Tag: IVDR

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The AI Airlock Programme – The Potential of AI in Healthcare

The Potential of Artificial Intelligence in Healthcare

Artificial Intelligence (AI) in healthcare has the potential to improve patient outcomes, for example, by improving diagnosis or treatment selection. However, it is difficult to assess new and innovative AI technology using traditional trial techniques.

The AI Airlock

In Oct 2023, the Medicines and Healthcare products Regulatory Agency (MHRA) announced that they would set up a regulatory sandbox, the AI Airlock. This will provide software and AI medical device developers with virtual testing environments in which they can design and implement test protocols for their devices. There will be three different testing environments (Simulation airlock, Virtual airlock and Real-world airlock) and different factors will determine which testing environment will be most appropriate to each candidate and their device. MHRA’s AI Airlock webinar, presented in July 2024, provides more details about the AI Airlock.

By bringing together expertise from innovators, regulatory organisations including Approved Bodies, Government, the NHS and academia, the AI Airlock pilot program will allow for a collaborative approach. This will enable developers to generate robust evidence for their technology and assist in safe development and deployment of such devices.

Devices will need to meet one or more of the following eligibility criteria:

  • Has the potential to deliver benefits for patients
  • Device or concept application is innovative
  • Presents a regulatory challenge
  • Device is conceptually/developmental robust and ready to be trialled.

Four to six candidates will be recruited to join the pilot cohort and there is no fee for application or participation in the pilot program. Candidates will need to commit resource to the pilot program and are expected to fund their own studies and delivery of any Airlock testing, including accessing relevant data sets. Whilst this pilot phase of the AI Airlock will run until April 2025, candidates should expect to complete their individual Airlock testing within 6 months.

Learnings from this first pilot programme will inform future Airlock phases and the outputs will include:

  • Project Reports from each candidate project team,
  • An Airlock Sandbox report of learnings to inform future guidance and implications for the regulatory framework,
  • A programme evaluation report sharing learnings on the use of regulatory sandboxes. 

Application to the MHRA

This is a great chance for software and AI medical device developers to obtain advice from regulators whilst they experiment and testing their device in controlled and safe environments. Participation in the programme also offers developers an opportunity to have a part in informing the future GB regulatory framework on software and AI medical devices.   

Candidates can now apply to the MHRA to join the AI Airlock pilot program by completing the application form and returning it to [email protected]  before 07 October 2024.

If you’re looking at developing an AI product, or any other diagnostic device, please do get in touch as we can support you from idea to design and market – you can contact us here for a complimentary introduction chat

Written by Tsz Wai Woo, Regulatory specialist at IVDeology

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Near-patient Testing – Is it the Future for Diagnostics?

There has been a lot of discussion surrounding the focus of treatment within primary care.  The NHS published guidance in August 2023 for integrating point of care IVD’s (NHS England » Integrating in vitro point of care diagnostics: guidance for urgent community response and virtual ward services).  The Labour Party’s recent manifesto for the 2024 General Election stated that “Labour’s reforms will shift our NHS away from a model geared towards late diagnosis and treatment, to a model where more services are delivered in local communities” and “The National Health Service needs to move to a Neighbourhood Health Service, with more care delivered in local communities to spot problems earlier. To achieve this, we must over time shift resources to primary care and community services.”  (Change Labour Party Manifesto 2024).  Whilst this is good news for patients, it is not as simple as changing the location of the testing – there will be implications for the IVD industry in order to meet these proposals.

The In Vitro Diagnostic Medical Devices Regulation (Regulation (EU) 2017/746, ‘IVDR’) defines a “device for near-patient testing” as “any device that is not intended for self-testing but is intended to perform testing outside a laboratory environment, generally near to, or at the side of, the patient by a health professional.”

During Design & Development, IVD manufacturers have to determine the use environment and end users within their intended purpose.  It is then their responsibility to demonstrate that the device is safe and effective when used in these environments by these intended end users and therefore there will be a number of additional requirements that need to be considered for devices intended for near-patient testing.

Performance Requirements:

The performance testing conducted will need to demonstrate that effective and reliable testing outside of the traditional controlled laboratory environments.  Considerations such as the following will need to be considered:

  • Use Environment Testing:

Annex I section 9.4 states “The characteristics and performances of the device shall be specifically checked in the event that they may be affected when the device is used for the intended use under normal conditions:

(b) for devices for near-patient testing, performances obtained in relevant environments (for example, patient home, emergency units, ambulances).”

Testing of the device will therefore need to be conducted in the intended use environments. Manufacturers will need to show that the test can be used reliably in the environments that they indicate that the test can be used in. This could be, for example, doctor’s surgeries, A&E departments, patient’s homes or in ambulances.  Any conditions specific for these environments would need to be considered e.g. vibrations or temperature fluctuations for devices intended to be used on an ambulance.

  • Usability Studies:

Annex I section 19.1 states that “Devices intended for self-testing or near-patient testing shall be designed and manufactured in such a way that they perform appropriately for their intended purpose taking into account the skills and the means available to the intended user and the influence resulting from variation that can be reasonably anticipated in the intended user’s technique and environment. The information and instructions provided by the manufacturer shall be easy for the intended user to understand and apply in order to correctly interpret the result provided by the device and to avoid misleading information. In the case of near-patient testing, the information and the instructions provided by the manufacturer shall make clear the level of training, qualifications and/or experience required by the user.

It is important for manufacturers to have designed their device in such a way as to ensure that the intended end users can successfully use the device.  Therefore it is vital that manufacturers conduct usability studies with their target end users who are often not laboratory trained personnel.  This can then be used to demonstrate that consistent results can be obtained by these target end users, determine if the instructions provided with the device are adequate and help to identify if any training is required for the end users before the device can be used reliably.

