Kick Off Meeting CoP D-A-CH “PAT & LCS” - ISPE · PDF fileAs e.g. ISPE...
Transcript of Kick Off Meeting CoP D-A-CH “PAT & LCS” - ISPE · PDF fileAs e.g. ISPE...
AUTOMATION IN DER PHARMAINDUSTRIE –
TREIBER, LÖSUNGEN UND TRENDS
WAS BEDEUTET DIE ICH/Q8 - 12 GMP MANUFACTURING PROCESS
„CONTROL STRATEGY” FÜR DIE ZUKÜNFTIGE AUTOMATISIERUNG?
ISPE COMMUNITY OF PRACTICE/COP
„PAT & LIFECYCLE CONTROL STRATEGY“
Kick Off Meeting CoP D-A-CH “PAT & LCS”Reinach / Basel
31.3.-1.4.2016
Christian Woelbeling
Member of the ISPE:
Global Steering Team Member CoP „PAT & LCS“
KNC Council Secretary
PDPS Council Member
DACH Affiliate Member
c/o Werum IT Solutions GmbH
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1. Why this initiative?!? – Regulatory & Business Driver & Background
Introduction to the PAT & LCS Community of Practice - History
ICH Q 8, 9, 10, 11, 12 – “Control Strategy“
2. Problem Statement
Process Control Strategy Implementation e.g. Equipment Integration, Flexible Manufacturing, Feedback Loop
3. ISPE D-A-CH PAT & LCS Working Group Projects
Introduction to the Projects
4. Project Discussion
Opportunities to Volunteer
AgendaKick Off Meeting CoP D-A-CH “PAT & LCS”
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WHY THIS INITIATIVE?!? –REGULATORY & BUSINESS DRIVER & BACKGROUND
INTRODUCTION TO THE PAT & LCS COMMUNITY OF PRACTICE
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• Active Pharmaceutical Ingredients
• Biotechnology
• Disposables
• Oral Solid Dosage
• Process Analytical Technology & Lifecycle Control Strategy
• Product & Process Development
• Sterile Products Processing
• Commissioning & Qualification
• Containment
• Critical Utilities
• Sustainable Facilities/HVAC
• Packaging
• Project Management
• Investigational Products
• Operations Management
GAMP®
• Process Validation Teams
• PQLI
• Regulatory & Compliance Committee
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A Global OrganisationRegional PAT & LCS CoP Support
Global PAT & LCS CoP Steering Committee
DACH
UK/Irl Nordic
Turkey
SingaporeUSChapters
Global CoPPAT&LCS
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Created the “PAT Management Awareness Document” & PE Article
Review of the aMab Case Study
Creation of “PAT Data Management Document” (Data Management Task Team)
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What did we achieve?
WHY THIS INITIATIVE?!? –REGULATORY & BUSINESS DRIVER & BACKGROUND
ICH Q 8, 9, 10, 11, 12 – “CONTROL STRATEGY“
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QbD / Risk & Science based Approach of the FDA & EMA
ICH Q 8 (R2) Pharmaceutical Development
ICH Q9 Quality Risk Management
ICH Q10 Pharmaceutical Quality System
ICH Q 11 Development and Manufacture of Drug Substances (planned end 2016)
ICH Q 12 Technical and Regulatory Considerations for Pharmaceutical Product Lifecycle
Management (planned for June 2018)
FDA & ICHRoadmap
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New FDA Office of Pharmaceutical Quality
An FDA Perspective on Post- Approval Change Management for PAT and RTRT, Christine Moore, FDA, IFPAC 2015
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A control strategy can include, but is not limited to, the following:
Control of input material attributes (e.g., drug substance, excipients, primary packaging materials) based on an understanding of their impact on process ability or product quality;
Product specification(s);
Controls for unit operations that have an impact on downstream processing or product quality (e.g., the impact of drying on degradation, particle size distribution of the granulate on dissolution);
In-process or real-time release testing in lieu of end-product testing (e.g. measurement and control of CQAs during processing);
A monitoring program (e.g., full product testing at regular intervals) for verifying multivariate prediction models.
A control strategy can include different elements. For example, one element of the control strategy could rely on end-product testing, whereas another could depend on real-time release testing. The rationale for using these alternative approaches should be described in the submission.
