Wing lengths among <i>Asaia</i> spp. treatments and control in <i>Culex pipiens pipiens</i> males (A) and females (B) reared in a group-rearing setting.

Wing lengths among <i>Asaia</i> spp. treatments and control in <i>Culex pipiens pipiens</i> males (A) and females (B) reared in a group-rearing setting.

<p>Wing length reported in millimeters. Asterisks (*) indicate significant differences (*** = p < 0.001).</p>

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Bibliographic Details
Main Author:	Alessandro Roman (22103705) (author)
Other Authors:	Charlotte Linthout (15861773) (author), Ben Raymond (248539) (author), Constantianus J. M. Koenraadt (8703474) (author)
Published:	2025
Subjects:	Microbiology Evolutionary Biology Ecology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified whether improved performance west nile virus sterile insect technique mosquito population control encountering operational challenges div >< p carefully evaluating host also investigated whether culex pipiens </ asaia bogorensis ,</ larval stages may besides investigating development asaia krungthepensis </ obtain fit mosquitoes healthy mosquitoes prior improved rearing output spp ., although different mosquito species acetic acid bacteria improving mosquito mass two rearing conditions asaia </ larval development larval stage improving mass improving efficiency development time releasing mosquitoes adult mosquitoes rearing techniques rearing efficiency individual rearing group rearing work shows viral titer vector competence transmit arbovirus transmission rate thus contribute symbiont interactions study reveals results stress remains unclear previous studies permanent member mutualistic effect indirect interactions efficient mass borne viruses alternative approaches
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