Neurobiology - Bewerkingsoverzicht

R0849178: /* 17 juni 2025 */

2025-06-24T11:50:04Z

17 juni 2025

← Oudere versie		Versie van 24 jun 2025 13:50
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	===17 juni 2025===		===17 juni 2025===
	Q1: a) Give 3 sensory receptors that are important for voluntary movement, each found in a different tissue. Explain what information it provides, in what tissue it is found, and what role is has in motor control. (very small space to write so no details). B) choose either cerebellum or spinal cord to explain how sensory receptors provide a role in the refinement or coordination of the motor control. Draw an anatomically correct figure to explain your answer.		Q1: a) Give 3 sensory receptors that are important for voluntary movement, each found in a different tissue. Explain what information it provides, in what tissue it is found, and what role is has in motor control. (very small space to write so no details, hint was: instead of thinking about the senses, we saw some reflexes in the motor control chapter). B) choose either cerebellum or spinal cord to explain how sensory receptors provide a role in the refinement or coordination of the motor control. Draw an anatomically correct figure to explain your answer.

	Q2: Paper pictures, what is the main finding of this figure (this for 5 different figures or so) and complete a signaling cascade with the information you deduced from the main findings in the figures.


			Q2: Paper pictures, what is the main finding of this figure (this for 6 different figures or so) and complete a signaling cascade with the information you deduced from the main findings in the figures.

	===18 juni 2024===		===18 juni 2024===

R0778053: /* Examenvragen */

2025-06-20T10:12:16Z

Examenvragen

← Oudere versie		Versie van 20 jun 2025 12:12
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	== Examenvragen ==		== Examenvragen ==

			===17 juni 2025===
			Q1: a) Give 3 sensory receptors that are important for voluntary movement, each found in a different tissue. Explain what information it provides, in what tissue it is found, and what role is has in motor control. (very small space to write so no details). B) choose either cerebellum or spinal cord to explain how sensory receptors provide a role in the refinement or coordination of the motor control. Draw an anatomically correct figure to explain your answer.

			Q2: Paper pictures, what is the main finding of this figure (this for 5 different figures or so) and complete a signaling cascade with the information you deduced from the main findings in the figures.



	===18 juni 2024===		===18 juni 2024===

R0593119: /* 18 juni 2024 */

2024-06-19T17:50:29Z

18 juni 2024

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	Q1: Basale ganglia tekenen, wat gebeurt er bij Parkinsons (PD). Hoe kan dit leiden tot double vision of blurry vision in ogen? -> eye muscle movement		Q1: Basale ganglia tekenen, wat gebeurt er bij Parkinsons (PD). Hoe kan dit leiden tot double vision of blurry vision in ogen? -> eye muscle movement

	Q2: Paper pictures + use the given findings to complete a signalling cascade (~~schema~~) of mechanism deduced from paper pictures (knowledge of the sleep transduction from the extra pdf schema was useful)		Q2: Paper pictures + use the given findings to complete a signalling cascade (pathway) of mechanism deduced from paper pictures (knowledge of the sleep transduction from the extra pdf schema was useful)

	===16 juni 2022===		===16 juni 2022===

R0593119: /* Examenvragen */

2024-06-19T17:49:09Z

Examenvragen

← Oudere versie		Versie van 19 jun 2024 19:49
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	== Examenvragen ==		== Examenvragen ==

			===18 juni 2024===
			Q1: Basale ganglia tekenen, wat gebeurt er bij Parkinsons (PD). Hoe kan dit leiden tot double vision of blurry vision in ogen? -> eye muscle movement

			Q2: Paper pictures + use the given findings to complete a signalling cascade (schema) of mechanism deduced from paper pictures (knowledge of the sleep transduction from the extra pdf schema was useful)

	===16 juni 2022===		===16 juni 2022===

R0929707: /* 16 juni 2021 */

2023-06-19T14:23:13Z

16 juni 2021

← Oudere versie		Versie van 19 jun 2023 16:23
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	== Examenvragen ==		== Examenvragen ==

	===16 juni ~~2021~~===		===16 juni 2022===
	Note: New exam questions this year, since most of the lectures were given by Sara Gilissen.		Note: New exam questions this year, since most of the lectures were given by Sara Gilissen.

R0821110: /* Examenvragen */

2021-06-25T11:33:42Z

Examenvragen

← Oudere versie		Versie van 25 jun 2021 13:33
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	## Give the three most important findings of this paper (which you're supposed to derive from the images)		## Give the three most important findings of this paper (which you're supposed to derive from the images)

			===7 juni 2021===
			Question 1 (about the theory chapters)

			Chloe has the habit of getting up during the night to go to the bathroom. She doesn't turn on the light and uses light coming from stars and streetlamps to navigate. However, lately her night vision has been declining and one night she falls of the stairs. She ended up in the emergency room and was diagnosed with a subdural hematoma and a fractured spine, leading to damage in two different parts in the central nervous system. The symptoms she experiences are involuntary muscle spasms in the upper arm and a lack of feeling and motion in the legs.

