https://staging.physiomeproject.org/workspace/wodarz_2003 en-us Wodarz, 2003 xml:base fix https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/bbc93a7e5657e6f0ec11b320a808e9229d9f6cc0 xml:base fix Tommy Yu 2010-08-25 Added xul and image to session file https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/424e530cfe7868f1b1e480fdfee04a84aaf92d0a Added xul and image to session file Hanne 2010-07-15 Removed xml:base="file.... https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/7eb627ee9dfe4bbb30af1faf5bdc7d367476ec2b Removed xml:base="file.... Catherine Lloyd 2010-07-13 Fixed broken RDF. https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/99bd8d8cf76f75fc5fd0fcb855987d0a1bc058cb Fixed broken RDF. Catherine Lloyd 2010-07-13 Added cmeta:ids to CellMl file and added session file https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/a776a27aceaddee8287969bf58ddeb486e1d9a17 Added cmeta:ids to CellMl file and added session file Hanne 2010-01-14 Made some minor corrections to the broken RDF and updated the documetation to display the abstract of the paper. https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/be8cc9c066f396b9e71ea9a7b994c4d1afe10ce8 Made some minor corrections to the broken RDF and updated the documetation to display the abstract of the paper. Catherine Lloyd 2010-01-13 Removed dead links and changed the model status https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/efc89258315aaee61900622e93734f245e69e55f Removed dead links and changed the model status Tessa Paris 2010-01-13 Added initial conditions. The model can replicate part A of Figure 2 in the paper. To replicate the long memory g = 0.01, to replicate the short memory g = 40 (note this is larger than what is specified in the figure legend. Using the log of P_2 the model shows that the abundance of pathogens goes below zero which is not shown in the paper.) https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/737f4cea6ab170b07fe86ff803f9ee8d4109b57a Added initial conditions. The model can replicate part A of Figure 2 in the paper. To replicate the long memory g = 0.01, to replicate the short memory g = 40 (note this is larger than what is specified in the figure legend. Using the log of P_2 the model shows that the abundance of pathogens goes below zero which is not shown in the paper.) Tessa Paris 2010-01-12 Added images in ai and svg format, removed non pub med references https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/0d22c441df1d9bc0253ac9ef38d47de226486ab0 Added images in ai and svg format, removed non pub med references Hanne 2009-12-15 committing version02 of wodarz_2003 https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/f1b2f2637c5603e71994082fd6621c7aaf1fe706 committing version02 of wodarz_2003 pmr2.import 2009-06-17 committing version01 of wodarz_2003 https://staging.physiomeproject.org/workspace/wodarz_2003/@@file/cc73a04115323f2cae7cdf772ff5dbea128e2fe8 committing version01 of wodarz_2003 pmr2.import 2006-09-04