The Neutral Model Evolution without selection: part II Joachim Hermisson Mathematics and Biosciences Group Mathematics & MFPL, University of Vienna

Source URL: www.mabs.at

• Population genetics
• Biology
• Genetics
• Evolutionary biology
• Coalescent theory
• Effective population size
• Variance
• Fitness
• Viral phylodynamics
• Fixation

Bedford et al. BMC Evolutionary Biology 2011, 11:220 http://www.biomedcentral.com RESEARCH ARTICLE Open Access

Source URL: bedford.io

• Biology
• Population genetics
• Evolutionary biology
• Viral phylodynamics
• Coalescent theory
• Most recent common ancestor
• Selective sweep
• Antigenic drift
• Influenza
• Neutral theory of molecular evolution
• Effective population size
• Mutation

Evolvability drives innovation in viral genomes Guillaume Beslon1 , Vincent Liard1 , Santiago F. Elena2,3 1 Universit´e de Lyon, CNRS, INRIA, INSA-Lyon, UCB Lyon 1, LIRIS UMR5205, Beagle Team, FLyon, France

Source URL: evoevo.liris.cnrs.fr

• Biology
• Evolutionary biology
• Evolvability
• Mutation rate
• Mutation
• Molecular evolution
• Evolution
• Neutral mutation
• Gene
• Natural selection
• Robustness
• Bacteriophage experimental evolution

Supporting Figures: Canalization of the evolutionary trajectory of the human influenza virus Citation: Bedford T, Rambaut A, Pascual MCanalization of the evolutionary trajectory of the human influenza virus. BMC

Source URL: bedford.io

• Evolutionary biology
• Virology
• Antigenic variation
• Antigens
• Immune system
• Influenza
• Orthomyxoviridae
• Mutation
• Virus
• Evolution
• Viral phylodynamics

CHAPTER I OVERALL ISSUES OF VIRUS AND HOST EVOLUTION tree of life. Yet viruses do have the This book seeks to present the evolution of characteristics of life, can be killed, can become

Source URL: cvr.bio.uci.edu

• Virology
• Virus
• RNA virus
• Viral evolution
• DNA virus
• Viral replication
• Retrovirus
• Viral life cycle
• Paramyxoviridae
• Double-stranded RNA viruses
• Influenza
• Endogenous viral element

Published in Trends in Mathematics 2: Springer) Viral RNA replication modes: evolutionary and dynamical implications Josep Sardany´es1, 2, ∗ arXiv:1411.6484v1 [q-bio.PE] 24 Nov 2014

Source URL: arxiv.org

• Virology
• Microbial population biology
• RNA
• Evolutionary biology
• Genetics
• Quasispecies model
• Virus
• RNA virus
• Viral quasispecies
• RNA-dependent RNA polymerase
• Viral evolution
• Viral replication

Advances and Challenges in Large-Scale Music Information Retrieval Colin Raffel and Dan Ellis DMRN+8, December 17, 2013

Source URL: colinraffel.com

• Sound
• Music
• Audio engineering
• Acoustics
• Loudness
• Viral quasispecies
• Evolution

SFB 680 – MPI Saarbrücken Workshop on Viral Evolution Thursday, December 2, 2010 TIME SPEAKER

Source URL: www.sfb680.uni-koeln.de

Genome Informatics 17(1): 23–Inferring Protein-Protein Interactions in Viral Proteins by Co-Evolution of Conserved Side Chains

Source URL: www.jsbi.org

VIRAL EVOLUTION Genomic surveillance elucidates Ebola virus origin and transmission during the 2014 outbreak Stephen K. Gire,1,2* Augustine Goba,3*† Kristian G. Andersen,1,2*† Rachel S. G. Sealfon,2,4*

Source URL: andersen-lab.com