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1
VALIDATION MASTER PLAN (VMP)
DEVELOPMENT
Paul L. Pluta, PhD
Journal of Validation Technology
Journal of GXP Compliance
University of Illinois at Chicago (UIC) College of Pharmacy
Chicago, IL, USA
OBJECTIVES AND OUTLINE
• Validation documentation hierarchy
• Types of Validation Master Plans
• Successful practices
• Problems and solutions
PARTICIPATION INVITED
2
VALIDATION DOCUMENTS
Validation Policy
• Policy and corporate templates
VALIDATION MASTER PLAN (VMP)
• COMPILATION OF INDIVIDUAL FUNCTION VMP
VALIDATION PROJECT MASTER PLAN
Validation Lifecycle Documents
• Stage 1 documents – Process Design
• Stage 2 documents – Process Qualification
– VALIDATION PLAN
– Validation Protocol(s)
– Engineering Studies
– Others
– Validation Results / Report
• Stage 3 documents – Continued Process Verification
– PQ requirements
– Routine monitoring
• Associated validation and qualification
• Other associated documents3
IMPORTANCE OF VALIDATION DOCUMENTS
• Validation documents always requested in regulatory
audits – especiallyVMP!
• Validation documentation is retained forever
• Documents reviewed long after people are gone
– Documents must “stand alone”
• FDA auditors often focus on documentation – VMP and
specific validation documents often requested ahead of
audit
• Early documents (Initiation, Plan, Protocol) reviewed
when project is in-progress or not completed
4
IMPORTANCE OF VALIDATION DOCUMENTS –
NEW PROCESS VALIDATION GUIDANCE
FDA Process Validation Guidance has greatly expanded
the scope of validation
• Lifecycle approach – documents from development through
commercialization. Traditional validation documents (protocol and
results) relatively less important
• New expectations for traditional validation documents
Validation organizations should lead sites in transition to
lifecycle approach
• Multiple groups at site must now contribute to process validation
lifecycle approach
Lifecycle approach being applied to all validation and
qualification (equipment, facilities, cleaning, etc.)
5
TERMINOLOGY: PROCESS VALIDATION
Process Validation – Process Qualification -- PPQ
Qualification Qualification
Equipment #1 HVAC
Utilities
Equipment #2 Facilities
Computers
Equipment #3
Analytical methods validation
Cleaning process validation
Packaging process validation
Process is validated
6
UO #1
UO #2
UO #3
FDA PROCESS VALIDATION GUIDANCE (2011)
Definition: Collection and evaluation of data, from the
process design stage throughout commercial production,
which establishes scientific evidence that a process is
capable of consistently delivering quality products.
Process validation involves a series of activities over the
lifecycle of the product and process.
Three stages of activities:
• Stage 1 – Process Design – Development and scale-up activities
• Stage 2 – Process Qualification – Reproducible manufacturing
• Stage 3 – Continued Process Verification – Routine manufacturing
STAGE 1 AND STAGE 3 EMPHASIS – NEW PARADIGM
7
FDA PROCESS VALIDATION GUIDANCE
DOCUMENTATION FOCUS
“Before …commercial distribution to consumers, a manufacturer should
have gained a high degree of assurance in the performance of the manufacturing process…consistently produce …”
Manufacturers should:
• Understand the sources of variation
• Detect the presence and degree of variation
• Understand the impact of variation on the process and product
attributes
• Control the variation in a manner commensurate with risk to process
and product.”
“…to justify commercial distribution of the product.”
“… use ongoing programs to collect and analyze product and process
data … state if control of the process.”
8
FDA PROCESS VALIDATION GUIDANCE
DOCUMENTATION FOCUS
Good project management and good archiving to capture
scientific knowledge.
Enhance accessibility of information later in lifecycle.
Integrated team approach: Process engineering, industrial
pharmacy, analytical chemistry, microbiology, statistics,
manufacturing, and quality assurance.
Scientific studies throughout the product lifecycle planned,
documented, and approved.
Greater control over higher-risk attributes.
Reevaluate risks throughout product/process lifecycle.
Homogeneity with batch and consistency between batches
are goals of process validation.
