B. S. Hansson

This study examines how temperature affects odor-guided behavior in three drosophilid flies with different thermal preferences.

This study shows that bimodal sensory integration in Drosophila affects visual and olfactory memory differently, with visual memory improving but olfactory memory being suppressed or only slightly enhanced.

This study shows that increased ozone levels oxidize male-specific pheromones in Drosophila melanogaster, reducing pheromone amounts and altering sexual recognition.

This study compares the olfactory systems of two closely related triatomine species, Rhodnius prolixus and Rhodnius brethesi, revealing functional differences in their responses to host and habitat volatiles.

The paper assesses olfactory functions in Drosophila suzukii and related species to identify evolutionary patterns in chemosensory receptors.

This study investigates a tradeoff between visual and olfactory investment in two closely related Drosophila species, suggesting that niche partitioning through sensory specialization facilitates coexistence.

This study improves the functional expression of insect odorant receptors in HEK293 cells by optimizing trafficking signals and using a bidirectional expression vector.

This study shows that pollinators can learn to find host plants despite ozone pollution altering floral scents, by associating altered odors with rewards.

The paper identifies multiple odorant receptor (Or) gene family members in silverfish and proposes they represent an evolutionary intermediate between gustatory receptors and higher insect Ors.