Labelling Requirements:

The IVDR has also introduced specific labelling requirements for NPT (near patient testing) devices, including:

  • Devices labelled as Near-Patient Testing: The device label must indicate that the device is for near-patient testing.  Although there are currently no symbols for this within ISO 15223-1:2021 Medical devices – Symbols to be used with information to be supplied by the manufacturer, MedTech Europe has provided some suggested symbols that can be used to indicate near-patient testing (New IVD symbols for compliance with the IVDR – MedTech Europe).
  • Individual Instructions for Use: Each individual device must be accompanied by its own instructions for use (IFU).  For devices for professional use within a laboratory setting, if multiple devices were supplied then a single copy of the IFU could be provided if agreed by the purchaser.  This is not allowed for devices intended for near-patient testing.
  • Paper-Based Instructions: According to Annex I 20.1(f) of the IVDR, the instructions for use must be provided in a physical paper format for near-patient tests, and, unlike laboratory based professional use devices, cannot be provided in electronic format.
  • Language Requirements: The languages that the Member States require for the device label and instructions for use for near-patient testing may be different to those for professional use only tests.  This may add more translation costs on to manufacturers to access different markets.

The labelling provided must be appropriate to the device, its intended use, and the technical knowledge, experience, education, or training of the intended users.  This will need to be considered by manufacturers when designing the labelling and tested during usability studies.

Notified Body Assessment

Whilst devices for near-patient testing are classified in their own right according to Annex VIII rule 4(b), the notified body assessment is slightly different.  For Class B & Class C devices, the technical documentation of all devices for near-patient testing has to be assessed rather than the notified bodies sampling one technical file per generic device group or device category. Where a manufacturer has a number of devices for near-patient testing the increase of upfront cost to have their devices assessed will need to be considered.

Final thoughts

Whilst near-patient testing seems like a real win for patients and the direction of travel that the diagnostic industry is heading, this does provide some challenges for manufacturers.  The additional burden to demonstrate that the device is effective and reliable when used outside of a laboratory setting and the potential increased upfront costs of conformity assessment is something that needs to be considered before being able to place the device on the market.  For Great Britain, although the UK MDR 2002 does not specifically call out devices for near-patient testing currently, the indications from the MHRA on the future regulations is that it will be similar to the IVD Regulation with the new Essential Requirements being based on the General Safety & Performance Requirements.  This is likely therefore to mean that the additional requirements for these types of devices will also be required here.  However, if done correctly, near-patient testing will enable quicker diagnoses for patients and hopefully therefore better patient outcomes, which is ultimately what the IVD industry wants to support.

If you’d like to discuss near-patient testing or any of the compliance services that come along with it, from design and development to regulatory services, you can speak to us by dropping an email to [email protected] or book time with us via this link for when best suits you

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Regulatory Strategy: What is it, and why do you need one?

If you are planning to place an in vitro diagnostic medical device (IVD) onto the market, It is critically important that you consider your regulatory strategy at the earliest opportunity. In our experience, building an effective strategy for regulatory strategy can be the difference between achieving product market access or not.

What is a Regulatory Strategy?

A Regulatory Strategy is a documented plan of all regulatory activities and deliverables that are required to be performed by a Legal Manufacturer. It should also align with the overall objectives of your organisation as defined within your vision, mission and business plan.

This should lay out a framework for placing an IVD on the market or markets depending on your commercial opportunity. Typically, the organisation will identify a priority list of countries where it is intending to sell the devices, the regulatory strategy describes the order of which these countries are being registered in.

Once the device is on the market, the plan continues to drive the regulatory surveillance mechanisms described as part of Post Market Surveillance as part of your ISO 13485 Quality Management System. It should also include a plan for meeting any transitions to updated regulatory requirements or ISO standards associated with the device.

Why do you need one?

For devices being placed on the European market under European IVD Regulation (IVDR), Article 10 (Manufacturers Obligations) describes the requirement for maintaining a regulatory strategy:

The quality management system shall address at least the following aspects:

(a) a strategy for regulatory compliance, including compliance with conformity assessment procedures and procedures for management of modifications to the devices covered by the system;

Furthermore, Annex IX requires the Quality Management System to include within its procedures, “a strategy for regulatory compliance, including processes for identification of relevant legal requirements, qualification, classification, handling of equivalence, choice of, and compliance with, conformity assessment procedures.”

In addition to the regulatory expectations, it is also hugely beneficial to plan and document the path to device registration and beyond. It also offers clear evidence to investors that the route to market has been considered and is planned.

When should you create one?

Typically, the regulatory strategy is formed, at a basic level, early on within the design and development process. Once your business vision and mission has been identified, and your business plan establishes the potential for the development of an IVD, the route to achieving that vision should now be considered.

Developing a regulatory strategy is an iterative process as many of the elements required will not have been considered or nailed down. This is entirely normal, but it is important to do the groundwork and start somewhere!

Our Approach to Regulatory Strategy

Education of the basic IVD requirements

A regulatory strategy can take many forms and will grow as you progress through the D&D process. We prefer to work with our SME customers and provide a regulatory strategy blended with some in-house training (virtually or on your site globally) on the key IMDRF principles, definitions and concepts of the regulation of IVDs. We aim to cover the main markets notably the EU, UK and MDSAP countries, to give you the best possible start in understanding what you need to know before developing your device.

Evaluate device type and classification and routes to market

Using your existing ideas of what your device is, and how it should be used, we can help you construct an Intended Purpose Statement, which is the bedrock of how IVDs are classified and assessed. We will guide you through how to assign device nomenclature including GMDN or EMDN codes to understand the routes for conformity assessment and submission requirements, EU Notified Bodies or UK Approved bodies as required. The output of this evaluation will be detailed within a Regulatory Strategy Report, which you can share with your wider team and investors.

The strategy should sit alongside the Quality Plan, used to identify and plan the implementation of a Quality Management System (QMS).