9
TYPES OF VALIDATION MASTER PLANS
1. Validation Master Plan – site document
2. Validation Master Plan – function document
• Process Validation Master Plan
• Cleaning Validation Master Plan
• Other
3. Validation Project Master Plan – major project
management document
4. Validation Plan – Individual validation
document (Validation Initiation / Plan)
10
RECOMMENDATION: SITE DICTIONARY
• Validation
• Qualification
• FAT
• SAT
• IQ
• OQ
• PQ
• PV
• PPQ
• VMP
• Validation Project Plan
• Validation Plan
• Others
11
1. VALIDATION MASTER PLAN –
SITE DOCUMENT
• Overview, approach, content, risk analysis
• Chapters
• Major commitments timelines
• Accomplishments
• Document management – Revisions
CRITICAL DOCUMENT
DESCRIPTION OF VALIDATION QUALITY SYSTEM
12
VALIDATION MASTER PLAN –SITE DOCUMENT
OVERVIEW, CONTENT, APPROACH, RISK ANALYSIS
Overview: Description of VMP content
Approach: Lifecycle approach to all types of validation /
qualification
• Stage 1. Design and development
• Stage 2. Demonstration
• Stage 3. Monitoring and maintenance
Content: Chapter list and chapter content
Risk analysis: Basis for all activities
13
LIFECYCLE APPROACH RAMIFICATIONS
• Integration of validation with technical support
– Product R&D
– Product technical support
– Equipment/facilities/utilities engineering
– Process engineering
– Analytical R&D
– Analytical QA/QC
– Computer systems
– Others
• Integration of validation with QA
– Annual Product Reviews
– Stability
– Others
14
VALIDATION MASTER PLAN – SITE DOCUMENT
CHAPTERS
1. Introduction
2. Facilities
3. Utilities
4. Equipment
5. Process
6. Analytical
7. Cleaning
8. Computer systems
9. Others
15
VALIDATION MASTER PLAN – SITE DOCUMENT
CHAPTER CONTENT
• Chapter description, approach, content, risk analysis
• Policies
• Procedures
• Commitments (projects, CAPA, others)
• Appendix
– Reference list
– List of all products and reference #
– List of all cleaning and reference #
– List of all equipment and reference #
– List of all HVAC and reference #
– List of all utilities and reference #
– Other
16
CHAPTER APPENDIX EXAMPLE
• Product #
• Product name
• Primary reference validation #
• Supplement validation #
• Dates approved
CRITICAL REFERENCE SECTION -- AUDIT USE
SAME FOR EQUIPMENT, CLEANING, UTILITIES, OTHERS
MAINTENANCE PROBLEMS
17
VALIDATION MASTER PLAN – SITE DOCUMENT
MAJOR COMMITMENTS TIMELINES
MAJOR PROJECT LIST
• Validation project #
• Project title
• Major dates
• Responsibility
Benefits / Negatives
• Management tool
• Audit tool -- benefits
• Communication +/-
• Motivational tool
18
VALIDATION MASTER PLAN – SITE DOCUMENT
ACCOMPLISHMENTS
• List of completed process validations
• List of completed qualifications
• Improvement projects
• Validation Quality System changes
Benefits / Negatives
• Accomplishments list – management tool
• Audit tool -- benefits
• Credibility / communication +/-
• Motivational tool
19
VALIDATION MASTER PLAN – SITE DOCUMENT
ACCOMPLISHMENTS
DATE # TITLE
1-25-14 xxxx Process Validation Product X
1-25-14 xxxxx Cleaning Validation Product X
_____ _____ _______________________
_____ _____ ________________________
_____ _____ ________________________
_____ _____ ________________________
_____ _____ ________________________
_____ _____ ________________________
20
VALIDATION MASTER PLAN – SITE DOCUMENT
DOCUMENT MANAGEMENT -- REVISIONS
DATE TITLE REASON FOR REVISION
1-30-13 4Q 20120Update Completed validations
New equipment
4-30-13 1Q 2013 Update Completed validations
New equipment
7-30-13 2Q 2013 Update Completed validations
10-30-13 3Q 2013 Update Completed validations
New commitments
1-30-14 4Q 2013 Update Completed validations
2014 goals
4-30-14 1Q 2014 Update Completed validations
7-30-14 2Q 2014 Update Completed validations
New equipment
UPDATE FREQUENCY DEPENDS ON NEED AND WORKLOAD
21
2. VALIDATION MASTER PLAN –
FUNCTION DOCUMENT
• Overview, content, approach, risk analysis
• Policies
• Procedures
