PresentationsMonday, 12 JanuaryDr. Sampsa Hautaniemi: What is Systems Biology? Prof. Eric Wright: Radiation-induced genomic instability and systems biology. Dr. Oleg Belyakov: 3D Tissue Systems. Dr. Petri Salvén: Stem cells contributing to cancer. Dr. Yoshihiro Morishita: Mathematical approach to developmental biology. Dr. Tom Weber: Interrogation of cell transformation mechanisms to identify susceptibility factors for low dose radiation health risks. Dr. Peter Jacob: Modelling of radiation carcinogenesis by inclusion of genomic instability and bystander effect. Dr. Francis Cucinotta: Modelling approaches to address radiation health risks of astronauts. Dr. Mika Ala-Korpela: NMR metabonomics as a high throughput methodology to study vascular diseases. Prof. Herwig Paretzke: The physics of Aurora Borealis. Tuesday, 13 JanuaryProf. David Fell: Modelling the cell cycle with the aim of accounting for the actions (and interactions) of anti-cancer drugs. Dr. Alison Dunning: Genome-wide SNPs mining, cancer predisposition and radiosensitivity. Prof. Carmel Mothersill: Evolutionary and ecological aspects of stress response. Prof. Mats Harms-Ringdahl: Do "Omics" approaches and high throughput techniques motivate systems biology modeling of radiation response? Dr. Michael Atkinson: How can biomarkers bridge the gap between exposure and final health effects in terms of individual sensitivity? Breakout session 1: Do "Omics" approaches and high throughput techniques motivate systems biology modeling of radiation response? Breakout session 2: How can biomarkers bridge the gap between exposure and final health effects in terms of individual sensitivity? Wednesday, 14 JanuaryModerators' reports General discussion Prof. Sisko Salomaa: Conclusion and future perspectives. |