End to end planning

We can incorporate our knowledge to help you understand an estimation of design and development stages with associated costs. This will help you identify when you need to grow and when to secure additional funding. Our experience however is that bringing an IVD to is never a straight line and your regulatory strategy may change over time. We can give you the background knowledge and tools along the way to navigate the complexities and challenges that you may face.

Be part of the journey with you

As part of the Abingdon Health group, IVDeology can spend time with you to understand, explain and build your regulatory strategy together that works towards your timelines and business project goals, but not only that, we can work together as a strong technical team with your business to support any gaps you may need. IVDeology building your regulatory plan with you means you always have a supportive hand for any questions, queries or concerns every step of the way with a team who knows your goals and vision.

If you’d like to discuss a regulatory plan, whether you have an existing one already or starting from scratch, you can book a call here, or email us on [email protected] and we’d be happy to help!

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US IVD Classification – How different can it be?

IVDeology have decades of IVD (invitro diagnostics) compliance support experience within the Quality and regulatory industry, with backgrounds from microbiology to lab based experience, and recently becoming part of the Abingdon Health PLC to offer a more holistic range of services from cradle to grave of diagnostic products. Co-founder and Director of training Nancy Consterdine talks about the US classifications of devices, having worked recently with US 510K submissions including pre-submissions.

The Global Harmonisation Task Force (GHTF) published their classification guidance in June 2006 proposing a risk based, 4 tier classification system for In Vitro Diagnostic Devices. This guidance has been widely used since 2006 for new regulatory systems being set up around the world e.g. the IVD Regulation in Europe 2017/746.

However, the United States of America (US) had already introduced a 3-tier risk-based classification system back in 1976 with the amendments to the Food, Drug and Cosmetics act (FD&C) to include medical devices. This system has now been in place for 48 years, despite amendments having been made around the regulatory pathways e.g. introduction of the 510K De Novo program, enacting of the Small Business Determination program and electronic submission processes. So, how does the classification system work currently and what are the future changes that the FDA are proposing?

Figure above shows class |, || and ||| and risk (explained below)

Class 1

  • Low to Moderate Risk devices e.g. Transport culture medium, immunoelectrophoretic equipment, Biological stains
  • Subject to General Controls (Regulatory Requirements which apply to all medical devices) all covered under a quality management system:

    – Registration of producers of medical devices.
    – Notifications and other remedies e.g. recall.
    – Records and reports on devices e.g. adverse event report.
  • Manufacturers are still visible to FDA and may be subject to audit.
  • Devices may be exempted from a General Control as stated in the classification regulation for that device e.g. they may be exempt from GMP other than keeping records and complaint files.
  • Devices are submitted via the 510K pre-market notification process but some are exempt.

Class II

  • Moderate to High Risk e.g. Blood Culture Assay, Rubella ELISA Test
  • Subject to General Controls and Special Controls:
    – Device specific
    – Evidence of meeting performance standards
    – Post market surveillance
    – Adherence to guidelines
    – Special labelling requirement
  • General Controls are considered insufficient to provide assurance of safety and effectiveness.
  • Devices are submitted for pre-market notification via 510K process.

Class III

  • High Risk e.g. Cancer Biomarker companion diagnostic assay
  • Subject to General Controls and Premarket Approval:
    – Quality Management processes and controls
    – Software design, development and cyber security
    – Analytical Verification data
    – Clinical Performance Data
  • Pre-Market Approval (PMA) application is required

Recent Developments

In January 2024, a press release from Jeff Shuren, the director of the Centre for Devices and Radiological Health (CDRH) announced the intent to initiate the reclassification process for most IVDs which are currently class III (high risk) into class II (moderate risk). They identified that the majority of these tests are infectious disease and companion diagnostic IVDs. This is in line with the FDA least burdensome approach allowing manufacturers of some devices to seek marketing clearance through the 510K premarket notification route. In the release it also talked to the FDA desire to encourage more manufacturers to develop the test and in turn increase competition and access to these important tests.

The process of reclassification has already started with a panel meeting in September 2023 identifying 3 types of infectious disease diagnostic IVDs

  • Nucleic acid and serology based IVDs to aid diagnosis of Hepatitis B Virus infection and management of infected patients.
  • Serology based IVDs for detection of human parvovirus B19.
  • Cell mediated immune reactivity IVDs to aid identification of in vitro responses to peptide antigens associated with TB infection.

Conclusion

The IVD industry can only welcome these moves by the FDA in conjunction with the amendment of the Quality Management System regulation (QMS) to be more closely aligned to the ISO 13485:2016 standard. It makes the USA a far more inviting prospect for initial market authorisation applications. The costs are transparent, the timelines are clearly identified and there is a process in place to present and discuss the device with the FDA in a pre-submission meeting.

There are however other considerations that need to be taken, Jeff Shuren has recently announced his retirement and Dr Michelle Tarver will assume the role of CDRH Acting Director. Also, there are presidential elections this year, will these changes impact the current trajectory of the CHRH? We at IVDeology will continue to monitor the situation across the pond, it is evident that since Brexit the UK government has been eager to foster recognition of other regulatory body approvals and it does feel that the movement of the FDA approval process is going in the same direction as that of the UK MDR.

Next steps to consider, and how we can help.

IVDeology Ltd can support with all of the above, please contact us for a friendly conversation to identify how we can support you with your compliance journey via our contact page

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MDSAP: Explaining the complexities and importance

The Medical Device Single Audit Programme (MDSAP) is a system by which the participant competent authorities to recognise the quality management certification (as awarded after audit against both ISO 13485 and county specific requirements) from a single authority for medical device and in-vitro diagnostic medical device (IVDs) legal manufacturers.

The programme has been established by the International Medical Device Regulators Forum (IMDRF) and is intended to provide a harmonised approach to demonstrating the compliance of the Quality Management System (QMS) using a globally recognised approach.

