Lecture 6 GMP Topics in Industry 4.0 Flashcards
What are the Pharmaceutical Inspection Trends in industry 4.0?
- Regulating/Inspecting Products derived from Newer Technologies
- Migrating from QbT to QbD via PAT
- Continuous Manufacturing
- Managing API, Excipient Quality and Supply Chain Integrity
- Single Use Technologies (SUT)
- Data Integrity Assurance and Fighting Falsified Medicines
What are GMP and Safety Concerns relating to Nanoparticles?
• Free Nanoparticles Released into the Environment during Manufacture are a Potential Health and Cross Contamination Hazard
- A clear and globally acceptable regulatory framework is needed to facilitate development and public acceptance of nanomedicines
What are some limitations of conventional QC testing?
- representative sample size
- -> conventional QC tests are destructive
- -> poor quality unit not picked up due to statistical limits
- The Defects are picked up only at the end of manufacturing process and cannot be rectified/reworked
- QC test not conducted/released in real time (expensive cost of storage space during quarantine of bulky products e.g. LVP)
- can test only if you know the analyte & you have a test method
- test method is specific, accurate, reliable
What does PAT stand for?
Process Analytical Technology
What are the benefits of QbD/PAT?
- Non-destructive
- Deeper process understanding, better control and higher quality assurance (due to ability to scan/image entire batch of material/product)
- Real time release (soon after manufacture)
- Cost savings
- Reduction in post-approval submissions (not in notes)
What are the challenges of QbD/PAT implementation?
- Limited understanding
- High financial investment in PAT (initial capital outlay and long term savings)
- Old Habits Die Hard: Industry accustomed to not reviewing a validated process based on QbT.
fear that PAT/QbD tools may reveal inadequacies of product, and may cause voluntary recalls - Regulators not ready for QbD/PAT submissions: Regulators used to old paradigm QbT
What is/are the advantage(s) of continuous manufacturing?
- Higher QA through At-line testing using non-destructive PAT/Other tech
- Real-Time Release of finished product (save warehouse space)
- Shorter Batch processing time (Days) - increase efficiency -cost saving
- Integrated Processes - fewer steps (less manual handling and contamination)
- Smaller equipment and facilities (more flexible operation, reduced inventory, lower capital cost)
- on-line monitoring: higher level QA, real time release, more consistent quality
(overall cost reduction!)
What is/are the regulatory hurdle(s) for continuous manufacturing?
There are no regulatory hurdles
What is limiting the implementation of continuous manufacturing?
- manufacturers need to understand integration amongst unit operations and manage continuous manufacturing data from all at line measurement systems e.g. PAT and other tech
- Regulators/Inspectors need to have deeper understanding on how to implement/facilitate/support continuous manufacturing which is science and risk based
- Experience is still lacking from manufacturers and regulators
Where are the bulk of APIs produced globally?
Asia, especially China and India (neither of which are PICS members)
EU and US import ~80% of APIs from china and india
What is the effect of increased number of players in API/product supply chain?
- Many potential points for interference of API/Product
2. Falsified medicines
How can GMP/GDP compliance and vigilance help assure API supply chain Integrity?
- Assure quality
- Deter manipulation
- Detect adulterated products, counterfeits and falsified medicines
Are excipients regarded as inactive or inert ingredients?
No
What is driving the growth of Single Use Technologies (SUT) ? (not tested)
- Enhanced levels of containment and cross contamination control
- More flexible manufacturing
- Requires less space
- Multiple applications in biotechnology manufacturing industry
What are the test considerations of SUTs? (not tested)
- Material compatibility (chemical resistance)
- Extractables
- Biocompatibility
- Animal origins
- Particulate control
- Bioburden/endotoxins
- Adsorption
What is the ASTM D543-06 standard testing for? (not tested)
Material compatibility
- ASTM (American standard for testing materials)
What are some reference standards and guides for SUT testing? (not tested)
US/EU: ISO, ASTM, USP, EMA
International: ISPE, PDA, BPSA, BPOG
- slide 29
When was the ASEAN sectoral MRA on GMP inspection signed?
MRA: mutual recognition agreement
Signed by Economic Ministers of all 10 ASEAN Member States on 10 April 2009, Pattaya, THAILAND