MCB2020F
University of Cape Town (UCT)
Here are the best resources to pass MCB2020F. Find MCB2020F study guides, notes, assignments, and much more.
Package deal
MCB2020F Course Notes
Complete summaries for all modules covered in the MCB2020F course.
erinsnotes
Summary
Eukaryotic Gene Regulation Summary
Complete summary and notes covering the regulation of eukaryotic genes in the MCB2020F course
erinsnotes
Summary
Eukaryotic Genome Organization, Extranuclear Inheritance and Population Genetics Summary
Summary of the eukaryotic genome organization, extranuclear inheritance and population genetics module covered in MCB2o20F
erinsnotes
Summary
Mechanisms of Heredity Complete Summary
Complete summary covering the Mechanisms of Heredity module for MCB2020f including patterns of Mendelian Inheritance and deviations from it.
erinsnotes
Summary
Introduction to Prokaryotes Summary
Complete notes covering the module of Introduction to Prokaryotes in the MCB2020F course.
erinsnotes
Summary
Prokaryotic Gene Structure Summary
Summary of the prokaryotic gene structure module covered in the MCB2020F course
erinsnotes
Class notes
Lecture notes MCB2020F - Intro to Virology
Lecture notes MCB2020F - Intro to Virology This section of your course will introduce you to the wonderful world of viruses: their diversity, their ubiquity, how they may be defined as organisms in their own right, and how they are different to other organisms. You will be introduced to the concept of the virocell, the virion, and the seven different kinds of genome that viruses have. I have also included an update lecture on SARS-CoV-2, for your education, and for sharing with people who would...
laylaalexander
Class notes
Lecture notes MCB2020F - Eukaryotic genome organisation, Extra-nuclear inheritance and Evolutionary genetics.
This section of MCB2020F covers the following three topics - Eukaryotic genome organisation, Extra-nuclear inheritance and Evolutionary genetics. In Eukaryotic genome organisation we will cover how DNA is compacted into chromosomes and how this affects gene function. We will examine chromosomal re-arrangements and changes in chromosomal number and see how this can affects the phenotype of an organism. In Extra-nuclear inheritance we will look at genome organisation in mitochondria and ch...
laylaalexander
Class notes
Lecture notes MCB2020F - Eukaryotic genome organisation, Extra-nuclear inheritance and Evolutionary genetics.
In Eukaryotic genome organisation we will cover how DNA is compacted into chromosomes and how this affects gene function. We will examine chromosomal re-arrangements and changes in chromosomal number and see how this can affects the phenotype of an organism. In Extra-nuclear inheritance we will look at genome organisation in mitochondria and chloroplasts, the origin of extra-nuclear DNA, mitochondrial DNA inheritance and mitochondrial diseases. In Evolutionary genetics we will see how mi...
laylaalexander
Class notes
Lecture notes MCB2020F - Eukaryotic genome organisation, Extra-nuclear inheritance and Evolutionary genetics.
In Eukaryotic genome organisation we will cover how DNA is compacted into chromosomes and how this affects gene function. We will examine chromosomal re-arrangements and changes in chromosomal number and see how this can affects the phenotype of an organism. In Extra-nuclear inheritance we will look at genome organisation in mitochondria and chloroplasts, the origin of extra-nuclear DNA, mitochondrial DNA inheritance and mitochondrial diseases. In Evolutionary genetics we will see how mi...
laylaalexander
Class notes
Lecture notes MCB2020F - Eukaryotic genome organisation, Extra-nuclear inheritance and Evolutionary genetics.
In Eukaryotic genome organisation we will cover how DNA is compacted into chromosomes and how this affects gene function. We will examine chromosomal re-arrangements and changes in chromosomal number and see how this can affects the phenotype of an organism. In Extra-nuclear inheritance we will look at genome organisation in mitochondria and chloroplasts, the origin of extra-nuclear DNA, mitochondrial DNA inheritance and mitochondrial diseases. In Evolutionary genetics we will see how mi...
laylaalexander
Class notes
Lecture notes MCB2020F - Eukaryotic genome organisation, Extra-nuclear inheritance and Evolutionary genetics.
In Eukaryotic genome organisation we will cover how DNA is compacted into chromosomes and how this affects gene function. We will examine chromosomal re-arrangements and changes in chromosomal number and see how this can affects the phenotype of an organism. In Extra-nuclear inheritance we will look at genome organisation in mitochondria and chloroplasts, the origin of extra-nuclear DNA, mitochondrial DNA inheritance and mitochondrial diseases. In Evolutionary genetics we will see how mi...
laylaalexander
Class notes
Lecture notes MCB2020F - Eukaryote genome organisation
Eukaryotic genome organisation, Extra-nuclear inheritance and Evolutionary genetics.
laylaalexander
Class notes
Lecture Notes on Prokaryote Gene Structure and Information Transfer (MCB2020F)
Includes: - Gene structure - Transcription (Initiation, elongation, termination) - Genetic code - Translation (Protein synthesis, ribosomes, aminoacyl-tRNA, Initiation, elongation, termination) - Translational coupling in polycistronic mRNA
mattclothier13
Class notes
Lecture Notes on Regulation of Gene Expression (MCB2020F)
Includes: - Levels of regulation of gene expression - Positive & Negative control - Regulation at transcriptional initiation - Post-transcriptional regulation - Riboswitch - Lac Operon
mattclothier13
Class notes
Lecture Notes on Mechanisms of Hereditary (MCB2020F)
Includes: - Mendelian genetics - Mendels 1st law - Mendels 2nd law - Causes on non-mendelian inheritance - Human pedigree analysis
mattclothier13
Class notes
Lecture notes on Prokaryotes and Microscopy (MCB2020F)
Includes: - Prokaryote structure and function - Prokaryote cell organisation - Bacteria (membrane proteins, lipids, cell walls) - Archaea (Cell envelopes, cell walls, membranes, molecular biology) - Bacterial and Archaeal cytoplasmic structures - Microscopy - Microbial reproduction strategies - Culture Media
mattclothier13
Summary
Summary of Eukaryotic Genome Organisation (MCB2020F)
Summary of teaching block on Eukaryotic Genome Organisation. Includes: - Chromosome structure & Formation, incl. specialised elements - Chromosomal compaction - Chromosomal rearrangements - Extra-nuclear DNA - Extra-nuclear DNA as a evolutionary molecular marker - Genetic Analysis of populations and how they evolve
mattclothier13
Summary
Summary of Eukaryotic Cell Signalling
Summary of teaching block on Eukaryotic Cell signalling.Including: - Types of signals and cell-cell signalling - Intracellular receptors - Cell surface receptors - Enzyme linked receptors - RTKs - G-Proteins
mattclothier13
Summary
Summary of Eukaryotic Gene Regulation Lectures (MCB2023S)
A summary of the teaching block on eukaryotic gene regulation. Includes: - Gene structure - Levels of regulation - Control of transcriptional initiation - Chromatin structure - Post-transcriptional regulation of gene expression
mattclothier13