Functional ultrasound featured strongly at the SfN Neuroscience 2024 conference, and here we round up our perspective on some of the highlights.
Join us at the SfN 2024 in Chicago, where this year we’ll be presenting the advances in functional Ultrasound neuroimaging.
At SfN 2024, we’re excited to se the first afternoon symposium dedicated to fUS. So put 5 October in your diary, and we’ll see you there!
A memorable FENS Forum for Iconeus : June saw the Iconeus team in Vienna for the FENS Forum – and it turned out to exceed
Real-time fUS imaging of human brain activity through an acoustic window : An article in the journal Science Translational Medicine describes the first use of
Join us at the FENS Forum 2024 in Vienna, where this year we’ll be presenting the latest advances in real-time fUS neuroimaging.
Ludovic Lecointre was recently invited on the radio station Europe 1 to discuss a project to develop a method for early diagnosis of autism spectrum disorder (ASD).
Making the case for fUS at AD/PD : Our first visit to AD/PD in Lisbon this year was an opportunity to describe the benefits of
A new paper published in the journal Neuron reports on the use of fUS to image the spinal cord in human subjects.
A paper published in the journal Neuron shows that leptomeningeal collaterals are important in moderating the high blood flows that can result from treatment of ischemic stroke.
Join us at AD/PD 2024 in Lisbon from 5–9 March, and discover the potential of fUS for studies into Alzheimer’s Disease and Parkinson’s Disease.
Join us for a webinar on 5 March 2024, when Dr. Mickael Tanter will present his work on functional ultrasound neuroimaging, including an overview and translation to clinical applications.
UNIHA also selected ICONEUS ONE among the 2 most innovative and promising ultrasound technologies in terms of future clinical applications
Brain–machine interfaces offer the prospect of allowing people with paralysis to control objects based purely on their thoughts.
Just published in the journal Imaging Neuroscience is a new paper that describes the performance of our IcoPrime-4D MultiArray probe for uncovering resting-state networks in
