Different neurons in the same sensory modality respond best with different adaptation rates

Receptors in other sensory systems can be activated by increasing stimulus intensity in one modality

Different neurons in the same sensory modality can use either G protein or direct effects to produce a response

Different neurons in the same sensory modality can sum inputs in different ways

Different neurons in the same sensory modality have different thresholds for the same stimulus

RPs and IPSPs ultimately lead to the production of APs in neurons

RPs can adapt whereas IPSPs cannot as they have refractory periods

RPs can sum whereas IPSPs cannot as they involve voltage-gated ion channels

RPs and IPSPs occur at the dendrites

Some RPs can be hyperpolarizing events like IPSPs

they spread electrotonically

they do not use voltage-gated ion channels

they have refractory periods

they do not have all-or-none characteristics

their response to stimuli last too long to allow signalling different stimuli

That are either A-delta or C class nerve fibres

That are intermediate size, unmyelinated nerve fibres

That vary in terms of size and myelination depending on the type of information being transmitted

That are the fastest conducting nerve fibres

That transmit information moderately rapidly

Involves also the influx of Ca++

Is hyperpolarized

Is not as polarized

Is repolarizing at rest

Occurs through the flow of ions other than Na+ and K+

That provide information about the world around us

That provide information about internal state relative to the world around us

That signal internal state

That signal the relationship of our body to the world

Without accessory structures

Only EPSPs leak with distance

They both leak exponentially with distance in the same manner

Only EPSPs can regenerate themselves

RPs are able to regenerate themselves through the process of transduction

But only RPs take advantage of myelin sheaths to reduce leakage

Only in Type II and Type III sensory systems

Only in Type I sensory systems

In all three types (I, II and III) of sensory systems

Only in Type I and Type II sensory systems

Only in Type II sensory systems