Add to ORKGThe wax layer on the cuticle of insects provides a waterproof barrier between the insect and its environment, but some of the lipid components may also function as semiochemicals ( Howard & Blomquist, 2005). Contact sex pheromones on th
Chemical communication in insects’ sexual interactions is well-known to involve olfaction of volatil...
In insects, chemical information is often crucial for mate recognition. The chemical signal may be p...
Recent investigations into the permeability of the integument of terrestrial insects (Beament, 1958a...
Since the middle of the 20th century, improvements in analytical technologies have permitted the ide...
The integument protects the organism against penetration of xenobiotics and water that would potenti...
The cuticle of virtually any insect is covered by a thin layer of cuticular hydrocarbons (CHCs) typi...
lipoid material which is present on or near the outer surface of insect cuticle serves to restrict t...
International audienceAll insects are covered by an epicuticular lipid layer comprising of long hydr...
The insect cuticle is covered by a thin layer of hydrocarbons not only preventing desiccation but al...
Pheromones are chemical signals (semiochemicals) that act between members of the same species, sex p...
Cotesia plutellae is a specialist parasitoid of Plutella xylostella. This specificity is potentially...
Insects account for more than one million of described species with an ecological and economic impac...
Cuticular hydrocarbons (CHCs) play a critical role in the establishment of the waterproof barrier th...
Sucking insects require a surface of plants on which the legs and the eggs of insects will adhere an...
SummaryBackgroundIn many insect species, cuticular hydrocarbons serve as pheromones that can mediate...
Chemical communication in insects’ sexual interactions is well-known to involve olfaction of volatil...
In insects, chemical information is often crucial for mate recognition. The chemical signal may be p...
Recent investigations into the permeability of the integument of terrestrial insects (Beament, 1958a...
Since the middle of the 20th century, improvements in analytical technologies have permitted the ide...
The integument protects the organism against penetration of xenobiotics and water that would potenti...
The cuticle of virtually any insect is covered by a thin layer of cuticular hydrocarbons (CHCs) typi...
lipoid material which is present on or near the outer surface of insect cuticle serves to restrict t...
International audienceAll insects are covered by an epicuticular lipid layer comprising of long hydr...
The insect cuticle is covered by a thin layer of hydrocarbons not only preventing desiccation but al...
Pheromones are chemical signals (semiochemicals) that act between members of the same species, sex p...
Cotesia plutellae is a specialist parasitoid of Plutella xylostella. This specificity is potentially...
Insects account for more than one million of described species with an ecological and economic impac...
Cuticular hydrocarbons (CHCs) play a critical role in the establishment of the waterproof barrier th...
Sucking insects require a surface of plants on which the legs and the eggs of insects will adhere an...
SummaryBackgroundIn many insect species, cuticular hydrocarbons serve as pheromones that can mediate...
Chemical communication in insects’ sexual interactions is well-known to involve olfaction of volatil...
In insects, chemical information is often crucial for mate recognition. The chemical signal may be p...
Recent investigations into the permeability of the integument of terrestrial insects (Beament, 1958a...