• Commitments (projects, CAPA, others)
• Document management – Revisions
• Appendix
– Reference list
22
VMP CHAPTER EXAMPLE – CLEANING VALIDATION
Strategy and approach
• Comprehensive lifecycle approach, Science and technical basis, Risk analysis,
Variation identification and control (consistent with site and corporate docs)
Procedures
• List of approved procedures
Supporting information with reference documentation
• Product cleaning matrix
• Equivalent equipment
• Equipment surface area calculations
• Residue calculations
• Technical reports
• Templates
Validation commitments and timelines
• Planned validations
Improvement projects and timelines
• Planned projects
Validation references
• List of all completed cleaning validations, #, date
23
3. VALIDATION PROJECT MASTER PLAN
MAJOR PROJECT
Definition: Major project involving multiple functions,
multiple protocols, and extended timeline
• Construction
• Equipment
• Facilities
• Utilities
• Product / process
• Cleaning
• Project manager responsibility
ABOVE TO BE INCORPORATED INTO SITE VMP
DURING / AFTER COMPLETION
24
VALIDATION PROJECT MASTER PLAN
MAJOR PROJECT
Project overview
• Major timeline commitments
Project functional components
Individual function sections
• Functional project overview
• Individual validation /qualification titles
• Timeline commitments
• Summary report recommended
25
VALIDATION PROJECT MASTER PLAN
FUNCTION PLAN
Function project overview– Strategy
– Approach
– Risk analysis
– Other
List of validation / qualification titles
Validation titles reference #
Responsibility
Timeline
26
VALIDATION PROJECT MASTER PLAN
MAJOR PROJECT
PROBLEMS
• Scope changes
• Amendments
• Mistakes
• Errors
• Others
AIM FOR PERFECTION
AMENDMENTS ARE A PLANNING FAILURE
DELAY OFFICIAL APPROVAL AS LONG AS POSSIBLE
27
4. VALIDATION PLAN –
INDIVIDUAL VALIDATION / QUALIFICATION PROJECT
• Validation initiation document
• Validation #
• Risk analysis / change impact
• Templates and model documents
• Protocol, results, report continuum
• Problems and solutions
28
VALIDATION PLAN – LIFECYCLE APPROACH
• Validation plan include all lifecycle stages
– Stage 1 – Design and development
– Stage 2 – Demonstration
– Stage 3 – Monitor and maintain
29
30
STAGE 1, PROCESS DESIGN
(PROCESS UNDERSTANDING)
1. Building and capturing process knowledge and understanding.
2. Establishing a strategy for process control.
Define commercial-scale process
Define unit operations and process parameters
Identify and understand sources of variability
Identify critical process parameters
Studies to understand effects of scale
Establish mechanisms to control variability• Process Analytical Technology
Designed experiments
Lab scale and pilot scale experiments
PROCESS DESIGN (PROCESS UNDERSTANDING)
Objective
API and excipient pharmaceutics
Quality attributes
Risk analysis
Process parameters
Design of experiments
Design space
Normal operating range
In-process controls
Product development – key inputs to design stage
Variability by different component lots, production operators,
environmental conditions, and measurement systems
Use risk analysis tools to screen variables
Establish a strategy for process control
31
QUALITY BY DESIGN (QbD)
1. Quality target product profile (QTTP)
2. Critical quality attributes (CQA), critical material
attributes (CMA)
3. Critical process parameters (CPP)
4. Design space
5. Scale-up and technology transfer
6. Identify input variables
7. Input variable control strategy
8. Continuous improvement
Other considerations: PAT, Risk analysis32
33
STAGE 2, PROCESS QUALIFICATION
(VALIDATION PERFORMANCE)
1. Design of a facility and qualification of utilities and equipment
2. Process performance qualification
3. PPQ protocol
4. PPQ protocol execution and report
Confirmation at commercial scale of process design information
Qualification of equipment, utilities, facilities
Performance qualification
Conclusion that process consistently produces quality product.
