BIOTECHNOLOGY VALIDATION DOCUMENTATION.
Biotechnology and GMP.Biotechnology, pharmaceutical, and medical device facilities must comply with the FDA’s current Good Manufacturing Practices (cGMPs). Biotechnology validation ensures that that a facility’s design and operation is in accord with regulatory requirements as documented in GMLs.
Process Validation Requirements.Validation is a dynamic process. It is expected to follow a timeline stretching from initial design through to production. Typical expectations are that design qualification (DQ), installation qualification (IQ), and operational qualification (OQ) should be nearly complete early in the development process, at phase 1 and 2. Process qualification (PQ) should be complete at end of phase 3. But everything evolves with the process, and that process is usually a moving target until registration. A frequent problem is the failure to address the life cycle of the system as a whole — most biotechnology validation efforts focus on individual subcomponents of the process and stop after the specified number of process runs that are required to gain qualification. For successful biotechnology validation of Processes used in the manufacture of drug products, the regulators expect validation of all manufacturing steps: cleaning, weighing, measuring, mixing, blending, filling, Links to Associated Subjects.Bioinformatics, Biomedical, Cheminformatics, Fire protection engineering, Health technologies, Medical technology, Nutrition, Pharmaceuticals, Safety engineering, Sanitary engineering. Useful Links and Cross-references. Accreditation, Change control, Certification of voting machines, Comparability, Cross-validation, Formal verification, Independent Verification and Validation Facility, Integrity Testing, ISO 17025, Specification (technical standard), System testing, Syncretism, Usability testing, Validation, Validation (drug manufacture), Verification, Verification and Validation (software), Biological systems engineering, Configuration management, Earth systems engineering and management, Enterprise systems engineering, Performance engineering, Reliability engineering, Safety engineering, Space Systems Engineering, Requirements analysis, Functional specification, System integration, Design review, Business process, System, Systems engineering process, System lifecycle, Systems Development Life Cycle, Systems Modeling Language, IDEF, Decision making, Functional modelling, Optimization, Planning, Reliable analysis, Statistical analysis, Systems analysis, System dynamics, Systems modeling, V-Model, Work breakdown structure, Wernher von Braun, Harold Chestnut, Arthur David Hall III, Derek Hitchins, Robert E. Machol, Simon Ramo, Joseph Francis Shea, John N. Warfield, Control engineering, Computer engineering, Industrial engineering, Operations research, Project management, Quality management, Software engineering. BIOTECHNOLOGY VALIDATION DOCUMENTATION.
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