Dabigatran–idarucizumab reversal during cardiopulmonary bypass
Reference paper ↗A PK/PD model coupling dabigatran systemic and bypass-circuit disposition to effect-site concentration and idarucizumab exposure during cardiopulmonary bypass.
- Therapeutic
- Dabigatran and idarucizumab
- Modality
- Antibody fragment
- Target
- Thrombin, Dabigatran
- Disease
- Preclinical anticoagulation reversal during cardiopulmonary bypass
- Model type
- PKPD
Complete model workspace
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- Parameters
- 24
- States
- 7
- Equations
- 7
- Derived outputs
- 58
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Starting configuration
CPB dabigatran and idarucizumab reversal
CPB dabigatran and idarucizumab reversal
How do bypass-circuit exchange and idarucizumab exposure change dabigatran concentration and effect-site reversal? Explore this biological starting configuration through Central dabigatran concentration, Dabigatran effect-site concentration, Bypass-circuit dabigatran concentration, Idarucizumab concentration, Mean bypass dabigatran concentration.
Starting result
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Starting configuration
Time: 0–1,440 minute; step 1
| Input | Default | Available range |
|---|---|---|
| Standardized systemic clearance | 0.0509 L/minute | 0.02545–0.07635 L/minute |
| Standardized central distribution volume | 3.89 L | 1.945–5.835 L |
| Circuit flow rate | 1.82 L/min | 0.91–2.73 L/min |
| Idarucizumab clearance | 0.0394 L/min | 0.0197–0.0591 L/min |
| Idarucizumab loading dose | 50 mg/kg | 25–75 mg/kg |
Expected readouts
Central dabigatran concentration · Effect-site concentration (mg/L) · Bypass circuit dabigatran concentration · Idarucizumab concentration · Mean bypass dabigatran concentration
Adjustable model parameters
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More key parameters (1)
How the model represents the biology
A PK/PD model coupling dabigatran systemic and bypass-circuit disposition to effect-site concentration and idarucizumab exposure during cardiopulmonary bypass.
Solid arrows show modeled movement or change; two-headed arrows show reversible exchange; dashed arrows show modulation without material transfer.
Model scope: Idarucizumab binding or neutralization of dabigatran, an idarucizumab-to-effect-site influence, coagulation, and a reaction-time response are not present in the released equations.
Modeled relationships (7)
- Timed protocol inputs → Central dabigatran: dabigatran rates (flow)
- Timed protocol inputs → Idarucizumab exposure: idarucizumab rates (flow)
- Central dabigatran ↔ Peripheral dabigatran: distribution (reversible exchange)
- Central dabigatran ↔ CPB circuit pool: CPB exchange (reversible exchange)
- Central dabigatran → Effect-site concentration: equilibration (modulation)
- Central dabigatran → Separate clearances: dabigatran CL (loss)
- Idarucizumab exposure → Separate clearances: idarucizumab CL (loss)
Modeled relationships: Timed protocol inputs to Central dabigatran: dabigatran rates (flow); Timed protocol inputs to Idarucizumab exposure: idarucizumab rates (flow); Central dabigatran reversibly exchanges with Peripheral dabigatran: distribution (reversible exchange); Central dabigatran reversibly exchanges with CPB circuit pool: CPB exchange (reversible exchange); Central dabigatran to Effect-site concentration: equilibration (modulation); Central dabigatran to Separate clearances: dabigatran CL (loss); Idarucizumab exposure to Separate clearances: idarucizumab CL (loss).
Primary readouts: Dabigatran concentration; Effect-site concentration; CPB circuit concentration; Idarucizumab concentration; CPB mean dabigatran.
Related models
Research use only — not for patient-specific prediction or dosing advice.