All demos

Biomedical & Epidemiology

9 demos

Physiology and epidemiology — cardiovascular dynamics, pharmacokinetics, neurons, and outbreak curves.

Screenshot from the “SIR epidemic curve” DjiniousLab demo

SIR epidemic curve

A COVID-style SIR outbreak in a 10,000-person community at R₀ = 3 — the susceptible/infected/recovered curves on one canvas.

Screenshot from the “SEIR with incubation” DjiniousLab demo

SEIR with incubation

An SEIR model where the exposed compartment delays the visible outbreak — incubation reshaping the epidemic curve.

Screenshot from the “Glucose-insulin dynamics” DjiniousLab demo

Glucose-insulin dynamics

The Bergman minimal model under a meal challenge — glucose and insulin trajectories of the body's regulation loop.

Screenshot from the “Arterial Windkessel” DjiniousLab demo

Arterial Windkessel

Arterial pressure from a Windkessel model — pulsatile cardiac output versus the steady-flow approximation.

Screenshot from the “IV bolus pharmacokinetics” DjiniousLab demo

IV bolus pharmacokinetics

Single-compartment plasma decay after an IV bolus — the exponential washout at the heart of dosing.

Screenshot from the “ECG R-peak detection” DjiniousLab demo

ECG R-peak detection

A biomedical canvas: raw ECG in, an R-peak detector block, beat markers out — real domain blocks, not toys.

More in this category

  • Vaccination → herd immunity
  • Quarantine intervention
  • Frank-Starling preload
  • Exercise cardiac output
  • Baroreceptor reflex
  • PPG heart-rate estimator
  • IV infusion to steady state
  • Oral Bateman absorption
  • PK/PD Hill coupling
  • EEG alpha bandpower
  • LIF neuron subthreshold
  • Izhikevich spiking neuron

See it on your own system.

We'll walk your team through DjiniousLab on the model, the replica, and the workflow you care about.

Book a demo
DjiniousLabOne engineering notebook for model-based design — model, simulate, and generate on a living digital replica.