Hey! :) Isn't it the other way around on page 31? The left hemisphere is for language, speech, writing, and calculation and the right hemisphere is for spatial perception, singing, and playing instruments?
It was said in the whatsapp group they won't release it until they do a content analysis, so basically for example,
if too many of us pass, they can increase the number of questions needed to balance it. SO basically gotta wait till next year
Anonymous Ferris Wheel
6 months ago
they are not allowed to increase the number needed to pass, only to lower it if too many people failed.
Dit klopt niet. D1- en D2-receptoren hebbe een modulerende werking. D.w.z. dat ze het proces vermakkelijken of vermoeilijken. Als D1 en D2 neurotransmitters afgeven, dan promoten ze de initiatie (sneller actipotentiaal) en als D1 en D2 neurotransmitters niet afgeven, dan verandert er niks --> D2 onderdrukt D1 dan.
Dus D1 en D2 actief --> Initiatie beweging vergemakkelijkt.
D1 en D2 inactief --> D2 onderdrukt D1 dan vaak (minder snel actiepotentiaal bij VA/VL.
dynein is essentially just a motor protein that moves along microtubules in cells. It also transports various cellular cargos, provides forces and displacements important in mitosis (tbh i don't think its that important)
I would like to know it, as well! that doesn't make sense at all.... a friend of mine has 3 mistakes and a 8, so probably they left out the 8.5. but then...still, I have 8 mistakes and a 6...really really weird!
2 years ago
I'm 100% sure that I failed the exam Functional Neuroanatomy, is someone up for doing a learning group to learn for the resit?
Gazzaniga and Bear used different hierarchies..
Bear: High levels --> Strategy (Basal Ganglia and Association cortex);
Middle Level -->tactics (Motor Cortex and Cerebellum);
Low level -->Execution (Brainstem and Spinal cord)
Gazzaniga: high -->action purpose (cerebral cortex - PMA and association cortex);
middle -->action plannning (M1, Brain stem, cerebellum, basal ganglia);
low -->execution (motor neurons, interneurons)
the limbic system arousal isn't caused by the ARAS; the ARAS is for the non-limbic which is also called ascending reticular activating system. The sentence was very confusing in the book: ''Therefore, the second kind of arousal from the core of the midbrain is a limbic system arousal, in contrast to the non- limbic arousal ((which is)) caused by stimulation of the ascending reticular activating system.''
page 5: point 2: graded inter and intrahemispheric connectivities: Each hemisphere has a bias -> left hemisphere has a bias towards INTRAhemispheric connectivity (not like in the text INTER). right hemisphere is correct