Smell: A Very Short IntroductionOur sense of smell - or olfaction as it is technically known - is our most enigmatic sense. It can conjure up memories, taking us back to very specific places and emotions, whilst powerful smells can induce strong feelings of hunger or nausea. In the animal kingdom smell can be used to find food, a mate, or a home; to sense danger; and to send and receive complex messages with other members of a species. Yet despite its fundamental importance in our mental life and in the existence of all animals, our scientific understanding of how smell works is limited. In this Very Short Introduction, Matthew Cobb describes the latest scientific research on smell in humans and other mammals, in insects, and even in fish. He looks at how smell evolved, how animals use it to navigate and communicate, and disorders of smell in humans. Understanding smell, especially its neurobiology, has proved a big challenge, but olfactory science has revealed genetic factors that determine what we can and cannot smell, and why some people like a given smell while others find it unbearable. He ends by considering future treatments for smell disorders, and speculating on the role of smell in a world of robots. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable. |
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activity alarm pheromone allomone alter androstenone animals antenna ants attract bees beetle behaviour birds blend bombykol brain caterpillar cell chemical communication chemical signals complex compounds cribriform plate cues culture cuticular hydrocarbons David detect Drosophila ecology of smell effect eggs encode evolution example female fish flies flower foraging fragrance function genetic glomeruli HISTORY hormone hydrocarbons identify incense involved ionotropic receptors John larvae learning linked male mammals mate melanogaster memory mice Michael molecular mosquitoes moths mouse nest nose odorant receptor odours olfaction olfactory bulb olfactory epithelium olfactory genes olfactory neurons olfactory receptor genes olfactory system parasitoid particular perception perfume Peter pheromones plant pollinators predator produced pseudogenes queen receptor molecule receptor protein released reproductive researchers respond role scent sense of smell sensory sex pheromones sexual Short Introduction significant smell receptor Smell signals Smilodon species stimulation structure substances terrestrial triungulins vertebrates volatile vomeronasal organ wasps
