The document discusses implementing an effective quality management system (QMS) and overcoming challenges with current systems. It outlines regulations around corrective and preventive action (CAPA) from ISO, FDA and EU directives. Traditional QMS have challenges with problem identification, investigation, planning, implementation, and review/approval of CAPAs. The solution proposed is a holistic approach to quality management using a quality management software solution to address these challenges and obtain full regulatory compliance through continuous improvement.
The document discusses implementing a holistic quality management system (QMS) by redefining corrective and preventive action (CAPA). It outlines challenges with traditional QMS approaches and regulations from ISO, FDA, and the European Commission regarding CAPA. The document recommends treating any opportunity to improve quality as a CAPA, and that CAPAs should follow a process from identifying problems to verifying the effectiveness of corrective actions.
This document discusses corrective and preventive action (CAPA) basics, including:
- The purpose of CAPA is to identify and address quality problems and prevent recurrence.
- Regulations require manufacturers to establish CAPA procedures, collect and analyze data, investigate issues, identify and validate corrective/preventive actions, and document activities.
- The level of CAPA should be appropriate to the risk level of the problem. Relevant information must be communicated and submitted for management review.
A CAPA (corrective and preventative action) program is an important indicator of a company's overall compliance efforts. It is considered a "bellwether" by the FDA. An effective CAPA program follows a closed-loop process to identify, correct, and eliminate quality issues and potential problems. It analyzes multiple sources of quality data. Failing to properly establish and maintain CAPA procedures is a common violation cited by the FDA. Ensuring a strong CAPA program that satisfies regulations like ISO 13485 and 21 CFR Part 820 can help reduce compliance risks during FDA inspections.
Sop 820 capa procedure corrective preventive action med devConnie Dello Buono
油
This document outlines the corrective and preventive action (CAPA) procedure for addressing non-conformances and quality problems. It defines when a CAPA should be initiated, such as for systemic or repetitive issues. It describes assigning a CAPA owner to investigate the root cause and identify corrective actions. Effectiveness of these actions must be verified through follow-up audits. Preventive actions may also be initiated through trend analysis to address potential problems. All CAPAs require management review and sign-off for implementation and closure within 4 months. The CAPA coordinator communicates results and actions to management.
White Paper - Application of FDA Current Good Manufacturing PracticesMark V. Iampietro
油
This document discusses FDA regulations for combination drug/device products. It defines combination products as those that are physically combined or co-packaged for use with a specified device. Manufacturers of these products must comply with both drug CGMPs and device quality system regulations. While this may seem daunting, the document recommends augmenting existing drug quality systems to minimize additional requirements. It finds that management review, purchasing controls, corrective action, and design controls are the key areas to address for combination product compliance, with design controls typically requiring the most work to meet all regulations.
This document discusses corrective and preventive action (CAPA) systems. It defines key terms like nonconformance and defines CAPA's goals of eliminating causes of non-conformities. CAPA has two functions - corrective actions to address root causes of problems, and preventive actions to prevent reoccurrence. The document outlines objectives of an effective CAPA system and provides steps to implement corrective and preventive actions, including defining problems, identifying causes, designing measures, and ensuring documentation is updated. It stresses the importance of planning, communication, and documentation for successful CAPA execution.
Corrective actions and preventive actionsANKUSH JADHAV
油
This document discusses corrective and preventive actions (CAPA) in quality management. CAPA aims to eliminate causes of non-conformities or undesirable situations. It has two functions - corrective action finds root causes of problems and takes direct action, while preventive action informs an organization to prevent problems from recurring. Successful CAPA implementation requires effective planning, preparation, writing, evaluation, procedure updates, execution proof, change management and meetings. CAPA plays an important role in continuously improving products and processes in a quality management system.
This document outlines a quality management system procedure for handling nonconformities. It defines nonconformities and the corrective and preventive actions used to address them. The procedure applies to nonconformities in products, services, and management systems. It describes identifying nonconformities, controlling them by investigating causes and implementing actions, reviewing corrective actions, and maintaining related records. The goal is to proactively eliminate deficiencies and prevent nonconformities from reoccurring.
This document outlines a quality management system procedure for handling nonconformities. It defines nonconformities and the corrective and preventive actions used to address them. The procedure applies to nonconformities in products, services, and management systems. It describes identifying nonconformities, controlling them by investigating causes and implementing actions, reviewing corrective actions, and maintaining related records. The goal is to proactively eliminate deficiencies and prevent nonconformities from reoccurring.
Six system management.pptx in pharmaceutical industryvinitnai
油
This document discusses the six system inspection model used by the FDA for drug manufacturing inspections. The six systems are: 1) production, 2) facilities and equipment, 3) laboratory controls, 4) materials, 5) packaging and labeling, and 6) quality management. Each system is described in detail, outlining the objectives, components inspected, and relevant FDA regulations. The six systems are interrelated and aim to ensure quality control at each stage of the drug manufacturing process from raw materials to finished product in compliance with cGMP.
