Phylogeny and inference: from models to data and back

Europe/Paris
Amphithéâtre Hermite (Institut Henri Poincaré)

Amphithéâtre Hermite

Institut Henri Poincaré

11 rue Pierre et Marie Curie 75005 Paris
Description

Click here for the program

Organizers:
Anne-Florence Bitbol (EPFL)
Claude Loverdo (CNRS & Sorbonne Université)
Mikhail Tikhonov (Washington University St Louis)
Aleksandra Walczak (CNRS & ENS)

    • Afternoon
      • 13:55
        Introduction
      • 1
        Samuel Alizon - ABC phylodynamics
      • 2
        Rémi Monasson - Infer global, predict local: on the trade-off between statistical models and sequence data for protein fitness reconstruction
      • 3
        Stéphane Guindon - Bayesian phylogeography along a continuum: sampling its way in a random walk
      • 4
        Christophe Dessimoz - Laying foundations for very large scale comparative genomics
      • 5
        Tandy Warnow - New methods for large-scale species tree estimation addressing GDL
      • 6
        Katia Koelle - Tree-free phylodynamic inference for emerging viral pathogens and lineages
    • Morning
      • 7
        Chikara Furusawa - Toward prediction and control of microbial evolution: Analysis of phenotypic constraints in laboratory evolution
      • 8
        François Blanquart - Evolution of virulence in commensal bacteria: example of the High Pathogenicity Island in Escherichia coli
      • 9
        Guillaume Achaz - What process(es) explain(s) genetic diversity within species?
    • Afternoon
      • 10
        Alessandra Carbone - Inferring phylogeny and function from different sequence spaces
      • 11
        Daniel Weissman - Evolution in spatially structured populations
      • 12
        KC Huang - Bacterial evolution in complex environments
      • 13
        Chris Illingworth - Sequencing error and phylogenetics
    • Afternoon
      • 14
        Erik van Nimwegen - Recombination with complex population structure drives genome evolution in many bacterial species
      • 15
        Olivier Rivoire - Models of coevolution in proteins: sampling, physics and evolution
      • 16
        Clément Nizak - Parameters and determinants of responses to selection in antibody libraries
      • 17
        Samir Suweis - Constrained proteome allocation, adaptive strategies, and coexistence in models of competitive microbial communities
      • 18
        Simona Cocco - The heterogeneous landscape and early evolution of pathogen-associated CpG dinucleotides in SARS-CoV-2
      • 19
        Ada Altieri - New perspectives on the emergence of multiple equilibria in large highly interacting ecosystems
      • 20
        Rosalind Allen - Modelling phenotypic delay in the evolution of bacterial antibiotic resistance
    • Afternoon
      • 21
        Amaury Lambert - The genomic view of diversification
      • 22
        Eduardo Rocha - Gene flow, innovation and the invention of microbial functions
      • 23
        Benny Chain - Capturing T cell receptor similarities
      • 24
        Martin Weigt - Wandering through sequence space
      • 25
        Michael Desai - Evolution as a stochastic algorithm
      • 26
        Alison Feder - Inferring spatially-embedded genealogies in expanding populations
      • 27
        Daniel Weinreich - A high-throughput approach to study epistasis in proteins
    • Afternoon
      • 28
        Joachim Krug - Evolutionary pathways to antibiotic resistance
      • 29
        Matteo Smerlak - The retrospective view of molecular evolution
      • 30
        Namiko Mitarai - Bacteria and Phage: Competition and Coexistence
      • 31
        Thierry Mora - Solitary waves in virus-host co-evolution
      • 32
        Marta Luksza - Cancer evolution and metastasis under immune selection
      • 33
        Sarah Cobey - Vaccination and adaptive evolution of SARS-CoV-2