Odors are coded by glomerular activity patterns in the insect antennal lobe (AL) and in the mammalian olfactory bulb. We measured glomerular responses to 30 different odors in the AL of honeybees using calcium-sensitive dyes. By subsequently staining glomeruli and identifying individual glomerular outlines, we were able to compare the patterns between animals. Regardless of whether the odors were mixtures or pure substances, environmental odors or pheromones, their representations were highly conserved among individuals. Therefore, it may be possible to create a functional atlas of the AL in which particular molecular receptive ranges are attributed to each glomerulus
The antennal lobe plays a central role for odor processing in insects, as demonstrated by electrophy...
<div><p>(A) Schematic view of odor processing in the honeybee brain. Some 60,000 odorant receptor ce...
Odours are represented as unique combinations of activated glomeruli in the antennal lobes of insect...
Odours are represented by specific ensembles of activated glomeruli in a combinatorial manner within...
Odours are received by olfactory receptors, which send their axons to the first sensory neuropils, t...
The primary olfactory neuropil, the antennal lobe (AL) in insects, is organized in glomeruli. Glomer...
Major advances have been made during the past two years in understanding how honeybees process olfac...
We investigate the interplay of odor identity and concentration coding in the antennal lobe (AL) of ...
We investigated strategies involved in odour intensity coding by the primary olfactory centre of ins...
Olfactory stimuli are coded by a spatio-temporal pattern of activity at the primary level of sensory...
The antennal lobe (AL) is the first center for processing odors in the insect brain, as is the olfac...
SummaryOlfactory systems dynamically encode odor information in the nervous system. Insects constitu...
The poreplate sensilla of honeybees are equipped with multiple olfactory receptor neurons (ORNs), wh...
Natural olfactory stimuli occur as mixtures of many single odors. We studied whether the representat...
The insect antennal lobe is the first brain structure to process olfactory information. Like the ver...
The antennal lobe plays a central role for odor processing in insects, as demonstrated by electrophy...
<div><p>(A) Schematic view of odor processing in the honeybee brain. Some 60,000 odorant receptor ce...
Odours are represented as unique combinations of activated glomeruli in the antennal lobes of insect...
Odours are represented by specific ensembles of activated glomeruli in a combinatorial manner within...
Odours are received by olfactory receptors, which send their axons to the first sensory neuropils, t...
The primary olfactory neuropil, the antennal lobe (AL) in insects, is organized in glomeruli. Glomer...
Major advances have been made during the past two years in understanding how honeybees process olfac...
We investigate the interplay of odor identity and concentration coding in the antennal lobe (AL) of ...
We investigated strategies involved in odour intensity coding by the primary olfactory centre of ins...
Olfactory stimuli are coded by a spatio-temporal pattern of activity at the primary level of sensory...
The antennal lobe (AL) is the first center for processing odors in the insect brain, as is the olfac...
SummaryOlfactory systems dynamically encode odor information in the nervous system. Insects constitu...
The poreplate sensilla of honeybees are equipped with multiple olfactory receptor neurons (ORNs), wh...
Natural olfactory stimuli occur as mixtures of many single odors. We studied whether the representat...
The insect antennal lobe is the first brain structure to process olfactory information. Like the ver...
The antennal lobe plays a central role for odor processing in insects, as demonstrated by electrophy...
<div><p>(A) Schematic view of odor processing in the honeybee brain. Some 60,000 odorant receptor ce...
Odours are represented as unique combinations of activated glomeruli in the antennal lobes of insect...