Cell cycle - Samenvattingen en Aantekeningen

Dit is een samenvatting van course 10/BIOMRE09 van cancer biology op de HAN. Het bevat 7 weken aan lesstof over o.a. developmental biology, genetics, cell cycle regulation en embryogenesis. Dit is alle toetsstof die je moet weten!

CASE1 & LECTURE 2 & LECTURE 3 & LECTURE 4 – DNA REPAIR, EPIGENETICS, GAMETOGENESIS CASE 2 & LECTURE 5: FERTILIZATION AND BALSTOCYST CASE 3 & LECTURE 6: GENE REGULATION CASE 4 & LECTURE 7: CELL CYCLE CASE 5 & LECTURE 8: IMPLANTATION & TWINS CASE 6 & LECTURE 9: MUTATIONS AND DETECTION METHODS CASE 7 & LECTURE 10: BODY PLAN AND SEGMENTATION CASE 8 & LECTURE 11: GUT DEVELOPMENT CASE 9 & LECTURE 12 & LECTURE 13: LIMB DEVELOPMENT AND APOPTOSIS CASE 10 & LECTURE 14: SEX DETERMINATION CASE ...

This 69 page document includes lecture notes/summary of all lectures given in the course Advanced Molecular Biology (Radboud University bachelor 2nd year/pre-master) FWI-BB017C 6EC. My grade = 8,0. It includes a table of contents where you can easily find the 4 themes with all different topics including molecular techniques, gene expression/control, transcription, cell cycle, and cancer.

This document is a summary about the course Cellular biochemistry. It is about the structure, function, detection and purification of proteins. The summary also describes other macromolecules like fatty acids, lipids, carbohydrates and glycoconjugates. Furthermore, the document describes the function of the macromolecules in cells: receptors, signal transduction and cell cycle regulation. Tumor supressors and oncogenes are also explained.

Biochemistry - 8 lectures Molecular biology - 10 lectures

Extensive summary of all lectures including images from the lecture slides. I used the book to explain the images that lacked context from the slides.

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 14 page long document includes the questions and answers of the team based learning exercises (12), application cases (3), and a practise exam (4) of the course Advanced Molecular Biology (Radboud University NWI-BB017C 6EC). My grade = 8,0.

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS72 - Cancer development and immune defense (stem cell biology, hematopoiesis, leukemia, ChIP, AML/MDS, clonal evolution, epigentics, histone acetylation/methylation, DNA methylation, epigenetics in cancer, NK cells, T cells, dendritic cells, allogeneic stem cell transplantation, CAR T cell therapy, cancer-immunity cycle, cancer immunoediting, cancer immunogram en dendritic cell-based vaccines). This summary contains all...

This document is a comprehensive summary of all the chapters in Weinberg's The Biology of Cancer that must be read for the course Molecular Biology and Oncology in Leiden. This includes Chapters 1-15 entirely and parts of Chapter 16. Moreover, this document contains concepts discussed in workgroups, self-study assignments, and lectures, as well as the Obligatory Assignments. Illustrative, and schematic images to support concepts are abundantly included as well.