The MDSAP was developed by the IMDRF to:

  • Enable appropriate regulatory oversight of medical device manufacturers’ quality management systems while minimizing regulatory burden on industry;
  • Promote more efficient and flexible use of regulatory resources through work sharing and mutual acceptance among regulators while respecting the sovereignty of each authority;
  • Promote globally, in the longer term, a greater alignment of regulatory approaches and technical requirements based on international standards and best practices;
  • Promote consistency, predictability and transparency of regulatory programs by standardizing;

    1. the practices and procedures of participating regulators for the oversight of third party auditing organizations, and
    2. the practices and procedures of participating third party auditing organizations

Regulatory Authorities

MDSAP consists of Regulatory Authority Council Members, Observers and Affiliate members:

Regulatory Authority Council Members:

  • Therapeutic Goods Administration of Australia
  • Brazil’s Agência Nacional de Vigilância Sanitária
  • Health Canada
  • Japan’s Ministry of Health, Labour and Welfare, and the Japanese Pharmaceuticals and Medical Devices Agency
  • U.S. Food and Drug Administration

The RAC is the decision-making body of MDSAP and consists of representatives from all regulatory authorities that are members of the RAC. The RAC provides direction, oversight, and resources to support the MDSAP development, implementation, maintenance, and expansion.

Observer Members:

  • European Union (EU)
  • Singapore’s Health Sciences Authority (HSA) (NEW)
  • United Kingdom’s Medicines and Healthcare products Regulatory Agency (MHRA)
  • The World Health Organization (WHO) Prequalification of In Vitro Diagnostics (IVDs) Programme

The observers do not observe RAC members and do not attend RAC meetings, but they do observe and contribute the RAC activities. Both the EU and UK have been Observers for over 2 years, and as such, can apply to become full RAC members if desired.

Affiliate Members:

  • Argentina’s National Administration of Drugs, Foods and Medical Devices (ANMAT)
  • Ministry of Health of Israel
  • Kenya’s Pharmacy and Poisons Board (New member)
  • Republic of Korea’s Ministry of Food and Drug Safety
  • Federal Commission for Protection from Sanitary Risks (COFEPRIS) of Mexico
  • TFDA – Taiwan Food and Drug Administration

Affiliate members are not members of the RAC or an Official Observer, but engages in MDSAP, demonstrates understanding of MDSAP and utilizes MDSAP audit reports and MDSAP certificates for evaluating compliance with applicable medical device requirements, including a manufacturer’s quality management system, under the Affiliate Member’s regulatory framework.

The application of the MDSAP Programme

The utilisation of the MDSAP programme, and the resulting certificates are utilised differently depending on each Competent Authority as dedicated by each regional requirement.

Regulatory AuthorityUtilisation of MDSAP
AustraliaMDSAP audit report is used as part of the evidence that it has assessed for compliance with medical device market authorization requirements, unless excluded or exempt from these requirements.
BrazilANVISA utilizes the outcomes of the program as part of the pre-market and post market assessment.  
CanadaManufacturers intending to place a product on the market in Canada must have an MDSAP Certification issued by an Auditing Organization.
JapanThe Ministry of Health, Labour and Welfare (MHLW) and Pharmaceutical and Medical Devices Agency (PMDA) utilize these audit reports in pre-market and post-market audits.
United StatesU.S. FDA will accept the MDSAP audit reports as a substitute for FDA routine inspections under a 510(k) device application. The use of MDSAP is not utilised for pre-approval or post-approval inspections for Pre-Market Approval (PMA) applications.

The regulations for the above Regulatory Authorities are available (English) from the USA FDA Website.

The use of the MDSAP programme and certification will be greater utilised as he programme expands and more regulatory authorities recognise the value in this process.

The MDSAP Audit Cycle and Auditing Organisations

Auditing Organisation are certification bodies that have successfully applied, and been recognised by the MDSAP programme to audit medical device manufacturers against the requirements of the MDSAP programme. The current list includes many European Notified Bodies (under EU IVDR), and UK Approved Bodies (under UKCA) and are globally recognised.

The MDSAP audit is typically build on to the existing ISO 13485 certification audit of the Quality Management System with a 3-year audit cycle.

Figure 1 MDSAP Certification Cycle

Will MDSAP come to the EU and UK?

There is much talk regarding the use of MDSAP by the EU and UK. While I am a strong advocate in global harmonisation, the existing members joined MDSAP to find a harmonised way to create a robust process for standardising QMS requirements from a position where they needed to find a suitable and robust process. Regardless of the state of play in the EU and UK, both regions already have robust mechanisms for the surveillance of ISO 13485, largely provided by the technical and commercial expertise of EU and UK Notified Bodies and Approved Bodies (as part of ISO13485 certification/IVDR conformity assessment), so the utilising MDSAP would be less impactful.

The opportunity would be regarding the outward facing regulatory convergence of EU and UK to align, and reduce burden for accessing other markets, MDSAP would be a good way of doing this. We have seen TGA become well placed in MDSAP/IMDRF mainly utilising CE marking for supporting AUS market access.

The challenge with MDSAP is that each jurisdiction has specific requirements, which make the MDSAP process clunky. The key to an improved model is to remove local requirements as much as possible, however this is dependent on global alignment at a political as well as regulatory level.

References

If you’d like to discuss MDSAP with us, you can book a call with the IVDeology team as we navigate this new programme and what it means for you as a manufacturer or provider of IVD’s and devices with each of the individual requirements. Being part of BIVDA (British In Vitro Diagnostics association), we’re in a great position to be able to receive and understand information and distribute to our networks as it comes, in a reliable and digestible way.

Or if you’d like support in other areas of Quality assurance or regulatory compliance, we’d be happy to chat with you. We can support with Quality management system implementation, transfer or uplifting.

We’ll be keeping you up to date with MDSAP news on our LinkedIn page and website, so do follow up on our socials and keep up to date with IVDeology along with Abingdon Health PLC.

