k Col Xray of the three bones of the middle ear Middle ear bones. Coloured Xray of the three bones of the middle ear responsible for conduction of sound waves. They are the smallest bones in the human body. At upper right is the malleus hammer, 8mm long which strikes the incus anvil, 9mm long at centre the incus is joined to the stapes stirrup, 3mm long at bottom, which conducts sound towards the inner ear. Sound waves enter the ear through the external auditory meatus and cause the eardrum to vibrate. The three bones of the middle ear transmit vibrations towards the fluid filled cochlear of the inner ear where vibrations are converted into nerve impulses. Magnification x10 at 8x12 inch, x3 at 6x7cm size. Stock Photo - Afloimages
Sign up
Login
All images
Col X ray of the three bones of the middle ear Middle ear bones. Coloured X ray of the three bones of the middle ear responsible for conduction of sound waves. They are the smallest bones in the human body. At upper right is the malleus  hammer, 8mm long  which strikes the incus  anvil, 9mm long  at centre  the incus is joined to the stapes  stirrup, 3mm long  at bottom, which conducts sound towards the inner ear. Sound waves enter the ear through the external auditory meatus and cause the eardrum to vibrate. The three bones of the middle ear transmit vibrations towards the fluid  filled cochlear of the inner ear where vibrations are converted into nerve impulses. Magnification: x10 at 8x12 inch, x3 at 6x7cm size.
RM

Col X-ray of the three bones of the middle ear

Middle ear bones. Coloured X-ray of the three bones of the middle ear responsible for conduction of sound waves. They are the smallest bones in the human body. At upper right is the malleus (hammer, 8mm long) which strikes the incus (anvil, 9mm long) at centre; the incus is joined to the stapes (stirrup, 3mm long) at bottom, which conducts sound towards the inner ear. Sound waves enter the ear through the external auditory meatus and cause the eardrum to vibrate. The three bones of the middle ear transmit vibrations towards the fluid- filled cochlear of the inner ear where vibrations are converted into nerve impulses. Magnification: x10 at 8x12 inch, x3 at 6x7cm size.

Details

ID
161170632

Collection

License type
Rights Managed

Photographer



Sign in
Member access
Login not found.