1st Edition
Computer Systems Validation Quality Assurance, Risk Management, and Regulatory Compliance for Pharmaceutical and Healthcare Companies
Both pervasive and ubiquitous, computerized systems are now an integral component of every corporate strategy in pharmaceutical and healthcare companies. However, when technology is combined with high-risk public safety projects or the production and control of life-saving medicines or devices, it is necessary to ensure that it is reliable, quality assured, and validated. The most comprehensive guide on computer validation currently available, containing more than 200 illustrations and more than 100 tables, Computer Systems Validation helps you see the big picture.
The author reviews regulations and their development, organization responsibilities, validation life cycle based on GAMP4 Guide, strategic approaches to validation, electronic records and signatures, handling regulatory inspections, metrics, and opportunities for performance improvement. He presents practical examples and checklists throughout the book and explores the role of quality assurance and risk management as key components of pragmatic regulatory compliance. Covering methods that help you avoid duplicating effort among departments and business functions, the book demonstrates how you can use your investment in technology to improve business efficiency and gain the competitive edge.
Strategic Advantage
Problems Implementing Computer Systems
Good Practice
Costs and Benefits
Good Business Sense
Persistent Regulatory Non-Compliance
Wider Applicability
HISTORY OF COMPUTER VALIDATION
A Regulatory Perspective
Developing Industry Guidance
Pivotal Inspection Incidents
ORGANIZATION & MANAGEMENT
Organizational Responsibilities
Compliance Strategy
Validation Policy
Validation Procedures
Computer Systems Inventory
Validation Management
Management Review
Resource Planning
Key Principles for Computer System Validation
SUPPORTING PROCESSES
Training
Document Management
Change Control
Configuration Management
Self-Inspections
Managing Deviations
Example Self-Inspection Checklist
PROSPECTIVE VALIDATION PROJECT DELIVERY
Character of Application
Approach to Validation
Choosing an Appropriate Life Cycle Methodology
Project Initiation & Validation Determination
Requirements Capture & Supplier (Vendor) Selection
Design & Development
Coding, Configuration & Build
Development Testing
User Qualification & Authorization to Use
Project Delivery Supporting Processes
Validation Package
PROJECT INITIATION & VALIDATION DETERMINATION
Project Scope
Validation Determination
Validation Master Plan
Validation Plan
Validation Strategy
REQUIREMENTS CAPTURE & SUPPLIER (VENDOR) SELECTION
User Requirements Specification
GxP Assessments
Supplier Selection
Supplier Audits
DESIGN & DEVELOPMENT
Supplier Project and Quality Plans
Functional Specification
Requirements Traceability
Architectural Design
Software & Hardware Design
Design Review (inc. Hazard Study)
Accelerated Development
CODING, CONFIGURATION, AND BUILD
Software Programming
Source Code Review
System Assembly
DEVELOPMENT TESTING
Testing Strategy
Unit & Integration Testing
System Testing
Pre-Delivery Inspection
USER QUALIFICATION & AUTHORISATION TO USE
Qualification
Pre-Qualification
Installation Qualification
Operational Qualification
Performance Qualification
Authorization to Use
OPERATION & MAINTENANCE
Performance Monitoring
Repair & Preventative Maintenance
Upgrades, Bug-Fixes, and Patches
Data Maintenance
Backup and Retrieval
Archive and Restoration
Business Continuity Planning
Security
Contracts and Service Level Agreements (SLAs)
User Procedures
Periodic Review
Revalidation
PHASE-OUT & WITHDRAWAL
Site Closures, Divestments & Acquisitions
Retirement
Replacement
Decommissioning
VALIDATION STRATEGIES
Organizational Roles & Responsibilities
Outsourcing
Standardizing Computer Applications
Segregating Integrated Systems
Retrospective Validation
Statistical Techniques
ELECTRONIC RECORDS & ELECTRONIC SIGNATURES
Electronic Records
Electronic Signatures
Operating Controls
Expected Good Practice
Implications for New Systems
Implications for Existing Systems
REGULATORY INSPECTIONS
Inspection Authority
Inspection Practice
Inspection Process
Ensuring a State of Inspection Readiness
Providing Electronic Information During an Inspection
Inspection Analysis
CAPABILITIES & PERFORMANCE
Validation Capability
Project Validation Metrics
Operation & Maintenance Maxims
Process Improvement
CONCLUDING REMARKS
The Business Case for Validation
Industry Consensus
Golden Rules Remain Unchanged
Risk Management
Key Role of Suppliers
Organizational Change
The Final Analysis
CASE STUDIES
Analytical Laboratory Instruments
Chromatography Data Systems (CDS)
Laboratory Information Systems (LIMS)
Clinical Systems
Control Instrumentation
Programmable Logic Controllers (PLCs)
Industrial Personal Computers
Supervisory Control and Data Acquisition (SCADA) Systems
Distributed Control Systems (DCS)
Electronic Batch Record Systems (Manufacturing Execution Systems)
Integrated Automation Systems
Building Management Systems (BMS)
Engineering Management Systems
Spreadsheets
Databases
Electronic Document Management Systems (EDMS)
Manufacturing Resource Planning (MRP II) Systems
Marketing & Supply Systems
IT Infrastructure & Associated Services
Networks
Web Applications
Medical Devices
Blood Processing
Process Analytical Technology
Biography
Guy Wingate
"…Whether you are looking for the missing piece of the jigsaw puzzle for your project or guidance on how to meet the regulations in a practical sense, this information resource (which puts principles into practice) is a good place to start!"
- from the foreword by Anthony Trill, Medicines and Healthcare Products Regulatory Agency (MHRA)
