| Table 1: Clinical Evaluations | Question Circle | Table 5: Biocompatibility | Question Circle |
| Table 2: Clinical Evaluations | Navigating equivalence criteria | Table 6: Biocompatibility | ISO-10993-1 |
| Table 3: PMS | Question Circle | Table 7: Global Markets| Question Circle |
| Table 4: PMS | Resource & cost constraints | Table 8: Global Markets | Global submissions |
- Analysing the impact of the current US political climate on the MedTech regulatory landscape
- Discussing strategies for navigating supply chain disruptions and ensuring regulatory compliance amidst geopolitical and economic challenges - what new perspectives are there to supply chain management?
- How can we future-proof? What considerations need to be made in 2026 to stay ahead?
- How does biocompatibility converge with clinical evaluations and PMS in 2026?
- Diving into how a life cycle approach integrates biological evaluation into every stage of the medical device lifecycle, from design to post-market surveillance.
- Discussing strategies for aligning biological evaluation with evolving regulatory expectations and risk management practices.
For more information, please contact Neha Singh at niha.singh@informa.com
- Strategies for navigating diverse regulatory frameworks while ensuring compliance and market access
- Dealing with infrastructure gaps - how to leverage local partnerships and adapting to regional requirements to capitalize on emerging market growth
- IP risk and ensuring protection
- Sharing perspectives on cost-reduction
- Understanding the FDA’s risk-based approach to ISO 10993-1 and its application in biological evaluation for medical devices.
- Exploring how manufacturers can align with FDA expectations by integrating risk management into their biocompatibility assessments.
- Exploring innovative tools, technologies, and methodologies shaping the future of PMS to ensure compliance and improve patient safety.
- Perspectives on regulatory expectations and best practices for implementing a forward-thinking PMS strategy.
- Diving into current challenges and opportunities in aligning PMS practices with UK-specific regulatory requirements
- Exploring future trends and strategies for navigating the UK regulatory landscape while ensuring robust PMS compliance
- Examine the latest updates in clinical evaluation requirements for medical device recertification, focusing on leveraging post-market surveillance (PMS) data.
- Discuss strategies for effectively utilizing 5 years of PMS data to demonstrate ongoing compliance and device safety.
- Insights into best practices for integrating PMS findings into clinical evaluation reports to streamline the recertification process.
For more information, please contact Neha Singh at niha.singh@informa.com
For more information, please contact Neha Singh at niha.singh@informa.com
- What has changed in practice since the 2025 update?
- How do regulators assess biological evaluation reports now?
- Exploring common pitfalls and come-backs
- Diving into the critical connection between ISO 10993-1 and ISO 10993-17, focusing on chemical characterization and toxicological risk assessment
- Exploring methodologies for integrating chemical data with toxicological evaluations to ensure comprehensive biological safety assessments.
- Discussing practical insights into aligning chemical characterization and risk assessment processes with regulatory expectations.
| Table 1: Clinical Evaluations | Question Circle | Table 5: Biocompatability | Question Circle |
| Table 2: Clinical Evaluations | Leveraging real-world evidence | Table 6: Biocompatibility | Emerging Materials and Technologies |
| Table 3: PMS | Question Circle | Table 7: Global Markets | Question Circle |
| Table 4: PMS | Future of recertification | Table 8: Global Markets | Scaling operations |
- Outlining key FDA expectations for medical device design and development, focusing on aligning innovation with regulatory requirements.
- Discussing strategies for integrating regulatory considerations early in the design process to streamline approval pathways.
- Practical take-aways for best practices to balancing device functionality, safety, and compliance to meet FDA standards effectively.
- Exploring scenarios where ISO 10993-17 may not fully address toxicological risk assessment needs for medical devices.
- Looking at how to develop alternative toxicological justifications using scientific data, literature, and risk-based approaches.
Unlock Your Potential in Medical Device Regulatory Affairs:
Learn directly from seasoned regulatory leaders who have navigated successful career paths in the medical device industry. Discover the key decisions, pivotal moments, and strategic moves that propelled them to senior positions.
- Exploring the evolving role of clinical evidence in the medical device lifecycle, from development to post-market surveillance, and its impact on regulatory compliance.
- Discussing innovative approaches to generating, managing, and leveraging clinical data to meet the increasing demands of global regulatory bodies.
- Looking into future trends, challenges, and opportunities in clinical evidence generation to support device safety, efficacy, and market success.