Written by Stuart Angell, MD and Co-founder of IVDeology and IVDeology UKRP

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A QMS isn’t just for IVDR conformity assessment…. it’s for life!

In this blog we are going to discuss our views on the benefits and need to have and maintain your Quality Management System (also known as a ‘QMS’)

IVDeology have decades of experience supporting IVD companies and manufacturers all across the globe with their Compliance journey within Quality and regulatory, and Jo Angell, our Quality and operations coordinator at IVDeology talks about the importance of a QMS that can grow with you, having experienced managing IVDeology’s own Quality management system internally at IVDeology as well as setting up and hosting other companies QMS.

What is a QMS?

  • Quality is defined as the “degree to which a set of inherent characteristics of an object fulfils requirements” [ISO 9000:2015, 3.6.2]
  • A management system is a set of interrelated or interacting elements of an organization to establish policies and objectives, and processes to achieve those objectives. [ISO 9000:2015, 3.5.3]

The 2 main standards covering QMS for Medical Device (including In Vitro Diagnostic (IVD)) manufacturers are:

For medical laboratories, where IVDs are used or developed as a Lab Developed Test (LDT) the additional ISO 15189:2022 Medical laboratories — Requirements for quality and competence, can be utilised.

Why have one?

It is true that establishing and maintaining a Quality Management System requires additional investment, both financially and from a resource perspective, there are substantial benefits for having one:

  • Demonstrates to customers your commitment to quality
  • Standardisation of processes
  • Consistent training throughout the organisation
  • Ensures continuous improvement
  • Improved productivity and efficiency
  • Reduced waste steps
  • Improved customer satisfaction
  • Ensures controls are in place to make safe and effective products
  • Identification and control of risks
  • Control and assessment of suppliers

An effective QMS can provide a solid foundation of quality and safety in a consistent and well-organised ecosystem

You will need one if you are intended to place IVDs on market

For the EU the IVDR states that: “all manufacturers should have a quality management system and a post market surveillance system in place which should be proportionate to the risk class and type of device in question”

As a legal manufacturer of an IVD or medical device a QMS must be implemented and compliant to the applicable regulations where you place your device on market. For EU CE marking under the new IVDR transitional timelines,  this shall be no later than 25th May 2025. This is less than 12 months away!

Who’s responsible for maintaining the QMS?

Typically, this is the role of the Quality contact in any organisation. However, establishing a quality culture, and ensuring the QMS has been built, and maintained effectively is the role of the organisations top management. They need to demonstrate leadership and a commitment to the QMS.

Maintaining your QMS

A good and efficient QMS supports your company with the best way to do things, by having input from across the organisation these processes can be agreed on and will be committed by everyone in your organisation. An effective QMS should be everyone’s objective, not just Quality!

A QMS should grow as your organisation grows

A QMS is not a one size fits all, it needs to build and grow with your organisation and will never be a finished article, it should always be continually improving. The complexity and scope should also reflect the nature and size of your organisation.

eQMS are great but…

Electronic QMS software provide a great tool, but you need to build the QMS with you in mind. These will never be an off the shelf ready to go package. All templates will need to be customised and adapted to fit your organisation and processes, otherwise the QMS just won’t work.

You have the certificate and placed the product on market – but what next?

In a previous blog, we discuss the challenge of Post Market Surveillance, and what is expected , mainly from a UK point of view:

“The manufacturer shall institute and keep up to date a systematic procedure to review experience gained from devices in the post-production phase and to implement appropriate means to apply any necessary corrective actions, taking account of the nature and risks in relation to the product.”

This means that as manufacturers you still need to be collecting data on how effective your device is – monitoring your customer complaints and feedback, any incident reporting, your manufacturing information, looking at your trends, to mention just a few possible sources of information. This data should then be reviewed to determine whether any updates are required and if so, these actions should be documented appropriately. Potential updates could impact your:

  • Risk Management File – Is the Severity of the risks impacted? Does it impact your frequency of occurrence of known risks? Are there new risks that you haven’t included?
  • Instructions for Use & Labelling – Do you need to add additional warnings? Are your instructions clear enough?
  • Training – Is any training that you provide sufficient? Is additional training necessary for your users?
  • Other products – Does the issue impact other devices you manufacture

5 Top Tips from the team on how to effectively build and maintain a QMS

  1. Get buy in from senior management – if they don’t understand what a QMS is, and why it is important (and not just required), it will never be supported and managed effectively.
  2. It is a growing, living thing, the more you feed it, the stronger and more robust it will be. It needs love and attention to get the most out of it.
  3. QMS software will save you time and money in the long run.
  4. Most non-conformances are raised against your own processes, not the standard. Make your procedures as simple and as clear as possible, ensure the people doing the work are involved in creating the processes, they know their processes the best!
  5. Use internal audits to strengthen and improve your QMS and use your business risk assessments as a tool to help the business overcome challenges and move on new opportunities

If you’ve got this far, you’ll hopefully understand the importance of a fully functioning and certified QMS but may be worried about where to start. At IVDeology (an Abingdon Health company) we offer full service solutions for QMS amongst our nose-to-tail regulatory support services. We can support you by:

  1. Being Legal Manufacturer (all QMS responsibility lies with us)
  2. Build your QMS for you
  3. Host your QMS within our ISO certified system or we can put you in touch with Cognidox, a QMS system we use at IVDeology ourselves

Our team of experts have a proven track record for the development and maintenance of Quality Management System ranging from SME to large IVD manufacturers. To hear more about how we can support, please contact [email protected] or click ‘get in touch’ to book in with our customer success coordinator

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Performance Evaluation: The critical component in bringing your product to market and keeping it there

Abingdon Health and IVDeology Ltd have decades of  In-Vitro Diagnostic (IVD) regulatory compliance experience where our teams support your entire product journey from ‘cradle-to-grave’ to ensure you are getting your product to market in the quickest timeframe possible, reducing cost and strain, and keeping it compliant through its lifetime.

