Location: Blood volume control model @ af37def9b5c0 / map / BloodVolumeControl.properties.json

Author:
David Nickerson <david.nickerson@gmail.com>
Date:
2025-08-14 23:06:51+12:00
Desc:
Adding eating and drinking protocols. Updating the CellML model to include ability to tweak the input boundary conditions; Adding SED-ML for a eating and drinking protocol; Adding the SimulationVuer JSON description for the eating and drinking protocol; Switching to using the SPARC portal mimetype for the SimulationVuer config file.
Permanent Source URI:
https://staging.physiomeproject.org/workspace/c99/rawfile/af37def9b5c012a1ca516b3c82a8dc704c670daa/map/BloodVolumeControl.properties.json

{
  "features": {
    "bvc/ID-0000001": {
      "label": "Kidney",
      "models": "cvs:functional.whole-body",
      "hyperlinks": {
        "flatmap": "FC:whole-body"
      }
    },
    "bvc/ID-0000003": {
      "label": "Tissue exchange system",
      "models": "cvs:functional.tissue",
      "hyperlinks": {
        "flatmap": "FC:tissue"
      }
    },
    "bvc/ID-0000004": {
      "label": "GI tract",
      "models": "cvs:functional.whole-body",
      "hyperlinks": {
        "flatmap": "FC:whole-body"
      }
    },
    "bvc/ID-0000006": {
      "label": "Tissue exchange system",
      "models": "cvs:functional.tissue",
      "hyperlinks": {
        "flatmap": "FC:tissue"
      }
    },
    "bvc/ID-0000007": {
      "label": "Circulatory system",
      "models": "cvs:functional.whole-body",
      "hyperlinks": {
        "flatmap": "FC:whole-body"
      }
    },
    "bvc/ID-0000009": {
      "name": "u_ac_H2O",
      "label": "Chemical potential of water in arterial circulation"
    },
    "bvc/ID-0000010": {
      "name": "q_vc_H2O_,_u_vc_osmotic",
      "label": "Amount of water in venous circulation\nOsmotic pressure in venous circulation"
    },
    "bvc/ID-0000011": {
      "name": "v_lv_H2O",
      "label": "Flow of water in left ventricle"
    },
    "bvc/ID-0000012": {
      "name": "v_cc_H2O",
      "label": "Flow of water in capillary circulation"
    },
    "bvc/ID-0000017": {
      "name": "v_pt_H2O",
      "label": "Flow of water in proximal tubule of the kidney"
    },
    "bvc/ID-0000018": {
      "label": "Tissue exchange system",
      "models": "cvs:functional.tissue",
      "hyperlinks": {
        "flatmap": "FC:tissue"
      }
    },
    "bvc/ID-0000019": {
      "name": "q_pt_H2O_,_u_pt_osmotic",
      "label": "Amount of water in proximal tubule of the kidney\nOsmotic pressure in proximal tubule of the kidney"
    },
    "bvc/ID-0000021": {
      "name": "v_gl_H2O",
      "label": "Flow of water in glomeruli of the kidney"
    },
    "bvc/ID-0000023": {
      "name": "v_out2_H2O",
      "label": "Flow of water out of kidney"
    },
    "bvc/ID-0000028": {
      "name": "q_gi_H2O_,_u_gi_osmotic",
      "label": "Amount of water in gastro-intestinal tract\nOsmotic pressure in gastro-intestinal tract"
    },
    "bvc/ID-0000029": {
      "name": "v_in_H2O",
      "label": "Flow of water into gastro-intestinal tract"
    },
    "bvc/ID-0000031": {
      "name": "v_gi_H2O",
      "label": "Flow of water in gastro-intestinal tract"
    },
    "bvc/ID-0000032": {
      "name": "u_gi_Na+",
      "label": "Chemical potential of sodium in gastro-intestinal tract"
    },
    "bvc/ID-0000033": {
      "name": "v_in_Na+",
      "label": "Flow of sodium into gastro-intestinal tract"
    },
    "bvc/ID-0000036": {
      "name": "v_out1_Na+",
      "label": "Flow of sodium out of gastro-intestinal tract"
    },
    "bvc/ID-0000038": {
      "name": "q_vc_Na+",
      "label": "Amount of sodium in venous circulation"
    },
    "bvc/ID-0000040": {
      "name": "q_pt_Na+",
      "label": "Amount of sodium in proximal tubule of the kidney"
    },
    "bvc/ID-0000041": {
      "name": "v_out2_Na+",
      "label": "Flow of sodium out of kidney"
    },
    "bvc/ID-0000043": {
      "name": "v_gl_Na+",
      "label": "Flow of sodium in glomeruli of the kidney"
    },
    "bvc/ID-0000050": {
      "name": "v_out1_H2O",
      "label": "Flow of water out of gastro-intestinal tract"
    },
    "bvc/ID-0000053": {
      "name": "q_gi.epi_Na+",
      "label": "Amount of sodium in epithelial cell of gastro-intestinal tract",
      "models": "cvs:functional.cell",
      "hyperlinks": {
        "flatmap": "FC:cellular"
      }
    },
    "bvc/ID-0000059": {
      "name": "q_pt.epi_Na+",
      "label": "Amount of sodium in epithelial cell of proximal tubule of the kidney",
      "models": "cvs:functional.cell",
      "hyperlinks": {
        "flatmap": "FC:cellular"
      }
    },
    "bvc/ID-0000064": {
      "name": "v_gi.epi_Na+",
      "label": "Flow of sodium in epithelial cell of gastro-intestinal tract"
    },
    "bvc/ID-0000065": {
      "name": "v_gi_NKE",
      "label": "Flow of sodium through NKE ATPase in gastro-intestinal tract"
    },
    "bvc/ID-0000066": {
      "name": "v_pt.epi_Na+",
      "label": "Flow of sodium in epithelial cell of proximal tubule of the kidney"
    },
    "bvc/ID-0000067": {
      "name": "v_pt_NKE",
      "label": "Flow of sodium through NKE ATPase in proximal tubule of the kidney"
    }
  }
}