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
This will be a big year for us at the SfN conference ‘Neuroscience 2023’, as we’re launching our new RCA- type probe with a breakthrough
Join us in Rotterdam on 14 September for an ultrasound-focused symposium, featuring our co-founder Dr. Mickaël Tanter as guest speaker.
Iconeus is to contribute to a major project aiming to address challenges in childhood neurodevelopment, led by the Institut Robert-Debré du Cerveau de l’Enfant.
On 12 May, we’ll be sponsoring a symposium on understanding the factors that control blood flows in the central nervous system, taking place in Montreal, Canada.
Aurélia Lefevre, Pharm.D., has recently joined our team to oversee the regulatory and compliance work needed in order for our fUS technologies to be used in the clinic.
An Iconeus-sponsored webinar on 7 Febuary will uncover how the latest neuroimaging methods can be coupled with fUS to study neurovascular coupling across vigilance states.
We’ll be running Iconeus One demos and giving a talk on functional ultrasound at the first ISBUS conference in Pasadena, USA, from 8–11 December.
From 12–16 November this year, the Iconeus team will be heading over to the US to Neuroscience 2022, organized by the Society for Neuroscience (SfN). We look forward to showing you Iconeus One and
talking about how fUS could help your research!
A new paper in Nature Methods describes how to image brain activity using functional ultrasound localization microscopy, with a resolution of 6.5 µm achieved.
We welcome to Iconeus our newest Application Specialist, Haleh Soleimanzad, who arrives with a valuable combination of expertise in engineering, neuroscience and fUS.
Clinical fUS applications approach as we launch Iconeus One, a funded research project by the French National Research Agency.
To drive research into the technology and applications of fUS, we’re funding three students through their Ph.D. studies at Physics for Medicine Paris.
A paper authored by Iconeus staff demonstrates that the mouse brain microvasculature can be imaged in vivo directly through the intact skull using our 3D ULM technology.
We’re delighted to welcome Ghada Moukalled and Léa Kianpour, who will be taking on the new roles of Project Manager and Communication Project Manager, respectively.
We’re really excited to have received EU funding to develop a successor to our ULM technology, for transcranial brain imaging in humans with low-µm resolution.
An Iconeus-sponsored webinar will discuss in vivo molecular and functional imaging, and how it can be applied to the study and treatment of neurological disorders.
Are you a Ph.D. student wanting to attend the fUSbrain2022 conference in Corsica? Then enter a competition to have your conference expenses paid for by Iconeus!
A new paper from our team reports the development of a vascular ‘brain positioning system’ for cross-referencing angiographic images to the Allen Mouse Brain Atlas.
We’re pleased to welcome a new Application Specialist, Soumee Bhattacharya, who will forge links between neuroscientists and our in-house technical experts.
We’re delighted to welcome Luc Eglin to Iconeus, who as our new Senior Signal Processing Engineer offers us extensive expertise in fUS image processing and software development.
In a paper published in Nature Communications, we describe how fUS can overcome the difficulties of using existing tools such as fMRI to image the brains of newborns.
We present simple, reliable and robust protocols for whole-brain fUS imaging in anesthetized and awake mice using our Iconeus One platform.
Functional ultrasound is now validated for neuropharmacological studies in rats and mice, so helping to improve understanding of the mechanism of action of drugs in the brain.
We’re exhibiting our latest innovations at the FENS 2020 Virtual Forum from 11 July to 15 July! Stop by and visit our virtual booth to learn more about imaging using the Iconeus One system.
Three articles authored by Iconeus founders report major advances in both the fundamental aspect of the fUS method and its applications for preclinical research.
The Allen Mouse Brain Reference Atlas is now an integral part of the Iconeus One system, allowing customers to precisely compare and correlate 3D brain data.
What’s the current state of 3D fUS… and is 4D fUS round the corner? Read the views of two fUS experts, Prof. Mickael Tanter and Dr. Bruno Osmanski.
Iconeus has joined an EU-funded project to develop a regenerative stem cell therapy to repair the brain damage sometimes caused by premature birth.
Iconeus sponsored and participated in the first workshop “Functional Ultrasound Imaging of the Brain” workshop, held in Corsica on 28 October 2019.