This document outlines the Six System Inspection Model used by the US FDA to inspect pharmaceutical manufacturing establishments. The six systems are: Quality System, Facilities and Equipment System, Materials System, Production System, Packaging and Labeling System, and Laboratory Control System. The model provides a comprehensive and organized framework to evaluate if establishments are complying with cGMP requirements across all key aspects of pharmaceutical production.
The document discusses GMP compliance audits. It defines GMP audits as a process to verify that manufacturers follow good manufacturing practices regulations. There are two types of audits - onsite audits, which involve visiting the production site, and desktop audits, which review documentation without a site visit. Audits check various aspects of production including personnel, facilities, equipment, processes, warehousing and more. They help identify issues, ensure proper controls, and improve compliance.
This ppt consists of types of FDA inspection, and how to prepare for FDA inspection of pharmaceutical mfg site, and what to do before FDA inspection, During FDA inspection, and after FDA inspection.
Professor Yakub Aliyu Product Quality Non Conformance presentation -v1.4_11...Professor Yakub Aliyu
油
This document discusses corrective action and preventative action (CAPA) processes for addressing nonconforming products in a quality management system. It provides an overview of CAPA responsibilities and procedures, the 8D problem solving approach, examples of immediate and long term corrective actions, and requirements for verifying the effectiveness of CAPA measures through validation, monitoring for recurrence, and ensuring information dissemination. The goal of CAPA is to eliminate the root causes of problems in order to improve products, processes and customer satisfaction.
CAPA (Corrective and Preventive Action) processes are required by the FDA and ISO for medical device companies. During audits, regulators evaluate the CAPA process to ensure nonconformances are properly resolved or prevented. The CAPA process involves analyzing quality issues, determining root causes, implementing corrective actions, and verifying the effectiveness of those actions. It is a closed-loop process aimed at continuously improving product quality and compliance.
1. The guidance describes a quality systems model that is consistent with FDA's CGMP regulations and can help pharmaceutical manufacturers comply with the regulations.
2. The quality systems model addresses management responsibilities, resources, manufacturing operations, and evaluation activities. It provides a framework for quality management, quality assurance, continual improvement, and risk management in drug manufacturing.
3. Implementing the comprehensive quality systems model described in the guidance would allow manufacturers to have robust, modern quality systems that fully support compliance with CGMP regulations.
This is a presentation based on ICH Q10, Pharmaceutical Quality System, It was shared recently with participants of a training session arranged by Ingrope Information Services karachi at marriot Hotel. I am uploading for the benefits of all pharma colleagues, specially the junior ones.
A presentation of Pharmaceutical Quality System ICH Q 10 Model. This presentation was shared lately in a session arranged ny Ingrope Information Services, Karachi, at Marriot Hotel.
This document outlines the key elements of a Pharmaceutical Quality System (PQS) as defined in ICH Q10, including process performance and product quality monitoring, corrective and preventive action systems, change management systems, and management review. It discusses how each element should be applied throughout the product lifecycle in a manner appropriate to each stage, with the goal of continually improving product quality.
Good manufacturing practices (gmp) for pharmaceutical excipientsDurgasai Relangi
油
This document outlines Good Manufacturing Practices (GMP) for pharmaceutical excipients. It provides minimum requirements for GMP applicable to all excipients. The principles aim to achieve excipient quality, establish control of manufacturing processes, and facilitate continual improvement. Key elements include quality management system requirements, documentation control, management responsibility and review. The GMP principles are intended to ensure excipients meet quality attributes necessary for drug products and regulatory standards.
The document provides an overview of ISO 9000 quality management standards. It explains that ISO 9000 is a family of standards maintained by ISO that establish requirements for quality management systems. The requirements include procedures for key processes, monitoring processes, record keeping, defect checking, reviewing processes for effectiveness, and continual improvement. Certification requires documenting procedures, management responsibility, resource management, product realization, measurement and improvement.
Quality & compliance excellence in pharmaceuticalsAnvita Bharati
油
Quality can be defined in several ways including conformance to specifications, fitness for use, and value for price paid. It is judged based on factors like performance, reliability, and support services provided. Pharmaceutical products have higher quality standards and more regulations compared to consumer goods due to their intended use and potential risks. Ensuring compliance with various quality guidelines is important for patient safety and involves establishing quality systems, policies, procedures, documentation, and ongoing assessments like audits and corrective actions. Non-compliance can result in issues like complaints, recalls, and regulatory actions.
Six system inspection model pharmaceutical D-Astar.pptxDevaPundkar
油
The document discusses the Six System Inspection Model which can help pharmaceutical manufacturers follow CGMP guidelines. The six systems are: quality management, facility and equipment, laboratory controls, materials, packaging and labeling, and change management. Each system ensures different aspects of compliance such as quality planning, production processes, equipment qualification, testing, materials control, and packaging and labeling validation. Self-inspection and change control are also important concepts that are reviewed.
