Bio-inorganic Chemistry - Bewerkingsoverzicht

R0857325 op 19 jan 2026 om 13:56

2026-01-19T13:56:25Z

@@ Regel 10: / Regel 10: @@
 ==Examenvragen==
 === January 2026 ===
 Deel Vogt

R1079147: /* 10 jan 2025 */

2026-01-16T14:00:58Z

10 jan 2025

@@ Regel 10: / Regel 10: @@
 ==Examenvragen==
 ===10 jan 2025===
 ====Deel Vogt====

R0877106: /* Deel Azambuja */

2025-01-12T00:18:59Z

Deel Azambuja

← Oudere versie		Versie van 12 jan 2025 02:18
Regel 26:		Regel 26:
	#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the		#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the
	compounds into another product, providing the reasons for your suggestions, the reactions involved in the proposed system and as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism. PS: Note that each molecule may be susceptible to more than one reaction.		compounds into another product, providing the reasons for your suggestions, the reactions involved in the proposed system and as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism. PS: Note that each molecule may be susceptible to more than one reaction.

	#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.		#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.

R0877106: /* Deel Azambuja */

2025-01-12T00:18:39Z

Deel Azambuja

← Oudere versie		Versie van 12 jan 2025 02:18
Regel 26:		Regel 26:
	#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the		#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the
	compounds into another product, providing the reasons for your suggestions, the reactions involved in the proposed system and as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism. PS: Note that each molecule may be susceptible to more than one reaction.		compounds into another product, providing the reasons for your suggestions, the reactions involved in the proposed system and as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism. PS: Note that each molecule may be susceptible to more than one reaction.

	#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.		#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.

R0877106: /* Deel Azambuja */

2025-01-12T00:18:03Z

Deel Azambuja

← Oudere versie		Versie van 12 jan 2025 02:18
Regel 25:		Regel 25:
	# (3p) Gegeven structuur (Excercise list 4, excercise 3, Coumaphos) - In the Leuven Chem&Tech building there is a situation in need of attention. A room has several bottles of different pesticides, and the Health, Safety and Environment Department cannot safely deal with it. As the chemist in charge, you have been asked to provide options that would convert the compounds below to less harmful compounds. Based on what you have learned in Bioinorganic Chemistry:		# (3p) Gegeven structuur (Excercise list 4, excercise 3, Coumaphos) - In the Leuven Chem&Tech building there is a situation in need of attention. A room has several bottles of different pesticides, and the Health, Safety and Environment Department cannot safely deal with it. As the chemist in charge, you have been asked to provide options that would convert the compounds below to less harmful compounds. Based on what you have learned in Bioinorganic Chemistry:
	#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the		#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the
	compounds into another product, providing the reasons for your suggestions, the reactions involved in the proposed system and as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.		compounds into another product, providing the reasons for your suggestions, the reactions involved in the proposed system and as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism. PS: Note that each molecule may be susceptible to more than one reaction.
	PS: Note that each molecule may be susceptible to more than one reaction.
	#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.		#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.

R0877106: /* Deel Azambuja */

2025-01-12T00:17:41Z

Deel Azambuja

← Oudere versie		Versie van 12 jan 2025 02:17
Regel 23:		Regel 23:
	# (1p) Wat maakt Zn(II) ideaal in een hydrolysereactie?		# (1p) Wat maakt Zn(II) ideaal in een hydrolysereactie?
	# (2p) Reactiemechanisme van urease uitwerken		# (2p) Reactiemechanisme van urease uitwerken
	# (3p) Gegeven structuur (Excercise list 4, excercise 3, Coumaphos) - In the Leuven Chem&Tech building there is a situation in need of attention. A room has several bottles of		# (3p) Gegeven structuur (Excercise list 4, excercise 3, Coumaphos) - In the Leuven Chem&Tech building there is a situation in need of attention. A room has several bottles of different pesticides, and the Health, Safety and Environment Department cannot safely deal with it. As the chemist in charge, you have been asked to provide options that would convert the compounds below to less harmful compounds. Based on what you have learned in Bioinorganic Chemistry:
	different pesticides, and the Health, Safety and Environment Department cannot safely deal with it. As the
	chemist in charge, you have been asked to provide options that would convert the compounds below to less
	harmful compounds. Based on what you have learned in Bioinorganic Chemistry:
	#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the		#* a. Propose different options of catalysts (enzymes or model systems) that could be used to convert the
	compounds into another product, providing the reasons for your suggestions, the reactions involved in the		compounds into another product, providing the reasons for your suggestions, the reactions involved in the proposed system and as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.
	proposed system and as many details as you can about the reactive center (metals, (type of) ligands,
	structure…) and the reaction mechanism.
	PS: Note that each molecule may be susceptible to more than one reaction.		PS: Note that each molecule may be susceptible to more than one reaction.
	#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands,		#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands, structure…) and the reaction mechanism.
	structure…) and the reaction mechanism.

