Viral Dynamics and Cancer: Modeling Oncogenic and Oncolytic Viruses
Videos from CMO Workshop
Mauricio Castaño Arcila, Cinvestav
Monday Aug 3, 2015 10:13 - 10:38
The role of fitness and replication dynamics on virus invasion
Mauricio Castaño Arcila, Cinvestav
Monday Aug 3, 2015 10:13 - 10:38
The role of fitness and replication dynamics on virus invasion
Stanca Ciupe, Math Department, Virginia Tech, USA
Monday Aug 3, 2015 10:43 - 11:15
Mathematical models of hepatitis B infection
Stanca Ciupe, Math Department, Virginia Tech, USA
Monday Aug 3, 2015 10:43 - 11:15
Mathematical models of hepatitis B infection
Rafael Meza, University of Michigan
Monday Aug 3, 2015 15:11 - 15:53
Overview, epidemiology & cancer epidemiology
Rafael Meza, University of Michigan
Tuesday Aug 4, 2015 09:06 - 09:50
Towards a Taxonomy of Cancer Models: Cancer Modeling Overview
Rafael Meza, University of Michigan
Tuesday Aug 4, 2015 09:06 - 09:50
Towards a Taxonomy of Cancer Models: Cancer Modeling Overview
Andrew Brouwer, University of Michigan
Tuesday Aug 4, 2015 10:00 - 10:31
Modeling the connection of disease prevalence to cancer incidence: HPV and oropharyngeal cancer
Andrew Brouwer, University of Michigan
Tuesday Aug 4, 2015 10:00 - 10:31
Modeling the connection of disease prevalence to cancer incidence: HPV and oropharyngeal cancer
Carmen Lia Murall, Max Planck Institute for Dynamics and Self-Organization
Tuesday Aug 4, 2015 11:15 - 11:43
Understanding the evolutionary ecology of viral oncogenesis
Carmen Lia Murall, Max Planck Institute for Dynamics and Self-Organization
Tuesday Aug 4, 2015 11:15 - 11:43
Understanding the evolutionary ecology of viral oncogenesis
Marisa Eisenberg, University of Michigan
Tuesday Aug 4, 2015 11:52 - 12:19
Interacting Scales in Modeling HPV and Oropharyngeal Cancer
Marisa Eisenberg, University of Michigan
Tuesday Aug 4, 2015 11:52 - 12:19
Interacting Scales in Modeling HPV and Oropharyngeal Cancer
Natalia Komarova, University of California - Irvine
Thursday Aug 6, 2015 10:06 - 10:44
Overview, oncolytic modeling
James H.K. Ooi, University of Ottawa
Thursday Aug 6, 2015 13:01 - 13:35
A systematic perturbation approach identifies novel strategies to improve the efficacy of oncolytic virus therapy