ISO 13485 outlines quality management system requirements for medical device manufacturers. It requires organizations to establish documented processes for planning and managing key activities like risk management, product realization, and quality improvement. Records must be maintained to demonstrate conformity to standards. Management is responsible for ensuring adequate resources, communication of quality policies, and regular reviews of the quality system and opportunities for improvement.
FDA Update: Inspections, Observations and Metrics - OMTEC 2017April Bright
油
This FDA-focused presentation offers a glimpse into trends behind three initiatives that orthopaedic device professionals need to fully understand: inspections, Case for Quality and 483 Observations. First, a high-level view of FDA inspections will discuss methodology and implementation. Second, FDAs observations of non-compliance will be discussed, pointing out important historical trends. Finally, as the industry matures, professionals should expect changes to the breadth and depth of FDAs focus. This is where Case for Quality and the Medical Device Metrics Initiative will be covered. FDA has placed an increased emphasis on data and metrics. Gain insight into ways to leverage data to improve, monitor and control processes that drive quality improvement.
Pharmaceutical Good Manufacturing PracticesPharmaceutical
油
When you are in healthcare, Then GMP is must. Regulatory philosophy for product Quality have been changed from "Quality by Testing QbT" to "Quality by Design QbD". Quality is to be built in product and that only can be done by GMP.
This document provides an introduction to pharmaceutical validation, including its scope and merits. It defines validation according to regulatory bodies as establishing evidence that a process will consistently produce a product meeting specifications. Validation is required by cGMP and aims to produce uniform, reproducible products to reduce costs and ensure quality. It involves qualification, process, analytical, cleaning, and other types of validation performed by cross-functional teams and documented in protocols and procedures. The scope of validation is wide, while its merits include increased process knowledge, repeatability, production fluency and decreased risks and expenses.
This document outlines a quality management system procedure for handling nonconformities. It defines nonconformities and the corrective and preventive actions used to address them. The procedure applies to nonconformities in products, services, and management systems. It describes identifying nonconformities, controlling them by investigating causes and implementing actions, reviewing corrective actions, and maintaining related records. The goal is to proactively eliminate deficiencies and prevent nonconformities from reoccurring.
Six system management.pptx in pharmaceutical industryvinitnai
油
This document discusses the six system inspection model used by the FDA for drug manufacturing inspections. The six systems are: 1) production, 2) facilities and equipment, 3) laboratory controls, 4) materials, 5) packaging and labeling, and 6) quality management. Each system is described in detail, outlining the objectives, components inspected, and relevant FDA regulations. The six systems are interrelated and aim to ensure quality control at each stage of the drug manufacturing process from raw materials to finished product in compliance with cGMP.
This document outlines the Six System Inspection Model used by the US FDA to inspect pharmaceutical manufacturing establishments. The six systems are: Quality System, Facilities and Equipment System, Materials System, Production System, Packaging and Labeling System, and Laboratory Control System. The model provides a comprehensive and organized framework to evaluate if establishments are complying with cGMP requirements across all key aspects of pharmaceutical production.
The document discusses GMP compliance audits. It defines GMP audits as a process to verify that manufacturers follow good manufacturing practices regulations. There are two types of audits - onsite audits, which involve visiting the production site, and desktop audits, which review documentation without a site visit. Audits check various aspects of production including personnel, facilities, equipment, processes, warehousing and more. They help identify issues, ensure proper controls, and improve compliance.
This ppt consists of types of FDA inspection, and how to prepare for FDA inspection of pharmaceutical mfg site, and what to do before FDA inspection, During FDA inspection, and after FDA inspection.
Professor Yakub Aliyu Product Quality Non Conformance presentation -v1.4_11...Professor Yakub Aliyu
油
This document discusses corrective action and preventative action (CAPA) processes for addressing nonconforming products in a quality management system. It provides an overview of CAPA responsibilities and procedures, the 8D problem solving approach, examples of immediate and long term corrective actions, and requirements for verifying the effectiveness of CAPA measures through validation, monitoring for recurrence, and ensuring information dissemination. The goal of CAPA is to eliminate the root causes of problems in order to improve products, processes and customer satisfaction.
CAPA (Corrective and Preventive Action) processes are required by the FDA and ISO for medical device companies. During audits, regulators evaluate the CAPA process to ensure nonconformances are properly resolved or prevented. The CAPA process involves analyzing quality issues, determining root causes, implementing corrective actions, and verifying the effectiveness of those actions. It is a closed-loop process aimed at continuously improving product quality and compliance.
1. The guidance describes a quality systems model that is consistent with FDA's CGMP regulations and can help pharmaceutical manufacturers comply with the regulations.
2. The quality systems model addresses management responsibilities, resources, manufacturing operations, and evaluation activities. It provides a framework for quality management, quality assurance, continual improvement, and risk management in drug manufacturing.
3. Implementing the comprehensive quality systems model described in the guidance would allow manufacturers to have robust, modern quality systems that fully support compliance with CGMP regulations.
