PERT – Annual Pulmonary Embolism Scientific Symposium

September 17-20, 2025

Gaylord Pacific Resort & Convention Center – San Diego, CA

 

Join 4DMedical at Booth TBD

4DMedical is excited to announce our participation in the 11th Annual Pulmonary Embolism (PE) Scientific Symposium, hosted by the PERT Consortium®, taking place September 17–20, 2025, in San Diego, California. This year’s event, held at the brand-new Gaylord Pacific Resort & Convention Center, promises to be a major gathering of the brightest minds working to improve outcomes in PE care.

As a leader in non-invasive respiratory imaging, 4DMedical is proud to be part of a community that is reimagining how we diagnose, treat, and manage pulmonary embolism. The PERT Consortium continues to lead the charge in fostering collaboration across disciplines—bringing together physicians, researchers, industry partners, and patients with a shared mission of improving care for those affected by PE.

The symposium’s rich programming spans multiple days of interactive sessions, including the Physicians-in-Training Bootcamp, the BPA-CTEPH Alliance Conference, and abstract presentations that highlight emerging research and clinical advances. These conversations are essential to shaping the future of pulmonary medicine, and we are looking forward to contributing to and learning from these dynamic discussions.

We’re eager to connect with leaders in PERT programs nationwide to discuss how dynamic functional imaging can support triage, risk stratification, and ongoing treatment monitoring. With the growing demand for tools that improve clinical decision-making and patient outcomes, we believe our solutions can play an important role in the multidisciplinary approach that defines the PERT model.

We look forward to a week of insightful presentations, engaging conversations, and new partnerships that move PE care forward. If you’ll be at PERT 2025, we’d love to connect—whether to explore research collaboration, clinical integration, or just to share ideas about the future of pulmonary imaging.

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