Molecular Evolution (academic course)
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Contents
Overview
Objectives
To provide the student with broad knowledge in the field of molecular evolution (i.e., the evolution of DNA, RNA, and proteins), and with in-depth knowledge of model-based methods for phylogenetic tree reconstruction and hypothesis testing in an evolutionary context. Although the study of molecular evolution does require a certain level of mathematical understanding, this course has been designed to attract a diverse range of students.
Content
Brief introduction to evolutionary theory and population genetics. Mechanisms of molecular evolution. Models of DNA and protein substitution. Reconstruction of phylogenetic trees using distance based methods, parsimony, maximum likelihood, and Bayesian techniques. Advanced models of nucleotide substitution (gamma-distributed mutation rates, molecular clock models, codon models and analysis of selective pressure). Statistical analysis of biological hypotheses (likelihood ratio tests, parametric bootstrapping, Bayesian statistics).
The student will acquire practical experience in the use of computational methods by analyzing sequences from the scientific literature.
Details
- Textbook: Inferring Phylogenies, Joseph Felsenstein, Sinauer Associates, Inc. (2003)
- Professor: Dr. Anders Gorm Pedersen
- Home Page: http://www.cbs.dtu.dk/courses/27615.mol/
- Semester: Spring 2006 (8 February 2006 — 3 May 2006; Wed; 13:00 - 17:00)
Key words
Molecular evolution, DNA, RNA, proteins
