MAT

48e0_cb48

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_f72d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_d381

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_9cd2

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_2b2b

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_5c6f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_5845

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_1f0e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Photoreceptors (rods and cones) MAT

48e0_694b

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) MAT

48e0_6570

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_86c1

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_3977

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_e7f5

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_16da

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_f9fe

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_70d4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_0e31

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_f8a7

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_9c00

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_47ab

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_6a7c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_8e58

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors that use opsins MAT

48e0_4733

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_1eb7

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_c9cb

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors that use opsins Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_c10c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_9438

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_925a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_9192

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Inner ear hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_bc0a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Hearing (audition) Inner ear hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Photoreceptors that use opsins MAT

48e0_cd7d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_567c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_5a66

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_27ba

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_2753

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Vision Photoreceptors that use opsins Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_805f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_ac8f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_224f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_b4ac

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells that detect chemicals in food Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_434c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Photoreceptors that use opsins Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_5214

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_6ddf

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_1fc9

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Vision Photoreceptors (rods and cones) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_798a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells that detect chemicals in food Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_3d76

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_6c99

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_77be

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_108e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_a337

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors (cochlear hair cells) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_0627

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_9bb8

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells that detect chemicals in food Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_ef62

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_b12c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_9fdb

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_c4ef

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_a48d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_7df0

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_0773

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_9b10

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_8991

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_602d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_e65d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_ca68

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_298f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Inner ear hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_cb1a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_22b4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_4824

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_d1f5

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Photoreceptors (rods and cones) MAT

48e0_f156

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_2cb2

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_4e42

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells that detect chemicals in food Vision Photoreceptors that use opsins Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_12a4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_8b45

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_150c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_db7a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_29cb

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors (rods and cones) MAT

48e0_75c0

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_ecf6

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_c73a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_4f80

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_a632

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_b6ce

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_c660

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_bb6b

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Rod and cone photoreceptors (opsin + retinal) Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_e056

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Photoreceptors (rods and cones) MAT

48e0_4eb0

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_f9fd

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_2f1d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_2928

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors that use opsins MAT

48e0_897c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Hearing (audition) Mechanoreceptors (cochlear hair cells) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_5153

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_121e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_b534

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors (rods and cones) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_572b

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_a86f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_34b5

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_1da8

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors that use opsins MAT

48e0_5ac2

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors that use opsins MAT

48e0_9a41

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_cdb8

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors that use opsins MAT

48e0_bae5

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors that use opsins MAT

48e0_7251

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_2864

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_34f0

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells that detect chemicals in food Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_16c1

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_042d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_d47e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_6473

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_b3f3

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_3286

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Hearing (audition) Inner ear hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_fa0e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_5cce

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Photoreceptors (rods and cones) MAT

48e0_9a98

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_3c7e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells that detect chemicals in food Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_88cf

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_fb8d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_3417

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_1f02

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_a12e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_ad2f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_c7a4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors (cochlear hair cells) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_517e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells that detect chemicals in food Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_3a4f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_0b82

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_0be3

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_4c38

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_2967

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors that use opsins MAT

48e0_487c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells that detect chemicals in food Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_1a51

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_576a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_ee0d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_bb3a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors that use opsins MAT

48e0_bb99

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_70c4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_7ab7

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_8a21

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_64dd

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_3e9f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_bbcb

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_27b1

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_a193

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors that use opsins MAT

48e0_2b33

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_580c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Photoreceptors that use opsins Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_ded1

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_68df

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_6b54

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors (rods and cones) MAT

48e0_876c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_d51f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_c934

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_bd7d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_5e61

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Photoreceptors (rods and cones) MAT

48e0_5091

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_5350

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_df11

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_1ff4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_230f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_7bdf

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_df2a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Rod and cone photoreceptors (opsin + retinal) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_5723

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_3bf8

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors (vestibular hair cells) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_fd81

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors that use opsins MAT

48e0_d653

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_0a6b

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_6330

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_c491

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_d5f2

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_d8be

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_ec01

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_714f

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_b6c1

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_32f6

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_48e8

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_f5dd

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors that use opsins MAT

48e0_ed38

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_878b

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_54cc

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors (rods and cones) MAT

48e0_4e31

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_55c7

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Rod and cone photoreceptors (opsin + retinal) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_b16d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_017c

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_b1ae

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_60f3

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_c18e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_0891

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_7fd6

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_68d4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Vision Photoreceptors that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_662a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors that use opsins Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_8d51

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_6c5a

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_d6c2

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors (rods and cones) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_2719

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_b9f0

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors that use opsins MAT

48e0_49a0

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors (cochlear hair cells) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) MAT

48e0_efa4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Vision Photoreceptors (rods and cones) MAT

48e0_26a8

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_e8e4

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_354e

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors (rods and cones) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_7b7d

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Vision Photoreceptors (rods and cones) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_f1fb

Match each of the following sensory modalities with their corresponding primary receptor cell types.

Note: Each choice will be used exactly once.

Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors that use opsins