	===13 jan 2023===		===13 jan 2023===

R0877106: /* Deel Azambuja */

2025-01-12T00:16:08Z

Deel Azambuja

← Oudere versie		Versie van 12 jan 2025 02:16
Regel 20:		Regel 20:
	# (2p) Wat maakt 99mTc zeer geschikt voor single photon emission computed tomography (SPECT)? Hoe wordt dit isotoop in een klinische omgeving geproduceerd?		# (2p) Wat maakt 99mTc zeer geschikt voor single photon emission computed tomography (SPECT)? Hoe wordt dit isotoop in een klinische omgeving geproduceerd?

	===Deel Azambuja===		====Deel Azambuja====
	# (1p) Wat maakt Zn(II) ideaal in een hydrolysereactie?		# (1p) Wat maakt Zn(II) ideaal in een hydrolysereactie?
	# (2p) Reactiemechanisme van urease uitwerken		# (2p) Reactiemechanisme van urease uitwerken
Regel 33:		Regel 33:
	PS: Note that each molecule may be susceptible to more than one reaction.		PS: Note that each molecule may be susceptible to more than one reaction.
	#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands,		#* b. Propose a mimic model. as many details as you can about the reactive center (metals, (type of) ligands,
	structure…) and the reaction mechanism.		structure…) and the reaction mechanism.

	===13 jan 2023===		===13 jan 2023===

R0877106: /* Deel Vogt */

2025-01-12T00:15:59Z

Deel Vogt

← Oudere versie		Versie van 12 jan 2025 02:15
Regel 11:		Regel 11:
	==Examenvragen==		==Examenvragen==
	===10 jan 2025===		===10 jan 2025===
	===Deel Vogt===		====Deel Vogt====
	# (4p) Siderophore (endobacteria, structuur gegeven)		# (4p) Siderophore (endobacteria, structuur gegeven)
	#* a. Teken waar het ijzeratoom in de structuur gebonden is		#* a. Teken waar het ijzeratoom in de structuur gebonden is

R0877106 op 12 jan 2025 om 00:15

2025-01-12T00:15:49Z

← Oudere versie		Versie van 12 jan 2025 02:15
Regel 20:		Regel 20:
	# (2p) Wat maakt 99mTc zeer geschikt voor single photon emission computed tomography (SPECT)? Hoe wordt dit isotoop in een klinische omgeving geproduceerd?		# (2p) Wat maakt 99mTc zeer geschikt voor single photon emission computed tomography (SPECT)? Hoe wordt dit isotoop in een klinische omgeving geproduceerd?

	=Deel Azambuja=		===Deel Azambuja===
	# (1p) Wat maakt Zn(II) ideaal in een hydrolysereactie?		# (1p) Wat maakt Zn(II) ideaal in een hydrolysereactie?
	# (2p) Reactiemechanisme van urease uitwerken		# (2p) Reactiemechanisme van urease uitwerken

R0877106 op 12 jan 2025 om 00:15

2025-01-12T00:15:35Z

← Oudere versie		Versie van 12 jan 2025 02:15
Regel 11:		Regel 11:
	==Examenvragen==		==Examenvragen==
	===10 jan 2025===		===10 jan 2025===
	==Deel Vogt===		===Deel Vogt===
	# (4p) Siderophore (endobacteria, structuur gegeven)		# (4p) Siderophore (endobacteria, structuur gegeven)
	#* a. Teken waar het ijzeratoom in de structuur gebonden is		#* a. Teken waar het ijzeratoom in de structuur gebonden is