Conformance batches
• All support systems, documents, training, personnel, etc. in place
• Target / nominal operating parameters within design space
• Additional testing
• Decision to “release process” for routine commercial manufacturing
STAGE 2, PROCESS QUALIFICATIONConformance Lots
Procedures
Validation plans
Protocols
Sampling
Testing
Results
Plan to maintain validation
ALL EQUIPMENT, ANALYTICAL, AND SUPPORTING
SYSTEMS MUST BE QUALIFIED.
34
PERFORMANCE QUALIFICATION APPROACH
Higher level of sampling, testing, and scrutiny of process performance.
Protocol should address:
• Operating parameters, processing limits, and raw material inputs
• Data to be collected and how evaluated
• Test to be performed and acceptance criteria
• Sampling plan – sampling points, number of samples, frequency
• Statistical methods used
• Statistical confidence levels
• Provisions to address deviations and non-conformances
• Facility, utility, and equipment qualification
• Personnel training
• Status of analytical method validation
• Review and approval by appropriate departments and quality unit
DETAILS FROM PV GUIDANCE
35
PERFORMANCE QUALIFICATION APPROACH
“The PPQ lots should be manufacturer under normal conditions by
personnel expected to routinely perform each step of each unit
operation in the process. Normal operating conditions should cover
the utility systems (air handling and water purification), material,
personnel environment, and manufacturing procedures.”
PQ report:
• Discuss all aspects of protocol
• Summarize and analyze data as specified in protocol
• Evaluate unexpected observations and additional data
• Summarize and discuss non-conformances
• Describe corrective actions or changes
• Clear conclusions
• Approval by appropriate departments and quality unit
DETAILS FROM PV GUIDANCE
36
37
STAGE 3, CONTINUED PROCESS VERIFICATION
(VALIDATION MONITORING AND MAINTENANCE)
Activities to assure process remains in validated state
Annual Product Review
Trend and assess data
Study OOS and OOT (Out of Trend) data
Timely monitoring of critical operating and performance parameters.
Monitor product characteristics, materials, facilities, equipment, and SOP changes
Establish process history based on ongoing process performance
Improve process
Improve control to detect and reduce variability
Change control; evaluate impact of change and test as necessary
CONTINUED PROCESS VERIFICATION
Monitoring
Statistical process control
Trend analysis
Change control
Continuous improvement
Revalidation
Management review
STATISTICIAN RECOMMENDED BY FDA
38
CONTINUED PROCESS VERIFICATION
ITEMS TO BE REVIEWED
• Product and process data
• Relevant process trends
• Quality of incoming materials or components
• In-process material
• Finished products
• Defect complaints
• OOS findings
• Deviations
• Yield variations
• Batch records
• Incoming raw material records
• Adverse event reports
• Production operator and quality staff feedback
Above should help identify possible product / process improvements
DETAILS FROM PV GUIDANCE
39
SUMMARY OF GUIDANCE RECOMMENDATIONS
Stage 1: Product Design
• QTPP, Development information, Identification of CQA, CMA, and CPP
• Identification of sources of variation and control plan
• Experimental studies
• Technology transfer / scale up
Stage 2: Process Qualification
• Protocol requirements
• Statistical sampling and acceptance criteria
• Equipment qualification and analytical method validation
Stage 3: Continued Process Verification
• Post PQ plan
• APR, batch data, yields, deviations, OOS, non-conformances, etc.
• Incoming material data
• Change control
• Statistical analysis of data / control charting
• Product complaints
40
PROCESS VALIDATION HISTORY
1978
CGMP includes Validation
1987
Development -- VALIDATION -- Control
2008-2011
Lifecycle approach
Continuum of understanding – validation – maintenance
UNDERSTANDING -- VALIDATION -- MAINTENANCE
41
VALIDATION PHILOSOPHY
• Validation is confirmation.
• Acceptable (passing) results are expected.
• Validation is not
– R&D
– Final stage of development process
– Optimization
– Fine-tuning
– Debugging
42
STAGE 1 DOCUMENTS -- PROCESS DESIGN
Technical areas must be aware that their documents are critical to
validation throughout the product lifecycle.
