Biological Psychology Flashcards
What are the four lobes of the brain?
- Frontal lobe
- Parietal lobe
- Occipital lobe
- Temporal lobe
Where is the frontal lobe?
What is it’s function?
Behind forehead.
Controls person’s behaviour, personality and emotions and is involved in intellectual activities such as planning and organisation
Where is the temporal lobe?
What is it’s function?
Behind the ears. Bottom of brain
Holds the bulk of our memories and our ability to understand and speak
Where is the parietal lobe?
What is it’s function?
Top of the brain.
Responsible for our perception and special awareness as well as manipulating objects and spelling.
Where is the occipital lobe?
What is it’s function?
Back of the brain.
Responsible for sight.
What does the cerebellum control?
Muscle movement, balance and coordination
What does the brain stem include?
What does it control?
Midbrain, medulla, pons.
Controls breathing, heart rate, consciousness, blood circulation, basic motor responses. Relays sensory information and regulates sleep-wake cycle.
What is neurotransmission?
Process by which one neurone communicates with another
What are neurotransmitters?
Chemicals that pass messages between neurones.
What are vesicles?
Tiny sacs containing molecules of neurotransmitter chemicals
How does synaptic transmission occur?
- action potential reaches end of pre-synaptic neurone
- triggers the release of neurotransmitters from vesicles
- neurotransmitters diffuse across synapse
- at the dendrite in post-synaptic neurone , neurotransmitters bind to to receptors
- chemical message converted back to electrical impulse and continues to the next neurone
- the neurotransmitters are reabsorbed into pre- synaptic neurone
ORDER THE STATEMENTS:
1 - this triggers the release of neurotransmitters from vesicles (which merge with membrane to open
2 - chemical message converted back to electrical impulse and the message continues to the next neurone in the chain
3 - neurotransmitters diffuse across synapse
4 - the neurotransmitters are then reabsorbed back into pre- synaptic neurone
5 - at the dendrite in the neighbouring neurone, the neurotransmitters bind to to receptors in the post-synaptic neurone
6 - electrical impulse (action potential) reaches terminal buttons at the end of the pre-synaptic neurone
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