Dna recombination - Samenvattingen en Aantekeningen

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS41- Advanced models of human disease (key criteria to choose a animal model, mouse models, anatomy and physiology of mice, methods to model disease in mice, Cre-loxP system, transgenesis, CRISPR/Cas9, mouse strains, nomenclature, genetic drift, drosophila models, differences between drosopila and humans, P-element-mediated transformation, ΦC31 integrase-mediated transgenesis, mutants, UAS-Gal4 system, pros and cons of ...

This is a summary of all the lectures of molecular genetics. It is edited with highlights and additional pictures that will help to understand everything better!

This document provides a summary about the basics of cell biology. It is a brief summary about the different cell compartments, such as the cell membrane, nucleus, nucleolus, ER, Golgi apparatus, mitochondria, lysosomes, transport vesicles, cytoskeleton, chloroplasts, the cytosol, ATP, Ion motive forces, Glycolysis, Pyruvate oxidation, Citric acid cycle, Oxidative phosphorylation, Respiratory chain/electron transport chain, ROS formation, ATP as a drug target, ATP in synapses, Warburg effect, P5...

This summary contains information about: DNA replication mechanisms, DNA polymerase III proofreading, strand-directed mismatch repair, post-replication DNA repair, base excision repair, mutations, nucleotide exchange repair, double-strand break repair, nonhomologous end joining, homologous recombination, RecA, Rad51, Rad52, molecular chaperones, HSP70, HSP60, proteasomes, ubiquitin, amyloid formation, heat-shock response, and HSF1.

Aantekeningen van hoorcolleges 27 t/m 31 van het vak Cellen (Jaar 1, BMW, Universiteit Utrecht) waarin de volgende onderwerpen worden behandeld: DNA repair, mutaties, transposons, celcyclus, cell cycle checkpoints

These summaries (in English and provided with many supporting figures from the book) will help you to obtain a great grade for the course 'Genetics' in the first year of Biomedical Sciences at the VU. With learning al my summaries and lecture notes (see my other documents), I finished this course with an 8,5. This summary is about chapter 19 of the book 'Genetics: analysis and principles.' Also useful if you do not study at the VU but also need to learn this chapter from the book. Written in...

Volledige notities met uitleg bij de powerpoint van professor gijsbers (boek: biochemistry ninth edition)

Samenvatting van de pre-master Biomedical Molecular Genetics course aan de University of groningen

This summary includes all the information that you need for the course Molecular Genetics. The summary is 129 pages long, because it contains a lot of information, but also a lot of describing pictures which means that you can easily go through it. By reading and understanding this summary you don't even have to watch the lectures and you can be sure of succeeding your Molecular Genetics exam! Goodluck :)

Summary of BIO2007 Genetics, including all lectures, tutorials and book pages. Topics discussed include: Introduction to Genetics, DNA Structure and Replication, From DNA to Phenotype, Regulation of Gene Expression, Mutation Repair and Recombination, Inheritance & Genomics Bioinformatics and Sequencing. I used these notes to study for the exams.