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Summary Chapter 12

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Orderly and clear summary of chapter 12 what is discussed during the medical pharmacology lectures. It is a summary from the book "Medical pharmacology which is written by the professors". With this summary you will save a lot of time. I passed this course with a 8. Good luck :)

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  • October 25, 2020
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  • 2019/2020
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By: bentegriep • 2 year ago

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Medical pharmacology – Chapter 12 – pharmacological control in
the central nervous system

Acetylcholine
Serves as neurotransmitter at skeletal neuromuscular junctions and at
neuromuscular synapse. Involved in cholinergic neurotransmission
High concentration in corpus striatum and thalamus.
Low concentration in cerebellum

Neurotransmitter receptor
1. Nicotinic (AchM); substantia nigra, locus coeruleus, septum
2. Muscarinic (AchN); midbrain, pons and medulla

Defects in cholinergic neurotransmission lead to dementia (Alzheimer’s/ Huntington
disease)

Glutamate
Most important transmitter for normal brain function. It mediates excitatory input in
the brain

Neurotransmitter receptor:
1. AMPA, NMDA, kainite – ionotropic
2. Muscarinic glutamate receptor – metabotropic

GABA
GABA and glycine play a role in the brain as inhibitory transmitter.
Glucose --> glutamate --> GABA + pyridoxal phosphate by glutamic acid
decarboxylase (GAD)
GAT is responsible for re-uptake in neuron.

Neurotransmitter receptor
1. GABA-A; inotropic
Binding site for: GABA: increases Cl influx and cause hyperpolarization.
Binding site for: benzodiazepines (Valium, barbiturates); more
hyperpolarization, so more inhibiting cell. They suppress CNS so muscle
relaxant, induces sleep, fear inhibition, anti-spasm
2. GABA-B; metabotropic

Dopamine
inhibiotry and excitatory transmitter

3 systems:
1. Substantia nigra spread into neostriatum (caudate nucleus and putamen) =
Nigro-striatal system. Regulate motor skills. Hypofunction results in
Parkinson’s disease (motor disturbance)
2. Ventral tegmentum spread into limbic system or into neocortex = meso-limbic
and/or meso-cortical system. Regulate affection.
Libic – motiviation and rewards (belonging)
Cortical – attention and mental performance

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