Adoption of the principles in this guideline can support the justification of alternative approaches to the setting of specification attributes and acceptance criteria as described in Q6A and Q6B.
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Control Strategy Definition in ICH Q8 (R2)Automation Aspects
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A planned set of controls, derived from current product and process understanding, that assures process performance and product quality. The controls can include parameters and attributes related to drug substance and drug product materials and components, facility and equipment operating conditions, in-process controls, finished product specifications, and the associated methods and frequency of monitoring and control. (ICH Q10)
ICH guideline Q8, Q9 and Q10 - questions and answers volume 4
„A control strategy is required for all products. If a Design Space is developed and
approved, the Control Strategy [see ICH Q8(R2), Part II, Section 4] provides the mechanism to
ensure that the manufacturing process is maintained within the boundaries described
by the Design Space.”
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Control Strategy Definition in ICH Q10Automation Aspects
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Submission Control Strategy Basis in ICH Q8 (R2) – Pharmaceutical Development Drug substance / product focus CQA & CPP & CMA per submission
Commercial Manufacturing GMP Process Control Strategy Plus GMP controls Environmental controls Equipment & Facilities controls Automation Control Strategy Not direct product related CQA & CPP E.g. Purity, iron test CQAs
Environmental, Health, and Safety / EHS controls
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Control Strategy – 2 Different Types/Aspects
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Regulatory Filing Management
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Process Control StrategyScope & Aspects
Process
Control
Strategy
Operator & Equipment
manual / automatic data capture via HMI, PLC, DCS, SCADA
Integration
PAT
Compliance
Regulatory
Data Integrity
CPV
Knowledge Management
E-Inspections
OEE/KPI
Performance
APR/PQR
PROBLEM STATEMENT
PROCESS CONTROL STRATEGY IMPLEMENTATION
E.G. EQUIPMENT INTEGRATION, FLEXIBLE MANUFACTURING, FEEDBACK LOOP
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Problem Statement:
1. The current Manufacturing Processes are mostly still not QbD based and do not follow a flexible manufacturing process. The new Risk & QbD approach based on ICH Q 8 to 12 Guidelines is not yet fully applied nor daily manufacturing practice.
2. Our Manufacturing suites / machines are only partially networked and don’t support horizontal & vertical integration…
3. Good and established PAT Sensors are available and proven. The feasibility of the technology is established and it needs the commercial manufacturing routine. The Operational GMP Process Control Strategies for Manufacturing Execution are not yet well implemented into the Manufacturing Execution Landscape (e.g. Equipment, IT Systems, Manufacturing Best Practices) Integration and Qualification of PAT methods / sensors in Manufacturing machines / networks and the related Data Management & Representation, Change Management, Knowledge Management & Data Integrity aspects are not implemented yet.
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Process Control StrategyThe Challenge of Implementing the CS in Manufacturing
Source: Regional CoP “PAT&LCS (Lifecycle Control Strategy)” D/A/CH Team Charter Version 1.0, 3.2.2016
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Vision & Mission:
“As the ISPE is the home of all kind of pharmaceutical professionals we as the community are able to break down the walls between the silos and pave the road for
“a maximally efficient, agile flexible pharmaceutical sector that reliably produces high quality drugs without extensive regulatory oversight”
at reasonable cost.
