Home▸ADHD Stimulant Medication Mechanism▸Extended-Release Stimulant Formulation Simulator

💊 Extended-Release Stimulant Formulation Simulator

This simulation models the extended-release formulation of stimulants used in the treatment of ADHD, demonstrating how these medications provide sustained release throughout the day to maintain consistent therapeutic levels and improve patient compliance.

ADHD Stimulant Medication Mechanism2DModerate60 FPS
extended-release-stimulant-formulation-simulator ↗ Open standalone

Immediate-Release Dosing — Sharp Peaks and Crashes

Placeholder: one dose releases all at once, causing rapid peak and decline.

  • ~1.3 h: Time to peak (Placeholder text)
  • 2–3: Doses per day (Placeholder text)
  • Common: Rebound effect (Placeholder text)
  • ~4–5 h: Coverage window (Placeholder text)

Placeholder heading — single-dose spike

Placeholder body text describing immediate-release absorption and elimination kinetics.

Placeholder heading — repeat dosing need

Placeholder body text describing why multiple daily doses are required.

Placeholder highlight: sharp troughs cause symptom rebound between doses.

Extended-Release Formulation — Engineering Gradual Release

Placeholder: drug embedded in osmotic pump or dissolving bead layers.

  • OROS pump: Delivery type (Placeholder text)
  • Bead capsule: Alt. delivery (Placeholder text)
  • 8–12 h: Release window (Placeholder text)
  • Laser-drilled: Orifice size (Placeholder text)

Placeholder heading — osmotic pump mechanism

Placeholder body text describing osmotic core pushing drug through a small hole.

Placeholder heading — bead layer alternative

Placeholder body text describing sequential dissolving of coated bead layers.

Placeholder highlight: engineered shells control release rate over hours.

Morning Dose — Fast Onset From the Immediate-Release Portion

Placeholder: an outer immediate-release layer gives quick symptom relief.

  • ~1 h: Onset time (Placeholder text)
  • ~30%: IR fraction (Placeholder text)
  • Once daily: Dosing frequency (Placeholder text)
  • Morning: Time of dose (Placeholder text)

Placeholder heading — quick-onset layer

Placeholder body text describing the fast-dissolving outer coating.

Placeholder heading — bridging to sustained phase

Placeholder body text describing handoff from onset to gradual release.

Placeholder highlight: single morning dose starts the whole-day curve.

Gradual Release Phase — Sustaining Blood Levels for Hours

Placeholder: remaining drug releases steadily, keeping levels smooth.

  • 8–12 h: Sustained window (Placeholder text)
  • Low: Level variability (Placeholder text)
  • Osmosis: Release driver (Placeholder text)
  • Minimal: Peak-to-trough (Placeholder text)

Placeholder heading — steady-state plateau

Placeholder body text describing near-constant release rate over hours.

Placeholder heading — comparison to IR troughs

Placeholder body text contrasting sustained plateau with IR peak-crash cycle.

Placeholder highlight: smooth plateau avoids sharp mid-day dips.

All-Day Outcome — Smoother Coverage, Less Rebound

Placeholder: extended-release gives all-day coverage from one morning dose.

  • ~90%: Symptom coverage (Placeholder text)
  • Reduced: Rebound severity (Placeholder text)
  • 1: Daily doses needed (Placeholder text)
  • High: Level stability (Placeholder text)

Placeholder heading — all-day symptom control

Placeholder body text describing coverage across school or work hours.

Placeholder heading — fewer peaks and troughs

Placeholder body text summarizing benefits versus immediate-release dosing.

Placeholder highlight: one dose, smoother curve, less rebound overall.
⚙ Under the hood

This simulation models the extended-release formulation of stimulants used in the treatment of ADHD, demonstrating how these medications provide sustained release throughout the day to maintain consistent therapeutic levels and improve patient compliance.

CanvasBiomedicine

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install

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