Chemical Biology: verschil tussen versies
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| Regel 5: | Regel 5: | ||
===19/06/2026=== | ===19/06/2026=== | ||
# 1,5 ptn: When is it better to use TLC over LC-MS | |||
# 1,5 ptn: Ribozymes: function small vs large | |||
# 1,5 ptn: Bump hole strategy: how specifically used in ASCG, give general principle using enzyme we have seen in class | |||
# 4 ptn: Give general principle, advantage and limitation: antibody based labeling, fluorescent proteins, SNAP/Halo/CLIP tags, nanobodies | |||
# 2 ptn: IVC: principle, how to use it to link genotype and phenotype, give example | |||
# 1,5 ptn: Why is study of glycans hard compared to nucleotides and proteins | |||
# 1,5 ptn: Give 2 genetic manipulation based strategies to activate silent natural product gene clusters | |||
# 1,5 ptn: Fragment based drug discovery | |||
# 3,5 ptn: ADC: which bioconjugation strategy should you use (justify and explain principle), explain importance of site selective conjugation in ADC development | |||
Versie van 3 jul 2026 11:48
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Nieuw vak vanaf 2025-2026.
Examenvragen
19/06/2026
- 1,5 ptn: When is it better to use TLC over LC-MS
- 1,5 ptn: Ribozymes: function small vs large
- 1,5 ptn: Bump hole strategy: how specifically used in ASCG, give general principle using enzyme we have seen in class
- 4 ptn: Give general principle, advantage and limitation: antibody based labeling, fluorescent proteins, SNAP/Halo/CLIP tags, nanobodies
- 2 ptn: IVC: principle, how to use it to link genotype and phenotype, give example
- 1,5 ptn: Why is study of glycans hard compared to nucleotides and proteins
- 1,5 ptn: Give 2 genetic manipulation based strategies to activate silent natural product gene clusters
- 1,5 ptn: Fragment based drug discovery
- 3,5 ptn: ADC: which bioconjugation strategy should you use (justify and explain principle), explain importance of site selective conjugation in ADC development