The ear and temporal bone

Part 1 book "Gray's surgical anatomy" includes content: A short history of surgery, improving surgical performance through human factors recognition and enhanced team working; overview of the head and neck, osteology of the facial skeleton and naso ethmoidal complex in relation to trauma, face and scalp, orbit and orbital trauma, orbit and orbital adnexae, nose and paranasal sinuses, infratemporal fossa and pterygopalatine fossa, temporomandibular joint, mouth, salivary glands, external and middle ear, temporal bone,.... and other contents.

1099p muasambanhan04 11-01-2024 3 1   Download

We report on a patient who presented to the ear, nose, and throat (ENT) clinic with an 8-month-old left non-pulsatile tinnitus. Imaging studies, Neck computed tomography (CT) and magnetic resonance imaging (MRI) revealed soft tissue mass in the left middle ear with invasion to the middle cranial fossa and external auditory canal.

3p viintuit 26-09-2023 0 0   Download

(BQ) Continued part 1, part 2 of the document The head and neck in surgical pathology (Volume 1 - Third edition) has contents: Cancer of the oral cavity and oropharynx, diseases of the external ear, middle ear, and temporal bone, midfacial destructive diseases, pathology of neck dissections,... and other contents. Invite you to refer.

392p thuongdanguyetan06 06-06-2019 23 2   Download

part 1 book “histology for pathologists” has contents: normal skin, nail, myofbroblast, skeletal muscle, blood vessels, major salivary glands, larynx and pharynx, normal heart, normal eye and ocular adnexa, the ear and temporal bone, the ear and temporal bone,… and other contents.

610p tieu_vu14 15-08-2018 27 1   Download

(BQ) Continued part 1, part 2 of the document Diagnostic imaging head and neck presents the following contents: Sinonasal cavities and orbit (orbit, nose and sinus), skull base ( skull base and facial trauma, skull base lesions), temporal bone and CPA-IAC (introduction and overview, external auditory canal, middle ear mastoid,...).

866p thangnamvoiva3 01-07-2016 57 3   Download

(BQ) Continued part 1, part 2 of the document Atlas of anatomy presents the following contents: Upper limb, lower limb, head and neck, neuroanatomy, temporal bone and ear, blood vessels of the brain, functional systems, autonomic nervous system, neurovasculature of the skull and face.

422p thangnamvoiva3 28-06-2016 73 15   Download

Otologic procedures that endure are based on a detailed knowledge of the anatomy, physiology, and pathology of the temporal bone. Several excellent texts on surgery of the temporal bone are available, which comprehensibly describe surgical techniques and instrumentation in otologic surgery. Pictorials used in these renditions live up to the adage that a “picture is worth a thousand words.” Building on that principle, videos of otologic surgery and pathology can complete the presentation of temporal bone surgery.

126p 951864273 09-05-2012 74 14   Download

The vestibulocochlear nerve (also known as the auditory or acoustic nerve) is the eighth of twelve cranial nerves, and is responsible for transmitting sound and balance information from the inner ear to the brain. This is the nerve along which the sensory cells (the hair cells) of the inner ear transmit information to the brain. It consists of the cochlear nerve, carrying information about hearing, and the vestibular nerve, carrying information about balance.

5p truongthiuyen2 10-06-2011 73 2   Download

Disorders of the Sense of Hearing Hearing loss can result from disorders of the auricle, external auditory canal, middle ear, inner ear, or central auditory pathways (Fig. 30-4). In general, lesions in the auricle, external auditory canal, or middle ear cause conductive hearing losses, whereas lesions in the inner ear or eighth nerve cause sensorineural hearing losses. Figure 30-4 An algorithm for the approach to hearing loss.

5p ongxaemnumber1 29-11-2010 75 3   Download

Ear anatomy. A. Drawing of modified coronal section through external ear and temporal bone, with structures of the middle and inner ear demonstrated. B. High-resolution view of inner ear. Stereocilia of the hair cells of the organ of Corti, which rests on the basilar membrane, are in contact with the tectorial membrane and are deformed by the traveling wave. A point of maximal displacement of the basilar membrane is determined by the frequency of the stimulating tone. High-frequency tones cause maximal displacement of the basilar membrane near the base of the cochlea.

9p ongxaemnumber1 29-11-2010 73 4   Download