Open Systems Pharmacology
ForumSetup
v9
v9
  • Introduction
  • Open Systems Pharmacology Suite Manual & Copyright
  • How to Contribute
  • Mechanistic Modeling of Pharmacokinetics and Dynamics
    • Modeling Concepts
      • PBPK Modeling - Systems Biology
      • PK and PD Modeling
      • Principles of PBPK Modeling
      • Expression Data for PBPK Modeling
      • Modeling of Proteins
      • PD and Reaction Network Modeling
  • Open Systems Pharmacology Suite
    • Modules, Philosophy, and Building Blocks
    • Getting Started
  • Working with PK-Sim
    • PK-Sim Documentation
      • Quick Guide‌
      • Options
      • Projects
      • Creating Individuals
      • Creating Populations
      • Expression Data
      • Compounds: Definition and Work Flows
      • Compounds: Defining Inhibition/Induction Processes
      • Administration Protocols
      • Events
      • Formulations
      • Simulations
      • Importing and Exporting Project Data and Models
      • Conversion of Projects from Previous Version
      • Command Line Interface - CLI
  • Working with MoBi
    • MoBi‌ Documentation
      • First Steps
      • The Building Block Concept
      • Model Building and Model Components
      • Setting up a Simulation
      • Simulation Results
      • Diagrams Overview
      • Tools
      • Reuse of Project Information from Previous Versions
  • Shared Tools and Example Workflows
    • Features of Tables
    • Chart Component
    • Comparison of Building Blocks
    • Parameter Identification
    • Sensitivity Analysis
    • Import and Edit of Observed Data
    • Default, Display and Base Units
    • Reporting
    • Working Journal
    • History Manager and History Reporting‌
    • Setting up a Reaction Network‌
    • Setting up a Drug-Drug Interaction in PK-Sim‌
    • Qualification‌
  • Working with R‌
    • R - Introduction
  • Appendix
    • Appendix
    • OSP Suite Fact Sheet
  • References
    • References
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  1. Appendix

Appendix

A.1. Dimensions and Base Units

Here you find an overview of all dimensions with their base units. Default display units are listed, where deviating from base units.

A.1. All dimensions and base units

Dimension

Base unit

Deviating default display unit

Abundance per mass protein

µmol/kg mic. protein

pmol/mg mic. protein

Abundance per tissue

µmol/kg tissue

pmol/g tissue

Age in years

year(s)

Age in weeks

week(s)

Amount

µmol

Amount per time

µmol/min

Area

dm²

cm²

AUC (mass)

kg*min/l

µg*min/l

AUC (molar)

µmol*min/l

BMI

kg/dm²

kg/m²

CL per mass protein

l/min/kg mic. protein

µl/min/mg mic. protein

CL per recombinant enzyme

l/min/µmol rec. enzyme

µl/min/pmol rec. enzyme

Concentration (mass)

kg/l

mg/l

Concentration (molar)

µmol/l

Concentration (molar) per time

µmol/l/min

Compliance

l/(kg/(dm*min²))

ml/mmHg

Count

x10^6

x10^6

Count per mass

x10^6/kg

x10^6/g

Count per volume

x10^6/l

x10^6/ml

Density

kg/dm³

g/cm³

Diffusion coefficient

dm²/min

cm²/min

Dose per body weight

kg/kg

mg/kg

Energy

kg*dm²/min²

kcal

Flow

l/min

Flow per weight organ

l/min/kg organ

ml/min/100g organ

Flow per weight

l/min/kg

ml/min/kg

Flow²

(l/min)²

Fraction

Hydraulic conductivity

l/min/(kg*dm/min²)

ml/min/N

Inversed length

1/dm

1/cm

Inversed mol

1/µmol

1/mol

Inversed time

1/min

Inversed volume

1/l

Length

dm

cm

Log Units

Log Units

Mass

kg

Mass per tissue

kg/kg

mg/g

Molecular weight

kg/µmol

g/mol

Pressure

kg/(dm*min²)

mmHg

Resistance

kg/(dm*min²)*min/l

mmHg*s/ml

Resolution

pts/min

pts/h

RT

(kg*dm/min²)*dm/µmol

N*cm/mol

Second order rate constant

l/µmol/min

Slope

l/(kg/(dm*min²))/dm²

ml/mmHg/m²

Time

min

h

Velocity

dm/min

cm/min

Viscosity

min/l

s/ml

Vmax per mass protein

µmol/min/kg mic. protein

pmol/min/mg mic. protein

Vmax per weight organ tissue

µmol/min/kg tissue

Vmax per recombinant enzyme

µmol/min/µmol rec. enzyme

nmol/min/pmol rec. enzyme

Vmax per transporter

µmol/min/µmol transporter

nmol/min/pmol transporter

Volume

l

Volume per body weight

l/kg

ml/kg

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Last updated 3 years ago