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7/31/2019 The Harmonized PAT Solution Application of Risk Based Tools Process Analytical Technology Strateg
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Jeffrey A. Priem
Cubist Pharmaceuticals
The Harmonized PAT Solution:Application of Risk-Based Tools & PATStrategies in Pharmaceutical Product
Manufacture
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Page 2PDA Boston December, 2004
Presentation Objectives
Provide Overview of FDAs PAT Initiative
Provide Overview of Risk Management & RiskAssessment Tools
Provide PAT Strategy for Pharma Industry
Present Case Example on PAT Strategy
Take Home Message
PAT = Process Understanding + Risk Mitigation
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Page 3PDA Boston December, 2004
PAT Elements Process Understanding
Principles & Tools PAT Tools
Multivariate Data Acquisition & Analysis tools
Process Analyzers
Process Control Systems Risk-Based Approach
Integrated Systems Approach
Real Time Release
PAT A Framework for Innovative Pharmaceutical Development,Manufacturing, & Quality Assurance, Sept 2004
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Page 4PDA Boston December, 2004
PAT Challenges
Technology
Regulatory Driver
Product Pipelines
Automation
Product Characterization
Process Understanding, Variation, Specificity,
Robustness, Technology, & RegulatoryUncertainty
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Page 5PDA Boston December, 2004
Risk, Risk Assessments & RiskManagement
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Page 6PDA Boston December, 2004
Risk Assessment:
ApplicationsRisk Assessment Application
Reactive SituationProactive Situation
Risk AssessmentProject Type
Crisis Management Merger & Acquisition
Feasibility
Mature Process Risk Mitigation Re-Engineering (Middle ofDevelopment Lifecycle)
Drug Development Remediation Drug Development
Crisis Management
Regulatory Issues
Complaints & Adverse Events
Consent Decree & Warning Letter
Due Diligence
GCP & GMP Assessment
New Product (Beginning ofLifecycle)
Financial
Process
Product
(Patient Focus)
Regulatory
Risk AssessmentProject Type
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Page 7PDA Boston December, 2004
Quality System Applications & Risk
Assessments
DrugDevelopment
Product
Traceability
Purchasing
Controls
AcceptanceTesting
Production &Process
ControlsChange
ControlCAPA Root Cause
Analysis
ComplaintsProcessValidation Process Design
EnvironmentalControl
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Page 8PDA Boston December, 2004
Risk Analysis Approaches Risk Matrixes
Probability vs. Severity = High, Medium,
or Low
Risk Definition & Categorization
Level I =
Level II =
Level III =
Pre-Defined Question & Decision
Tree If then, else
Occurrence
Severity
HighRiskM
edium
Risk
Low Risk
text
Do Control Measure(s) exist for theidentified hazard?
Could the identified hazard(s) occur inexcess of acceptable level(s) or could itincrease to an unacceptable level(s)?
Will a subsequent step eliminate theidentified hazard(s) or reduce its likely
occurrence to an acceptable level?
Not ACCP
Is control at this stepnecessary forIntended Use(SQUIPP)?
Modify Step, Processor Product
NoYes
Yes
Yes
Yes
No
Critical Control Point
No
Does this step eliminate or reduce thelikely occurrence of a hazard to an
acceptable level?
No
Yes
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Page 9PDA Boston December, 2004
Risk Assessment Tools FMEA - Failure Modes Effects Analysis
FMECA - Failure Modes Effects & CriticalityAnalysis
FTA - Fault Tree Analysis
HACCP - Hazard Analysis Critical Control Points
And
Combination Methods Tools & Approaches
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Page 10PDA Boston December, 2004
Combination Methods Overview Key Questions to Ask &
Understand
What is the Risk Focus? What are the Risk Requirements?
What are the Risk Metrics to bequantified & Measured?
What is the Outcome of the Exposure?As well as
What is it you need?
How do you plan to do it?
What is the ultimate outcome?
What are the challenges?
