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September 12, 2025, 08:09:17 pm

Author Topic: Principles of Neuroscience  (Read 33374 times)  Share 

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MelonBar

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Re: Principles of Neuroscience
« Reply #30 on: April 23, 2015, 06:43:04 pm »
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Hahaha at least you didn't put ENS like I did.
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Re: Principles of Neuroscience
« Reply #31 on: April 24, 2015, 10:31:20 am »
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What was with the mechanoreceptor question?
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MelonBar

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Re: Principles of Neuroscience
« Reply #32 on: April 24, 2015, 10:50:04 am »
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Multichoice? I had ruffini's
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Re: Principles of Neuroscience
« Reply #33 on: April 24, 2015, 12:25:34 pm »
+1
Thought it said small RF?
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nino quincampoix

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Re: Principles of Neuroscience
« Reply #34 on: April 24, 2015, 01:10:50 pm »
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If it's the question I think you're referring to, then it was the one about grabbing something. In that case, Ruffini receptors would be detecting skin stretch.
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ferrsal

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Re: Principles of Neuroscience
« Reply #35 on: April 24, 2015, 04:09:26 pm »
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Yep, that was Ruffini's. As far as I remember it wasn't on the slides but the lecturer mentioned it. I think with Peter Kitchener it's necessary to write down pretty much every detail he speaks... that's definitely something I learnt from this MST
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Pup

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Re: Principles of Neuroscience
« Reply #36 on: April 24, 2015, 04:21:48 pm »
+1
do you think they're gonna take questions out of this mst?  mann, so stressing about results, given its 30%
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nino quincampoix

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Re: Principles of Neuroscience
« Reply #37 on: April 24, 2015, 04:30:34 pm »
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do you think they're gonna take questions out of this mst?  mann, so stressing about results, given its 30%

As for question 1 (Galen and what he could see) - no. Don't know about any others though.
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Re: Principles of Neuroscience
« Reply #38 on: April 25, 2015, 05:43:47 pm »
+1
Yep, that was Ruffini's. As far as I remember it wasn't on the slides but the lecturer mentioned it. I think with Peter Kitchener it's necessary to write down pretty much every detail he speaks... that's definitely something I learnt from this MST

I would have thought it'd be something with a small receptive field :') he said fine manipulation of the small object rather than object movement so I thought the exact position might be easier to detect with smaller receptive fields? like maybe Merkel receptors? SO WHY IS IT RUFFINI PETER WHY  :'(

I swear studying for this MST didn't help at all, understanding the lectures at home did NOT translate into getting the right answers for these questions :x

time to memorise Purves for the final because I feel like I got ~50% after reading what people thought the answers were  :'( THIS WAS SUPPOSED TO BE A NICE STRAIGHTFORWARD ELECTIVE AND NOW I'M STRUGGLING TO GET AN 80
« Last Edit: April 25, 2015, 06:01:24 pm by LeviLamp »
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MelonBar

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Re: Principles of Neuroscience
« Reply #39 on: April 25, 2015, 06:02:58 pm »
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Actually this mst had a real gamsat feeling to it...

the pathway thing anyway..
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ferrsal

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Re: Principles of Neuroscience
« Reply #40 on: April 25, 2015, 06:13:43 pm »
+3
Me reading the subject reviews like "this is easiest level 3 subject i've taken"

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nino quincampoix

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Re: Principles of Neuroscience
« Reply #41 on: April 25, 2015, 06:17:04 pm »
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I would have thought it'd be something with a small receptive field :') he said fine manipulation of the small object rather than object movement so I thought the exact position might be easier to detect with smaller receptive fields? like maybe Merkel receptors? SO WHY IS IT RUFFINI PETER WHY  :'(

That's interesting you say that because if small receptive fields were tacit in the question but not explicitly stated (can't remember it's wording at all), then what fine manipulation is interpreted to mean might differ from person to person. Just considering the semantics of the question, if it did say fine manipulation of a small object, well that's not exactly the same as stating "small receptive fields." Anyway, it is what it is I guess...
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LeviLamp

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Re: Principles of Neuroscience
« Reply #42 on: April 25, 2015, 06:57:50 pm »
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That's interesting you say that because if small receptive fields were tacit in the question but not explicitly stated (can't remember it's wording at all), then what fine manipulation is interpreted to mean might differ from person to person. Just considering the semantics of the question, if it did say fine manipulation of a small object, well that's not exactly the same as stating "small receptive fields." Anyway, it is what it is I guess...

I feel like a few of the questions were like that. Galen's one threw me off for e.g. because I read it as a theoretical question rather than based off the lectures, it was worded in an open sort of way. But yes, it is what it is :'D TOTALLY AGREE WITH FERRSAL, Y'ALL LIARS
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kensan

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Re: Principles of Neuroscience
« Reply #43 on: April 25, 2015, 07:49:26 pm »
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I would have thought it'd be something with a small receptive field :') he said fine manipulation of the small object rather than object movement so I thought the exact position might be easier to detect with smaller receptive fields? like maybe Merkel receptors? SO WHY IS IT RUFFINI PETER WHY  :'(

I swear studying for this MST didn't help at all, understanding the lectures at home did NOT translate into getting the right answers for these questions :x

time to memorise Purves for the final because I feel like I got ~50% after reading what people thought the answers were  :'( THIS WAS SUPPOSED TO BE A NICE STRAIGHTFORWARD ELECTIVE AND NOW I'M STRUGGLING TO GET AN 80
I put down Merkel as well haha, thought it had to be small receptive field. But I wasn't sure if Merkel or Pacinian because wouldn't it be dependent on how much pressure you would be applying? i dunno it threw me off lol
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Re: Principles of Neuroscience
« Reply #44 on: April 26, 2015, 10:56:23 am »
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I put Merkel too. Sigh.
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