Singh Richa, Sanscrainte Neil D, Estep Alden S, González K, Bernal Ximena E
Department of Biological Sciences, Purdue University, West Lafayette, IN, USA.
Fly and Mosquito Research Unit, Center for Medical, Agricultural & Veterinary Entomology, Agricultura Research Service, USDA, Gainesville, FL, USA.
Bio Protoc. 2024 Jun 5;14(11):e4996. doi: 10.21769/BioProtoc.4996.
Many studies on mosquito biology rely on laboratory-reared colonies, emphasizing the need for standardized protocols to investigate critical aspects such as disease biology, mosquito behavior, and vector control methods. While much knowledge is derived from anthropophilic species from genera like , and , there is a growing interest in studying mosquitoes that feed on non-human hosts. This interest stems from the desire to gain a deeper understanding of the evolution of diverse host range use and host specificity. However, there is currently a limited number of comprehensive protocols for studying such species. Considering this gap, we present a protocol for rearing , a mosquito species specialized in feeding on anuran amphibians by eavesdropping on host-emitted sound cues. Additionally, we provide instructions for successfully shipping live specimens to promote research on this species and similar ones. This protocol helps fill the current gap in comprehensive guidelines for rearing and maintaining colonies of anuran host-biting mosquitoes. It serves as a valuable resource for researchers seeking to establish colonies of mosquito species from the Uranotaeniini tribe. Ultimately, this protocol may facilitate research on the evolutionary ecology of Culicidae, as this family has recently been proposed to have originated from a frog-feeding ancestor. Key features • Rearing and maintenance of colonies of non-human host-biting mosquitoes that feed on frogs using host-emitted acoustic cues. • Provides shipping guidelines aimed to enhance the establishment of colonies by new research groups and specimen exchanges between labs.
许多关于蚊子生物学的研究依赖于实验室饲养的群体,这凸显了制定标准化方案以研究诸如疾病生物学、蚊子行为和病媒控制方法等关键方面的必要性。虽然许多知识来源于诸如伊蚊属、库蚊属和按蚊属等嗜人血的物种,但对以非人类宿主为食的蚊子的研究兴趣也在不断增加。这种兴趣源于想要更深入了解不同宿主范围利用和宿主特异性的进化。然而,目前用于研究此类物种的全面方案数量有限。考虑到这一差距,我们提出了一种饲养大劣按蚊的方案,这是一种通过窃听宿主发出的声音线索专门以无尾两栖动物为食的蚊子物种。此外,我们还提供了成功运输活体标本的说明,以促进对该物种及类似物种的研究。该方案有助于填补目前在饲养和维持以无尾宿主为食的蚊子群体的全面指南方面的空白。它为寻求建立来自蓝带蚊族蚊子物种群体的研究人员提供了宝贵资源。最终,该方案可能会促进对蚊科进化生态学的研究,因为最近有人提出这个科起源于以青蛙为食的祖先。关键特征 • 使用宿主发出的声学线索饲养和维持以青蛙为食的非人类宿主叮咬蚊子的群体。 • 提供运输指南,旨在促进新研究团队建立群体以及实验室之间的标本交换。