Molecular Genetics and Biotechnology of Microorganisms - Bewerkingsoverzicht

R0898021: /* 15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation) */

2026-01-22T10:05:09Z

15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)

← Oudere versie		Versie van 22 jan 2026 12:05
Regel 57:		Regel 57:
	===15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)===		===15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)===
	Masschelein:		Masschelein:
	#Design a biosensor to detect intestine inflammation. What components did you choose and why? What bacteria did you use? How do you measure your results? ~~(See example thiosulfate + Lactococcus)~~		#Design a biosensor to detect intestine inflammation. What components did you choose and why? What bacteria did you use? How do you measure your results?
	#Give 3 killswitches		#Give 3 killswitches

Regel 65:		Regel 65:

	Govers:		Govers:
	#ParABS system explanation + extra: is this an example of a self-organizing system ~~(answer is yes!)~~		#ParABS system explanation + extra: is this an example of a self-organizing system?
	#When studying the forming of bacterial communities, is it the best option to start studying the interspecies interaction between 2 individuals? What are the other factors for forming bacterial communities?		#When studying the forming of bacterial communities, is it the best option to start studying the interspecies interaction between 2 individuals? What are the other factors for forming bacterial communities?

R0898021: /* 12 januari 2026 */

2026-01-22T09:03:28Z

12 januari 2026

← Oudere versie		Versie van 22 jan 2026 11:03
Regel 26:		Regel 26:

	Sander Govers		Sander Govers
	#Give different techniques and methods to research chromosome replication. What insights can they give you? ~~(I think elongation run out experiment, fluorescent tagging of the replisome and fluorescent ParB?)~~		#Give different techniques and methods to research chromosome replication. What insights can they give you?
	#“Pairwise interspecies interactions are the main driver of bacterial community assembly.” Do you agree with this statement, explain why. ~~(I think not, bacterial community assembly is emergent)~~		#“Pairwise interspecies interactions are the main driver of bacterial community assembly.” Do you agree with this statement, explain why.

	===24 januari 2025===		===24 januari 2025===

R0946338: /* 12 januari 2026 */

2026-01-12T09:43:45Z

12 januari 2026

← Oudere versie		Versie van 12 jan 2026 11:43
Regel 18:		Regel 18:
	===12 januari 2026===		===12 januari 2026===
	Joleen Masschelein:		Joleen Masschelein:
	#Design a biosensor to detect ~~intestine~~ inflammation. What components, modules, or genetic circuits did you choose and why? What chassis organism did you use? How do you measure your results?		#Design a biosensor to detect intestinal inflammation. What components, modules, or genetic circuits did you choose and why? What chassis organism did you use? How do you measure your results?
	#Give 3 killswitches		#Give 3 killswitches

	Sammy Pontrelli		Sammy Pontrelli
	#Explain growth coupled production and why this is desirable for a researcher. Use the example of butanol production that was covered in the lectures. How can redox balance be used? ~~Talk about~~ balancing pathways and how ~~this affects~~ growth and production.		#Explain growth-coupled production and why this is desirable for a researcher. Use the example of butanol production that was covered in the lectures. How can redox balance be used? Discuss the concept of balancing pathways and how it impacts growth and production.
	#Cell-free CO2 fixating systems can achieve higer yield than natural cell systems, explain why this can be the case. However, it is still difficult to make cell-free systems scalable, why is that?		#Cell-free CO2 fixating systems can achieve higer yield than natural cell systems, explain why this can be the case. However, it is still difficult to make cell-free systems scalable, why is that?

R0946338: /* Examenvragen */

2026-01-12T09:42:06Z

Examenvragen

@@ Regel 16: / Regel 16: @@
 == Examenvragen==
 ===24 januari 2025===
 Govers:

R0882878 op 24 jan 2025 om 15:31

2025-01-24T15:31:03Z

@@ Regel 16: / Regel 16: @@
 == Examenvragen==
 ===13 Januari 2025===
 Masschelein:

R0886218: /* Examenvragen */

2025-01-13T11:59:38Z

Examenvragen

@@ Regel 16: / Regel 16: @@
 == Examenvragen==
 ===15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)===
 Masschelein:

