Canli et al (2000) Flashcards
It was a brain scanning study lookig at the links between the amygdala and memory for emotional experiences
What is the amygdala?
The amygdala is an almond shape set of neurons located deep in the brain’s medial temporal lobe. It forms part of the limbic system. It processes emotions and determines which and where memories will be stored in the brain.
Define
Evolution
The process of natural selection of an offspring which have inherited characteristics that make them most likely to survive.
Define
Genes
Inherited instructions that are passed on from parents to children that control our development and influence some aspects of our thinking, behaviour and thinking.
What was Canli et al’s aim?
General Aim : Was to show that emotive images will be remembered better than images that have less or little emotional impact.
Specific Aims : Wanted to find out;
- Whether or not the amygdala is sensitive to different levels of emotional intensity of external stimuli
- Whether the intensity of stimuli / enhances memory for a particular stimuli
What was Canli et al’s background?
There are two types of scans:
1. Structural scans - takes pictures of the structure of brain
- Functional (fMRI) - is a neuroimaging procedure that uses MRI technology to measure brain activity by detecting changes associated with blood flow
What was Canli et al’s design?
Used repeated measures design
What was Canli et al’s research method?
It was a laboratory experiment and used repeated measures design. IV was the level of emotional arousal percieved by the participants. DV were the recollection of the scene viewed and the second was the fMRI measure of the amygdala activity
What was Canli et al’s IV?
IV was the level of emotional arousal percieved by the participants
What was Canli et al’s DV?
DV were the recollection of the scene viewed and the second was the fMRI measure of the amygdala activity
Describe
The sample used in Canli et al’s study?
10 healthy right-handed women. women were believed to show more physiological reactions.