iGenetics: Pearson International Edition notes (3rd edition)

Summary of the Biology theoretical lessons in term 2 of course 9. Books iGenetics and Plant Biology are used for additions.

Summary of chapter 1 of "iGenetics a Molecular Approach" by P.J. Russel which is a recommended textbook for the introduction to Genetics module.

A summary of the lectures on adaptation and evolution including content on natural selection, phylogenies, homologous and analogous structures.

This is a summary of all Russell's self-study material and the additional material from seminar 19 for the course GP (Genome to Population), of the veterinary medicine study.

A summary of the subject "molecular biology" of the 2nd year of Life Sciences. This summary has been made of 7 online lectures and it consists of 37 pages.

A summary of the lectures on how chromosomes can vary in structure and number and the linkage of genes on chromosomes.

A summary of the lecture on the structure and principles of DNA and chromosomes

A summary of the lecture on the factors controlling gene expression and how RNA can be modified or silenced to alter gene expression and phenotypes.

A summary of the lectures covering the human genome, genetic variation and homologous and non-homologous recombination.

A summary of the lecture on human and quantitative genetics including notes on hardy-weinberg and linkage disequilibrium and how we can identify the diseased gene based on pedigree diagrams.

Summary of the Biology theoretical lessons in term 2 of course 9. Books iGenetics and Plant Biology are used for additions.

A summary of the lecture on how DNA is replicated and can be repaired. In addition, it covers how was can amplify DNA through PCR and genetically manipulate DNA.

A summary of the lecture on the factors controlling gene expression and how RNA can be modified or silenced to alter gene expression and phenotypes.

A summary of the lectures which describe the properties or RNA, how DNA is transcribed and the processing of mRNA to mature mRNA.

A summary of the lectures covering the human genome, genetic variation and homologous and non-homologous recombination.

A summary of the lectures on adaptation and evolution including content on natural selection, phylogenies, homologous and analogous structures.

A summary of the lectures on how chromosomes can vary in structure and number and the linkage of genes on chromosomes.

A summary of the lecture on adaptation and the various forms of adaptation that organisms can undergo.

A summary of the lecture on the structure and principles of DNA and chromosomes