k Honeybee research Honeybee research. Honeybee Apis mellifera, centre right restrained in a tube for an olfactory experiment. The bee is presented with different olfactory stimuli by a device called the smell organ coneshaped, centre. 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. For a close up of the bee in the tube, see image G352207. Stock Photo - Afloimages
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Honeybee research Honeybee research. Honeybee  Apis mellifera, centre right  restrained in a tube for an olfactory experiment. The bee is presented with different olfactory stimuli by a device called the  smell organ   cone shaped, centre . 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. For a close up of the bee in the tube, see image G352 207.
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Honeybee research

Honeybee research. Honeybee (Apis mellifera, centre right) restrained in a tube for an olfactory experiment. The bee is presented with different olfactory stimuli by a device called the 'smell organ' (cone-shaped, centre). 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. For a close up of the bee in the tube, see image G352/207.

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