ITRUSST

Dr. Aubry's research interests include MR-guided transcranial brain therapy, neuronavigated transcranial ultrasound stimulation, and ultrasound-guided transcostal liver therapy. Join us for his talk about Biopysical Safety during #FUN23

Final speaker for #FUN23: Jean-François Aubry, President of the International Society for Therapeutic Ultrasound, will be speaking at #FUN23. @jf_aubry has extensive experience in MR-guided brain therapy and is the Director of Research at Physics for Medicine, Paris.

Final reminder! ⚠️ The deadline for submitting your late-breaking oral presentation or poster presentation proposal for #FUN23 is today! Don't miss this opportunity to showcase your work and connect with fellow researchers!

Don't miss Konofagou's talk at #FUN23 where she'll discuss her pioneering work on the monitoring of FUS neuromodulation in the central and peripheral nervous systems.

@ColumbiaUEIL has developed innovative algorithms for detecting tissue deformation and displacement, enabling early detection of cardiovascular diseases and non-invasive tumor treatment. She has also pioneered techniques for non-invasive brain drug delivery and DBS.

We're delighted to announce that Elisa Konofagou will be speaking at #FUN23. Her research focuses on developing ultrasound-based technologies for tissue mechanics estimation, drug delivery, and therapeutics.

Attention researchers🚨! The deadline for submitting both late-breaking oral presentations and poster presentation proposals for FUN 23 is quickly approaching. Make sure to submit your proposals by June 23. More information can be found here: fun23.org/abstracts

Dr. Badran's Neuro-X Lab is a unique and innovative laboratory that focuses on developing neuromodulation and engineering solutions for complex medical and neuropsychiatric disorders. Join us for his talk about the Ultrasonic Modulation of Pain Networks during #FUN23!

Another speaker reveal! We are happy to announce that Dr. Bashar Badran will be speaking at #FUN23. As a neuroscientist and assistant professor of psychiatry at MUSC, Dr. Badran runs the Neuro-X Lab and the Computational Brain Imaging Core.

Additionally, he and his team are exploring the use of ultrasound to apply heat for focal ablation or activation of temperature-sensitive drugs. You don’t want to miss this! #FUN23

His lab uses microbubbles to target diseased vasculature and develop algorithms to specifically image them with ultrasound. Their work has broad applications in the medical field, including the use of microbubbles to enhance vascular permeability.

We are thrilled to announce that @cfcaskeyPhD will be speaking at FUN 23. As an expert in diagnostic and therapeutic ultrasound, Charles's work focuses on image-guided therapy and drug delivery.

Quick heads-up: early registration ends on June 7th! More info and registration via fun23.org. See you there!

With over 20 years of experience in medical ultrasound technology, Dr. Lei Sun has managed numerous research projects and published over 200 peer-reviewed articles. Don't miss this opportunity! Register now for #FUN23 via fun23.org!

We are excited to announce Dr. Lei Sun, Associate Professor at Hong Kong Polytechnic University, as a speaker at #FUN23! Join us to hear insights on medical ultrasound technology and its impact on neuromodulation, cancer therapy, and diabetes.

Hong Chen's research on sonothermogenetics combines the diagnostic and therapeutic functions of ultrasound to enhance drug delivery for cancer therapy. We're looking forward to hearing about her latest advances and challenges in this field! Registration: fun23.org

We are delighted that @ChenUltrasound, an expert in medical ultrasound and drug delivery platforms for cancer therapy, will be speaking at #FUN23! As an associate professor in biomedical engineering at @WUSTL, her work integrates physical acoustics and translational research.

Her work has important implications for understanding the neural basis of affective disorders and developing new treatments. Don't miss this opportunity to learn from her expertise on emotion, motivation, and decision-making at #FUN23!

As an expert in cognitive neuroscience, Miriam Klein-Flugge has been studying the effects of non-invasive transcranial ultrasound (TUS) on the human amygdala, a key brain region involved in emotion processing and decision making.

We're excited to have @MKFlugge , an Associate Professor and Wellcome Henry Dale Fellow at Oxford University, speaking at #FUN23! Her research focuses on understanding the neural mechanisms underlying flexible decision-making in complex circumstances.