Soliman Soliman M, Attia Marwa M, Al-Harbi Muhammad S, Saad Ahmed M, El-Saadony Mohamed T, Salem Heba M
Department of Internal Medicine and Infectious Diseases, Faculty of Veterinary Medicine, Cairo University, 12211 Giza, Egypt.
Department of Parasitology, Faculty of Veterinary Medicine, Cairo University, 12211 Giza, Egypt.
Saudi J Biol Sci. 2022 Apr;29(4):2112-2120. doi: 10.1016/j.sjbs.2021.11.050. Epub 2021 Nov 24.
This study aimed to highlight the low host specificity of () that poses a danger in diseases transmission between different animal species as well as, identification of the collected flies using light microscope and molecular characterization of in Egypt. Two hundred and forty flies were collected weekly from different animal species from El-Faiyum, Al Qalyubia and Kafr El-Sheikh Governorates, Egypt at the period from May to September of 2020. Insects were phenotypically and genetically identified then classified into 170 (70.8%) males and 70 (29.2%) females. The highest prevalence of . was noticed from mid-June to the end of August. The sequencing of COI gene of five fly collected from different hosts as (horse, pigeon, cattle, buffalo, and donkey) were submitted to the GenBank under the accession numbers of MZ452239, MZ452240, MZ461943, MZ461944, and MZ461945, respectively. For insect infestation control, fipronil and deltamethrin is monthly sprayed for animals, birds and their circumference give a best result in our control study in the field. Deltamethrin showed a success in the elimination process and control measures of external parasites of pigeon.
本研究旨在强调（）宿主特异性低，这在不同动物物种间疾病传播中构成危险，以及在埃及使用光学显微镜对采集的苍蝇进行鉴定并对其进行分子特征分析。2020年5月至9月期间，每周从埃及法尤姆、盖勒尤卜省和卡夫尔谢赫省的不同动物物种中收集240只苍蝇。对昆虫进行表型和基因鉴定，然后分为170只（70.8%）雄性和70只（29.2%）雌性。在6月中旬至8月底观察到（.）的最高患病率。从不同宿主（马、鸽子、牛、水牛和驴）收集的五只（苍蝇）的COI基因序列分别以登录号MZ452239、MZ452240、MZ461943、MZ461944和MZ461945提交到GenBank。为了控制昆虫侵扰，每月对动物、鸟类及其周围环境喷洒氟虫腈和溴氰菊酯，在我们的田间对照研究中取得了最佳效果。溴氰菊酯在鸽子体外寄生虫的消除过程和控制措施方面取得了成功。