• Direct support of Stage 2 PQ – their work is basis of validation
• R&D technical reports consistent with raw data
• Rapidly retrieved (within 30 minutes)
• Accessed throughout product lifecycle
• Personal support of regulatory audits
• Stand-alone documents
• Applies to processes, cleaning, analytical, equipment, facilities,
utilities, control systems, others.
R&D / TECHNICAL AREAS NOT ACCUSTOMED TO THESE
REQUIREMENTS AND EXPECTATIONS
43
STAGE 1 DOCUMENTS – POTENTIAL PROBLEMS
• Reports not available
• Reports not retrievable
• Reports incomplete
• Reports poorly written
• Reports not approved
• Personnel not available
• Original data not available
• Substandard documentation practices – original data
• No signature / date
• Data transpositions
• Data transfer problems
• Data transfer not verified
• Inconsistent data
• Multiple sources of same data inconsistent
44
VALIDATION STAGE 2 DOCUMENTS
OPTIONS
• Outlines
• Templates
• Model documents
RECOMMENDATION
1. Develop outlines for authors – get agreements from
functional organizations and approval committee
2. Write or collect good documents
3. Documents available to writers
4. Replace (upgrade) as appropriate
45
STAGE 2 DOCUMENTS – PROCESS QUALIFICATION
VALIDATION INITIATION AND VALIDATION PLAN
Initiation: Statement of recommended validation
• What?
• Why needed?
• Why acceptable?
• Impact of validation – risk analysis
• Approach to accomplish – Validation Plan
• Approvals
Plan: Details of work to accomplish validation
• Description of strategy and approach
• References from Stage 1 work supporting validation
• Approvals
MAY BE SINGLE DOCUMENT OR TWO SEPARATE DOCUMENTS
46
VALIDATION INITIATION OUTLINE
• Objective of validation
• Why needed?
• Impact of validation
– Risk analysis
• Why acceptable?
– Compliance to internal requirements, policies, engineering standards, etc.
– Regulatory impact (Prior approval, CBE, CBE30, etc.)
– Other systems or product impacted
– Procedure changes or other document changes
– Notifications to affected groups (internal, external, labs)
• Validation plan -- Approach to accomplish validation
Above applicable to equipment and other qualification
HAVE MODEL DOCUMENTS AVAILABLE
47
VALIDATION INITIATION -- PROBLEMS
• Poorly written– Inadequate information
• Prematurely written– Written to meet business goals
– Written to demonstrate future intent
• Amendments necessary -- changes usually required
Validation initiatiions should be submitted for approval only
after objective and scope of validation is determined and
work details (risk/testing/sampling) determined.
Amendments are a planning failure regardless of
justification.
HAVE MODEL DOCUMENTS AVAILABLE
48
VALIDATION INITIATION TERMINOLOGY EXAMPLES
Validation initiation:
Process validation of Product A
System: New product validation
Change impact: High impact. New product validation
Reason: New product to be manufactured at site
Acceptability:• Compliant with policies
• Regulatory approval
• Other systems impacted (e.g., cleaning)
• Procedures approved
• Notifications (Labs)
Justification: See Validation Plan
Approvals
SIMPLE AND CLEAR49
VALIDATION INITIATION TERMINOLOGY EXAMPLES
Validation initiation:
Qualification of 150 cu. ft. blender
System: New equipment qualification
Change impact: High impact. New equipment and new size at site
Reason: New equipment to increase manufacturing efficiency and
throughput
Acceptability:
• Compliant with policy
• Regulatory approval
• Other systems impacted (e.g., cleaning)
• Procedures approved
• Notifications (Labs)
Justification: See Validation Plan
Approvals
SIMPLE AND CLEAR
50
VALIDATION INITIATION TERMINOLOGY EXAMPLES
Validation initiation:
Change air supply and return ductwork to coincide with Line 1 floor space
changes
System: HVAC system #3
Change impact: Medium impact. Change to direct product contact support
utility
Reason: Room configuration change to increase manufacturing efficiency
Acceptability:
• Compliant with policy
• Regulatory approval not needed
• Other systems impacted
• Procedures approved, drawings modified, etc.