This is a presentation based on ICH Q10, Pharmaceutical Quality System, It was shared recently with participants of a training session arranged by Ingrope Information Services karachi at marriot Hotel. I am uploading for the benefits of all pharma colleagues, specially the junior ones.
A presentation of Pharmaceutical Quality System ICH Q 10 Model. This presentation was shared lately in a session arranged ny Ingrope Information Services, Karachi, at Marriot Hotel.
This document outlines the key elements of a Pharmaceutical Quality System (PQS) as defined in ICH Q10, including process performance and product quality monitoring, corrective and preventive action systems, change management systems, and management review. It discusses how each element should be applied throughout the product lifecycle in a manner appropriate to each stage, with the goal of continually improving product quality.
Good manufacturing practices (gmp) for pharmaceutical excipientsDurgasai Relangi
油
This document outlines Good Manufacturing Practices (GMP) for pharmaceutical excipients. It provides minimum requirements for GMP applicable to all excipients. The principles aim to achieve excipient quality, establish control of manufacturing processes, and facilitate continual improvement. Key elements include quality management system requirements, documentation control, management responsibility and review. The GMP principles are intended to ensure excipients meet quality attributes necessary for drug products and regulatory standards.
The document provides an overview of ISO 9000 quality management standards. It explains that ISO 9000 is a family of standards maintained by ISO that establish requirements for quality management systems. The requirements include procedures for key processes, monitoring processes, record keeping, defect checking, reviewing processes for effectiveness, and continual improvement. Certification requires documenting procedures, management responsibility, resource management, product realization, measurement and improvement.
Quality & compliance excellence in pharmaceuticalsAnvita Bharati
油
Quality can be defined in several ways including conformance to specifications, fitness for use, and value for price paid. It is judged based on factors like performance, reliability, and support services provided. Pharmaceutical products have higher quality standards and more regulations compared to consumer goods due to their intended use and potential risks. Ensuring compliance with various quality guidelines is important for patient safety and involves establishing quality systems, policies, procedures, documentation, and ongoing assessments like audits and corrective actions. Non-compliance can result in issues like complaints, recalls, and regulatory actions.
Six system inspection model pharmaceutical D-Astar.pptxDevaPundkar
油
The document discusses the Six System Inspection Model which can help pharmaceutical manufacturers follow CGMP guidelines. The six systems are: quality management, facility and equipment, laboratory controls, materials, packaging and labeling, and change management. Each system ensures different aspects of compliance such as quality planning, production processes, equipment qualification, testing, materials control, and packaging and labeling validation. Self-inspection and change control are also important concepts that are reviewed.
ISO 13485 outlines quality management system requirements for medical device manufacturers. It requires organizations to establish documented processes for planning and managing key activities like risk management, product realization, and quality improvement. Records must be maintained to demonstrate conformity to standards. Management is responsible for ensuring adequate resources, communication of quality policies, and regular reviews of the quality system and opportunities for improvement.
FDA Update: Inspections, Observations and Metrics - OMTEC 2017April Bright
油
This FDA-focused presentation offers a glimpse into trends behind three initiatives that orthopaedic device professionals need to fully understand: inspections, Case for Quality and 483 Observations. First, a high-level view of FDA inspections will discuss methodology and implementation. Second, FDAs observations of non-compliance will be discussed, pointing out important historical trends. Finally, as the industry matures, professionals should expect changes to the breadth and depth of FDAs focus. This is where Case for Quality and the Medical Device Metrics Initiative will be covered. FDA has placed an increased emphasis on data and metrics. Gain insight into ways to leverage data to improve, monitor and control processes that drive quality improvement.
Pharmaceutical Good Manufacturing PracticesPharmaceutical
油
When you are in healthcare, Then GMP is must. Regulatory philosophy for product Quality have been changed from "Quality by Testing QbT" to "Quality by Design QbD". Quality is to be built in product and that only can be done by GMP.
This document provides an introduction to pharmaceutical validation, including its scope and merits. It defines validation according to regulatory bodies as establishing evidence that a process will consistently produce a product meeting specifications. Validation is required by cGMP and aims to produce uniform, reproducible products to reduce costs and ensure quality. It involves qualification, process, analytical, cleaning, and other types of validation performed by cross-functional teams and documented in protocols and procedures. The scope of validation is wide, while its merits include increased process knowledge, repeatability, production fluency and decreased risks and expenses.
The Key to Nonprofit Stability_ Independent Board Leadership by Legacy Profes...Legacy Professionals LLP
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Board independence is crucial because it prevents conflicts of interest and maintains a system of checks and balances. When board members have financial or personal ties to the organization, their ability to make unbiased decisions may be compromised. On the other hand, an independent board acts with integrity, prioritizing the needs of the nonprofit over any individual or external entity.
