Olfactory communication research with insects utilizing sex pheromones has focused on the
effects of pheromones on signal receivers. Early pheromone detection studies using the …

Antennal olfaction is extremely important for insect survival, mediating key behaviors such
as host preference, mate choice, and oviposition site selection. Multiple antennal proteins …

Odorant-binding proteins (OBPs) mediate both perception and release of semiochemicals in
insects. These proteins are the ideal targets for understanding the olfactory code of insects …

Although many studies on lepidopteran pheromone‐binding proteins (PBPs)/general
odorant‐binding proteins (GOBPs) have been reported, the functional differentiation within …

Moths have evolved a sensitive and sophisticated olfactory system to sense a variety of
semiochemicals from the external environment. In chemosensory processes, the odorant …

Pheromone binding proteins (PBPs) play a key role in transporting hydrophobic sex
pheromone components emitted by con-specific female across aqueous sensillar lymph to …

Pheromone binding proteins (PBPs) are thought to play key roles in insect sex pheromone
recognition; however, there is little in vivo evidence to support this viewpoint in comparison …

We sequenced the antenna transcriptome of the brown planthopper (BPH), Nilaparvata
lugens (Stål), a global rice pest, and performed transcriptome analysis on BPH antenna. We …

Pheromone binding proteins (PBPs) are thought to play crucial roles in perception of the sex
pheromones particularly in noctuid moths, but this is rarely in vivo evidenced due to lacking …

Pheromone-binding proteins (PBPs), a sub-family of odorant-binding proteins, are thought
primarily to bind and transport the sex pheromones in moths. Considering multiple …