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Industry Symposia 

Non-CME Sessions

Monday, March 31

SPONSORED BREAKFAST
Improved Ultrasound Workflows with AI Abdomen

6:45 am–7:45 am | Location: Floridian A-C

Speaker: Richard G. Barr, MD, PhD, FAIUM, FSRU, FACR

Dr. Richard Barr, Professor of Radiology, Northeastern Ohio Medical University, will present this innovative AI-powered workflow tool that is changing how clinicians do ultrasound. AI Abdomen automatically recognizes and labels 17 anatomical views, and in milliseconds can calculate the key measurements required by the ACR for complete and limited abdominal ultrasound exams

SPONSORED LUNCH
Exploring Therapeutic Ultrasound: Spotlight on Intravascular Lithotripsy 

11:00 am–12:00 pm | Location: Floridan A-C

Speaker: Kenneth B. Bader, PhD and Leela Goel, PhD 

This session will provide an overview on therapeutic ultrasound and different applications
of these technologies. In particular, the technology of intravascular lithotripsy will be explored in detail.

SPONSORED LUNCH
Scanning the Horizon: The Future is Now With AI & Digital Tools

12:00–1:00 pm | Location: Bonnet Creek X-XII

Speakers: Megan Meade, RDMS, RCDS, John S. Pellerito, MD, FACR, FAIUM, FSRU, and TBD

Hear from industry experts as they discuss how AI and digital solutions are transforming ultrasound. They’ll share their perspectives on where we’re going, the challenges along the way and how they’re leveraging these innovative solutions in practice today.

Tuesday, April 1

SPONSORED LUNCH
Insights into Fetal Neurosonography: An Overview

12:00–1:00 pm | Location: Bonnet Creek X-XII

Speakers: Joan M. Mastrobattista, MD, FACOG, FAIUM, Ana Monteagudo, MD, RDMS, FAIUM, Elena Sinkovskaya, MD, PhD, RDMS, RDCS, FAIUM, and Ilan Timor-Tritsch, MD, FAIUM 
Moderator: Lorraine Eileen Toner, MD, MS

A panel discussion with a live scan demonstration of the fetal brain at different gestational ages (starting in the 2nd trimester). Dr. Elena Sinkovskaya and Dr. Ana Monteagudo, will perform live scan demonstrations showcasing the anatomic structures of the fetal brain using 2D imaging, color Doppler, and advanced imaging techniques.