'Inner hair cells' presentation slideshows

Chapter 10

790 views • 69 slides

Sensory Systems

Sensory Systems. Mechanoreceptors. Transform mechanical stimuli into electrical signals All organisms (and most cells) sense and respond to mechanical stimuli Two main types of mechanoreceptor proteins: ENaC Epithelial sodium channels TRP channels Transient receptor potential channels

1.42k views • 64 slides

Fundamentals of Hearing

Fundamentals of Hearing. A summary of phenomena, one view of mechanism, and considerations related to audio. But first a Word on Audio and Acoustics. The Origins of Audio Audio, in the way we use it here, is the technology, science, and art of recording or creating something to be played back

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Auditory Sensation (Hearing) L13

Auditory Sensation (Hearing) L13. Faisal I. Mohammed, MD, PhD. Objectives. Define decibel (intensity) and Hz (frequency) Describe the ossicular system and explain its function Follow up sound transmission up to the cochlea Outline the structure of cochlea, and the organ of Corti

753 views • 42 slides

Chapter 15 Special Senses

Chapter 15 Special Senses. Part 3 Dr. Angela Peterson-Ford. Ear Ossicles. The tympanic cavity contains three small bones: the malleus, incus, and stapes Transmit vibratory motion of the eardrum to the oval window Dampened by the tensor tympani and stapedius muscles. Ear Ossicles.

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7: Audition, the Body Senses, and the Chemical Senses

Biological Bases of Behavior. 7: Audition, the Body Senses, and the Chemical Senses. Sound Waves. 7. 2. Divisions of the Ear . Outer ear: Channel to tympanic membrane Middle ear: Ossicles Inner ear: Cochlea. 7. 3. The Cochlea . The cochlea is formed from three chambers:

937 views • 35 slides

The Special Senses Part C

The Special Senses Part C. 15. Ear Ossicles. The tympanic cavity contains three small bones: the malleus, incus, and stapes Transmit vibratory motion of the eardrum to the oval window. Ear Ossicles. Figure 15.26. Inner Ear. Bony labyrinth

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Central Auditory System

Central Auditory System. I. Tonotopic organization (i.e . frequency map in the central auditory system) ?- Sound is represented tonotopically in the cochlea, which results in tonotopy in the auditory nerve fibers. .

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AUDITORY PHYSIOLOGY

AUDITORY PHYSIOLOGY. Mr. Arjun Maitra Assistant Professor Dept. of Physiology PCMS&RC. TO MY STUDENTS HERE I HAVE TRIED TO SIMPLIFY THE HUGE SUBJECT WITH ANIMATIONS, DIAGRAMS, FLOW CHARTS & RELEVENT MCQs. DIFFERENT TEXT BOOKS AND REFERENCE BOOKS HAVE BEEN USED FOR

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Sensation and Perception

Sensation and Perception. Kyle Kahler and Becky Marx. Introduction.

302 views • 24 slides

15

15. The Special Senses: Part C. The Ear: Hearing and Balance. The three parts of the ear are the inner , outer , and middle ear The outer and middle ear are involved with hearing The inner ear functions in both hearing and equilibrium Receptors for hearing and balance :

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650 views • 21 slides

Hearing

333 views • 16 slides

Secondary Receptor Cell (Hair Cells)

Secondary Receptor Cell (Hair Cells). No axon Output in form of secretion of chemical transmitter agent. Hair Cells. Inner Hair Cells. Outer Hair Cells. Inner Hair Cells (IHC).

240 views • 11 slides

Histology Slides for Special Senses

Histology Slides for Special Senses. Slides are presented in order of magnification if different view are presented. As you view the following slides make sure you can accomplish these goals: Can you identify the tissue observable on the slides?

1.31k views • 8 slides