Canadian Journal of Zoology · 1962 · 50 citations · 6 references
Life SciencesEntomologyZoologyBiological ControlInsect PathologyParasitologyHost-nematode InteractionsMosquito BiologyNematode BiologyNematode InfectionParasitoid BiologyParasitoid EcologyEmergenceEncapsulationMosquito ParasitismNematode Host-parasite InteractionsNematode ParasitismParasite EncapsulationParasitic Nematode ControlParasitic Nematodes
In laboratory tests the nematode, DD136, was quickly encapsulated after it penetrated the gut wall and invaded the prothoracic body cavity of larvae of Aedes aegypti (L.). When few nematodes were present, most became encapsulated, but when many were present, few were encapsulated. Similar encapsulation of the nematode occurred in tests of local Aedes spp. An undetermined diplogasterid nematode was found to be naturally encapsulated by A. stimulans (Walker). Encapsulation usually does not postpone host death from the pathogenic bacteria transported by the nematode. Larvae that survive and contain capsules take longer to become adults, and often die at pupation or adult emergence. Host reaction inactivates the nematode but the nematode and its bacteria have potential use as a biological control agent.
6
V. B. Wigglesworth · Annual Review of Entomology · 1959 · 107 citations
S. R. Dutky · Advances in applied microbiology · 1959 · 77 citations
ENCAPSULATION OF RHABDITOID NEMATODES IN MOSQUITOES
Joan F. Bronskill · Canadian Journal of Zoology · 1962 · 52 citations
Life Sciences, Biology, Entomology +15
Chitinisation of Parasites in Mosquitos
S. L. Brúg · Bulletin of Entomological Research · 1932 · 25 citations