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The Nasal Cavities
information concerning extinct forms The nasal tissues themselves are of course
The Vomeronasal Epithelium
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acceptor activity adaptation adsorbed adsorption alcohols Amoore amplitude amyl acetate animal anosmia antenna axons basal behavior Biol Boeckh bombykol Bombyx Bowman's glands caproic acid carotenoids chemical cilia compounds correlation cross-adaptation degeneration dendrite detection different odorants discrimination effect electrical electrode electrophysiological epithelia excitatory fibers frequency frog glomeruli honey bee increase information pattern inhibition insects interaction Jacobson's organ Kaissling layer mitral cells molecular musk nasal cavity Nature Lond neurons nucleus observed obtained odor odor quality odor substance odorant molecules odour olfaction Olfaction and taste olfactory bulb olfactory cells olfactory epithelium olfactory membrane olfactory mucosa olfactory nerve olfactory organ olfactory receptors olfactory stimulation olfactory system Ottoson pheromone Physiol primary psychophysical rabbit rats receptor cells receptor potential recorded response sensilla sensillum sensitivity sensory cells similar single smell specific anosmia structure studies supporting cells surface Takagi theory trigeminal vertebrates vitamin vomeronasal