User:John R. Brews/Vestibular system: Difference between revisions

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|Cupula deflection.PNG|When the semicircular canal stops rotating, inertia causes the cupula to register a false rotation in the opposite sense.
|Cupula deflection.PNG|Vestibular system: When the semicircular canal stops rotating, inertia causes the cupula to register a false rotation in the opposite sense.
|Pitch Roll Yaw.PNG|''Top'': The semicircular canals with head erect. ''Bottom'': the canals with head tipped forward.
|Pitch Roll Yaw.PNG|Vestibular system: ''Top'': The semicircular canals with head erect. ''Bottom'': the canals with head tipped forward.


|Vesalius cortex2.png|Vesalius’ illustration of the human cortex. Top panel: Figure 2 of Book 7; Bottom panel: Figure 3 of Book 7.
|Vesalius cortex2.png|Vesalius’ illustration of the human cortex. Top panel: Figure 2 of Book 7; Bottom panel: Figure 3 of Book 7.
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Revision as of 13:30, 16 September 2011

Medical

Medical
Vestibular system: When the semicircular canal stops rotating, inertia causes the cupula to register a false rotation in the opposite sense.
(PD) Image: John R. Brews
Vestibular system: When the semicircular canal stops rotating, inertia causes the cupula to register a false rotation in the opposite sense.
Vestibular system: Top: The semicircular canals with head erect. Bottom: the canals with head tipped forward.
(PD) Image: John R. Brews
Vestibular system: Top: The semicircular canals with head erect. Bottom: the canals with head tipped forward.
Vesalius’ illustration of the human cortex. Top panel: Figure 2 of Book 7; Bottom panel: Figure 3 of Book 7.
(PD) Image: Andreas Vesalius, Fabrica (1543)
Vesalius’ illustration of the human cortex. Top panel: Figure 2 of Book 7; Bottom panel: Figure 3 of Book 7.