Out today- our new temperature effect study on survival and persistence of entomopathogenic nematodes as biocontrol agents against Queensland fruit fly. Great research led by @aryalsitaram48 on 17 Australian EPN isolates exposed to temps from 15 to 30°C
https://t.co/RvVXBO4sty
pls RT - PhD scholarship to work on entomopathogenic nematodes as biocontrol agents against honey bee pests, for keen insect pathologist/entomologist to join our vibrant team investigating insect-microbe interactions. For details & how to apply pls see https://t.co/MtS7CyU7dD
here our new research article about entomopathogenic nematodes (EPNs) as biological control agents of Queensland fruit fly; massive effort led by @aryalsitaram48 on the virulence and other traits of 36 Australian EPN isolates in larvae and pupae of Qfly
https://t.co/VVBzE9Mrc8
here our new paper led by Sitaram Aryal @aryalsitaram48 on the isolation and molecular characterization of 36 new isolates of 5 entomopathogenic nematode species and their bacterial symbionts from eastern Australia @westsyduhie@fruitflyittc@IOBC_Global
https://t.co/e1zkRCjh4b
great work @Sharon_TowettK & team on host-parasitoid-endosymbiont interactions: finding of concealed twisted wing parasitoids in adult fruit flies resolved an enigma about Wolbachia infections in fruit flies @westsyduhie@fruitflyittc @DAFQld @SfAMtweets https://t.co/UROVbk67BQ
here our new paper led by Jen Morrow: the Wolbachia genomes & mitogenomes of the cherry fruit fly, a model for cytoplasmic incompatibility, Wolbachia population dynamics and transfer to new hosts Drosophila, Medfly, olive fly @westsyduhie@fruitflyittc https://t.co/i7RUHaafOI