Programme
Day 1 | Day 2 | Day 3 | Day 4 | Day 5 | Day 6 | Day 7 | Day 8 | Day 9 | Day 10 LATEST UPDATED PROGRAMME DOWNLOADS BELOW: |
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| DOWNLOAD | Detailed Programme | |
| DOWNLOAD | Schedule | |
| Preliminary Programme (refer to above update for latest version) | ||
| Day 1
(Monday May 3rd, 2010) |
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Giorgos Kotoulas & Alexandros Stamatakis |
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a.m |
Introduction and overview of the course; free tour of the CretAquarium; participants briefly introduce themselves within 2 minutes each |
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Tim Massingham |
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a.m |
Unix/Windows command line basics and exercises |
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Aidan Budd |
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topics: Introducing applications of phylogenies; Introduction to phylogenetic terminology, NEWICK/PHYLIP tree format; Rooted/unrooted phylogenies; Branch lengthsGene tree-species tree conflicts (gene duplication, horizontal transfer, lineage sorting); Phylogenetic networks |
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p.m |
Interpreting molecular phylogenetic trees (I) |
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eve |
Evening lecture 1: Ken Wolfe: “Using phylogenetics to study gene and gene family evolution” |
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(Tuesday May 4th 2010) |
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Aidan Budd |
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a.m |
Interpreting molecular phylogenetic trees (II) |
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Bill Pearson & Javier Herrero |
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topics: Sequence databases (EMBL nucleotides; UniProt; others) and genome databases (Ensembl; UCSC genome browser; plants; bacteria; others); Databases of (or at least containing) alignments and/or trees (TreeBASE, Pfam, Pandit, TreeFam; others); Searching sequence databases (by keywords; by accession numbers; search software e.g. Blast; others);Pairwise alignment; Multiple sequence alignment (concepts, heuristics, softwares, “improvement by eye”); GBLOCKS (and others) to extract conserved blocks of alignments; Obtaining nucleotide alignments given protein alignment and associated nucleotide sequences – RevTrans (others); Struggling with formats — problems with getting your software of choice to accep your alignment of interest |
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p.m |
Genomics resources and sequence alignment (I) |
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eve |
Evening lecture 2: Martin Embley: “The Tree of Life” |
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(Wednesday May 5th 2010) |
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Bill Pearson & Javier Herrero |
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a.m |
Genomics resources and sequence alignment (II) |
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p.m |
Participants can (no obligation) present research posters and talk about the posters with the lecturers/instructors |
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(Thursday May 6th 2010) |
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Olivier Gascuel & John Huelsenbeck |
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opics:Probabilistic models of character change/substitutions; Distance (minimum evolution, NJ, Fitch-Margoliash, etc.) and Parsimony methods; Likelihood and Bayesian methods; Tree search; Sources of error, both systematic and non-systematic, and approaches to address them: Stochastic variation, Model mis-specification (base composition; substitution matrices; others), Long-branch attraction, Taxon-sampling; others |
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a.m |
Phylogeny-reconstruction methods (I) |
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p.m |
Phylogeny-reconstruction methods (II) |
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eve |
Evening lecture 3: Aoife McLysaght: “Origins of New Genes” |
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(Friday May 7th 2010) |
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Olivier Gascuel & John Huelsenbeck |
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a.m |
Phylogeny-reconstruction methods (III) |
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p.m |
Phylogeny-reconstruction methods (IV) |
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eve |
Evening lecture 4: Jeff Thorne: “Using phylogenetics to estimate species divergence times” |
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(Saturday May 8th 2010) |
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Mikkel Schierup & Rasmus Nielsen |
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topics:Fisher-Wright model and neutral coalescent; Population demography and subdivision; Ancestral polymorphism and lineage sorting |
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a.m |
Coalescent model and inference from population data (I) |
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p.m |
Coalescent model and inference from population data (II) |
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Evening lecture 7: Michail Averof: “Evolution of development” |
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(Sunday May 9th 2010) |
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Excursion and hike in the Rouvas gorge |
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(Monday May 10th 2010) |
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| a.m | Mikkel Schierup & Rasmus Nielsen | |
| Coalescent model and inference from population data (III) | ||
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Nick Goldman & Ziheng Yang |
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topics: Approaches (Likelihood/Bayesian); Tests of Substitution Models (Simple models [e.g. JC vs. HKY; PAM vs. WAG], Rate heterogeneity, Clocks, Selection/adaptation, others); Test of topologies (Bootstrapping [parametric and non-parametric], Comparisons of topologies [KH-test; SOWH-test]); Confidence sets/congruency of topologies (SH-test,Bayesian methods) |
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p.m |
Hypothesis testing in phylogenetics (I) |
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eve |
Evening lecture 6: Antonis Rokas : “Experimental Molecular Evolution ” |
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(Tuesday May 11th 2010) |
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Nick Goldman & Ziheng Yang |
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a.m |
Hypothesis testing in phylogenetics(II) |
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p.m |
Hypothesis testing in phylogenetics(III) |
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Evening lecture 7: Carolin Kosiol. : “Advances in codon models ” |
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(Wednesday May 12th 2010) |
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Nick Goldman & Ziheng Yang |
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a.m |
Hypothesis testing in phylogenetics(IV) |
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p.m |
Q&A session - students can give oral presentations if they want to |
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Teaching Assistants |
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Maria Anisimova |
Detecting positive selection using codon models Computational Biochemistry Research Group, ETH Zurich, Switzerland |
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Clemens Lakner |
Bayesian inference of phylogenySchool of Computational Science Florida State University, USA |
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Tim Massingham |
Likelihood methods in phylogenetic analysis EMBLEuropean Bioinformatics Institute, Hinxton, UK |
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Natalie Cusimano |
Systematic Botany University of Munich, Germany |
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