			A. Where is the problem of Chloe located (the one that caused her to fall): sensory system - thalamus - brain (circle one of the options)? Explain what's going wrong. (Problem with rod functioning)

			B. What is a subdural hematoma? Also make a drawing.

			C. Where are the fractures in the spinal cord that are causing Chloe's symptoms and explain.

			Question 2 (about spatial navigation)

			You get a bunch of figures from a paper we haven't seen before and you have to describe and discuss these results. Then, in the end, explain in maximum 3 sentences what conclusion you derive from these results. Also explain the different spatial navigation cell types and their firing pattern, and the term: theta. (question was easier than expected and the figures were easy to interpret).

	===19 juni 2020===		===19 juni 2020===

R0469134 op 17 jun 2021 om 10:30

2021-06-17T10:30:48Z

← Oudere versie		Versie van 17 jun 2021 12:30
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	== Examenvragen ==		== Examenvragen ==

			===16 juni 2021===
			Note: New exam questions this year, since most of the lectures were given by Sara Gilissen.

			# A patient is complaining of severe headaches and fatigue, and a numb sensation in its right leg. In the hospital, they notice a tumor in his brain, causing high intracranial pressure.
			## Where exactly is his brain tumor located (be as specific as possible)
			## What causes increased intracranial pressure, and what can be done about it? What are the consequences if left untreated?
			## What other causes than a brain tumor could cause this loss of sensation? Give three examples and draw the affected pathways.
			## If the patient would not have a tumor but a severe leg problem, and the leg would be amputated, what would happen in his brain? What brain regions would be affected?

			# Several images of a spatial navigation paper (without legends or extra information)
			## All images and results needs to be explained and discussed
			## Give the three most important findings of this paper (which you're supposed to derive from the images)


	===19 juni 2020===		===19 juni 2020===

Svandenbossche: /* Examenvragen */

2020-06-19T12:46:00Z

Examenvragen

← Oudere versie		Versie van 19 jun 2020 14:46
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	== Examenvragen ==		== Examenvragen ==

			===19 juni 2020===
			#Een patient kan nog wel koude en warmte voelen, maar heeft geen besef meer van zijn ledematen wanneer hij de ogen sluit. Wat kan er zijn misgelopen in de hersenen?
			#Verklaar waarom een verhoogde visuele activiteit bij kinderen met een CI gepaard gaat met een verlaagde auditieve perceptie. Geef twee methoden.
	===17 juni 2020===		===17 juni 2020===
	#Bespreek Parkinson en de verwante pathways.		#Bespreek Parkinson en de verwante pathways.

Seppe vansteenkiste: /* 17 juni 2020 */

2020-06-17T11:25:31Z

17 juni 2020

← Oudere versie		Versie van 17 jun 2020 13:25
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	===17 juni 2020===		===17 juni 2020===
	#Bespreek Parkinson en de verwante pathways.		#Bespreek Parkinson en de verwante pathways.
	##Paper van gray matter changes in phantom limb pain: citaat "The adaptibility of the visual system may indicate a cortical compensation mechanism counteracting the genesis of PLP". Bespreek dit citaat. Toon aan dat dit al dan niet correct is aan de hand van 2 voorbeelden of methodes waarmee je dit kan bewijzen/weerleggen.		#Paper van gray matter changes in phantom limb pain: citaat "The adaptibility of the visual system may indicate a cortical compensation mechanism counteracting the genesis of PLP". Bespreek dit citaat. Toon aan dat dit al dan niet correct is aan de hand van 2 voorbeelden of methodes waarmee je dit kan bewijzen/weerleggen.

	===24 juni 2019===		===24 juni 2019===

Seppe vansteenkiste: /* Examenvragen */

2020-06-17T11:25:21Z

Examenvragen

← Oudere versie		Versie van 17 jun 2020 13:25
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	== Examenvragen ==		== Examenvragen ==

			===17 juni 2020===
			#Bespreek Parkinson en de verwante pathways.
			##Paper van gray matter changes in phantom limb pain: citaat "The adaptibility of the visual system may indicate a cortical compensation mechanism counteracting the genesis of PLP". Bespreek dit citaat. Toon aan dat dit al dan niet correct is aan de hand van 2 voorbeelden of methodes waarmee je dit kan bewijzen/weerleggen.

	===24 juni 2019===		===24 juni 2019===