'Synonymous substitution' presentation slideshows

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1.4k views • 109 slides

Conservation At silent sites

501 views • 43 slides

Chapter 23 - Molecular evolution : Types of questions :

Chapter 23 - Molecular evolution : Types of questions : How do genomes, DNA, and protein sequences evolve? Dynamics and mode of change. Rates of change. How are genes and organisms evolutionarily related? Phylogenetic systematics/trees/networks Species concepts (allopatric/sympatric)

606 views • 38 slides

Chapter 23 - Molecular evolution : Types of questions :

Chapter 23 - Molecular evolution : Types of questions : How do genomes, DNA, and protein sequences evolve? Dynamics and mode of change. Rates of change. How are genes and organisms evolutionarily related? Phylogenetic systematics/trees/networks Species concepts (allopatric/sympatric)

493 views • 38 slides

Chapter 23 - Molecular evolution : Types of questions :

Chapter 23 - Molecular evolution : Types of questions : How do genomes, DNA, and protein sequences evolve? Dynamics and mode of change. Rates of change. How are genes and organisms evolutionarily related? Phylogenetic systematics/trees/networks Species concepts (allopatric/sympatric)

446 views • 35 slides

In populations of finite size, sampling of gametes from the gene pool can cause evolution.

Incorporating Genetic Drift. In populations of finite size, sampling of gametes from the gene pool can cause evolution. Probability of Maintaining the Same Initial Allele Frequency. The Ultimate Fate of Random Genetic Drift. The Effects of Drift are More Pronounced in Smaller Populations.

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Chapter 3 Substitution Patterns

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Human survivorship

Human survivorship. Developed. Bob May (2007), TREE 22: 497-503. Developing. Liverpool 150 years ago. Today. 1860. Evolution of infectious disease #1 Evolution of the MHC. Steve Paterson rm 202, s.paterson@liv.ac.uk. Map of MHC. Map of MHC. presentation of peptides by MHC.

282 views • 26 slides

RATES OF NUCLEOTIDE SUBSTITUTION

RATES OF NUCLEOTIDE SUBSTITUTION. rate = # substitutions per site per unit time (year or generation). Ancestral sequence. Sequence 2. Sequence 1. If r = rate K = # sub between 2 homologous sequences T = time of divergence. r = K / 2T. Then.

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ICB 2007, Hong Kong Supplementary formulas Rates of Evolutionary Changes

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