A phase appropriate process validation program for visible defects should begin during process and product development and evolve with changes to the manufacturing process, product and/or container closure system, and the types of visible defects found in clinical and production batches. This presentation will summarize some of the regulatory expectations for visible defect prevention and evaluation during product development. A case study will be presented on the challenges of visible particulate control and inspection during clinical development of a difficult to inspect biological product
In this case study, we would like to share the lifecycle of this machine to highlight its difference to other machines’ life cycle. Especially, in case of Vial & Syringe auto inspection machine, several qualifications should be done for each product.
GC Biopharma introduced Vial auto inspection machine on 2021 and first commercial productiuon (FLU vaccine) was executed in 2023 after Performance qualification.
During 1st production (PV 3 batches), high false reject which was unexpected due to material tolerance happened. (80%)
Therefore, all batch data were collected from AVI machine (All failed images).
After, we analyzed all accumulated data and found some possibility whether false reject rate can be reduced. During this process, we found some material tolerance (Vial, Cap, Stopper, Drug solution).
So, we adjusted it and another engineering test was executed including defect detection rate test. After several these processes, we finally found proper point (Defect detection rate & False Reject Rate)
Finally, we executed another qualification based on real product condition and current false reject rate is 20% from 80% with constant defect detection rate.
Körber will demonstrate how PAS-X Savvy is transforming the data analysis landscape for biopharmaceutical companies, delivering accelerated processes, and unlocking valuable insights. Learn how PAS-X Savvy drives efficiency and innovation in data analysis within the biopharmaceutical industry.
This presentation outlines a journey of enhancing the existing Restricted Access Barrier System (RABS) design and procedures to meet the stringent expectations of the FDA.
We will discuss the modifications made to the RABS design after a comprehensive risk assessment, focusing on critical areas identified by the FDA for improvement.
This includes installation of mechanical arms, introduction of supplementary tools and modification of existing filling components, those aimed at eliminating human ingress.
Additionally, we will delve into the refinement of RABS setup procedures to assure both product sterility and operation efficiency.
This involves applying multiple sterile packages for the materials which are transferred into the RABS, removing open-door intervention during the filling , and also comprehensive training programs to ensure compliance and consistency.
Through this presentation, attendees will gain insights into the challenges faced in aligning existing RABS with FDA regulatory standards and the strategies employed to achieve approval. We hope our experience serves as a useful case study for those who are navigating similar compliance hurdles in sterile product manufacturing in pharmaceutical industry.
In the realm of pharmaceutical research and development (R&D) and manufacturing, Virtual Reality (VR) plays an increasingly pivotal role in the training and qualification processes for employees. However, despite its potential, most VR-based training systems remain in the pilot phase and are not yet fully integrated into regular operator training programs. This hesitation largely stems from the inherent complexity of the training requirements. Different training areas within a facility need to be addressed, varying role profiles demand customized training programs, and individuals have unique learning preferences. This presentation delves into strategies to effectively navigate these complexities. It showcases three compelling case studies that illustrate innovative solutions in VR training: 1. The first case study explores Takeda's modular approach to VR training. This method allowed them to successfully achieve GxP validation, ensuring that their VR training met rigorous regulatory standards. 2. The second case study provides insights from Ferring's implementation of a role-based VR training curriculum. This tailored approach delivered individualized training plans to different groups of employees, enhancing the relevance and effectiveness of the training. 3. The final case study highlights how Johnson & Johnson combines VR technology with traditional learning media, such as video-based training. This blended learning approach combines the strengths of both methods to create a comprehensive and versatile training experience. Through these case studies, the presentation aims to demonstrate how VR can be seamlessly integrated into the pharmaceutical training landscape, addressing the diverse and complex needs of modern training programs.
In this presentation, industry approaches when implementing contamination control strategy based on EU Annex 1 requirements will be discussed. This presentation will also provide regulatory expectations on assessing CCS during CMC review and inspections.
Short introduction on how the company is handling new requirements across the value chain with special focus on the revised EU GMP Annex 1: Manufacture of Sterile Medicinal Products which came into force August 2024. During the presentation, the attendees will get insights on examples on implementation and on inspection experience.
Key Take-aways:
- Real-time quality control (QC) testing for critical utility water systems to detect contamination, including biofilm, utilizing rapid endotoxin testing to provide immediate and accurate contamination status, allowing for swift corrective actions.
- Integration of automation and archived standard curves in QC processes, minimizing human error, streamlines investigations, and improves data integrity, ensuring timely and accurate results for decision-making.
- Strategic transition to sustainable, animal-free endotoxin testing methods, providing a reliable and accurate alternative to traditional endotoxin testing, aligning with sustainability goals and regulatory requirements.
Synopsis:
The latest update to Annex 1 mandates that manufacturers of sterile products adopt a quality risk management approach, involving thorough risk assessments to identify and mitigate contamination threats. This requirement encompasses both purified water (PW) and water for injection (WFI), recognizing them as critical utilities when they directly contact the product, materials, or contact surfaces that directly impact product.
Key Take-aways:
- Share the background and technology of rapid microbiology system (Growth direct)
- Challenge during validation
Synopsis:
Background of Rapid microbiology system introduction (Growth direct)
What is the system about and technology?
What’s the challenge?
Consideration of validation
This presentation aims to provide a comprehensive overview of the elements of Environmental Monitoring Performance Qualification (EMPQ) for new facilities, based on industry led guidance. It will detail key EMPQ elements, such as prerequisites, setting alert levels/action limits, sampling requirements, and acceptance criteria. Additionally, the presentation will showcase case studies to illustrate how these concepts can be applied in practice and to share lessons learned based on EMPQ execution following the harmonized guidance. The objective is to equip attendees with the knowledge to effectively plan and execute EMPQ, ensuring cleanroom environments meet stringent quality standards.
