MAT

48e0_8823

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

48e0_70fa

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) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_eb8f

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 in skin Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_0fd7

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) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_75c3

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 (vestibular hair cells) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_132b

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 that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_4755

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) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors that use opsins MAT

48e0_414a

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 Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_4e7e

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) Inner ear hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_5957

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) 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) MAT

48e0_6ed0

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) Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_0027

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) Mechanoreceptors (vestibular hair cells) 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 MAT

48e0_6ce5

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) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_6043

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

48e0_e0d7

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) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Photoreceptors (rods and cones) MAT

48e0_01a5

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 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 in skin MAT

48e0_59d6

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) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_7a97

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 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 MAT

48e0_80a0

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) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_fed4

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) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_2cb9

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) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_0c9d

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 Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_029b

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) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_fdba

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 that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors that use opsins MAT

48e0_53b3

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 Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_cf38

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

48e0_8d76

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

48e0_e682

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

48e0_02b6

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 Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_162d

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) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_2c78

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) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_caab

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 that respond to head motion and gravity Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_62a6

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) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_42c7

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) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_9e50

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 (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_af10

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) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_a82c

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 Vision Photoreceptors that use opsins Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_3c89

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 Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_5187

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 Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Inner ear hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_99c3

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) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_ff87

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) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_e312

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) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_ab4e

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 in skin Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_8843

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) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_a49c

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 Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_b48b

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 that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_0848

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 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 Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_e0b7

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) Hearing (audition) Inner ear hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_973f

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

48e0_1f18

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 in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_695a

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) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_835e

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) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_e58b

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 Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells that detect chemicals in food Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_7160

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

48e0_cb34

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 that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_a38e

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) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_d11b

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 Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_a742

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 in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_7258

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 that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors that use opsins MAT

48e0_31a1

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) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_a40f

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) 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_f440

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) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_5f9f

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) 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_d87f

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) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) MAT

48e0_7f03

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) Vision Photoreceptors (rods and cones) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_a517

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 that use opsins Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_beed

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 Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Inner ear hair cells (mechanoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_03d9

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

48e0_6a09

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

48e0_0224

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 sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_6e64

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) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_8aca

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) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_0830

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 Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_c6d5

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) 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 MAT

48e0_0db3

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 Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_3686

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 sensory neurons that detect odorant molecules Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors (rods and cones) MAT

48e0_3341

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) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors that use opsins Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_71be

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) 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_f09c

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 sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_85f7

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) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_4796

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 that use opsins Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_6010

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 Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_4606

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 Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_ca8d

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 (chemoreceptors; odorant receptors are GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_ce22

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 Balance (vestibular) Mechanoreceptors (vestibular hair cells) 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_ab56

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

48e0_aaa4

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 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_fa23

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 Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_590d

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) 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_d804

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) Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_7482

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 (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_f76b

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 Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_70dd

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 Rod and cone photoreceptors (opsin + retinal) 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 MAT

48e0_7b8f

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 Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) MAT

48e0_c94b

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) 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_221a

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 Vision Photoreceptors (rods and cones) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_74f6

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 Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_b845

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 in taste buds (chemoreceptors) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_69ef

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 Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_0f5d

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 in skin 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_b2dd

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) 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 MAT

48e0_14d9

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 (vestibular hair cells) 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_40e9

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 that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_ef77

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 in taste buds (chemoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_65e3

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) Hearing (audition) Inner ear hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_1e58

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 (chemoreceptors; odorant receptors are GPCRs) Vision Rod and cone photoreceptors (opsin + retinal) Taste (gustation) Taste receptor cells that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_212e

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) 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 in taste buds (chemoreceptors) MAT

48e0_4224

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

48e0_b0fe

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 (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors (rods and cones) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_ea05

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 (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_6f6c

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) Smell (olfaction) Olfactory receptor neurons (odorant 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 MAT

48e0_0c32

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 Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_52f3

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 (many types; pressure and vibration) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_f20e

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 Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_2c05

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 Rod and cone photoreceptors (opsin + retinal) MAT

48e0_1e6b

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 Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Mechanoreceptors (cochlear hair cells) MAT

48e0_4c2b

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 Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_2a9a

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 (vestibular hair cells) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_716f

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) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_868a

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 receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_2a60

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) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_5940

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) 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_dab5

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 (GPCR pathways and ion channels) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_f1c3

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 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) MAT

48e0_1cf1

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) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Balance (vestibular) Mechanoreceptors (vestibular hair cells) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_0d96

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 that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors (rods and cones) MAT

48e0_db18

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 that detect chemicals in food Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Vision Photoreceptors that use opsins Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_a65c

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) Taste (gustation) Taste receptor cells that detect chemicals in food Balance (vestibular) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_8b3e

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 in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_4c37

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) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) MAT

48e0_d40a

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) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_d497

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

48e0_9b64

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 (chemoreceptors; odorant receptors are GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Photoreceptors that use opsins MAT

48e0_0a8c

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 in taste buds (chemoreceptors) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) MAT

48e0_4410

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) Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_3365

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 that detect chemicals in food Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_54d0

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 Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_d019