ISPE is the right platform to interdisciplinary engineer best practices to implement the Process Control Strategy in commercial manufacturing by co-developing operations excellence across the different departments in the pharmaceutical organizations”
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Process Control StrategyThe Challenge of Implementing the CS in Manufacturing
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Smart Factory – Pharma 4.0What I see on the ISPE Trend Radar
Manufacturing
Technology
BusinessLifecycle
Control
Best
Practice contentGlobal
Process
Harmonization
Mobile
devices
New input devices
& operating concepts
(augmented reality)
Smart
Equipment
Biotech
Manufacturing
Single Use
SystemsE-Inspections
Data Integrity
Quality Metrics
(APR, PQR)
Small lot sizes
More product
Personalized medicine
CMO
Integration
CPV
Operability
Standardization
Quality
Regulatory
Compliance
Drug Application Systems
Drug
Shortage
Initiative
Continuous
Manufacturing
3D
Pharma-
ceuticalsCollaboration
with the
Regulators
Integration
Standardization
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1. “Process Control Strategy Implementation Awareness Document”
Status today and the gaps
Roadmap for future implementation and the impact on Data Integrity
As e.g. ISPE Pharmaceutical Engineering Article
2. IT Automation System Structure & Integration Standardization
Blueprint for a “Best Practice” based system architecture implementation (S95 Level 2 to Level 3)
As e.g. ISPE Guidance Document
3. “QbD” Workflow Execution – The Process Control Strategy
Methods for the MVDA based Process Control Strategy (Basis e.g. aMab Study Page 90 - from
description to feedback control) incl. a predictive process control
As e.g. Extend the ISPE “aMab Study” by the Process Control Strategy Implementation
Proposed ProjectsFocus Process Control Strategy Implementation
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Content:
Status today and the gaps
Summarize the content, impact & goals of the ICH Q8 to 12 in regard to the Process Control Strategy
Roadmap for future implementation (e.g. System Blueprints)
Impact on Data Integrity
Goals:
Explain the importance of the Control Strategy in the FDA paradigm to the industry
Explain the Importance of the collaboration of QA, Engineering, Manufacturing etc. for implementing the Control Strategy
Create awareness on management level
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1. Process Control Strategy ImplementationAwareness Document
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Content:
IT System Communication Blueprint
IT System Infrastructure Blueprint
Horizontal Equipment Communication Protocol (e.g. Similar to the VDMA XML Standard)
Vertical equipment standardization technique and protocol
Goals:
Secure Data Integrity in equipment integration / communication
Involve VDMA, NAMUR, VDI, ISA, OPC Foundation, Open SCS as necessary
Global standard like in Semiconductor
Create a “Guideline” e.g. together with GAMP
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2. IT Automation System Structure &Integration Standardization
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Create a Best Practice Communication Protocol Blueprint
Level 2 Systems
Equipment, Machines, SCADA, DCS, Environmental Monitoring, Serialization Equipment etc.
Level 3 Systems
LIMS, CAPA, Doc Management, MES, Serialization etc.
Level 4 ERP Systems
Physical Data Protocols & Data Content - Standardization!
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Content:
Methods for the MVDA based Process Control Strategy
Basis e.g. aMab Study Page 90 - from description to feedback control incl. a predictive process control
Application for Bio-Products & Biosimilars
Goals:
Create a practical example for the implementation / automation
Extend the ISPE “aMab Study” by the Process Control Strategy Implementation
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3. ”QbD” Workflow Execution Implementation of theProcess Control Strategy
Connecting Pharmaceutical Knowledge ispe.org
1. “Process Control Strategy Implementation Awareness Document”
Status today and the gaps
Roadmap for future implementation and the impact on Data Integrity
As e.g. ISPE Pharmaceutical Engineering Article
2. “IT Automation System Structure & Integration Standardization”
Blueprint for a “Best Practice” based system architecture implementation (S95 Level 2 to Level 3)
As e.g. ISPE Guidance Document
3. “QbD Workflow Execution – The Process Control Strategy”
Methods for the MVDA based Process Control Strategy (Basis e.g. aMab Study Page 90 - from
description to feedback control) incl. a predictive process control
As e.g. Extend the ISPE “aMab Study” by the Process Control Strategy Implementation
Proposed CoP “PAT & LCS” Projects
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Do you want to participate? Use the Feedback Form:
Weiteres Vorgehen:
1. Bildung von bis zu 3 Teams
2. Je Team 2 Co-Team Leads
3. Webex als Kick off (April/Mai)
Definition der Roadmap/Terminplan
4. Erstes F2F Arbeitsmeeting (Mai/Juni)
Interdisziplinäre Teams:
Pharma Industrie Maschinen Hersteller Systemlieferanten Automation Anlagenbau Hochschulen Regulatoren Etc.
Bei Interesse senden Sie bitte eine Mail an Christian Wölbeling:
Ablauf:
Arbeitskapitel definieren Inhalte je Kapitel vorbereiten Inhalte reviewen & finalisieren (f2f)
Ca. 2-5 Meetings notwendig
Gesamtdokumentation erstellen ISPE Review Veröffentlichung
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Thank you for your attention.
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Christian WölbelingISPE Local CoP „PAT & LCS“
c/o Werum IT Solutions GmbH
Phone: +49 4131 8900-49
www.werum.com