A perspective, as a retired US FDA reviewer and inspector, on Annex 1, one year after its implementation, and inspectional findings and concern items that were observed over the past ten plus years when conducting over 80 pre-license and pre-approval biologic inspections
The majority of biologics processing steps provide an environment that can sustain microbial growth. To ensure patient safety, control of microbial contamination is critical in biologics manufacturing process. Microbial contamination control can be achieved from 1) cleaning of purification systems, including resin, membrane, column and skid; 2) cleaning of other surfaces; 3) adequate environmental monitoring program and actions should microbial excursions occur. Lack of validation of these aspects can result in Observations during on-site inspections.
This presentation aims to share a case study that serves as a valuable example of the new framework for enhanced data integrity and data governance. The presentation will discuss the results and lessons learned from a comprehensive one-year data vulnerability assessment conducted at a manufacturing site that relies heavily on manual batch records. The assessment took place at a large molecule site located in Incheon Songdo, where the majority of the facilities consist of standalone manufacturing equipment. Due to the complex and intricate hybrid data flows within the GxP systems and procedures, evaluating data vulnerability and implementing technical data control presented significant challenges in terms of feasibility and prioritization. Nonetheless, an action plan was ultimately devised, taking into consideration unique factors, areas for improvement, and the future assessment of additional Quality Control (QC) equipment.
In line with this initiative, KNEAT Digital Validation System was introduced as a proactive measure to eliminate the inherent data vulnerability associated with hybrid documentation in the process of QC Analytical Instrument Qualification. This innovative solution streamlines the entire process through transition onto a robust digital platform, from devising URS and protocols to the execution of test items, creation of deviation reports, and eventually the QA approval of the complete qualification package to be completed online. Our presentation showcases how data integrity and governance can be significantly enhanced by utilizing this system, as it provides a full audit trail of documentations and a comprehensive traceability matrix, ensuring transparency and accountability of the qualification data.
Redica Systems will share proprietary analytics on its inspection and enforcement trends for the Korean market, Asia, and the CMO space in general. We will leverage real examples of how Redica's risk scoring models have helped Merck leverage agency data to be more proactive with their Quality Unit.
In this presentation, we introduce our most recent development – a versatile, reusable, and connected electromechanical solution that upholds the concept of drug agnosticism, platform flexibility, patient ease-of-use, as well as device programmability. By leveraging technological application expertise, we demonstrate how an electromechanical, versatile device platform can flexibly host different primary containers and formulations. Here, we also demonstrate how adding programmable firmware into the device circumvents formulation uncertainties across the pre-clinical, clinical, and commercial development of the drug counterpart. Finally, we show how the conserved element of the device results into an autoinjector solution that flexibly addresses various primary containers, therapy areas, regional healthcare landscapes, as well as patient groups. We also discuss an optional function for tracking injection-related data, opening pathways to gather detailed insights into the patient experience, and ultimately opening possibilities to connect such device usage data with other digital health solutions.
This presentation describes practical Data Governance measures to enable data integrity assurance. Through real-world examples, participants will gain insight into the application of data governance principles across organizational cultures, manual processes, computerized systems, and complex, hybrid environments in support of effective risk-based data integrity control strategies.
This session will share real-world case studies that illustrate how assessing an organization's Quality Management Maturity (QMM) across key dimensions can reveal important areas for improvement. Insights will be provided on best practices for conducting effective maturity assessments and developing actionable roadmaps. Attendees will come away with the understanding that closing maturity gaps can lead to proactive risk reduction, more robust continuous improvement culture, and enhanced operational efficiency.
Biopharmaceutical and Biosimilar Companies have an increasing interest in developing prefilled syringe and autoinjector combination products for their injectable molecules. In addition to the standard evaluation of drug stability, in the early stage of drug development the thorough assessment of the compatibility between drug product, container-closure system (CCS) and injection device is recommended. Based on an actual case study developed for a Biotech Client, this paper illustrates the testing methods and rationales specifically applied in the assessment of syringe and device functionality, exploring key performances of the injection system as a whole. Advanced syringe coating techniques to prevent unwarranted drug, CCS and device interactions over time, resulting for example in variability of the injection duration, are also disclosed.
The paper will describe best practice approaches and processes for the design transfer of injectable combination products including autoinjectors and on body delivery systems. It will draw on a number of real-life case studies and will cover aspects such as:
• Guidance on the development of drug delivery systems in ways which ensure robust understanding of performance and sensitivities, to inform effective design transfer
• Development and qualification of bespoke test jigs and fixtures for semi-automated testing of combination products, including where combined assembly and test rigs formed part of pilot production systems
• Design transfer activities to support implementation of commercial manufacturing systems, including communication of critical to quality attributes and agreement on production control strategy and component quality specifications
• Examples of risks and challenges that can arise during industrialisation and design transfer programmes, and ways to mitigate and address them. These include:
o agreement on manufacturing controls – methods and acceptance criteria
o data analysis with specific thoughts on the application of statistical approaches to demonstrate high reliability (e.g. to meet FDA ‘five nines’ guidance reliability for emergency use autoinjectors)
o handling of out of specification results, for example for activation force
The information presented at this conference is accurate as of its launch date. However, the organizers retain the right to modify, update, or amend any details as needed. As we aim to provide the most current information and updates, we encourage you to check regularly for any changes.