Tran Quoc Bao Leading Chief Executive Officer CEO in Vietnam Healthcare -the ...Ignite Capital
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Tran Quoc Bao: The Visionary Transforming Vietnams Healthcare Landscape
Tran Quoc Bao, CEO of Prima Saigon, stands as one of Vietnams most influential healthcare leaders, making a profound mark on the countrys healthcare sector and beyond. As the first Vietnamese member of the Advisory Panel for the Asian Hospital & Healthcare Management, Bao shapes global healthcare trends. Under his leadership, Prima Saigon has become the benchmark for excellence in international daycare and ambulatory services.
With nearly two decades of experience at the crossroads of healthcare and finance, Bao is not only a clinical innovator but also a master strategist. He has held leadership roles at prominent institutions like City International Hospital, FV Hospital, and TMMC Healthcare (Tam Tri Hospital Group), as well as international experience at The Alfred Hospital in Australia. His crowning achievement was leading Cao Tang Hospital through its transformation into Vietnams first Joint Commission International (JCI)-accredited hospitalan achievement that propelled Vietnams healthcare system onto the global stage.
Baos influence reaches far beyond his clinical expertise. Armed with elite financial credentialsCFA速, CMT速, CPWA速, and FMVA速he has directed over $2 billion in healthcare mergers and acquisitions, fundamentally reshaping the countrys healthcare investment landscape. His rare ability to merge healthcare innovation with financial insight has earned him widespread recognition as a thought leader in the sector.
A prolific writer, Bao has contributed over 20 articles to leading publications such as Bloomberg, Forbes, and US News, offering valuable perspectives on healthcare investment and innovation. His insights have made him a sought-after authority globally. He has also received numerous accolades, including "Healthcare Executive of the Year Vietnam 2021" and Medical Tourism Leader of the Year 2021 from Medical Excellence Japan.
Beyond his leadership at Prima Saigon, Bao advises global consulting giants like BCG, Bain, and McKinsey on strategic healthcare investments and partnerships. His unparalleled expertise continues to shape the future of healthcare in Asia and around the world, solidifying his legacy as one of the most influential healthcare leaders in Vietnam.
Traktor is a popular DJ software developed by Native Instruments, designed for professional DJs, music producers, and anyone looking to mix and manipulate audio tracks. It offers powerful tools for live performances, studio mixing, and creating custom soundscapes. Traktor is known for its robust feature set, intuitive interface, and excellent integration with hardware controllers and audio equipment.
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project management tool is specifically designed for project managers, offeri...rowevel861
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This project management tool is specifically designed for project managers, offering a comprehensive suite of features to streamline planning, execution, and monitoring of projects. With intuitive interfaces and robust functionalities, it facilitates effective collaboration, resource allocation, and progress tracking, ensuring that project goals are met efficiently. Ideal for teams of all sizes, this solution enhances productivity and fosters accountability, making it an essential asset for any project management professional.
Kenneth Kremsky Was in Charge of Overseeing Every Facet of the Accounting Div...KennethKremsky
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Kenneth Kremsky, who was previously the controller of Kraft Foods Group, oversaw all accounting operations for the company, including creating the yearly operational budget, making sure Sarbanes Oxley compliance was maintained, and managing internal and external audits. Accounts Payable, Payroll, Inventory, Supply Chain, and Production were all under his management in the accounting department.
Graeme Cowan, keynote speaker: Building Team Safety, Resilience and Growth Gr...Graeme Cowan Enterprises
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Graeme Cowan is a team care and resilience speaker. His keynote topics include:
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Energy Security Independence and Downstreaming .pptxSampe Purba
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UNTITLED.ppt
1. Implementing a
Holistic Approach to your
Quality Management System
Steven R. Cagle
V.P. of Marketing & Product Development
Sparta Systems, Inc.
2. 2
Agenda
Session Objectives
Quality Management System Overview
Traditional Challenges
Re-defining CAPA
Implementing a Quality Management
Software Solution
Conclusion
Q&A
3. 3
Session Objective
Discuss critical components of an effective
Quality Management System (QMS),
challenges with current systems, and
solutions to overcome these challenges by
implementing a holistic Quality Management
Software solution.
5. 5
Defining CAPA ISO 13485:2003
8.5.2 Corrective Action Corrective actions shall be
appropriate to the effects of the nonconformities
encountered. A documented procedure shall be
established to define requirements for
a) reviewing nonconformities (including customer complaints)
b) determining the cause of nonconformities
c) evaluating the need for action to ensure that nonconformities to not recur
d) determining and implementing action needed, including, if appropriate,
updating documentation
e) recording of the results of any investigation and of action taken, and
f) reviewing the corrective action taken and its effectiveness
6. 6
Defining CAPA ISO 13485:2003
8.5.3 Preventive action The organization shall
determine action to eliminate the causes of potential
nonconformities in order to prevent their occurrence.
Preventive actions shall be appropriate to the effects
of the potential problems.
