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E-raamat: Computer Systems Validation: Quality Assurance, Risk Management, and Regulatory Compliance for Pharmaceutical and Healthcare Companies

Edited by (MCA (Inspection & Enforcement),Chester, UK)
  • Formaat: 1032 pages
  • Ilmumisaeg: 18-Dec-2003
  • Kirjastus: CRC Press Inc
  • Keel: eng
  • ISBN-13: 9781135496319
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  • Raamatukogudele
  • Formaat: 1032 pages
  • Ilmumisaeg: 18-Dec-2003
  • Kirjastus: CRC Press Inc
  • Keel: eng
  • ISBN-13: 9781135496319
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This guide to computer validation presents basic concepts and principles and reviews regulations in the field and their development, then offers case studies examining practical applications of these principles to different types of computer systems used in pharmaceutical and healthcare companies. The role of risk management throughout the life cycle of a computer system is emphasized not only for the benefit of patient/consumer safety but also in terms of cost- effectiveness. Case studies, written by experienced professional practitioners and engineers, include real observations made by the FDA on the various topics discussed, and explore the role of quality assurance and risk management as key components of pragmatic regulatory compliance. Providing insight into practical aspects of computerized systems and their life cycle management, the book will be useful for suppliers, developers, purchasers, and regulators in the pharmaceutical and healthcare industries. Wingate works in global computer validation in the private sector. Annotation ©2004 Book News, Inc., Portland, OR (booknews.com)

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.

Arvustused

"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)

Why Validate?
1(19)
History of Computer Validation
19(26)
Organization and Management
45(24)
Supporting Processes
69(24)
Prospective Validation Project Delivery
93(30)
Project Initiation and Validation Determination
123(26)
Requirements Capture and Supplier (Vendor) Selection
149(30)
Design and Development
179(36)
Coding, Configuration, and Build
215(18)
Development Testing
233(16)
User Qualification and Authorization to Use
249(34)
Operation and Maintenance
283(34)
Phaseout and Withdrawal
317(14)
Validation Strategies
331(26)
Electronic Records and Electronic Signatures
357(26)
Regulatory Inspections
383(32)
Capabilities, Measures, and Performance
415(26)
Concluding Remarks
441(8)
Case Study 1: Computerized Analytical Laboratory Studies
449(16)
Ludwig Huber
Case Study 2: Chromatography Data Systems
465(46)
Bob McDowall
Case Study 3: Laboratory Information Management Systems (LIMS)
511(30)
Christopher Evans
Ron Savage
Case Study 4: Clinical Systems
541(16)
Chris Clark
Guy Wingate
Case Study 5: Control Instrumentation
557(30)
Tony de Claire
Peter Coady
Case Study 6: Programmable Logic Controllers
587(16)
Rob Stephenson
Stephen C. Giles
Case Study 7: Industrial Personal Computers
603(16)
Owen Salvage
Joan Evans
Case Study 8: Supervisory Control and Data Acquisition Systems
619(24)
Adrian Kavanagh
Peter Owen
Case Study 9: Distributed Control Systems
643(14)
Mark Cherry
Case Study 10: Electronic Batch Recording Systems (Manufacturing Execution Systems)
657(12)
Peter Bosshard
Ulrich Caspar
Robert Fretz
Case Study 11: Integrated Applications
669(10)
Arthur D. Perez
Case Study 12: Building Management Systems
679(16)
John Andrews
Case Study 13: Engineering Management Systems
695(34)
Chris Reid
Tony Richards
Case Study 14: Spreadsheets
729(20)
Peter Bosshard
Case Study 15: Databases
749(16)
Arthur D. Perez
Case Study 16: Electronic Document Management Systems (EDMS)
765(14)
Robert Stephenson
Roger Dean
Case Study 17: MRP II Systems
779(22)
Guy Wingate
Case Study 18: Marketing and Supply Applications
801(40)
Louise Killa
Case Study 19: IT Infrastructure and Associated Services
841(34)
Barbara Mullendore
Chris Reid
Case Study 20: Local and Wide Area Networks
875(22)
Nicola Signorile
Case Study 21: Web Applications
897(12)
Ludwig Huber
Case Study 22: Medical Devices and Their Automated Manufacture
909(14)
Guy Wingate
Case Study 23: Blood Establishment Computer Systems
923(12)
Joan Evans
Case Study 24: Process Analytical Technology
935(6)
Guy Wingate
Glossary 941(10)
Index 951


Guy Wingate