Balance RA Tools
vs. RA Approaches
Format
Content
Context
Intent
Implementation
Integration
Effectiveness
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Page 11PDA Boston December, 2004
Risk Assessment Application
Crisis Management M&A
Feasibility
Mature Process Risk Mitigation Re-Engineering (Middle ofDevelopment Lifecycle)
Design Control (Middle of DesignLifecycle or After Design)
Product Development
Design Control (Beginning ofLifecycle)
Crisis Management
Regulatory Issues
Consent Decree
Warning Letter
FDA-483
Due Diligence
GMP Assessment
New Product (Beginning ofLifecycle)
Reactive SituationProactive Situation
Risk Management:
Applications
Financial
Process
Product
Regulatory
Risk Assessment
Categories
(Project Type)
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Page 13PDA Boston December, 2004
The Harmonized PAT Solution
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Page 14PDA Boston December, 2004
RegulatorsOrganizationCustomer
The Simplified Process Model
PerformanceRequirements DRIVE
MetricsMeasurementMonitoring
ProcessRequirements Performance
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Page 16PDA Boston December, 2004
Harmonized PAT
Real Time Release
Integrated SystemsApproach
Risk-Based Approach
Process Understanding
PAT Tools
Multivariate DataAcquisition & AnalysisTools
Modern ProcessAnalyzers / processanalytical chemistrytools
Process & Endpointmonitoring & controltools
Continuous
Improvement & KM
PAT Elements
Implement
teststrategies
OptimizeProcess
ImplementOptimizationpoints
ApplyTechnology
Identify critical attributes
Identify automationattributes
Identify monitoring &control elements
Obtain Knowledge of
product & processspecifications &requirements
Provide understanding ofQS interfaces
Analyze risk at product,
process, & quality systemsperspective
Define Mitigation Strategy
Provide Risk
Based DecisionProcesses
ProvideRationale onwhere to applyTechnology
ProvideFramework tofacilitate ProcessUnderstanding &Decision MakingProcess
ProvideFramework toexecute Risk-based strategies
ProcessOptimization
ProcessAnalysis
ProcessUnderstanding
Risk Management
PAT Strategy
Real Time Release
Integrated SystemsApproach
Risk-Based Approach
Process Understanding
PAT Tools
Multivariate DataAcquisition & AnalysisTools
Modern ProcessAnalyzers / processanalytical chemistrytools
Process & Endpointmonitoring & controltools
Continuous
Improvement & KM
PAT Elements
Implement
teststrategies
OptimizeProcess
ImplementOptimizationpoints
ApplyTechnology
Identify critical attributes
Identify automationattributes
Identify monitoring &control elements
Obtain Knowledge of
product & processspecifications &requirements
Provide understanding ofQS interfaces
Analyze risk at product,
process, & quality systemsperspective
Define Mitigation Strategy
Provide Risk
Based DecisionProcesses
ProvideRationale onwhere to applyTechnology
ProvideFramework tofacilitate ProcessUnderstanding &Decision MakingProcess
ProvideFramework toexecute Risk-based strategies
ProcessOptimization
ProcessAnalysis
ProcessUnderstanding
Risk Management
PAT Strategy
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Page 17PDA Boston December, 2004
PAT Application Example
Technology Transfer & Process
Validation
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Page 18PDA Boston December, 2004
Process
Understanding Identify product
requirements
Define how they werederived
Quantify robustness& adequacy
Correlate Attributesto Interfaces
Process
System Component
ProcessSpecification
Identification
Process Map
Identify Each Process StepIdentify Elements for Variation:
Equipment, Measurement,Personnel, Methods, Materials,Environment, Controls &Monitoring
Process Flow ProcessIdentify Process Step Outcome
Map Key Inputs: Data /Information and Procedures /guidanceMap Process Outputs &DeliverablesIdentify Quality System
Interfaces, PerformanceMeasures, & Milestones
Process Flow Diagram
Harmonized PAT Solution
Activity Key Elements
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Page 19PDA Boston December, 2004
Process Understanding
Process Identification Deliverable Matrix of those Elements of Variation
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Page 21PDA Boston December, 2004
Process Analysis Define Product
Risks
Identify ProcessRisks
Identify QualitySystem Risk Areas
Correlate Risks toMitigationStrategies
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Page 22PDA Boston December, 2004
Process Analysis
Process Risk AssessmentProcess Fault Tree Analysis
Failure ofSterility
QC Test Eq1149 out ofCalibration
FermentationProcess
SamplingProcess
QC Test Equip1149 Failure
Tree Example
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Page 23PDA Boston December, 2004
Process Analysis
Process HACCP Deliverables
Time
Levelof
Detail&
Effort
Hazard
Identification
Hazard
Analysis
CriticalControl
Points
HACCP
Plan
Focus is on thoseCritical Elements
of the Process!
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Page 24PDA Boston December, 2004
Process Analysis
Quality System Risk Quantification
Scale High: 8.0 to 10 Medium: 4.0 to 7.9Low: 0 to 3.9
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Page 25PDA Boston December, 2004
Process
Optimization Define Analysis
Areas
ImplementCorrective ActionPlan
ExecuteOptimizationStrategies
ImplementTechnology &Solutions
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Page 26PDA Boston December, 2004
Forward approvedchange to
implementation teamleader
Create a ChangeImplementation Plan
If appropriate, establisha method for
determining theeffectiveness of the
change
Is the ChangeImplementationPlan approved?