- Exploring the evolving role of clinical evidence in the medical device lifecycle, from development to post-market surveillance, and its impact on regulatory compliance.
- Discussing innovative approaches to generating, managing, and leveraging clinical data to meet the increasing demands of global regulatory bodies.
- Looking into future trends, challenges, and opportunities in clinical evidence generation to support device safety, efficacy, and market success.
For more information, please contact Neha Singh at niha.singh@informa.com
- Examine the latest updates in clinical evaluation requirements for medical device recertification, focusing on leveraging post-market surveillance (PMS) data.
- Discuss strategies for effectively utilizing 5 years of PMS data to demonstrate ongoing compliance and device safety.
- Insights into best practices for integrating PMS findings into clinical evaluation reports to streamline the recertification process.
- Exploring innovative tools, technologies, and methodologies shaping the future of PMS to ensure compliance and improve patient safety.
- Perspectives on regulatory expectations and best practices for implementing a forward-thinking PMS strategy.
For more information, please contact Neha Singh at niha.singh@informa.com
- Diving into current challenges and opportunities in aligning PMS practices with UK-specific regulatory requirements
- Exploring future trends and strategies for navigating the UK regulatory landscape while ensuring robust PMS compliance
- Strategies for navigating diverse regulatory frameworks while ensuring compliance and market access
- Dealing with infrastructure gaps - how to leverage local partnerships and adapting to regional requirements to capitalize on emerging market growth
- IP risk and ensuring protection
- Sharing perspectives on cost-reduction
- Analysing the impact of the current US political climate on the MedTech regulatory landscape
- Discussing strategies for navigating supply chain disruptions and ensuring regulatory compliance amidst geopolitical and economic challenges - what new perspectives are there to supply chain management?
- How can we future-proof? What considerations need to be made in 2026 to stay ahead?
For more information, please contact Neha Singh at niha.singh@informa.com
- Outlining key FDA expectations for medical device design and development, focusing on aligning innovation with regulatory requirements.
- Discussing strategies for integrating regulatory considerations early in the design process to streamline approval pathways.
- Practical take-aways for best practices to balancing device functionality, safety, and compliance to meet FDA standards effectively.
- What has changed in practice since the 2025 update?
- How do regulators assess biological evaluation reports now?
- Exploring common pitfalls and come-backs
- How does biocompatibility converge with clinical evaluations and PMS in 2026?
- Diving into how a life cycle approach integrates biological evaluation into every stage of the medical device lifecycle, from design to post-market surveillance.
- Discussing strategies for aligning biological evaluation with evolving regulatory expectations and risk management practices.
- Understanding the FDA’s risk-based approach to ISO 10993-1 and its application in biological evaluation for medical devices.
- Exploring how manufacturers can align with FDA expectations by integrating risk management into their biocompatibility assessments.
- Exploring scenarios where ISO 10993-17 may not fully address toxicological risk assessment needs for medical devices.
- Looking at how to develop alternative toxicological justifications using scientific data, literature, and risk-based approaches.
- Diving into the critical connection between ISO 10993-1 and ISO 10993-17, focusing on chemical characterization and toxicological risk assessment
- Exploring methodologies for integrating chemical data with toxicological evaluations to ensure comprehensive biological safety assessments.
- Discussing practical insights into aligning chemical characterization and risk assessment processes with regulatory expectations.
| Table 1: Clinical Evaluations | Question Circle | Table 5: Biocompatability | Question Circle |
| Table 2: Clinical Evaluations | Leveraging real-world evidence | Table 6: Biocompatibility | Emerging Materials and Technologies |
| Table 3: PMS | Question Circle | Table 7: Global Markets | Question Circle |
| Table 4: PMS | Future of recertification | Table 8: Global Markets | Scaling operations |
| Table 1: Clinical Evaluations | Question Circle | Table 5: Biocompatibility | Question Circle |
| Table 2: Clinical Evaluations | Navigating equivalence criteria | Table 6: Biocompatibility | ISO-10993-1 |
| Table 3: PMS | Question Circle | Table 7: Global Markets| Question Circle |
| Table 4: PMS | Resource & cost constraints | Table 8: Global Markets | Global submissions |
Unlock Your Potential in Medical Device Regulatory Affairs:
Learn directly from seasoned regulatory leaders who have navigated successful career paths in the medical device industry. Discover the key decisions, pivotal moments, and strategic moves that propelled them to senior positions.
