Sensations & Pain

Pain or movement felt in a limb that has been amputated

Pain felt in a limb that is injured

Sensations felt in a limb that is asleep

Movement felt in a limb that is paralyzed

They amplify pain signals

They serve as natural painkillers

They increase the heart rate

They cause muscle contractions

To detect light

To sense pain

To regulate temperature

To control movement

It amplifies pain signals

It acts as a buffer between pain and the brain

It eliminates pain signals

It creates pain signals

Freud and Jung

Watson and Crick

Melzack and Wall

Pavlov and Skinner

The position and movement of individual body parts

The sense of smell

The head and body position, as well as balance

The sense of taste

Hearing

Touch

Vision

Smell

Cochlear hair cells

Basic taste receptors

Nociceptors

Hair-like receptors in the ears

Occipital lobes

Temporal lobes

Olfactory bulb & Temporal Lobe

Somatosensory cortex

Light waves striking the eye

Chemical molecules in the mouth

Sound waves striking the outer ear

Movement of fluids in the inner ear