L24 Biolelectricity: Network Integration

1

Acetyl Choline always produces an EPSP.

1

Glutamate produces an IPSP.

1

Gaba produces an IPSP.

1

Choose the correct statements about methamphetamine.

1

Choose the incorrect statement.

1

A neuron can have >50,000 synapses at its input zone.

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Local synaptic potential (EPSPs and IPSPs) summate.
Spatial summation is integration of inputs from ❌. (Different localisation/❌ of input zone.)
Temporal summation is the integration of inputs from the ❌ but from different, ❌.

different synaptic knobs

local polarisations

same synaptic knob

short time intervals

1

Local polarisations last longer than action potentials. This allows temporal summation to be effective.

1

Converging networks can amplify signals. They have few control points and can therefore allow precise control.
Diverging networks provide redundancy, making sure there is a 'back up' should another transmission fail and assuring an action is carried out.

• List the main types of neurotransmitter and name some examples. • Explain the different types of synaptic integration. • Know the two types of synaptic network and explain their different advantages.

L24 Biolelectricity: Network Integration

L24 Biolelectricity: Network Integration

Acetyl Choline always produces an EPSP.

Glutamate produces an IPSP.

Gaba produces an IPSP.

Choose the correct statements about methamphetamine.

Choose the incorrect statement.

A neuron can have >50,000 synapses at its input zone.

Local synaptic potential (EPSPs and IPSPs) summate. Spatial summation is integration of inputs from ❌. (Different localisation/❌ of input zone.) Temporal summation is the integration of inputs from the ❌ but from different, ❌.

Local polarisations last longer than action potentials. This allows temporal summation to be effective.

Converging networks can amplify signals. They have few control points and can therefore allow precise control. Diverging networks provide redundancy, making sure there is a 'back up' should another transmission fail and assuring an action is carried out.

Local synaptic potential (EPSPs and IPSPs) summate.
Spatial summation is integration of inputs from ❌. (Different localisation/❌ of input zone.)
Temporal summation is the integration of inputs from the ❌ but from different, ❌.

Converging networks can amplify signals. They have few control points and can therefore allow precise control.
Diverging networks provide redundancy, making sure there is a 'back up' should another transmission fail and assuring an action is carried out.