It is also determine potential nonconformities and their
causes
a) evaluating the need for action to prevent occurrence of
nonconformities
b) determining and implementing action needed
c) recording of the results of any investigations and of action taken,
and
d) reviewing preventive action taken and its effectiveness
7. 7
Quality Regulation 21 CFR 820.100
U.S. Food and Drug Administrations regulation governing
medical device manufacturers quality systems:
(a) Each manufacturer shall establish and maintain procedures for
implementing corrective and preventive action:
(1) analyzing processes, work operations, concessions, quality audit reports,
quality records, service records, complaints, returned products, and other
sources of quality data to identify existing and potential causes of
nonconforming product, or other quality problems
(2) investigating the cause of nonconformities relating to product, processes,
and the quality system
(3) identifying the actions needed to correct and prevent recurrence of
nonconforming product and other quality problems
(4) verifying or validating the corrective and preventive action
(5) Implementing and recording changes in methods and procedures needed
to correct and prevent identified quality problems
(6) Ensuring that information related to quality problems or nonconforming
product is disseminated to those directly responsible for assuring the
quality of such product or the prevention of such problems; and
(7) Submitting relevant information on identified quality problems, as well as
corrective and preventive actions, for management review
8. 8
Quality Regulation 21 CFR 211.22
Very similar is the U.S. FDAs regulation for pharmaceutical
manufacturers 21 CFR Part 211.22 (Quality Control Unit)
responsibilities of a quality control unit...to assure that no errors
have occurred or, if errors have occurred, that they have been fully
investigated.
The quality control unit shall have the responsibility for approving
or rejecting all procedures or specifications impacting on the
identity, strength, quality, an purity of the drug product
and in Part 211.92 (Production Record Review)
Any unexplained discrepancyor the failure of a batch or any of
its components to meet any of its specifications shall be thoroughly
investigatedThe investigation shall extend to other batches of
the same drug product and other drug products that may have
been associated with the specific failure or discrepancy. A written
record of the investigation shall be made and shall include the
conclusions and follow-up.
9. 9
Quotes from Current FDA WarningLetters
Each manufacturer shall establish procedures for quality audits
and conduct such audits to assure that the quality system is in
compliance with the established quality system requirements and to
determine the effectiveness of the quality system . Quality audits
shall be conducted by individuals who do not have direct
responsibility for the matters and shall be taken when necessary. A
report of the results of each quality audit, and reaudit(s) where
taken, shall be made and such reports shall be reviewed by
management having responsibility for the matters audited. The
dates and results of quality audits and reaudits shall be documented
as required by 21 CFR 820.22 . internal quality audits conducted by
your firm failed to verify that the quality system was effective in
fulfilling quality system objectives (FDA 483, Item #2).
10. 10
Quotes from Current FDA Warning Letters
Your firm fails to implement and maintain corrective and preventive action
(CAPA) procedures that include requirements for analyzing processes,
work operations, concessions, quality audit reports, quality records,
service records, complaints, returned product, and other sources of
quality data to identify existing and potential causes of nonconforming
product, or other quality problems as required by 21 CFR 820.1 00(a)(1).
Your firm fails to establish and implement corrective and preventive action
(CAPA) procedures that include requirements for identifying the
action(s) needed to correct and prevent recurrence of non-conforming
product and other quality problems as required by 21 CFR 820.100(a)(3)
All activities required by 21 CFR 820.100 must be verified or validated to
ensure that such action is effective and does not adversely affect
finished devices, and the results of these activities shall be documented as
required by 21 CFR 820.100(a)(4) and (b). Your firm's CAPA procedures fail
to document how analysis is done and fails to require verification/validation
that CAPA does not adversely affect finished devices (FDA 483, Item #8).
11. 11
Commission Directive 2003/94/EC
Preamble
Having regard to the Treaty establishing the European
Community, All manufacturers should operate an effective quality
management system of their manufacturing operations, which
requires the implementation of a pharmaceutical quality
assurance system.
Article 13 - Complaints
Any complaint concerning a defect shall be recorded and
investigated by the manufacturer
Article 14 - Inspections
The manufacturer shall conduct repeated self-inspectionsin
order to monitor the implementation and respect of good
manufacturing practice and to propose any necessary corrective
measures. Records shall be maintained of such self-inspections
and any corrective action subsequently taken.
12. 12
More than just corrective actions
CAPA is much more than just
corrective actions and
preventive actions.
Any opportunity to improve quality
in your organization is a CAPA!
13. 13
Holistic QMS Defines CAPA Sources
Complaints
Internal
Inspections
Supplier
Audits
Regulatory
Audits
Non-
conformance
Deviations
Out of
Specification
Out of
Specification
Adverse
Trends
Adverse
Events
Incoming
Inspections
And more
Numerous source areas for CAPA
Scope of problems that drive CAPAs go beyond
nonconforming product
Any process that affects product quality is included
14. 14
CAPA Process best practices
Verify
Effectiveness
Implement
Actions
Review &
Approve
Plan
Investigate,
Root
Cause,
Action Plan
Identify &
Triage
Regardless of where the problem originates, or what
type it is, it must follow a process
Identify problem
Assess impact
Quality /
Regulatory /
Management
Notification
Investigation
Process?
