Titlebook: Biological Evolution and Statistical Physics; Michael L?ssig,Angelo Valleriani Book 2002 Springer-Verlag Berlin Heidelberg 2002 Adaptation

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書目名稱Biological Evolution and Statistical Physics被引頻次




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Red queen dynamics and the evolution of translational redundancy and degeneracyred through a genetic mechanism of non-recognition of parasite genomes. Modifying the set of codons bound by tRNA anticodon molecules or changing the specificity of binding, reduces the replication rate of translational parasites such as viruses. Changing the binding specifity can be thought of in t

BINGE

針葉類的樹

Evolutionary perspectives on protein structure, stability, and functionalityandom strings of amino acids. If we wish to understand the properties of proteins, we need to understand the underlying process of Darwinian evolution, and how its stochastic nature interacts with the underlying fitness landscape. In this review, I describe some of the underlying theory of evolution

Prognosis

The statistical approach to molecular phylogeny: Evidence for a nonhyperthermophilic common ancestor have been described. The maximum likelihood method relies upon statistical modelling of : sites (columns of a set of aligned sequences) are seen as realisations of a random variable whose distribution depends on evolutionary parameters, including the evolutionary tree. The merits and limits of this

ostensible

Principles of cophylogenetic mapse “host” phylogeny, is independent and the other, the “associate” phylogeny, is hypothesized to be dependent to some degree on the host. Given two such phylogenies our aim is to estimate the past associations between the host and associate taxa. This chapter describes cophylogeny and discusses some

Spangle

Accounting for phylogenetic uncertainty in comparative studies of evolution and adaptationequently wish to investigate the evolution of traits across a range of species. This is known as a comparative study. Comparative studies require constructing a phylogeny of the species and then investigating the evolutionary transitions in the trait on that phylogeny. A difficulty with this approac

TIA742

The‘ shape’ of phylogenies under simple random speciation modelsmodels have been used as priors in Bayesian approaches to phylogenetic analysis, and also to test hypotheses concerningthe speciation process. Here we describe new results for four properties of trees generated under such models. Firstly, for a rooted tree generated by the Yule model we describe the

Generalize