Date Author Log Options Exposure
2014-05-05 Ting Yu Change the unit from dimensionless to TODO. [files] [tgz] [zip]
2014-03-26 Ting Yu Update the constants for figure 10. [files] [tgz] [zip]
2014-03-26 Ting Yu Complete the connections. [files] [tgz] [zip]
2014-03-25 Ting Yu Update the connections between components. [files] [tgz] [zip]
2014-03-11 Ting Yu Add GeneralParameters component for Ikeda's model. [files] [tgz] [zip]
2014-03-11 Ting Yu Add RenalFunctionController component for the Ikeda model. [files] [tgz] [zip]
2014-03-11 Ting Yu Add the Kidney1 component to the Ikeda's model. [files] [tgz] [zip]
2014-03-11 Ting Yu Add Kidney2 component for the Ikeda's model. [files] [tgz] [zip]
2014-03-11 Ting Yu Add CardiovascularSystem component to the Ikeda's model. [files] [tgz] [zip]
2014-03-10 Ting Yu Add the IntracellularSpaceElectrolytescomponent for Ikeda's model. [files] [tgz] [zip]
2014-03-10 Ting Yu Format the ExtracellularSpace.cellml nicely. [files] [tgz] [zip]
2014-03-10 Ting Yu Add Extracellular component for Ikeda model. [files] [tgz] [zip]
2014-03-10 Randall Britten Snapshot of partial progress towards a CellML representation, based on the BM file. At this stage, this aimed just at the Respiration component, and without physical units, or any work to validate that the simulation results are correct. A more detailed version history to this point is available at [files] [tgz] [zip]
2014-03-05 Randy Thomas XSLT to convert from DAEML to Berkeley Madonna [files] [tgz] [zip]
2014-03-05 Randy Thomas DAEML dtd [files] [tgz] [zip]
2014-02-28 Randy Thomas no message [files] [tgz] [zip]
2014-02-27 Randy Thomas This is the DAEML version of the Ikeda model, compatible with M2SL, and the BMadonna file produced from it by XSLT conversion. [files] [tgz] [zip]
2014-02-26 Randy Thomas 26 Feb. 2014 (note by S. Randall Thomas): ; This is a Berkeley Madonna implementation of the Ikeda model of acid-base regulation ; Reference: Ikeda, N., F. Marumo, M. Shirataka and T. Sato (1979). ; "A model of overall regulation of body fluids." ; Annals of Biomedical Engineering 7: 135-166. ; ; This implementation was done by Julie Fontecave-Jallon at Univ. Joseph Fourier (Grenoble) ; in the SAPHIR project, which was also seedEP1 in the VPH Network of Excellence (FP7). ; ; Please treat this code as a privileged communication, since it is not yet published material. [files] [tgz] [zip]