南拉贾斯坦邦(印度)乌代普尔市城区伊蚊监测,监测潜在健康风险

Arti Prasad, Kaushal Vyas, Jaynesh Dhaked, Abeer Kadri, Kapil Chittara, Khushi Pahadiya, Utsav Jain, Varsha Meena, Nirbhay Singh Chouhan, Ashok Kumar
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摘要

在全球范围内,蚊媒疾病被认为是最大的公共卫生风险。在人类中,登革热感染是由伊蚊传播的最具威胁性的虫媒病毒性疾病之一。这些伊蚊几乎可以在任何气候条件下生存,而且非常坚定。因此,在2023年9月进行了一项昆虫学调查,以估计南拉贾斯坦邦乌代普尔市市区病媒传播疾病(VBDs)的风险,以减少潜在的健康风险并预防病媒传播疾病(VBD)。横断面调查是在室内开始的,收集了Hiran Magri 3区、大学理学院、Ashok Nagar、Madri、Reti Stand、MLSU校园和Gyarawas以及乌代浦尔市约103户房屋的未成熟阶段。蚊幼虫的取样方法主要是用斗、移液器和筛子,取样方法视容器类型而定。对幼虫进行了形态学预测,并测定了幼虫指数。在乌代普尔市区选定地区进行了反复调查,在检查的128个集装箱中,有60个集装箱伊蚊幼虫呈阳性。丢弃的水槽、温热盒和一次性塑料杯最有利于繁殖,而冷却器最不有利。根据世界卫生组织(2003年)制定的准则,发现每个选定地区的所有昆虫学指数都高于临界水平;2011)。幼虫指数分别为House指数(HI)、Container指数(CI)和Breteau指数(BI),分别为17.48%、46.88%和58.25%。未成熟蚊中埃及伊蚊占80%,白纹伊蚊占20%。为控制这些蚊子(伊蚊),建议对研究区域进行谨慎和持续的监测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Surveillance of Aedes mosquitoes in urban region of Udaipur district of South Rajasthan (India) to monitor potential health risk
Globally, the mosquito borne diseases are considered as the highest public health risk. In humans, dengue fever infection is one of the most threatening arboviral disease transmitted by the Aedes mosquito. These Aedes mosquitoes can survive almost any climatic conditions and are extremely determined. As a result, in September, 2023 an entomological survey has been undertaken to estimate the risk of vectors of vector borne diseases (VBDs) in Urban Region of Udaipur city of South Rajasthan to diminish potential health risks and prevent from vector borne disease (VBD). The cross-sectional survey was initiated in indoors to collect immature stage in Hiran Magri Sector-3, University College of Science, Ashok Nagar, Madri, Reti Stand, MLSU University Campus and Gyarawas and in around 103 houses of Udaipur city. Sampling of the mosquito larvae was conducted via dipper, pipette, and sieves and it depends on the container types. Morphologically the larvae were predicted and larval indices were also measured. Repeated surveys were undertaken in selected areas of Udaipur Urban. 60 containers were positive for Aedes mosquito larvae out of 128 inspected containers. Discarded Sinks, Thermocol Boxes and Disposable Plastic Cups most favorable for breeding whereas coolers were least favorable. Every entomological indices were found to be higher than the critical level for every selected areas according to guidelines given by World Health Organization, (2003; 2011). The larval indices that are House Index (HI), Container Index (CI) and Breteau Index (BI) were found 17.48, 46.88 and 58.25 percent respectively. (80%) Aedes aegypti and (20%) Aedes albopictus were identified from collected immature stages. To control these mosquitoes (Aedes), a cautious and constant surveillance of the study areas is recommended.
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