Proceed with plan andprovide progress
updates according toschedule
Complete ChangeImplementation Plan
Submit documentationof completed
implementation to
Change ControlManager
Is changeeffectiveness
monitoringrequired?
No
Yes
Hasimplementationbeen completed?
Collect &evaluateeffectiveness data
Was changeeffective?
Submit CRF to CCMforMCF closure
Close MCF
No
Yes
No
Yes
Yes
No
End
Prepare forseniormanagement periodic
summary reports.
MFG Process
Pro
cessFlow
Diagram
&P
rocessM
ap
DeviationManagement
Change ControlMFG Process
Out ofSpecifications
Cross-FunctionalImplications
Systems-Based Model & Top-DownApproach
Integrated Quality Systems
Pre-Planned Linkages for RiskManagement & Performance
MeasurementDeviation
Managemen
t
Change
Control
Outof
Sp
ecifications
MFGPr
ocess
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Page 27PDA Boston December, 2004
Implementation Measure
Control & Monitor Analyze
Review
Refine
RevisePerformance
Requirements
DRIVE
Again
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Page 28PDA Boston December, 2004
Risk Management Define
Scope
Approach
Interfaces
Outcome
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Page 30PDA Boston December, 2004
Risk Management & Drug Development Lifecycle
BasicResearch
BasicResearch Pre-Clinical
Pre-Clinical ProductLaunch
ProductLaunch
Marketingand Sales
Marketingand Sales
ClinicalClinical
I II III III
B
IVProductionProduction
Product Lifecycle:
Discovery Development Manufacturing Distribution
Top Down ApproachRisk Management &Product Lifecycle
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Page 31PDA Boston December, 2004
Risk Management System
Protocol Failure:Validation,
Stability, ActionImplementation
OOS Results
Deviations FromProcedure
Clinical StudyFailures
Complaints
Adverse Events
AuditObservations
N...
Deviation Mgmt/ NCMR
Data observedof Exception
Preliminaryevaluation &Investigation
CAPA
AdverseTrends in data
Dataexceptions
Preliminaryevaluation &Investigation
Action analysis
team review forlevel III &optional Level II
Review
Formal
Investigation, actionidentification &
authorization forLevel II/III Results
RegulatoryReview for Level
III & OptionalLevel II Review
Actionimplementation
PlanningProtocol
Creation &Implementation
Action Database
AuditsEffectivenessAssessmentFollow-up
Level I
Level I
Level II/III Level II/III
Level II
InputsObservation Records &
PreliminaryInvestigation
Formal Investigation& Action Identification
ActionImplementation
Action Database &Follow-up
Level II / III
Reference: "Risk Management Basics", DeSain, Vercimak, Sutton
Product Design
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Page 32PDA Boston December, 2004
Risk Management System
Protocol Failure:Validation,
Stability, ActionImplementation
OOS Results
Deviations FromProcedure
Clinical StudyFailures
Complaints
Adverse Events
AuditObservations
N...
Deviation Mgmt/ NCMR
Data observedof Exception
Preliminaryevaluation &Investigation
CAPA
AdverseTrends in data
Dataexceptions
Preliminaryevaluation &Investigation
Action analysis
team review forlevel III &optional Level II
Review
Formal
Investigation, actionidentification &
authorization forLevel II/III Results
RegulatoryReview for Level
III & OptionalLevel II Review
Actionimplementation
PlanningProtocol
Creation &Implementation
Action Database
AuditsEffectivenessAssessmentFollow-up
Level I
Level I
Level II/III Level II/III
Level II
InputsObservation Records &
PreliminaryInvestigation
Formal Investigation& Action Identification
ActionImplementation
Action Database &Follow-up
Level II / III
Reference: "Risk Management Basics", DeSain, Vercimak, Sutton
Product Design
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Page 33PDA Boston December, 2004
Outcomes
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Page 34PDA Boston December, 2004
PAT ApplicationProject Outcomes
Improved Product Quality
Optimization of Processes & Interfaces Reduction in Production Cycle Time
Variation Mitigation
Process Epiphany: The Ah Ha! Factor Cost Savings & Optimized Resources
Technology
Personnel
ROI
Defendable Compliance vs. Minimal Compliance
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By:
Jeff Priem
Tel: 781.860.8661
Email: [email protected]
The Harmonized PAT Solution:Application of Risk-Based Tools & PATStrategies in Pharmaceutical Product
Manufacture