Abingdon Health also offer full-service contract development and manufacturing for lateral flow assays, bringing your idea to commercial success, with the benefit of an integrated regulatory and quality approach.

In our latest blog, Candice Vendettuoli Head of RAQA at Abingdon Health covers the importance of getting your Performance Evaluation (PE) right to streamline your route to market, and ensuring compliance to keep it there.

What is Performance Evaluation?

The In Vitro Diagnostic Regulation (IVDR) 2017/746, which entered into force in May 2017 and applied in May 2022, has introduced significant changes to the way in vitro diagnostic (IVD) medical devices are regulated in the European Union. One of the key aspects of this regulation are the new requirements for documenting the performance evaluation of IVD medical devices using a prescriptive document structure mandated within the Regulation.

Performance evaluation under IVDR is expected to be a continuous process throughout its entire lifecycle of the device. This process is crucial for ensuring that the device meets upon entry to the market, and continues to meet, the intended clinical benefits and safety as claimed by the manufacturer.

The mandated documents should be written to provide a comprehensive and structured narrative for the reviewer giving a clear and logical explanation of how the device was developed, verified and validated against the intended use/purpose claimed by the manufacturer. These documents are a requirement of the Technial Documentation described in Annex II and forms an essential part of the submission to the Notified Body

The mandated documents, unless they can justify why such studies are not applicable are as follows:

Performance Evaluation Plan

Ideally written during the early development of the device and updated regularly, this document has content prescribed within Annex XIII section 1.1 of the Regulation. Manufacturers are required to establish and regularly update the performance evaluation plan that outlines the device’s characteristics and performance, as well as the process and criteria used to generate the necessary clinical evidence.

Scientific Validity

The concept of scientific validity under the In Vitro Diagnostic Regulation (IVDR) 2017/746 is a cornerstone in the performance evaluation of in vitro diagnostic (IVD) medical devices. It refers to the association of an analyte with a clinical condition or physiological state, which must be substantiated with a medical-scientific rationale evidenced through a systematic literature search

Analytical Performance

Analytical performance refers to a device’s ability to accurately and reproducibly measure an analyte, marker, or molecule, which is a strictly technical performance without the need for correlation with a targeted pathology.  There are analytical performance characteristics mandated within Annex I section 9.1(a) including assessing the accuracy, sensitivity and specificity,

Clinical Performance

Clinical performance is defined as the ability of a device to yield results that are correlated with a particular clinical condition, physiological or pathological process, or target population and intended user. Manufacturers must demonstrate clinical performance through one or more of the following:

  • Clinical performance studies, carried out according to the IVDR requirements on clinical performance studies described in Articles 57-77, Annex XIII section 2 and, if applicable, Annex XIV for studies other than those using leftover samples
  • Scientific peer-reviewed literature on the device under evaluation, or
  • Published routine diagnostic testing.

Performance Evaluation Report

The report (also known as a ‘PER’) provides a summary of the clinical evidence collected through the previous reports. An assessment can then be made against the current state of the art in diagnostics and medicine that a positive benefit-risk ratio of using the device for its intended purpose has been met and then all data has been collected.

This rigorous approach ensures the reliability and effectiveness of in vitro diagnostic devices within the European Union, with the primary aim of protecting public health by requiring high levels of safety and performance of these devices to be evidenced.

For manufacturers, understanding and adhering to the IVDR’s performance evaluation requirements is vital for successful market introduction of their IVDs in the European Market. It involves a comprehensive understanding of the general safety and performance requirements (GSPR), as well as the specific guidelines on performance evaluation stipulated in Article 56 of the IVDR.

Abingdon Health and through its subsidiary IVDeology Ltd , can offer support and guidance to help companies navigate these new and complex EU Performance Evaluation requirements.

We offer a full-service solution for all your regulatory and quality requirements including:

Contact Us today to book some time with one of our industry experts to understand how we can support you bringing your product to market and keeping it there.

 

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The MedTech Summit: A reflection

The IVDR journey is a long and difficult path but look how far we have come. Stuart Angell, Managing Director and co-founder of IVDeology attended this years 2024 MedTech Summit in Brussels and shares his thoughts below on the event as it happened.

I was lucky enough to attend the annual MedTech Summit in Brussels this week. I have now attended this event either in-person or virtually since 2019 and the event continues to provide enormous value to regulatory professionals in the medical device and IVD sector.

I was asked to chair the in vitro diagnostic medical device (IVD) track on day 2, including presenting on the regulation of IVDs in the United Kingdom; and I also listened intently to great presentations on the current US (FDA) and European (IVD Regulation (IVDR)) regulatory landscape.  Suffice to say there is a great deal of positive change and complexity; and it was great to get a refresher on the current state of play!

Here are my overall thoughts on the event.

1) The UK remains a key market of interest

Much of my focus this year has been on the regulation of IVDs in the UK, including the utilisation of international recognition, and the domestic under UKCA marking.  I remain a strong advocate of the benefits of UK market access, and the potential for the UK being a world leader in the regulation of IVDs and medical devices. The UK medical device market is worth over €17 billion per annum and potentially offers a route to early adoption of new IVD technology; and it was encouraging to hear the overwhelming support and interest in the UK. The International Recognition is generally considered a positive and progressive step, however, there continues to be uncertainty in the domestic UKCA mark, and its role in global recognition.

2) The US offers a higher degree of certainty; IVDR remains in transition but will come good

This year had much more focus on US Regulation, and with good reason! While the IVDR continues to be implemented, the US is now considered a stable and predictable choice for market access. However, the US 510(k), De Novo and PMA routes should never be seen as an easy route to market. It still requires a great deal of effort to effectively achieve compliance.

