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Dr Rob Moss
Whole-kidney models
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  • About me
  • Publications
  • Projects
  • Teaching
  • Models
  • Software
  • Blog
    • Venables Award
    • R Markdown: hide code blocks
    • R functions as knitr chunks
    • Change the problem: 18XX token placement
    • Model answers or trivial pursuits?
    • Melbourne Maths and Science Meetup
    • HOW-TO: Create a MATLAB Virtual Machine
    • Live coding, Emacs, and ghci
    • No single-biggest roadblock
    • Epidemic forecasts as a tool for public health
    • Disease surveillance: no silver bullet
    • Compartmental models in Rust
    • Model selection for seasonal influenza forecasting
    • Interactive SEIR model
    • A week is a long time in politics
    • Virtual model environment
    • Flu forecasts for Melbourne
    • Afferent arteriole autoregulation
    • Pressure natriuresis in diuresis and antidiuresis
    • Hormonal regulation of salt and water excretion
    • Evolution and chronic kidney disease
    • Biological modelling and domain-specific languages
    • Ethics and organ donation
    • Distribution of SNGFR in the cortex
    • Placebo effects and surgical superstitions
    • Renal function, IgA nephropathy and tumours
    • Tools for statistical analysis
    • Renal vasculature
    • "Positive" results ...
    • Renal oxygen consumption
    • Whole-kidney models

Whole-kidney models

Some existing whole-kidney models, which also include other portions the cardio-vascular system.

  • Mathematical model of the human renal system (1985);
  • Systems model of renal dialysis: Formulation, validation identification (1982);
  • A System of Models for Fluid-Electrolyte Dynamics (1985);
  • A computer model of the kidney (1992); and
  • Long-term mathematical model involving renal sympathetic nerve activity, arterial pressure, and sodium excretion (2005).
whole-kidney
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