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Conference: Ecology & Evolution of Infectious Diseases (EEID)

May 2006 (hosted by CIDD). Note: the 2007 conference will be hosted at Cornell — click here to go to the 2007 EEID website.

Downloadable material, 2006 conference

Logistics, 2006 conference

Conference agenda, 2006 conference

Invited speakers have 25 minutes, with 5 minutes for questions. Contributed talks have 10 minutes, with 5 minutes for questions. Session syntheses have a 15-minute slot.

Thursday May 18, Session One: Epidemiological and evolutionary dynamics of viruses

Thursday May 18, Session Two: Parasites in field systems

Friday May 19, Session 3: Paths to pathogenicity

Friday May 19, Session 4: Poster session

In the first part of Session Four, each poster presenter will be asked to present a brief summary (up to 2 minutes with 1 optional PowerPoint slide) of their main research questions and findings. Once these presentations have taken place in 113 IST Building (same venue as conference talks), posters will be displayed in the Stuckeman Building (also known as SALA; see the campus map). Attendees will need to walk from the IST building to the Stuckeman Building.

Saturday May 20

Other information, 2006 conference

Workshop for graduate students, 2006

Through lectures and computer practicals, we will show how phylogenetic analysis of pathogen gene sequence data can provide crucial insights into the process of disease emergence, including: identification of the reservoir population; the role played by natural selection and recombination/reassortment in enabling pathogens to spread in new host species; the rate at which pathogens populations are growing in size. Computer practical sessions will provide training in use of relevant software (e.g. PAUP*, MrBayes, HYYPHY, BEAST), using real data examples (e.g. dengue, HIV) to illustrate:

  1. Principle methods of phylogenetic analysis (maximum likelihood, parsimony, neighbor-joining, Bayesian methods)
  2. Analysis of the selection pressures acting on genes
  3. Detection of recombination and reassortment
  4. Estimation of population growth rates using coalescent methodologies