23. 1KP unexplored territory N(genes) dozens of species completed genomes N(species) dozens of genes PCR in 10 4 species
24. Broad phylogenetic coverage algae non-flowering flowering (angiosperm) on role of polyploidy in Darwin ’s “abominable mystery” phylogenomics of 1000 species across plant taxa
25. Tuesday Afternoon, 18 January 2011 - 3:50 pm to 6:00 pm Gene Expression Analysis Workshop - Pacific Salon 3 Organizers: David Galbraith, University of Arizona and Greg May, NCGR, Santa Fe @ 4:00 pm - Gane Ka-Shu Wong , University of Alberta " 1KP: an International Consortium Sequencing the Transcriptomes of 1000 Phylogenetically Diverse Plants from Angiosperms to Green Algae "
Left tree: Maple tree phylogeny from D. Ackerly Left picture: Joe Felsenstein, ca. 1980 Right picture: Ranger cluster at TACC
Exponential growth is fast. The number of trees grows even faster (factorially). With exponential growth, you multiply by a constant factor (i.e., 10 x 10 x 10). With trees, this factor keeps increasing 3 x 5 x 7 x 9 x 11…. At just around 50 taxa, there are more possible topologies than there are atoms in the universe. We want a tree of 500K taxa: how many possible trees are there with that many?
Distance matrix calculation compared to FASTREE
Ninja extended abstract submitted
BIEN: biological information and ecology network
Slide for illustrative purposes only.
BIEN: Biological information and ecology network NCEA: Nation center for ecological analysis and sythesis
Tree Reconciliation allows us to infer the occurrence of these evolutionary events
N-J bootstraps Branch lengths ML with HKY model TreeBeST: The resultant tree is bootstrapped for 100 times, reconciled with the species tree and rooted by minimizing with the number of duplications and losses
Provide the scientific community with a toolkit that will allow them to study the evolution of traits of interest Adaptation in response to past climate change Co-evolution of pollinators and flowers or hosts and parasites
Contrast: Test for correlation of continuous traits, taking into account phylogeny DACE: Estimating the status of a discrete trait (e.g. presence/absence of fruit, color) in the ancestors of a group of taxa CACE: Estimating the value of a continuous trait (e.g. yield, hight) in the ancestors of a group of taxa
Tighter integration: e.g. launching analyses from visualizer