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.

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.

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 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 the structure and principles of DNA and chromosomes

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.

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

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