Distinct Navigation Behaviors in Aedes, Anopheles and Culex Mosquito Larvae
April 26, 2020 | Biology
Lab.Equipment has you back when it comes to your daily Biology industry news fix. Check out today's article freshly sourced from and first published on the Journal of Experimental Biology:
Eleanor K. Lutz, Kim T. Ha, and Jeffrey A. Riffell
Mosquitoes spread deadly diseases that impact millions of people every year. Understanding mosquito physiology and behavior is vital for public health and disease prevention. However, many important questions remain unanswered in the field of mosquito neuroethology, particularly in our understanding of the larval stage. In this study, we investigate the innate exploration behavior of six different species of disease vector mosquito larvae. We show that these species exhibit strikingly different movement paths, corresponding to a wide range of exploration behaviors. We also investigated the response of each species to an appetitive food cue, aversive cue or neutral control. In contrast to the large differences in exploration behavior, all species appeared to gather near preferred cues through random aggregation rather than directed navigation, and exhibited slower speeds once encountering food patches. Our results iden... Want to read more? You can read the whole article in the Journal of Experimental Biology Blog.
Working on basic or advanced Biology applications and scouting for quality Biology lab equipment for your workroom? Shop Lab.Equipment’s collection of Bio equipment including:
Explore our inventory of products from well-trusted brands in the industry such as:
Accomplishing veterinary, environmental, food testing applications? Count on Lab.Equipment to help boost your lab productivity and efficiency. Find precise and accurate lab equipment no matter for what application here.