R0868189: /* 15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation) */

2025-01-09T14:05:21Z

15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)

← Oudere versie		Versie van 9 jan 2025 16:05
Regel 22:		Regel 22:

	Van Dijck:		Van Dijck:
	#Explain the mechanism of when a glucose deprived cell gets glucose and what are the effects (In S. ~~Cerevisiae~~)		#Explain the mechanism of when a glucose-deprived cell gets glucose and what are the effects (In S. cerevisiae)
	#How did we upregulate the terpene synthesis of artemisinic acid? What are the parameters we have to consider when designing a yeast to produce small molecules? (See last slides chapter ~~terpentene~~ production)		#How did we upregulate the terpene synthesis of artemisinic acid? What are the parameters we have to consider when designing a yeast to produce small molecules? (See last slides chapter terpene production)

	Govers:		Govers:

R0868189: /* 15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation) */

2025-01-09T14:02:47Z

15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)

← Oudere versie		Versie van 9 jan 2025 16:02
Regel 23:		Regel 23:
	Van Dijck:		Van Dijck:
	#Explain the mechanism of when a glucose deprived cell gets glucose and what are the effects (In S. Cerevisiae)		#Explain the mechanism of when a glucose deprived cell gets glucose and what are the effects (In S. Cerevisiae)
	#How did we upregulate the ~~terpentine~~ synthesis of ~~arimisinic~~ acid? What are the parameters we have to consider when designing a yeast to produce small molecules? (See last slides chapter terpentene production)		#How did we upregulate the terpene synthesis of artemisinic acid? What are the parameters we have to consider when designing a yeast to produce small molecules? (See last slides chapter terpentene production)

	Govers:		Govers:

R0775930: /* 15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation) */

2024-01-19T09:43:20Z

15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)

← Oudere versie		Versie van 19 jan 2024 11:43
Regel 18:		Regel 18:
	===15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)===		===15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)===
	Masschelein:		Masschelein:
	#Design a biosensor to detect intestine inflammation. What components did you choose and why? What bacteria did you use? How do you measure your results?		#Design a biosensor to detect intestine inflammation. What components did you choose and why? What bacteria did you use? How do you measure your results? (See example thiosulfate + Lactococcus)
	#Give 3 killswitches		#Give 3 killswitches

R0775930: /* 15 Januari 2024 VM */

2024-01-19T09:41:56Z

15 Januari 2024 VM

← Oudere versie		Versie van 19 jan 2024 11:41
Regel 16:		Regel 16:

	== Examenvragen==		== Examenvragen==
	===15 Januari 2024 VM===		===15 Januari 2024 VM (Questions of the new course, 10/20 and rest is on presentation)===
	Masschelein:		Masschelein:
	#Design a biosensor to detect intestine inflammation. What components did you choose and why? What bacteria did you use? How do you measure your results?		#Design a biosensor to detect intestine inflammation. What components did you choose and why? What bacteria did you use? How do you measure your results?
Regel 22:		Regel 22:

	Van Dijck:		Van Dijck:
	#Explain the mechanism of when a glucose deprived cell gets glucose and what are the effects (In S. Cerevisiae		#Explain the mechanism of when a glucose deprived cell gets glucose and what are the effects (In S. Cerevisiae)
	#How did we upregulate the terpentine synthesis of arimisinic acid? What are the parameters we have to consider when designing a yeast to produce small molecules?		#How did we upregulate the terpentine synthesis of arimisinic acid? What are the parameters we have to consider when designing a yeast to produce small molecules? (See last slides chapter terpentene production)

	Govers:		Govers:
	#ParABS system explanation + extra: is this an example of a self-organizing system (answer is yes!)		#ParABS system explanation + extra: is this an example of a self-organizing system (answer is yes!)
	#When studying the forming of bacterial communities, is it the best option to start studying the interspecies interaction between 2 individuals? What are the other factors for forming bacterial communities?		#When studying the forming of bacterial communities, is it the best option to start studying the interspecies interaction between 2 individuals? What are the other factors for forming bacterial communities?


	===24 Janurari 2020 VM (from here the questions are from the old course)===		===24 Janurari 2020 VM (from here the questions are from the old course)===