Complete
Investigation
Determine Root
Cause
Proposed
Corrective /
Preventive
Actions
Plan
effectiveness
Assess changes
Ensure no
impact to
product quality
Consensus from
SMEs
Approval
Implement
Actions
Verify
completed
Inform
stakeholders
Measure to
ensure problem
has been
resolved
Monitor to
ensure it is not
re-occurring
Change Control
Metrics and Reporting
16. 16
Typical QMS Challenges
Challenges in Problem Identification
Missing view of the big picture
Lack of ownership and accountability
Inability to link related problems
Insufficient tools for trending and analysis
Challenges in Investigation
Quality of investigations is poor
Missing & incomplete information
Inability to easily review similar past investigations
Inconsistent investigation process & Root Cause
Not determining root cause
Past due investigations, not being closed, get lost
Problem
Identification
Identify &
Investigat
e Root
Cause
Create
Action Plan
Challenges in Planning
Vague root cause analysis
Confusion over what is corrective and what is
preventive action
Inability to relate corrective actions to source problems
Lack of integration to Change Control System
17. 17
Typical QMS Challenges (cont.)
Verify
Effectiven
ess
Implement
Actions
Challenges in Implementation
No way to track issues through workflow
Lack of visibility to open items
Lack of visibility to related items
Changes to plan mid-stream
Compliance risk
Challenges in Effectiveness
Easy to forget to measure effectiveness
Difficult to gather necessary metrics
No means to generate metrics
Inability to measure effectiveness does not give us any
assurance if we are addressing the root cause of the problems
Review &
Approve
Plan
Challenges in Review & Approval
Not sure who needs to approve
Approvals in serial, not parallel
Approval process takes long time
Lack of key stakeholder input
18. 18
Solution
Holistic Approach to Quality Management
Globalize (harmonize) around a common philosophy and
approach to CAPA and source Events
Obtain full compliance with cGxPs, as well as regulatory &
customer expectations
Use quality metrics as a basis for continuous improvements
Trending Problem Analysis
Thorough Investigations and Root Cause Analysis
Ensuring CAPA effectiveness
Bring attention to risk areas to prevent problems
Implement a centralized Quality Management System:
Manages all inputs and outputs as well as the actual actions
Scalable to be deployed on a global basis
Functionality / Flexibility to meet business requirements
20. 20
Re-defining CAPA
Definitions
Standardize definitions across the organization
Terms like deviation, event, nonconformance, correction,
corrective action, preventive action, discrepancy must be consistent
for each operating unit
The same term should have the same meaning everywhere, and drive
the same process
CAPA sources include: Complaints, Audits Observations, Trends can
feed CAPA
Determine, scope identification & impact of new
system
Where does the process need to change?
Who will the system affect?
What existing policies may change?
Understand the difference between the what and the who
22. 22
Record the Event
Capture all related data of any event regardless of
the type
Source
Date & Time of Event
Type
Description
Department
For issues surrounding Events, utilize a quality
evaluation:
Quality Event only
Quality Event + CAPA
Quality Event + Investigation + CAPA + Change Control
Log observations / trends to implement pro-active
changes
23. 23
Perform Assessment & Investigation
Assign Investigator
Use Push or Pull concept
Assess impact, consider decision tree approach
Create Investigation Plan
Use Parent-Child concepts track each investigation task
Use Investigation Templates
Track & Complete Investigations
Use workflow, due dates and reminders
Escalation of past due investigations
Search & Reporting
User Dashboards
Analyze Root Cause
Structure Root cause Analysis Tree
Use Root Cause to Drive CAPA process
24. 24
CAPA Plan & Approval
Review currently in progress CAPAs
Create CAPAs and link to root cause
If multiple CAPAs identify which ones resolve which root cause?
Which actions must be closed to close the deviation?
Create an Effectiveness Plan at this time
Determine Approvers
Use pre-set approver functions if possible
Route Investigation & CAPA plan for approval
Email alerts, reminders
Dashboards
Obtain Approval
Ability to reject to various previous workflow states
25. 25
Implementing CAPA & Effectiveness
Each CAPA record should have its own record
and workflow
Use Parent-child relationships to break up the
process into smaller bites
Action Item Tracking
Track completion and verification of each CAPA
Use workflow, due dates and reminders
Escalation of past due investigations
Search & Reporting
User Dashboards
Measure effectiveness according to the plan ->
evidence that root cause has been eliminated
27. 27
High Level Requirements
Centralized database
Handles all process areas - modular
Workflow driven
Proactive user notification and escalation
Action items management
Querying & Reporting
Elaborate security by user-group
Defining the Requirements
Management reports
Performance Metrics & Trending
Part 11 Compliance
28. 28
Management of all Data
Modular approach to
handling all source
areas but maintains
individual requirement
Multiple Record Types to
handle all process areas
Ability to create user
defined fields
Configurable data entry
forms
Validation and business
rules
Integration to external
systems
E.g., Create deviations
automatically from ERP
E.g., Create OOS
Investigation from LIMS
Master data (customer,
product/item, etc.)
