PHARMACEUTICAL QC · VIRTUAL LABORATORY
Dissolution laboratory
Six vessels. One complete testing workflow.
Interactive dissolution testing simulator
V1 · Awaiting medium preparation
Drag to rotate · Scroll or pinch to zoom · Right-drag to pan · Click a component to inspect.
00:00 / 60:000 RPM actual
Power on, prepare medium, and fill the vessels to begin.
Drug released (%) vs time (min)
Lines: model state · Circles: analyzed samplesNo acceptance criterion entered. This comparison does not determine pharmacopeial compliance.
Analyzed results · cumulative release (%)
Manual sampling
Select a vessel, then withdraw an aliquot during or after a test.
Sample analysis bench
No samples collected.
Illustrative 100 mg dose. Cumulative released mass = current concentration × pre-withdrawal vessel volume + drug mass removed in earlier samples. Replacement dilutes the remaining solution. Filtration recovery is assumed to be 100%.
Pre-operation good-practice checklist
A training checklist is not a substitute for instrument qualification, performance verification, or a validated SOP.
Introduce a training error
Cause, effect & correction
Choose an error to inspect its effect on vessel 1. Effects and magnitudes are illustrative.
50 vs 75 vs 100 RPM · same hypothetical formulation
Flow is a schematic tracer field, not CFD. Comparison uses a fresh hypothetical dose with the current medium, temperature setpoint, volume and dosage form. More rapid release at higher RPM is a model assumption, not a universal product rule.
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