Semicircular Canal Collection

Details of the anatomy of the human ear, showing cochlea, stapes, incus, malleus, semicircular canal, etc
FLO4611637 Details of the anatomy of the human ear, showing cochlea, stapes, incus, malleus, semicircular canal, etc. Copperplate engraving by Robert Benard after an illustration by Guichard Joseph

Anatomy of the human eye and ear, published in 1861
Anatomy of the human eye and ear: 1) eye and eye socket, 2) eyeball (cross section, 3) eyeball with open sclera, 4) ear canals (cross section), 5) insulated inner hearing organs with earlobe

Anatomy of the cochlear duct in the human ear

Digital cross section illustration of mammalian ear including pinna, ear drum, middle ear

Cross section illustration of ear of domestic cat (Felis Catus)

Cross section biomedical illustration of human ear

Cross section biomedical illustration of grommet inserted in eardrum (tympanic membrane)

Cross section biomedical illustration of internal components of the ear

Cross section biomedical illustration of the anatomy of the ear

Interior detail of the cochlea

Anatomy of human ear, membranous labyrinth

Cochlea detail with vestibulocochlear nerve

The human ear, wood engraving, published in 1880
Anatomy of the human ear: A) auricle, B) External Auditory Canal, C) Tympanic Membrane, D) Tympanic Cavity, E) Malleus, M) Incus, H) Cochlea, G) Semicircular Canals, I) Eustachian Tube

Illustration of human ear, front section
Medicine: ear, front section

Ampullary cupula, artwork
Ampullary cupula. Computer artwork showing how the ampullary cupula in the human vestibular system of the inner ear senses head rotation (top) and forward motion (bottom)

Artwork of sensory organs in middle & inner ear
Middle and inner ear. Artwork illustrating the internal organs of the human ear. The middle ear transmits sound from the ear drum (pink centre left) to the inner ear

Artwork of the hearing organs of the human ear
Organs of hearing. Artwork illustrating the hearing organs of the human ear. At left is the visible part of the ear, the pinna, which channels sound waves along the ear canal to the ear drum

3-D computer model of the anatomy of the human ear
Ear anatomy. Three-dimensional computer model of the anatomy of the human ear. Bone is dark blue. At right, the outer ear pinna collects sound waves which pass down the auditory canal to strike

Vestibular ciliated cells, diagram
Vestibular ciliated cells. Diagram of the anatomical structure and function of the vestibular ciliated cells found in the inner ear that help sense and control of balance

Semicircular canal, artwork
Semicircular canal. Artwork of the anatomical structure of the semicircular duct or canal, a structure in the inner ear that help detect head movements

Semicircular canal, diagram
Semicircular canal. Diagram of the anatomical structure of the semicircular duct or canal, a structure in the inner ear that help detect head movements

Vestibular ciliated cells, artwork
Vestibular ciliated cells. Artwork of the anatomical structure and function of the vestibular ciliated cells found in the inner ear that help sense and control of balance

All Professionally Made to Order for Quick Shipping

The semicircular canal, a vital component of the human ear, has been intricately studied and illustrated throughout history. In an anatomy publication from 1861, the semicircular canal was highlighted alongside other eye and ear structures. Its significance in auditory function is further emphasized in a digital cross-section illustration of the mammalian ear, showcasing its position amidst the pinna, eardrum, and middle ear. Not limited to humans alone, a cross-section illustration of a domestic cat's ear also features the semicircular canal as an essential part of their auditory system. Biomedical illustrations provide detailed insights into this intricate structure within our own ears as well. From cross-sectional views to internal components depicted with precision, these illustrations offer valuable knowledge about its role in maintaining balance and spatial orientation. Furthermore, biomedical illustrations showcase various procedures related to the semicircular canal. One such depiction reveals a grommet inserted into the eardrum for medical purposes while another illustrates tympanometry - a test conducted using a probe inserted into the ear to assess both middle ear functionality and eardrum health. Delving deeper into its complexity, interior details of the cochlea are also explored through biomedical illustrations. This spiral-shaped structure houses sensory cells responsible for converting sound vibrations into electrical signals that our brain can interpret. Numerous biomedical illustrations have shed light on different aspects of the semicircular canal's anatomy over time.