2W19NTT–Talking phone man feeling unpleasant pain, inflammation of inner ear, eardrum
0:13
2TNJ3N7–Inner Ear Cochlear fluid 3d medical
0:06
2TXNWBM–Sitting in car woman feeling acute pain, inflammation of inner ear, eardrum
0:10
2FGW79Y–1950s: United States: Animation Of Middle Ear Infection. Damage To Inner Ear
0:20
2TNA17J–inner ear infection causes parts of your inner ear to become irritated or inflamed.
0:11
2KPN78K–doctor show ear canal model
0:23
2TP8KMH–The cochlea is a fluid-filled, spiral-shaped cavity found in the inner ear
0:13
2KPMK54–doctor show ear canal model
0:13
2TN984T–Your inner ear has three main parts: your cochlea, semi-circular canals (labyrinth) and your vestibule .
0:08
2FGW7B9–1950s: United States: Arrow Indicates Trapped Air Inside Middle Ear. Vacuum
0:27
2TMB6E9–Senior man office worker in white shirt standing on strong wind, hiding face with hand, grimacing and closing eyes feeling pain in his head, risk of
0:10
2W1544W–Exhausted woman touching ear, inflammation of eardrum, risk of ear infection
0:06
2TNJ421–Your inner ear has three main parts: your cochlea, semi-circular canals (labyrinth) and your vestibule .
0:11
2TNKR63–auditory pathway conveys the special sense of hearing. Information travels from the receptors in the organ of Corti of the inner ear .
0:07
2TN9RA7–auditory pathway conveys the special sense of hearing. Information travels from the receptors in the organ of Corti of the inner ear .
0:10
2TN9XK6–auditory pathway conveys the special sense of hearing. Information travels from the receptors in the organ of Corti of the inner ear .
0:09
2TN7DEF–smallest bones in the body, the auditory ossicles, are three bones in each middle ear that work together to transmit soundwaves to the inner .
0:11
2TN84C9–The vestibular receptors lie in the inner ear next to the auditory cochlea. They detect rotational motion (head turns), linear motion (translations) .
0:10
2TNGD1C–The vestibular receptors lie in the inner ear next to the auditory cochlea. They detect rotational motion (head turns), linear motion (translations) .
0:09
2TNG7KX–The vestibular receptors lie in the inner ear next to the auditory cochlea. They detect rotational motion (head turns), linear motion (translations) .
0:08
2TJRANR–Hair cells, the primary sensory receptor cells within the inner ear, convert, or transduce, mechanical stimuli evoked by sound and head movements into
0:12
2TN92AD–Hair cells, the primary sensory receptor cells within the inner ear, convert, or transduce, mechanical stimuli evoked by sound and head movements into
0:12
2TJT9KP–Hair cells, the primary sensory receptor cells within the inner ear, convert, or transduce, mechanical stimuli evoked by sound and head movements into
0:09
2TJPXC0–Hair cells, the primary sensory receptor cells within the inner ear, convert, or transduce, mechanical stimuli evoked by sound and head movements into
0:10
2TN9R9H–Hair cells, the primary sensory receptor cells within the inner ear, convert, or transduce, mechanical stimuli evoked by sound and head movements into
0:08
2TN9R9T–The cochlea is a fluid-filled, spiral-shaped cavity found in the inner ear that plays a vital role in the sense of hearing and participates in the
0:09
2TNMTB9–The cochlea is a fluid-filled, spiral-shaped cavity found in the inner ear that plays a vital role in the sense of hearing and participates in the
0:07
2TNGXM8–Stereocilia are miniscule hair-like protrusions on the surface of sensory cells found deep within the cochlear and labyrinth structures of the inner
0:10
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