The quantitative analysis at cortical level of external stimuli which act on the receptors

The qualitative analysis at bulbar level of external stimuli which act on the receptors

The qualitative analysis at cortical level of external stimuli which act on the receptors

The quantitative analysis at bulbar level of external stimuli which act on the receptors

6 segments

3 segments

5 segments

2 segments

4 segments

Can perceive a certain energy form from the external environment as a stimulus

Is a specialised formation

Transforms stimuli into specific sensations

Is made up of ascending pathways

Can perceive a certain energy form from the internal environment as a stimulus

Is formed by the descending pathways

Is formed by the ascending pathways

Is also called the receptor

Can perceive a certain energy form from the external environment as a stimulus

Is also called the conductive part

Transforms stimuli into unspecific sensations

Is represented by areas of the cerebral cortex

Transforms stimuli into specific sensations

Is represented by areas of the cerebellar cortex

Is formed by the ascending pathways

Only Ruffini and Vater-Pacini corpuscles

Krause corpuscles

Vater-Pacini corpuscles

Meissner corpuscles

Ruffini corpuscles

Blood vessels

A deep cornified layer

A deep germinal layer

A superficial germinal layer

A superficial cornified layer

Has dermal papillae in its reticular layer

Is made up of loose connective tissue

Has a superficial cornified layer

Is a thick connective layer

Is supplied through osmosis from the intracellular fluid

Are located in the reticular layer

Form elevations called papillary ridges

Are located in the epidermis

Look like fingerlike projections

Are more apparent on the surface of the fingers

Is made up of loose connective tissue

Contains the glomeruli of the sweat glands

Contains dermal papillae

Is a pluri-stratified keratinized epithelium

Contains the Vater-Pacini corpuscles

Are olfactory receptors

Are optical receptors

Are located in the muscles

Are located in the skin

Make possible movement control

Are olfactory receptors

Are located in the skin

Make possible movement control

Are located in the muscles

Are optical receptors

Are more numerous in the areas of the skin without hair

Perceive pressure (the deep ones)

Are located in the epidermis

Are located in the dermis

Are more numerous in the areas of the skin covered with hair

Are rapidly adapting

Detect vibration

Are located in the upper part of the dermis

Were also considered receptors of cold

Perceive touch

Are myelinated free nerve endings

Are free nerve endings small in diameter

Belong to the category of mechanoreceptors

Are unmyelinated free nerve endings

Perceive touch