For the last few years, l have been highlighting the challenges of IVDR, and the ongoing infrastructural issues that is making the uplift to IVD Regulation from IVD Directive so challenging. While many questions remain, I am taking this opportunity to reflect on the progress that has been made. Ask yourself: “what do I know now about IVDR than I did 12 months ago?” – The chances are quite a lot! So as an industry, we are all heading in the right direction albeit with many miles still to go.

3) We should all encourage and support structured dialogue

One of the challenges with the IVDR is the inability for Notified Bodies to offer advice and consultation.  This has cut off access to technical experts who may have been utilised to provide essential feedback on how to compile and construct technical documentation and performance studies. Developing a structured process for engaging with Notified Bodies, offers a chance for early dialogue on how to successfully achieve compliance. This is especially important for SMEs, or novel devices where the route to compliance is less well understood. Similar models have been employed as part of the US FDA Pre-submission process, and more recently, the UK MHRA IDAP Pilot.

Building this into the IVDR process would allow greater clarity to the industry, making IVDR more understood and ultimately lead to a higher chance of success.

In recent years (and I am guilty of this), we have pointed the finger at what is wrong with IVDR be it lack of guidance from the commission, resources from the Notified Body, or the inactivity of Manufacturers. And yes, some challenges remain, but what I am noticing this year is the desire to bring all stakeholders together to understand areas of weakness and opportunities for improvement which we can all learn from.

One key takeaway for me is the challenges of dealing with the regulatory complexity. This is a challenge for the largest multinationals dealing with a variety of products at different stages of their lifecycle; but also, for SMEs looking to launch one or two products; and considering which markets; and whether to manage the process internally or outsource. Certainly, managing the regulatory process, including post-market surveillance, has become more complex under IVDR; and outsourcing this has got to be a serious consideration; the positive is that these requirements are increasingly aligned across the UK, EU and the USA.

Overall, we all have a part to play in ensuring new innovative products get to market in the UK, Europe and the US; and improving health outcomes. Whilst the recent years have been challenging there is light at the end of the tunnel which should being to offer more certainly and more alignment of regulatory requirements across these jurisdictions which should be a real positive development. So, while the road remains long and challenging, why not take a moment to look back and see how far we have come.

IVDeology’s team has over 30 years’ experience supporting customers on quality assurance and regulatory compliance within the medical device and IVD market.  IVDeology’s services include supporting customers on regulatory filings in a range of territories including EU CE-marking (IVDR), USA (FDA), UK (UKCA) and other jurisdictions, including technical file build, regulatory submissions, regulatory gap analysis, analytical and clinical performance evaluation.

Stuart Angell, Managing Director, IVDeology

We also provide a range of quality assurance services including quality management system (QMS) build, QMS audit and full outsourcing or remote management of QMS systems. We also can be your UK or EU Responsible person.  If you would like to discuss any specific requirements, please contact IVDeology’s highly experienced team or click here.

 

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EUDAMED: A recap for what it means for you

IVDeology are a UK based regulatory and quality compliance support company, with over 100 years combined of expertise within our team, providing you everything you need for your in-vitro diagnostic device life cycle to support you on your compliance journey. In this most recent blog written by Regulatory specialist TszWai Woo takes a look at what EUDAMED is, and what the changes mean to you.

The Medical Devices Regulation (Regulation (EU) 2017/745, ‘MDR’) and the In Vitro Diagnostic Medical Devices Regulation (Regulation (EU) 2017/746, ‘IVDR’) introduced the requirement of EUDAMED, the European database on medical devices. It has been over 3 and 2 years, respectively, since the date of application of the MDR and IVDR, and even after several transition extensions and amendments to both regulations, EUDAMED is still a way off from being fully functional.

With another proposed Regulation (2024/0021 (COD)) due to be published in the Official Journal of the European Union, it is worth having a recap on what EUDAMED is, the current status and what changes the new regulation will introduce.

What is EUDAMED?

EUDAMED is a European database on medical devices that the European Commission was to set up, maintain and manage, as required by the MDR and IVDR. The aim of EUDAMED is to improve transparency and provide information on medical devices on the EU market to the public and healthcare professionals. It also aims to improve medical device traceability, enhance coordination between the EU National Competent Authorities and provide them with easy access to relevant regulatory information.

EUDAMED contains information on medical devices which are organised into the following 6 categories, also known as modules:

  • Actor registration
  • UDI/Devices registration
  • Notified Bodies and Certificates (except for the mechanism for scrutiny and the clinical evaluation consultation procedure (CECP) functionalities)
  • Clinical Investigations and Performance Studies
  • Vigilance and post-market surveillance
  • Market Surveillance

A lot of the information within EUDAMED is to be accessible to the public via a public website.

Current State of Play

To date, only the following 3 modules have been available for voluntary use:

  • Actor registration (since December 2020)
  • UDI/Devices registration (since Oct 2021)
  • Notified Bodies and Certificates (since Oct 2021)

Therefore, manufacturers can submit their organisation and device details on a voluntary basis.

For Actor registration, as well as providing the organisation details, all manufacturers will need to provide a declaration on information security responsibilities and non-EU manufacturers will also need to provide a mandate summary document.

For UDI/Device registration, manufacturer will need to submit device information such as the Basic UDI-DI & UDI-DI, the European Medical Device Nomenclature (EMDN) and notified body (NB) certificate information (if applicable). For devices requiring NB conformity assessment, the NB must confirm the device information in EUDAMED before the device can be publicly available. Therefore, conformity assessment must be completed before prior to registering a device in EUDAMED.

NBs can register certificates and Summaries of Safety and Clinical Performance (SSCP) on voluntary basis. However, there is a caveat: all the parties referenced in the certificates must first be registered, also on a voluntary basis, in EUDAMED.

Additionally, the ‘Vigilance and post-market surveillance’ and ‘Market Surveillance’ modules are due to be made available Q2/2024 and the ‘Clinical Investigations and Performance Studies’ module is not due to be made available before Q3/2026.

