The defensive secreation of several species of chrosomelid larvae and adults have been analyzed. Salicyaldehyde and some already known methylcyclopentanoid monoterpenes have been identified in the larvae. In the adults of the tribe Phaedonini, two isoxazolin-5-one derivatives (8 and 9) were isolate and their structures determined. The chemical defence of chrysomelid beetles is briefly reviewed with emphasis on chemataxonomy and ecological significance. © 1982.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
American Acraeinae butterflies often ingest large amounts of dehydropyrrolizidine alkaloids (PAs) fr...
Plant-feeding insects are spread across the entire plant kingdom. Because they chew externally on le...
Chemical defense in larvae of the plant bug Hotea gambiae has been investigated. Results of analyses...
ABSTRACT. Eggs and neonate larvae of chrysomelid beetles (sub‐tribes Chrysomelina and Phyllodectina)...
Larven der Blattkäfer (Chrysomeliden) schützen sich durch chemische Substanzen vor Fraßfeinden. Spez...
Juveniles of the leaf beetles in subtribe Chrysomelina have efficient defense strategies against pre...
Glandular chemical defence relying on the action of salicylaldehyde is characteristic for Chrysomela...
Glandular chemical defence relying on the action of salicylaldehyde is characteristic for Chrysomela...
Research on the defensive chemistry of insects during the last decade is reviewed, with special emph...
Research on the defensive chemistry of insects during the last decade is reviewed, with special emph...
Chrysomelina larvae possess a sophisticated strategy in terms of chemical defense eminently adapted ...
Larvae of the chrysomelid beetles Phaedon cochleariae and Gastrophysa viridula use iridoid monoterpe...
The adults of three ground-beetle species were induced to discharge defensive secretions into vials....
Glandular chemical defense of Chrysomelina larvae is either, not (iridoids), in part, or completely ...
Larvae of a number of chrysomelid leaf beetles sequester phenol glucosides such as salicin from thei...
American Acraeinae butterflies often ingest large amounts of dehydropyrrolizidine alkaloids (PAs) fr...
Plant-feeding insects are spread across the entire plant kingdom. Because they chew externally on le...
Chemical defense in larvae of the plant bug Hotea gambiae has been investigated. Results of analyses...
ABSTRACT. Eggs and neonate larvae of chrysomelid beetles (sub‐tribes Chrysomelina and Phyllodectina)...
Larven der Blattkäfer (Chrysomeliden) schützen sich durch chemische Substanzen vor Fraßfeinden. Spez...
Juveniles of the leaf beetles in subtribe Chrysomelina have efficient defense strategies against pre...
Glandular chemical defence relying on the action of salicylaldehyde is characteristic for Chrysomela...
Glandular chemical defence relying on the action of salicylaldehyde is characteristic for Chrysomela...
Research on the defensive chemistry of insects during the last decade is reviewed, with special emph...
Research on the defensive chemistry of insects during the last decade is reviewed, with special emph...
Chrysomelina larvae possess a sophisticated strategy in terms of chemical defense eminently adapted ...
Larvae of the chrysomelid beetles Phaedon cochleariae and Gastrophysa viridula use iridoid monoterpe...
The adults of three ground-beetle species were induced to discharge defensive secretions into vials....
Glandular chemical defense of Chrysomelina larvae is either, not (iridoids), in part, or completely ...
Larvae of a number of chrysomelid leaf beetles sequester phenol glucosides such as salicin from thei...
American Acraeinae butterflies often ingest large amounts of dehydropyrrolizidine alkaloids (PAs) fr...
Plant-feeding insects are spread across the entire plant kingdom. Because they chew externally on le...
Chemical defense in larvae of the plant bug Hotea gambiae has been investigated. Results of analyses...