PHARMA QUALITY SYSTEM • GUIDES • TOOLS • 3D LABS

Pharmaceutical quality guides and interactive 3D laboratory training.

Evidence-led guides, original learning tools and hands-on virtual instrument laboratories covering GMP, pharmaceutical quality systems, QC, data integrity, investigations, analytical practice and pharma careers.

Explore Quality Systems Start with GMP 3D Instrument Training
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Knowledge • Compliance • Careers
GMPManufacturing & compliance Quality SystemsCAPA, deviations & change QC & LaboratoryOOS, testing & lab systems Data IntegrityALCOA+, GDocP & Part 11 InvestigationsRoot cause & CAPA CareersSkills & interviews
Evidence-led pharmaceutical quality educationSources commonly referenced: FDA • WHO • ICH • EU GMP
ORIGINAL INTERACTIVE LEARNING

Practice the instrument workflow — not just the theory.

PQS virtual laboratories connect physical handling, instrument readiness, measurement science, troubleshooting and evidence review. Each simulator is paired with a main-site learning guide so users can understand the principle, then practice the workflow.

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5 interactive 3D instruments Guided + Expert training modes Cause & Effect scientific behavior Evidence Review and data-integrity decisions
HPLC HPLC 3D Flow, pressure, method state, system suitability, chromatograms and troubleshooting. Open HPLC training → DIS Dissolution 3D Six-vessel setup, apparatus logic, temperature, RPM, timed sampling and evidence review. Open dissolution training → pH pH Meter 3D Calibration, electrode handling, fresh aliquots, stability, faults and traceable results. Open pH training → BAL Analytical Balance 3D Leveling, zero/tare, check weights, repeatability, minimum weight and environmental effects. Open balance training → UV UV-Vis 3D Blank/reference, quartz cells, Beer-Lambert behavior, spectra, λmax and qualification concepts. Open UV-Vis training →

Built for learning by doing. Training examples are clearly separated from official acceptance criteria, and the simulators are designed to complement—not replace—approved procedures and supervised laboratory training.

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Posts

Drug Formulation in Pharmaceutical Industry: Preformulation, Excipients, QbD, Development & FDA/Health Canada

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  Published by: Pharma Quality System Editorial Team • Editorial basis: ICH Q8(R2), Q9(R1), Q10 and 2026 Q8/Q9/Q10 Q&A(R5), FDA drug-product development and dissolution guidance, FDA Inactive Ingredient Database, U.S. CGMP principles, and Health Canada ICH/GMP guidance Last reviewed: September 4, 2026 FORMULATION DEVELOPMENT • PREFORMULATION • EXCIPIENTS • QbD • DISSOLUTION • SCALE-UP • STABILITY Drug formulation converts an active pharmaceutical ingredient into a dosage form that can be manufactured, stored, administered and expected to perform consistently. Strong formulation development connects API properties, excipient function, dosage-form design, manufacturing process, analytical performance, packaging and patient use through a science - and risk-based development strategy. Quick answer Drug formulation is the process of designing the composition and dosage form of a pharmaceutical product so the active ingredie...
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Active Pharmaceutical Ingredients (API) in Pharma: Manufacturing, ICH Q7, GMP, Impurities & FDA/Health Canada

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  Published by: Pharma Quality System Editorial Team • Editorial basis: FDA/ICH Q7 and Q11, ICH Q6A and quality-system principles, FDA API CGMP enforcement, and Health Canada GUI-0104 and Drug Establishment Licence requirements DRUG SUBSTANCE • ICH Q7 • ICH Q11 • GMP • IMPURITIES • PROCESS CONTROL • RELEASE • SUPPLY CHAIN An active pharmaceutical ingredient is the substance that provides the intended pharmacological activity of a medicine. Its quality is built through controlled starting materials, process understanding, impurity control, suitable equipment, validated critical steps, laboratory testing, quality-unit oversight, documentation and lifecycle management. Quick answer Active pharmaceutical ingredients (APIs) , also called drug substances , are substances or mixtures intended for use in manufacturing a drug product and that become the active ingredient of that product. API manufacturing can involve chemical synth...
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