EUDAMED was intended to be mandatory for all economic operators to use, after all 6 modules were declared fully functional following an independent audit and a Commission notice was published in the Official Journal of the European Union.

Proposed changes to EUDAMED requirements

Instead of waiting for the completion of the 6th module to make the use of EUDAMED mandatory, 2024/0021 (COD) proposes a gradual roll-out of the mandatory use of each EUDAMED module, once they have been audited and declared functional.

This means that the mandatory use of 3 modules (Actor registration, UDI/Device registration and Notified Bodies & certificates) could therefore start in Q4/2025.

Given the requirements of Article 123 (3) (d) MDR/113 (3) (f) IVDR and Article 123 (3) (e) MDR/113 (3) (a) IVDR, this would mean that mandatory use of all six modules cannot be expected before Q4/2027 and final transitional periods will not end before Q2/2029.

Final Thoughts

Whilst the medical device industry waits with bated breath for the proposed regulation to be published in the Official Journal of the European Union, it is advisable that manufacturers ensure they understand and have all the information they need for the EUDAMED Actor and UDI/Devices registration processes. Hopefully, the proposal will encourage more manufacturers to register on a voluntary basis, as delays in the module development have resulted in low adoption of EUDAMED.

As a UK provider of quality and regulatory services, IVDeology are proud to engage with the IVD industry and keen to support IVD manufacturers with IVD devices market access. For further information on how we can help, please contact [email protected] or you can book straight into our calendar here

Note: This blog contains a summary of the key changes within the proposal, it is important that Manufacturers read and understand the proposal in full, and get independent legal advice if required.

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Role of the UK Responsible Person and the importance for future regulations

Following on from the Statement of Policy intent on international recognition of medical devices released by the MHRA on 21 May 2024, it is clear that the role of the UK Responsible Person will still be important in the future regulations for the UK.  This will be irrespective of whether devices will be placed on the market under the UKCA mark or using one of the recognition pathways from a comparable regulator country (CRC).

A UK Responsible Person (UKRP) is “a person established in the United Kingdom who acts on behalf of a manufacturer established outside the United Kingdom in relation to specified tasks with regard to the manufacturer’s obligations under these regulations.”

There has been a requirement for non-UK medical device & IVD manufacturers to appoint a UKRP in order to place their devices on the Great Britain (England, Wales & Scotland) market since the beginning of 2021. 

A letter of designation must be created and signed by both the manufacturer and the UKRP to officially appoint the UKRP to act on behalf of the manufacturer.  This letter is required to be uploaded as part of the registration process with the MHRA.

The UKRP responsibilities include:

  • ensuring that the declaration of conformity and technical documentation are correct and available if required by the MHRA
  • register the manufacturer, device and any importers with the MHRA
  • liaise with the MHRA for any requests of documentation, samples of devices and with regards to any preventative or corrective actions
  • inform the manufacturer of any complaints or any incidents related to the device
  • terminate the agreement and inform the MHRA if the manufacturer does not comply with the regulations

Selecting your UK Responsible Person should take careful consideration.  It is important that manufacturers appoint someone with the right experience to help with this process.  The manufacturer needs to be confident that the UKRP will be fulfilling their obligations on the manufacturer’s behalf and consequently the UKRP should be considered a critical supplier.  It is important that the manufacturer is assured that if there is a vigilance case identified on the Great Britain market, the UKRP knows how to engage with the MHRA and will communicate the issue in the correct time scales. The manufacturer also needs to be assured that the UKRP can assist with post market reporting and may also deliver regulatory updates which may affect the ability to continue to place devices on the Great Britain market. 

This especially will become more important as the new regulations come into effect.  The government responses to the consultation on the future regulations released in June 2022 indicates that a “Qualified Person” would be required to be permanently and continuously at the disposal of a UKRP.  This “Qualified Person” would need to meet minimum qualifications and/or regulatory experience in the field of medical devices or IVDs. This role is expected to be similar to the Person Responsible for Regulatory Compliance (PRRC) for the IVD Regulation and therefore it will be important for manufacturers to ensure that the selected UKRP can fulfil this requirement.  The UKRP name will also need to be included on the label, although this may be via over-labelling and the MHRA are also investigating the possibilities around digital labelling.

At IVDeology we offer a UK Responsible Person service.  We currently have a number of different customers from across Europe and the US and between them we have registered 489 products with the MHRA to date.

Our onboarding process involves the appropriate contract and letter of designation, followed by a technical review of the devices to be registered by one of our team.  Once confident that everything is in place, the manufacturer and devices are registered with the MHRA.  The process can and has been completed very quickly when a complete technical file has been provided to us for review.

One of the biggest challenges we have faced is around GMDN codes.  The MHRA registration process utilises GMDN codes to register the devices.  Often this has not been considered by manufacturers or the selected codes haven’t been reviewed to ensure that they are still current and appropriate for the device in question.  This can often lead to a delay in being able to register and ultimately placing the device on the UK market.

As a UKRP, we also provide Post Market Surveillance reports for our customers annually and keep them updated with any new relevant information released from the MHRA on future regulations.  This will be more important as the Post Market Surveillance is implemented and also to ensure that our UKRP customers continue to meet the changing regulatory requirements for the UK.

In summary, to place medical devices or IVD’s on the Great Britain market, there is already an established requirement to have a UK Responsible Person.  Whilst currently there are limited restrictions on who this person can be other than they have to be based in the UK and many manufacturers have enlisted their distributor or a UK office to fulfil this role, moving forward it will be more important to ensure that the UKRP that you have selected has the right level of expertise and experience to help support you place your device on the Great Britain market.

You can find out more about our UK Responsible Service here or book a call with one of our team.

Written by Regulatory Specialist Fiona Thompson, IVDeology Ltd and IVDeology UKRP