Pharmaceutical Packaging Systems - Part 1 & Part 2

Pharmaceutical Packaging Systems - Part 1 & Part 2

Heidelberg, Germany

Course No 15791


Costs

Non-ECA Members: EUR 2580,--
ECA Members: EUR 2180,--
EU GMP Inspectorates: EUR 1290,--
APIC Members (does not inclued ECA membership): EUR 2380,--

(All prices excl. VAT)

If you have any questions, please contact us:
Tel.: +49 (0)6221 / 84 44 0 E-Mail: info@gmp-compliance.org

Speakers

Jean-Francois Decoster, UCB Pharma, Belgium

Sandra Hafner, AbbVie Deutschland, Germany

Dr Gerald Kindermann, F. Hoffmann-La Roche, Switzerland

Torsten Kneuss, Bayer, Germany

Horst Koller, HK Packaging Consulting, Switzerland

Dr Jörg Zürcher, Bayer, Germany

Objectives

The focus of these 2 GMP Education Courses is on the development and routine control of pharmaceutical packaging systems.

In Course 1 participants will learn how to develop pharmaceutical packaging materials systematically, and how to translate the requirements of the Common Technical Document (CTD) to regulatory documents for packaging materials. Topics to be addressed include compendial standards, container closure integrity, and combination products.

Course 2 will focus on the testing of a variety of different packaging materials, as carried out in every incoming-goods laboratory in quality control. This includes the setting of sound and scientific specifications and Acceptable Quality Levels (AQLs), the control of dimensions, and the control of primary and secondary packaging materials.

Background

There is a great number of regulatory requirements on pharmaceutical packaging materials, in the pharmacopoeias, the GMP regulations, in the FDA guidances, etc.
Packaging materials also have to be described in the registration process of a drug product according to the requirements of the CTD.

The development of pharmaceutical packaging systems is an increasingly complex topic, which is reflected in the most recent requirements for combination products. To cover all relevant aspects a thorough target product profile needs to be set up. Not only regulatory requirements drive container closure system development, also current hot topics such as container closure integrity and glass delamination need to be considered as well.

Furthermore, the pharmaceutical manufacturer has to guarantee that only such packaging materials are used that are correctly printed on, in conformity with the specifications and in compliance with the regulatory requirements.

In order to determine the scope of the tests for the quality control of pharmaceutical packaging materials, the “Defect Evaluation Lists” have proved efficient. The responsibility for the tests lies now more and more with the manufacturers of packaging materials, while the pharmaceutical industry tries to reduce testing at the same time. However, as a precondition for this, additional QA measures, like supplier qualification, audits and supply agreements, have to be taken.

Target Group

These GMP Education Courses are designed for employees working in pharmaceutical research and development, regulatory affairs, quality control, incoming goods control of packaging materials, and quality assurance departments. They are also directed at employees of suppliers of primary and secondary packaging materials for the pharmaceutical industry.

Programme

Programme Course 1:
Pharmaceutical Packaging Systems - Development


Regulatory Requirements applicable to Pharmaceutical Packaging Materials

  • Code of Federal Regulations (CFR)
  • US Guidance for Industry: Container Closure Systems
  • EC Guidance: Plastic Immediate Packaging Materials
Glass Delamination
  • What is delamination
  • What is the route cause
  • Contribution to delamination
  • How to avoid
  • How to control
Container Closure Integrity
  • Definition (Leakage)
  • Test methods
  • USP <1207>
Update of Compendial Standards
  • USP E&L <1663, 1664, 1665>?
  • Glass delamination – USP, Ph.Eur.
  • Rubber section JP
  • Ph.Eur. plastic materials, USP <661>
Packaging Related Topics of the Common Technical Document (CTD)
  • CTD structure (packaging related)
  • Translation of CTD requirements to Technical Regulatory Documents (TRD)
  • Best practice (blister and infusion bottle)
Development of Specifications for Container Closure Systems
  • Transforming a wish-list into a target profile
  • Conversion of a target profile into a specification
  • Critical parameters / acceptance criteria
Combination Products
  • Definitions and regulations
  • Development process
  • Documentation
Shelf-life of Packaging Components
  • Why is a defined shelf-life required?
  • How to define the shelf-life for packaging components?
  • Re-Testing of packaging components
Extractables/Leachables
  • Regulatory background
  • Principles of extractable and leachable testing
  • Potential extractables of different container materials
  • PQRI initiative on parenteral & ophthalmics
  • ICH genotoxic impurities vs. leachables values
Calibration/Qualification/Validation
  • Definitions
  • Regulatory requirements
  • Equipment lifecycle qualification for the control of packaging materials
  • Process validation

End of Course 1 / Registration for Course 2

Programme Course 2: Pharmaceutical Packaging Systems - Quality Control

Defect Evaluation Lists
  • Manufacturing of moulded and tubular glass containers
  • Application of AQL (Acceptable Quality Level) Concept
  • Concept of Defect Evaluation List
  • Special Defect Evaluation Lists: Containers made of moulded and tubular glass
Control of Printed Packaging Materials
  • Legal requirements
  • Level of certification
  • Sample size & test procedures
  • Reference samples vs. retention samples (Annex 19)
Quality Control of Primary Packaging Material
  • What is a suitable QC system for Primary Packaging Materials
  • Definition of critical parameters
  • Best practice in testing
  • AQL-testing, skip lot
  • Must to have QA systems (i.e. OOS, complaints)
  • Sample management incl. reference samples
Supplier Management
  • Supplier qualification and audits
  • Supply agreements and supplier qualification
  • Quality standards for suppliers
  • Cascade of Quality Control, reduced testing
  • Sampling plans
Dimensional Checks in Packaging Development and Quality Control
  • Measurement equipment: overview
  • Application ranges
  • Practical examples
Technical Specifications
  • Scope & content
  • Concept (proposal)
  • Template and practical example

WORKSHOP I Examples of Defective Packaging Materials
The aim of this workshop is to discuss in small discussion groups the evaluation of some defective packaging materials that are presented. Are the defects of these packaging materials critical or non-critical? Has the lot to be rejected or can it still be used?
Participants will learn how to apply the general recommendations of accepted and published Defect Evaluation Lists for specific and individual packaging materials.

WORKSHOP II Risk Management (Focus: FMEA)
The aim of this workshop is to define in small discussion groups the critical/major parameters to build up a suitable quality control system for your packaging materials. Focus will be on the practical application in a FMEA. The groups will evaluate
  • What, why, and where to test
  • Value of FMEA in the Quality Control concept for packaging materials
  • Strategies for reduced testing

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