FilifeMatchingMatch each lettered term with the most closely related description.a. gustation10 Sweet, bitter, and umami sensations10b. depolarization11 Sense of smell11c. lamina propria12 Basal cells12d. lingual papillae13 Chemical stimulus13e. G proteins14 Sense of taste14f. stem cells15 Olfactory glands15g. bitter16 Receives all special senses stimuli16h. olfactory dendrites17 Cluster of gustatory receptors17i. olfaction18 Site of first synapse by olfactory receptors1819j. taste bud19 Contain olfactory receptor proteins20k. cerebral cortex20 Most sensitive taste sensation2121 Produces generator potentialI. olfactory bulb2222 Epithelial projections of tonguem. odorantSection integrationthesory receptors for olfaction with the sensory receptors for taste, vision, equilibrium, and hear m. odorant22 Epithelial projections of tongueSection integrationContrast the sensory receptors for olfaction with the sensory receptors for taste, vision, equilibrium, and hearing.23

Special senses are the specialized organs that receive sensory information and change it into nerve…

most closely related description. 10 Sweet, bitter, and umami sensations 10 11 Sense of smell 11 12 Basal cells 12 13 Chemical stimulus 13 14 Sense of taste 14 15 Olfactory glands 15 16 Receives all special senses stimuli 16 17 17 Cluster of gustatory receptors 18 18 Site of first synapse by olfactory receptors 19 19 Contain olfactory receptor proteins 20 20 Most sensitive taste sensation 21 21 Produces generator potential 22 22 Epithelial projections of tongue

most closely related description. 10 Sweet, bitter, and umami sensations 10 11 Sense of smell 11 12 Basal cells 12 13 Chemical stimulus 13 14 Sense of taste 14 15 Olfactory glands 15 16 Receives all special senses stimuli 16 17 17 Cluster of gustatory receptors 18 18 Site of first synapse by olfactory receptors 19 19 Contain olfactory receptor proteins 20 20 Most sensitive taste sensation 21 21 Produces generator potential 22 22 Epithelial projections of tongue

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Similar questions

Number 2 table please
Starting with the taste hair, name the structures and cellsthat an action potential would encounter on the way tothe taste area of the cerebral cortex.
Bullet Point and Label PLEASE The papillae which contain the most taste buds are the papillae. 9) Label the diagram with the following terms: taste pore, taste hairs, transitional cell, gustatory epithelial cell, basal epithelial cell
Fill in the blanks: 1. A second sensory pathway for taste includes: Receptors – _________________ __________________ on the posterior tongue Sensory pathway – __________________ nerve Sensory area – Gustatory area in the __________________ lobe. The nerve impulses must first travel to the thalamus and are redirected to the gustatory area.
We compared the speed of transduction of the taste of sour vs either sweet or bitter, depending on what you tasted. Match the taste modality to the most likely transduction mechanism: Ion channel or second messenger system based on what is known. Salty is left out because there is not enough known about it. Sour Bitter Sweet Umami
Sensory fibers from the glossopharyngeal (IX) nerve supply taste receptors on the tongue. If these sensory fibers are severed, taste sensation will not be completely lost. Explain why.
Describe the pathway of taste reception from the point where food comes into contact with the tongue to the point at which taste information travels to the brain. Briefly describe the structure and function of each organ along the pathway.
Which of the following statements is true regarding olfactory information? the olfactory receptors are located in the olfactory bulb the glomeruli are organized by connections with specific olfactory receptor types the olfactory tract axons go directly to the orbitofrontal cortex odorants are detected on the cell bodies of the olfactory receptors