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) Vestibular hair cells (mechanoreceptors) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_8190

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) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_c784

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

48e0_c2ee

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 that detect odorant molecules Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Photoreceptors that use opsins MAT

48e0_f32a

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) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_d72e

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) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_b189

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 in skin Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_f4a2

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) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Rod and cone photoreceptors (opsin + retinal) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_6d26

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 that use opsins 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 MAT

48e0_6518

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 Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_6e8f

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 Photoreceptors (rods and cones) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_c514

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

48e0_c455

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) Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_70e1

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) Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection MAT

48e0_d78f

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) 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 (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_dcdb

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 Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors that respond to head motion and gravity MAT

48e0_8e38

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 Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_31df

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

48e0_3ed2

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 Hearing (audition) Mechanoreceptors (cochlear hair cells) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_020d

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) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_7329

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 Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_7c2f

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 (many types; pressure and vibration) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food MAT

48e0_e8e9

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

48e0_61f8

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 Balance (vestibular) Mechanoreceptors (vestibular hair cells) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Vision Photoreceptors (rods and cones) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_78a0

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 (chemoreceptors; odorant receptors are GPCRs) 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) MAT

48e0_6214

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

48e0_a432

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) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Touch (pressure, vibration) Cutaneous mechanoreceptors in skin MAT

48e0_bd3b

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) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors (rods and cones) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_7570

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) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection 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 MAT

48e0_5590

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) Vestibular hair cells (mechanoreceptors) 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_ee5c

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) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Taste (gustation) Taste receptor cells that detect chemicals in food Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_a2aa

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) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_0fc6

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) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors (rods and cones) Balance (vestibular) Mechanoreceptors (vestibular hair cells) MAT

48e0_2067

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 (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Balance (vestibular) Vestibular hair cells (mechanoreceptors) MAT

48e0_b433

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 receptor neurons (odorant GPCRs) Taste (gustation) Taste receptor cells that detect chemicals in food Vision Rod and cone photoreceptors (opsin + retinal) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_905f

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 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 (GPCR pathways and ion channels) MAT

48e0_49aa

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) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_84de

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) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) 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_a8aa

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) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors (rods and cones) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules MAT

48e0_aba0

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

48e0_1166

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 that detect chemicals in food Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors that use opsins MAT

48e0_e679

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 that detect chemicals in food Hearing (audition) Mechanoreceptors (cochlear hair cells) Touch (pressure, vibration) Cutaneous mechanoreceptors in skin Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_e273

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 (chemoreceptors; odorant receptors are GPCRs) Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Vision Rod and cone photoreceptors (opsin + retinal) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) MAT

48e0_e581

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) 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) MAT

48e0_dfe3

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 (many types; pressure and vibration) Balance (vestibular) Vestibular hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells that detect chemicals in food Vision Photoreceptors that use opsins MAT

48e0_e01f

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

48e0_3e5e

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) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Mechanoreceptors (cochlear hair cells) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_5bae

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 Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Vision Photoreceptors that use opsins MAT

48e0_8cc4

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) Taste (gustation) Taste receptor cells that detect chemicals in food Hearing (audition) Mechanoreceptors that respond to sound-driven deflection Smell (olfaction) Olfactory receptor neurons (odorant GPCRs) MAT

48e0_db56

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

48e0_8fb8

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 (many types; pressure and vibration) Balance (vestibular) Mechanoreceptors (vestibular hair cells) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) MAT

48e0_6eb5

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 that detect odorant molecules Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Vision Photoreceptors (rods and cones) MAT

48e0_3e62

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

48e0_effc

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) Mechanoreceptors that respond to sound-driven deflection Vision Rod and cone photoreceptors (opsin + retinal) Smell (olfaction) Olfactory sensory neurons (chemoreceptors; odorant receptors are GPCRs) MAT

48e0_659e

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

48e0_af7f

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 receptor neurons (odorant GPCRs) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Hearing (audition) Inner ear hair cells (mechanoreceptors) MAT

48e0_e43c

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

48e0_5b0c

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) Hearing (audition) Inner ear hair cells (mechanoreceptors) Vision Photoreceptors (rods and cones) Touch (pressure, vibration) Cutaneous mechanoreceptors (many types; pressure and vibration) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) MAT

48e0_4944

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 receptor neurons (odorant GPCRs) Hearing (audition) Inner ear hair cells (mechanoreceptors) Taste (gustation) Taste receptor cells in taste buds (chemoreceptors) Vision Photoreceptors (rods and cones) MAT

48e0_4f86

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 (GPCR pathways and ion channels) Smell (olfaction) Olfactory sensory neurons that detect odorant molecules Balance (vestibular) Mechanoreceptors that respond to head motion and gravity Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_c75c

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) Vestibular hair cells (mechanoreceptors) Vision Rod and cone photoreceptors (opsin + retinal) MAT

48e0_6c63

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) Taste (gustation) Taste receptor cells (GPCR pathways and ion channels) Touch (pressure, vibration) Mechanoreceptors (skin, e.g., Pacinian corpuscles) Vision Photoreceptors that use opsins