External
Systems
Data Management
29. 29
Workflow Management
Configurable
workflow
Automate review and
approval process based
on meta data
Business-rule based
workflows
Parallel Approvals
Process changing activity
E-mail notifications
Integrated source
areas process to
Corrective Action
process
Parent child
relationships
Cross referencing
Workflow
External
Systems
Data Management
30. 30
Escalations and Business Rules
Business rules
enforcement
Date Due, Milestone
Dates
Automatically assigning
investigators, reviewers,
approvers
Automatically scheduling
tasks based on type of
Record
Escalation
Reminders of tasks
reaching expected
completion date
Escalation of CAPA past
due
Workflow
External
Systems
Data Management
Business
Rules &
Escalation
31. 31
Query, Reporting, Trending
Workflow
External
Systems
Data Management
Business
Rules &
Escalation
Search,
Report,
Trend
Querying
Ability to query on all fields
Full text / search engine
functionality
Ability to save searches
Reporting
Customizable report format
On screen view, print, email,
save
Status reporting
Trending
Across all sites
Across all source areas
Root cause analysis
Identify occurrence rate
decrease / increase
Ability to detect trends
automatically
32. 32
Compliance with Part 11
Does the system conform with your firms Part 11
requirements?
Has the software passed the test, I.e., has it gone through
FDA audits at another firm?
Can it be validated?
How confident are you in the above assessment?
Full audit trail
Reporting features
Configurable security groups
Complete record of created
and modified data
Enforced workflow
sequencing
Password composition rules
Electronic Signatures made
up of two unique
components
Password aging/expiration
Cannot re-use previous
password
Account Locking and Admin
Notification after failed log-in
Attempts
Session time-out
Requirement of reason for
data modification
Administrator / Configuration
Audit Trail
34. 34
Quality, Operations, IT
Structured Project Organization
Customer System Administrator
Implementation Consultant
Project Management Customer Executive
Sponsor
Sr. Mgmt. Support Business & IT Project Mgr.
Vendor Project Manager
Project Team
Change Management
Validation Partners
Operations management
Vendor SMEs
QA & Customer Satisfaction
Technical Support
LAN/WAN
DBA
Servers
Customer IT Sponsor
Medtronic Leads:
Medtronic Leads:
Customer. Owner Team
CAPA
Complaints
Audits
RMAs
Others
Steering Committee
Internal Computer Systems
Validation
Vendor
3rd Party (recommended)
Validation Team
Vendor Administrative
Resources
35. 35
Rapid ROI - Phased Approach
Critical Systems
Prioritization
Phase-1: FIRST QMS
Configure, Prototype,
Train
Validation
Phase-2: Additional QS
Implementation,
Configure, Prototype, Train
DATA Migration &
Systems
Integration
Reduced Validation via
Migration tool
Fully integrated
CAPA
Initial ROI /
Business and
compliance Benefits
Roll out
Production
Additional
QS
Yes
No
Prioritized QMS List and
implementation Project
Plan
Go
Live!
36. 36
Project Team
Workshop-2
Finalize Configuration
Design
Reports Customization
Train on Validation
Templates
Develop Validation
Protocols
Complete setup of
integration tools
Develop User
Requirement Definition
Functional
specifications
Initial validation
activities
Product Orientation
Detailed As Is of
current processes,
organization and
systems
Visioning session for
to-be concepts
System Configuration
Design
Installation of
Development
Environment
Configure Prototype 1
Project Team
Workshop-1
Configure Prototype 2
Requirements /
Configuration
Design
Validation / SOPs /
Training
Add additional
Projects /
enhance projects
Prototyping / Finalize
Configuration /
Documentation
Support application
Enhance
configuration
Add additional
project areas to
support additional
needs
PQ
Leverage Migrator
for reduced
validation
Roll out phase
Project Phases
Post Release
Install Production
Execute and approve IQ
Execute and approve OQ
Execute and approve PQ
Complete validation
protocol
Create Training Materials
Revise SOPs
Train Super Users
Train Users
Train Help Desk
Roll out phase
2-3 weeks 4-8 weeks 6-8 weeks 46 weeks per project
Go
Live!
Implementation Schedule
38. 38
Conclusion (cont.)
QMS encompasses the overall process related to
events / observations from multiple sources, as well as
their investigations, and resolutions
A best practices QMS system requires a single,
scalable system, which uses a holistic approach
Implementing a global QMS system may require your
organization to change how it defines CAPA as well as
it how it conducts the CAPA process
Implementing a system can be successfully
accomplished by using established software, a
harmonized approach, and an organized project
structure