New Clinical Research Investigates the Role of Vascular Imaging Devices in Pediatric Care
As of January 12, 2026, a new clinical trial titled “The Effect of Vascular Imaging Devices on Success Rates of Peripheral Vascular Access in Pediatric Patients” has been announced. Led by principal investigator Sibel Seçkin Pehlivan, the study aims to explore groundbreaking advancements in the use of vascular imaging devices to improve peripheral vascular access success rates among pediatric patients. While the study is not yet recruiting, it represents a significant development for clinical, regulatory, and quality professionals interested in pediatric healthcare technologies.
What are the study’s objectives?
This research aims to assess the safety and performance of vascular imaging devices during the placement of peripheral vascular access in children. Peripheral vascular access is a critical routine procedure in pediatrics, yet its success rate often depends on device quality, clinical setting, and the expertise of healthcare providers. This study seeks to quantify how vascular imaging technologies affect success rates and procedural outcomes in this patient population.
Focus diseases and patient population
The trial is designed to specifically address the needs of pediatric patients requiring peripheral vascular access, a procedure common among those undergoing treatment for various conditions, including Crohn’s disease, peptic ulcers, and cataracts. By focusing on this young cohort, the researchers aim to provide actionable insights for clinicians and device manufacturers seeking to address challenges unique to younger patients.
Regulatory and clinical context
This study builds on existing regulatory frameworks and clinical evidence related to medical device use in pediatric populations. It aligns with principles outlined in relevant regulatory guidance, including European MDR and FDA premarket requirements, focusing on safety and clinical benefit. Clinicians and medical device manufacturers alike anticipate that findings from such studies could lead to enhanced regulatory approvals and pediatric-specific device innovations, reinforcing the importance of robust research design and patient-centered approaches.
For professionals designing or evaluating medical devices, this study underscores the importance of aligning usability and design features with pediatric anatomical and procedural challenges. Devices capable of increasing procedural success rates while minimizing risk will likely have broader market acceptance and impact regulatory decision-making processes.
Frequently Asked Questions
1. Who is conducting this study?
The study is led by principal investigator Sibel Seçkin Pehlivan.
2. Is the study actively recruiting participants?
No, recruitment has not yet commenced as of the latest update.
3. What is the focus of the trial?
The trial focuses on assessing how vascular imaging devices can improve success rates for peripheral vascular access in pediatric patients.
4. Why are peripheral vascular access outcomes important?
Peripheral vascular access is commonly required for administering medications and fluids, but challenges in achieving successful access can pose risks, especially in pediatric care.
Conclusion
This study has the potential to reshape the standards for pediatric peripheral vascular access by providing data-driven insights into the safety and performance of vascular imaging technologies. For medical device developers, regulatory bodies, and clinical teams, findings could drive innovation and influence future regulations. Stakeholders should take note of the forthcoming recruitment phase and ongoing updates as the trial progresses.
Disclaimer
This content is intended for informational purposes only and does not constitute legal or regulatory advice. Professionals should consult relevant guidelines and regulatory authorities for specific compliance requirements.
Reference and announcement details
For full information about the announcement, see the link below.
https://clinicaltrials.gov/study/NCT07315711?term=medical+device