Functional Ultrasound Demonstration and Live Q&A: Iconeus One, a Pioneer in Real-Time Whole-Brain Imaging

Join us for an online session to discover the capabilities of functional ultrasound (fUS) with the Iconeus One system.

This session showcased its applications in neuroscience, including task-induced activation mapping, resting-state functional connectivity, and in vivo dynamic angiography. We also covered Ultrasound Localization Microscopy (ULM), a technique that provides super-resolution vascular imaging at the micrometer scale. Its ability to visualize the brain vasculature at 10 µm was demonstrated, highlighting its impact on neuroscience research..

The session also presented the full workflow, from data acquisition to advanced processing and visualization using our integrated software suite.

It concluded with a live Q&A, giving you the opportunity to interact directly with our experts.

Key Topics Include:

Demonstration of functional ultrasound (fUS) with the Iconeus One system
Showcase of different possible neuroscience applications
Introduction to ultrasound localization microscopy (ULM)
Live Q&A with Iconeus application experts

Presenters

Pia Pelaez, MSc

Scientific Application Specialist
Iconeus

Since joining Iconeus in 2023, Pia has been working as a Scientific Application Specialist, where she plays a key role in supporting researchers worldwide, whether it be for technical training or scientific support, she conducts demonstrations of the system, and ensures effective use of the functional ultrasound technology.

Sara Romanzi, PhD

Scientific Application Specialist
Iconeus

In 2023, wanting to try out some different imaging modalities, she joined Iconeus, where her role is now to convince other scientists to try fUS for a different perspective on brain imaging!

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Production Partner

Iconeus

We are committed to delivering unparalleled neuro functional imaging tools to the scientific community. Helping researchers worldwide to shed light on the brain and central nervous system and better understand the associated pathologies to progress toward effective treatments.

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