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    • Chronograms or Phylograms for trait evolution?
    • A neutrality index for a trait
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    • Widespread Selection Relaxation in Aquatic Mammals
    • An Introduction to the Special Issue: Inferring Macroevolutionary Patterns and Processes from Microevolutionary Mechanisms
    • Detecting Diversifying Selection for a Trait from within and Between-Species Genotypes and Phenotypes
    • Toward a Semi-Supervised Learning Approach to Phylogenetic Estimation
    • Estimating the Proportion of Beneficial Mutations That Are Not Adaptive in Mammals
    • Gene Expression Is the Main Driver of Purifying Selection in Large Penguin Populations
    • Genes and Sites under Adaptation at the Phylogenetic Scale Also Exhibit Adaptation at the Population-Genetic Scale
    • An Improved Codon Modeling Approach for Accurate Estimation of the Mutation Bias
    • Bridging Time Scales in Evolutionary Biology
    • Quantifying the Impact of Changes in Effective Population Size and Expression Level on the Rate of Coding Sequence Evolution
    • Inferring Long-Term Effective Population Size with Mutation--Selection Models
    • A Bayesian Mutation-Selection Framework for Detecting Site-Specific Adaptive Evolution in Protein-Coding Genes
    • Modelling the Articulation of Selective and Neutral Mechanisms in the Evolution of Protein-Coding DNA Sequences
    • The Red Queen Model of Recombination Hot-Spot Evolution: A Theoretical Investigation.
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    • Introduction to Snakemake for reproducible research
    • Impact de la sélection sur la génétique des populations (1/2)
    • Origine et maintient de la variation génétique (2/2)
    • Démarche scientifique
    • Reproducible science (Next-Generation Sequencing)
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Démarche scientifique

G. Bagnolini
,
T. Latrille
· 1 min read
Slides
teaching

The class “Démarche scientifique” is about the functioning of scientific publishing.

Last updated on Sep 1, 2021
← Origine et maintient de la variation génétique (2/2)
Reproducible science (Next-Generation Sequencing) →