… a survey of various plants having antifeeding activities against the larvae of the yellow …
of an antifeedant from one of the antifeeding-active plants, Arachniodes standishii (MOORE) …

… antifeedants more research on plant chemistry and insect behaviour is needed. Large scale
application only becomes feasible when a number of biological … larvae, some compounds, in…

… Such pests include numerous phytophagous larvae of the … littoralis larvae was found in
extracts obtained from the stem of V. … that contain numerous biologically active compounds. It will …

… However, capillin, capillarin, methyl eugenol and ar-curcumene ( Figure 8 ) isolated from
Artemisia capillaris have a promise as antifeedant compounds against cabbage butterfly larvae…

… Table III were assigned by comparison with those of I, V, and … for 3h, none of the three
compounds, I, V], and VII (described … , we noticed that heating of V in the presence of ferric chloride …

… helenalin were toxic to larvae and caused developmental … antifeedants, insecticides and
insect hormones. However, the investigations in this field are fragmentary and many compounds …

… Previously we isolated three antifeedants (1, 2 and succinic acid) for larvae of the … plant led
to the isolation of three additional antifeedants (5, 6 and 7) together with five other compounds…

… female that selects the host plant for the larvae but for mobile insects, such as locusts, the …
in enabling an insect detect antifeedants. When the compounds in the plant stimulate the taste …

… methylester (IV), a new steroid mighavide (V) and clerosterol (VI). The structural elucidation
… larvae. The duration of the experiment was usually 8–24 h, the time required for the insect to …

… An electrophysiological and behavioural study of insect antifeedant properties of natural and
… Strategy in the isolation of insect control substances from plants. 43-52. In: Schmutterer, H., …