Sensory Information
Eye Structure
Ear Structure
Diseases & Disorders
100

Proprioreception describes what sense?

Body movement (limb position)

100

The innermost layer of the eye

Retina

100

Another word for "ear drum", part of the ear that amplifies sound

Tympanic membrane 

100

Another word for "near-sightedness", where eyeball is too LONG

Myopia

200

Taste and smell both require what type of stimulus?

Chemical

200

The coloured, circular muscle that controls pupil size

Iris

200

Smallest bones in the human body, important for amplifying and passing on sound from the middle ear.

Ossicles (malleus, incus, stapes)

200
Inherited vision defect where person lacks certain cone cells.

Colour blindness 

300

The process of a receptor becoming accustomed to a stimulus

Sensory adaptation

300
Jelly-like material responsible for maintaining eye shape

Vitreous humour

300

Inner ear structure responsible for dynamic equilibrium (balance during movement)

Semicircular canal
300

Eye defect where lens becomes opaque, and light is prevented from passing through

Cataracts

400

What type of energy do sensory receptors convert stimuli into?

Electrochemical impulses (electrical)

400

Low-intensity light sensitive cells (for black & white vision)

Rods

400

Inner ear structure where vibrations are converted into nerve impulses

Cochlea (or Organ of Corti)

400

Technology used to bypass damaged parts of inner ear

Cochlear implant

500

The interpretation of sensory information by the brain (ie. making sense of sensory information)

Perception

500

Part of the middle (choroid) layer that focuses the image on the retina

Lens

500

Frequency of sound that travels LESS far down the Organ of Corti

High frequency sound

500

Perforating this part of the ear would result in decreased sound amplification

Tympanic membrane (ear drum)