Visual Processing
Auditory Processing
Somatosensory Processing
Olfactory & Gustation
Misc Chpt 4
100

The back of the eye, this structure contains photoreceptors 

Retina

100

The sensory area dedicated to processing auditory information

Auditory Cortex

100

The lobe of the brain where somatosensory (i.e., touch) information is processed 

Parietal Lobe

100

Location of savory taste receptors on our tongue

All over the tongue 

100

This is the dominant sense for humans

Vision

200

photoreceptors in the retina that are sensitive to low light and are useful for night vision. Be careful thought, because these photoreceptors have low acuity and can't tell colors apart! 

Rods

200

Another name for the tympanic membrane, this tight skin light membrane responds to sound-wave vibrations by moving with changes in pressure 

Ear Drum

200

A type of sensory receptor in the skin, this senses temperature information by converting kinetic energy into action potentials that signal sensations of temperature 

Thermoreceptor 

200

Location of sweet taste receptors on our tongue

All over the tongue

200

This is the process by which sensory organs receive stimuli from the environment 

Sensation 

300
Photoreceptors in the retina that are responsible for perceiving color and have high acuity. Seeing in color has its drawbacks though - these need a lot of light to function! 

Cones

300

This snail shell structure contains the basilar membrane & auditory cilia. Vibrations transferred to this structure move the fluid inside to help the auditory cilia transduce sound waves & vibrations into electrical pulses

Cochlea

300

The real estate of the somatosensory cortex is divvied up based on how much information the sensory organ takes in, not its actual size! 

Cortical Magnification 

300

Location of sweet taste receptors on our tongue

All over the tongue

300

This is the neural processing of electrical signals to form internal mental representations inside your brain. 

Also known as the interpretation phase of information processing

Perception
400

The pathway of visual information processing that starts in the occipital lobe & goes to the temporal lobe. This pathway will tell you that the large fuzzy creature in front of you is actually a mountain lion

What System

400

The form of organization of the auditory cortex, here nearby frequencies are processed near each other in the brain

Tonotopic Organization

400

A type of sensory receptor in the skin, this is a bare nerve ending that senses pain, signals potential harm, and causes a withdrawal reflex.

Nociceptor 

400

The only sensory information to not take a pit stop at the thalamus

Olfactory (smell)

400

This is the way through which sensory stimuli from the environment are transformed into electrical energy that neurons can read & send 

Transduction

500

The pathway of visual information processing that starts in the occipital lobe & goes to the parietal lobe. This pathway will tell you that the large fuzzy creature in front of you is really close....you should probably run now  

Where System 

500

This effect happens when we misinterpret audio information in favor of the available visual information, leading us to hear "Fa" when "Ba" was said 

McGurk Effect

500

The sensory system responsible for being aware of body positions & location of our limbs relative to our central body. 

Impairments to this sensory system can result in difficulties doing fine motor tasks, like touching our finger to our nose without looking

Proprioception

500

Part of the brain responsible for processing smell information, this structure is located in the anterior temporal lobe 

Primary Olfactory Cortex

500

This is the dominant sense for animals like bears

Olfaction (smell)