera, Siriporn Phasomkusolsil African Journal of Microbiology Research . 2014,第17期
• 8. Identification of Mosquito Larva in Water Containers in Line with the Knowledge, Attitude and Practice of Cleaning Service in Relation to Mosquito Breeding at Pascasarjana Unsri [J] . Ahmad Ghiffari, Mukhlasinia Aprilita, Chairil Anwar, E3S Web of Conferences . 2018,第2期
• 9. Drones vs Dengue: A Drone-Based Mosquito Control System for Preventing Dengue [C] . Akarshani Amarasinghe, Viraj B. Wijesuriya RIVF International Conference on Computing and Communication Technologies . 2020
• 10. Establishment of Novel Wolbachia Symbiosis and Characterization of Sex Determination Genes in Dengue Mosquito Vectors [D] . Liang, Xiao. 2020
• 11. Temporal Correlations Between Mosquito-Based Dengue Virus Surveillance Measures or Indoor Mosquito Abundance and Dengue Case Numbers in Mérida City México [O] . LARS EISEN, JULIÁN E. GARCÍA-REJÓN, SALVADOR GÓMEZ-CARRO, -1
• 12. César Milstein. Sangre sin Coagular. Detectan Insecto que Destruye Larvas del Mosquito del Dengue. La Desnutrición a Edades Tempranas Favorecería las Adicciones. Estudio para Mitigar Desbordes del Salado. [O] . Revista ConCiencia 2008

• 1. 济南市白纹伊蚊幼虫密度与登革热风险评估的探讨 [C] . WANG Dong ,王东 ,WANG Yong-ming . 2016全国卫生杀虫药械学术交流会 . 2016
• 2. 一个带有阶段结构蚊子种群的登革热传播动力学模型 [A] . 方金萍 . 2018