• Notifications
Justification: See Validation Plan
Approvals
SIMPLE AND CLEAR
51
VALIDATION PLAN OUTLINE
• Introduction
• Technical information
• Validation strategy and testing
• Validation documentation– List of required protocols, reports, procedures, etc.
– Administrative benefit
• References– List of reports and scientific references (including Stage 1
reports)
HAVE MODEL DOCUMENTS AVAILABLE
52
VALIDATION PLAN
INTRODUCTION
• Overview describing validation / product / process /
equipment / etc. (consistent with request)
• Requirements to complete validation
– Conformance to regulations and internal policy
– Impact of change to maintain the validated state
– Impact on regulatory submission
– Impact of change on procedures, drawings, other documents
– Notifications to other areas internal and external (e.g.,
environmental agency, internal test labs) impacted by validation
53
VALIDATION PLANTECHNICAL INFORMATION
• Basic product / process / equipment description
– Formula
– Process
– Specifications
– Include non-technical description information
• Technical aspects of validation / qualification
• Reference to technical reports from Design Stage
• Total validation approach
– Experimental studies
– Past data (retrospective data)
– Validation protocols
– Monitoring and maintenance (Stage 3)
– Other work
– New procedures
• Number of lots – related to impact of change and risk
WRITTEN FOR THE READER
54
VALIDATION PLAN
VALIDATION STRATEGY AND TESTING
• Prospective validation only
• Types of testing -- general
– Regulatory specifications
– Internal controls
– Process tests
• Tests and rationale – general
– Address changes – based on risk analysis
• Sampling and rationale – general
– Exceed routine QA testing – based on impact and risk analysis
• Data treatment – general
– Statistical data treatment and confidence limits
• Acceptance criteria – general
• Post-validation testing
DETAILS OF ABOVE PROVIDED IN PROTOCOLS55
VALIDATION PLAN
VALIDATION DOCUMENTATION
Doc # Title Date closed
01 Validation request
02 XXX Dryer Engineering Study
03 XXX Dryer Qualification
04 XXX Process Scale-up Engineering Study
05 XXX Process Validation
06 Update Validation Master Plan – Product and
Equipment sections
07 XXX Project Summary Report
56
VALIDATION PLAN
REFERENCES
• R&D Reports
• Development and analytical reports
• Published literature
Scientific and technical support to validation plan
Report copies should be stored in validation area
or readily accessible (within 30 minutes)
57
PRODUCT / PROCESS DESIGN INFORMATION
• Technical reports from R&D or other technical areas
• Pharmaceutics reports
• Formulation and process development reports (CQA, CMA, CPP)
• Technology transfer / Scale-up reports
• Identification of sources of variation
• Variation control plans
• Analytical methods
• Other technical reports
REPORTS SHOULD BE REVIEWED FOR CONSISTENCY BETWEEN
GROUPS
REPORTS SHOULD BE REFERENCED IN VALIDATION PLAN
58
TECHNICAL REPORTS
• Readily available
• Consistent across large technical groups
• Approved by management
• Linked to original data
– Observe / store original data
– Original documentation practices?
VALIDATION MUST REVIEW ORIGINAL DATA
• Rapidly retrievable
• Consistent with technical report
• Documentation practices
59
VALIDATION PROTOCOLS
• Execution of the Validation Plan
• Testing details
• Sampling details
• Data sheets
• Data treatment
• Acceptance criteria
• Minimal text repetition from Validation Plan
PROTOCOL EASILY WRITTEN IF
VALIDATION PLAN IS THOROUGH
60
VALIDATION RESULTS
• Compilation of testing required in protocol
• Deviations or adverse events
• Discussion
• Conclusion
WRITE GOOD PLAN
PROTOCOL CONSISTENT WITH PLAN
RESULTS CONSISTENT WITH PROTOCOL
WRITE DISCUSSION FIRST – MOST IMPORTANT SECTION
61
VALIDATION REPORT FORMAT
APPLICATION FOR MAJOR PROJECTS
WITH MULTIPLE PROTOCOLS
• Introduction
• Key information from Validation Plan
• Supporting information
• Protocol #1 results – “Cut and paste”
• Protocol #2 results – “Cut and paste”
• Protocol #3 results – “Cut and paste”
• Protocol #n results – “Cut and paste”
• Write transitional narrative
• Project conclusions (for Validation Plan)
• Validation statement
– “Results indicate that ______ is validated.”
