k Honeybee research Honeybee research. Honeybee Apis mellifera restrained in a tube for an olfactory experiment. The bee is presented with different olfactory stimuli by a device called the smell organ. The neuronal response of the bee to different smells is recorded and analysed. Scientists at Berlins Freie University use the bee as a general model to investigate neuronal processing in animals. Honeybees are economically important as pollinators of many of the worlds crops. To see the bee during the experiment, see image G352208. Stock Photo - Afloimages
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Honeybee research Honeybee research. Honeybee  Apis mellifera  restrained in a tube for an olfactory experiment. The bee is presented with different olfactory stimuli by a device called the  smell organ . The neuronal response of the bee to different smells is recorded and analysed. Scientists at Berlin s Freie University use the bee as a general model to investigate neuronal processing in animals. Honeybees are economically important as pollinators of many of the world s crops. To see the bee during the experiment, see image G352 208.
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Honeybee research

Honeybee research. Honeybee (Apis mellifera) restrained in a tube for an olfactory experiment. The bee is presented with different olfactory stimuli by a device called the 'smell organ'. The neuronal response of the bee to different smells is recorded and analysed. Scientists at Berlin's Freie University use the bee as a general model to investigate neuronal processing in animals. Honeybees are economically important as pollinators of many of the world's crops. To see the bee during the experiment, see image G352/208.

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