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Temporal bone histopathology in experimental hypovitaminosis A
Richard A. Chole
, Cedric A. Quick
Department of Otolaryngology
Research output
:
Contribution to journal
›
Article
›
peer-review
82
Scopus citations
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Keyphrases
Vitamin A
100%
Hypovitaminosis
100%
Temporal Bone Pathology
100%
Cochlea
40%
Vestibular
40%
Temporal Bone
40%
Weanling Rats
40%
Otic Capsule
40%
Neuroepithelium
40%
Hearing Impairment
20%
Adult Rats
20%
Hypertrophy
20%
Human Volunteers
20%
Atrophy
20%
Otolaryngology
20%
Dietary Vitamin A
20%
Exostosis
20%
Light Microscope
20%
Histopathological Changes
20%
Vestibular Apparatus
20%
Internal Auditory Canal
20%
Internal Acoustic Meatus
20%
Medicine and Dentistry
Histopathology
100%
Retinol Deficiency
100%
Retinol
100%
Temporal Bone
100%
Neuroepithelium
40%
Agents Acting on the Auditory and Vestibular Systems
40%
Volunteer
20%
Otorhinolaryngology
20%
Hearing Impairment
20%
Exostosis
20%
Cochlea
20%
Internal Auditory Canal
20%
Vestibular Labyrinth
20%
Internal Auditory Meatus
20%
Vitamin A
20%
Neuroscience
Temporal Bone
100%
Histopathology
100%
Vitamin A
66%
Cochlea
33%
Otolaryngology
33%
Internal Auditory Meatus
33%
Nursing and Health Professions
Retinol
100%
Retinol Deficiency
100%
Microcapsule
40%
Agents Acting on the Auditory and Vestibular Systems
40%
Volunteer
20%
Hearing Impairment
20%
Exostosis
20%