HAVE MODEL DOCUMENTS AVAILABLE
62
STAGE 3 DOCUMENTS –
CONTINUED PROCESS VERIFICATION
POST PQ DOCUMENTS
TYPES OF DOCUMENTS
• Post PQ requirements – work required based on PQ
results
• Ongoing monitoring – routine process monitoring
63
DOCUMENT OUTLINES / TEMPLATES
PLANS, PROTOCOLS, RESULTS, REPORTS
Site manufacturing
• Few products / processes
• Multiple products / processes
Recommendations
• Templates for few products/processes sites
• Outlines for multi product/process sites
– Document outline of major sections
– Document outline evolves
– Model approved documents available
– Model approved documents improved and are replaced
64
VALIDATION DOCUMENT APPROVAL
VALIDATION APPROVAL COMMITTEE (VAC)
VAC must review documents with perspective of an
external regulatory auditor
• Assure acceptability of technical validation and product
quality
• Assure compliance with regulations, policies, and
industry expectations
• Assure acceptability of documentation.
– Spelling and grammar
VAC IMPORTANT PARTNER WITH VALIDATION
65
VALIDATION DOCUMENT APPROVAL
VALIDATION PLAN
Technical validation
• Scientific and technical principles
• Consistent approach
• Supports objective of validation
• Supports routine manufacturing in type of testing and sampling
• Support routine manufacturing in duration of sampling and testing
• Results and discussion support data
• Correct technical conclusions
• Equipment testing support entire operating range used in
manufacturing
66
VALIDATION APPROVAL COMMITTEE
• Training consistent with area of expertise
• Specialized training on validation function
• Emphasize role of internal auditor
VALIDATION APPROVAL COMMITTEE
IS NOT
Training for new personnel
Expeditor for engineering documents
67
SUMMARY –
COMPREHENSIVE, CONSISTENT, AND EFFECTIVE
VALIDATION DOCUMENTS
Validation documents consistent with validation guidelines and
expectations – based on risk
VMP and Lifecycle Approach
Stage 1 -- Emphasis on development work supporting Stage 2
• Technical basis for validation
Stage 2 -- Work should consider validation guidance recommendations
• Plans, protocols, results
Stage 3 – Emphasis on maintaining validated state through lifecycle
• Specific needs and routine monitoring
Associated documents
68
SUMMARY – TYPES OF VMP
1. Validation Master Plan – site document
2. Validation Master Plan – function document
• Process Validation Master Plan
• Cleaning Validation Master Plan
• Other
3. Validation Project Master Plan – major project
management document
4. Validation Plan – Individual validation
document (Validation Initiation / Plan)
69
SUMMARY – VALIDATION MASTER PLAN
SITE DOCUMENT
• Program description at site
• Multi-chapter document
• Updated as needed (annual, quarterly, monthly)
• Improvement projects commitments and
timelines
• Consistent with corporate policies
• State key points from Process Validation
Guidance – Stage approach
• Risk-basis
70
SUMMARY – VALIDATION MASTER PLAN
FUNCTION DOCUMENT
• VMP for individual functions
• Same structure as in site document
• Organization preference or major project
71
SUMMARY
VALIDATION PROJECT MASTER PLAN
• Major project management document
• Multiple functions
• Multiple protocols
• Extended time
• Project manager
72
SUMMARY – VALIDATION PLAN
Individual validation document
Validation Initiation / Plan
Plan Protocol Results
Plan Format
• Introduction
• Technical information (Stage 1)
• Validation strategy and testing (Stage 2 and Stage 3)
• Validation documentation
• References
HAVE MODEL DOCUMENTS AVAILABLE
73
PAUL L. PLUTA, PhD
Editor-in-Chief
Journal of Validation Technology
Journal of GXP Compliance
Advanstar Communications
Associate Professor of Biopharmaceutics
University of Illinois at Chicago (UIC) College of Pharmacy
Chicago, IL, USA
Contact: [email protected]
74