Interactomics - Samenvattingen, Notities en Examens

This document relates to the course "Advanced Protein Technology and Proteome Analysis" within the Molecular Mechanisms of Diseases specialization in the first year of the master's program. The content of this document comprises a summary derived from the lecture slides presented by Professors Kurt Boonen and Xaveer Van Ostade, complemented by notes taken during class sessions.

In this document, you will find my summary I wrote in preparation of the exam. Also, the parts highlighted in yellow are the ones coming out in the practice exam and the 2023 exam.

Summary Molecular Basis of Diseases (NWI-MOL055, Radboud University). Includes all lectures (Molecular Genetics ( week 1-2), Immunology (week 3-4), and Metabolic Diseases (week 5-6). Includes figures!

Bio-Ingenieurwetenschappen, Master Cellular and Genetic Engineering De powerpoint, samen met goede lesnotities (!) van de 4 onderwerpen (genome analysis, interactomics, proteomics, transcriptomics) worden samengevat tot een soort van cursus/samenvatting. Het volgt dus de structuur van de powerpoints! Behaald: 1ste zittijd, 17/20 Prof: Rob Lavigne, Rob Jelier, Faust, Raes, Masschelein, Van Noort

(chapter5) Microbiology Test 2 1. Which growth phase has the largest increase in cell numbers per unit of time? death phase exponential phase lag phase stationary phase In which growth p hase is there no increase or decrease in cell number because some cells are dividing while others are dying? death phase exponential phase lag phase stationary phase To speed up the growth rate in a chemostat, the should be increased. To increase the cell density as well, the should be increased. A. dilution rat...

Hierbij een uitgebreide samenvatting (met afbeeldingen) van het vak Experimental Cellbiology II (AB1048), gegeven op de Vrije Universiteit in Amsterdam in het jaar 2019/2020 (minor Neuroscience). De samenvatting omvat de volgende hoofdstukken: - Modelsystems - Metabolic maps - Synaptic vesicle cycle - Fluorescence microscopy - A single-molecule view on intracellular transport in living C. elegans - Metabolic engineering - Endotheel cells - Interactomics - Proteomics - Neuroproteomics - Microb...