Chromosomes - 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 ...

LCC Lab Exam 2 with 100% Correct Answers 2024 How many chromosomes are in a human cell? How many pairs? - ️️ - 46, 23 pairs What characteristics do homologous chromosomes have? (what makes them a pair? - ️️ - Same size, same banding pattern, matched gene for gene What kind of antigens are present in the blood of a person that is type A? What antibodies are present? - ️️ - A-antigens, anti-B antibodies What kind of antigens are present in the blood of a person that is type AB? ...

MULTIPLE CHOICE 1. In somatic cell gene therapy, what type of vector is most commonly used to alter a specific set of an individual’s somatic cells? a. Virus b. Bacteria c. RNA polymerase d. Recombinant DNA ANS: A In somatic cell gene therapy, a vector is used to carry a normal copy of the mutated gene into the individual’s cells. These vectors are usually viruses, such as retroviruses, lentiviruses, or adenoviruses, which have been genetically modified so that they conta...

The oocytes used in the research study were taken from newborns. The oocytes used in the research study in the passage were: A. haploid cells arrested in prophase I. B. diploid cells arrested in prophase I. C. diploid cells arrested in metaphase I. D. haploid cells arrested in anaphase II. - ANS B. The cells would be in the period of arrest between the onset of oogenesis in the fetal stage and the onset of the menstrual cycle, when one cell per month will move forward with meiosis...

Extensive summary of the course Genetics and Public Health; part of the minor Biomedical Topics in Health Care. This course focuses on different ways variations in DNA or chromosomes lead to disease, healthcare delivery in relation to genetic disorders (clinical genetics, genetic screening), and the impact of a hereditary disease on individuals, families and society. Challenges in translating new genetic knowledge into public policy and healthcare will be addressed, such as whole genome sequenci...

Summary for Genetics AB_1135 about DNA to protein, mutations, genotypes with a punnet square, phenotypes, phenocopy, dominant, heterozegoity, euploidy etc

[1.1] MICROORGANISMS, TINY TITANS OF THE EARTH [1.2] STRUCTURE OF MICROBIAL CELLS [1.4] AN INTRODUCTION TO MICROBIAL LIFE [1.5] MICROORGANISMS AND THE BIOSPHERE [1.6] THE IMPACT OF MICROORGANISMS ON HUMAN SOCIETY [1.7-1.8] LIGHT MICROSCOPY AND THE DISCOVERY OF MICROORGANISMS AND IMPROVING CONTRAST IN LIGHT MICROSCOPY [1.9] IMAGING CELLS IN THREE DIMENSIONS [1.10] PROBING CELL STRUCTURE: ELECTRON MICROSCOPY [1.13] DISCOVERY OF MICROBIAL DIVERSITY [1.15] WOESE AND THE TREE OF LIFE [1.3...

This is a summary of the course Genomics for Health and Environment (NWI-BB086). It contains information from the lectures, but also included images for better visualization. Good luck!

This summary covers chapters 2, 3, 4, 5 and 6 of the book for the first exam of the course pathology at the Vrije Universiteit Amsterdam. This summary also covers the lectures and workgroups.

Samenvatting molecular biology of the cell (pharmacie)