iconeus one

Iconeus One: Plug-and-play functional ultrasound imaging

Iconeus One is a breakthrough in brain research, offering through the same revolutionary technology both high-end neuroimaging and outstanding hemodynamic mapping. As well as allowing brain activity in mice, rats and other small animals to be imaged quickly and easily, it is now starting to be used for clinical research in humans too.

About us

We’ve assembled a talented team here at our facilities in Paris: experts in neuroscience, ultrasound physics and software engineering work side-by-side to develop new product features, and to fine-tune the technology for emerging applications.

Today, we’re as committed as ever to helping neuroscientists uncover new insights into brain function and diseases using the remarkable capabilities of functional ultrasound. Even in the short time since the technology became available, researchers have shed light on everything from basic brain functions to neuropsychiatric pathologies and possible treatments.

fUS at work

How does fUS neuroimaging work?

Functional ultrasound uses multi-plane-wave ultrasound to generate 2D images of blood flows across the brain in a matter of seconds. This makes it possible to follow changes in neuronal activation over time (thanks to the neurovascular coupling), or to generate 3D images of the entire brain vasculature.

As well as allowing mobile animals to be imaged using our compact probes, functional ultrasound provides far greater spatial and temporal coverage than the restricted ‘snapshots’ possible with conventional ultrasound. It’s also inherently sensitive, allowing it to spot small changes in neuronal activation much more readily than fMRI.

Applications of fUS brain imaging

Functional ultrasound has many applications in neuroscience, including in fundamental brain research, drug development, and investigations into neurodegenerative disorders and stroke. Across all of these areas, there are five main ways in which fUS can be used:

Testimonials

In the years since Iconeus was founded, we’ve developed collaborations with over 30 companies and organizations around the world, who are keen to see what functional ultrasound could offer them and we’re happy to say that all of them have loved it.

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The Iconeus system is a powerful technology to assess brain functioning and connectivity in living rodents. We’ve been using it for three years and have already published data demonstrating functional alteration in a perinatal model of white matter damage.
It’s also valuable to assess the benefits conferred by neuroprotective molecules. We can’t wait to develop new paradigms using freely moving animals and 3D/4D brain imaging using Iconeus One! The technical support and teaching from the Iconeus team are extremely well done, making Iconeus One a real plug-and-play device that should take its place in any imaging platform for small animals. 

Thanks to all the team!

Olivier Baud

M.D, Ph.D., Hopitaux Universitaires de Geneve, Switzerland
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After a year of using Iconeus One in the lab, I’m delighted with both the consistent high-quality customer support and the transformative capabilities it offers.
This technology has proven itself indispensable, continually exceeding expectations and opening up a world of exciting possibilities that nicely complement the capabilities of fMRI in rodents.

Alessandro Gozzi

Senior researcher – Group Leader at Istituto Italiano di technologia, Italy
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As beta tester, I had the opportunity to follow the maturation of Iconeus One, from an early version to the commercial product. Right from the beginning I was fascinated how little effort it takes to obtain activation maps of the mouse brain.
No long preparation time, just sedation and fixation of the animal, and the experiment can start.
Resolution is amazing
– even small mouse brain regions are covered by several voxels. Brain regions can automatically be identified, and the software efficiently guides the positioning of the sensor head. This makes fUS an ideal tool for routine studies of the effects of compounds on brain network activity.

Bastian Hengerer

Ph.D, Boehringer Ingelheim GmbH, Germany
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Iconeus’s functional ultrasound system is a remarkable new advancement for in vivo functional cerebral blood volume (CBV) imaging. For the first time, it allowed us to do (on a counter-top) accurate and fast brain imaging of small animals, which revealed cerebral microvascularization of brain circuits.
We were quite impressed with the videos of the microvascular system lighting up in the ferret brain. Even more impressive was the depth and resolution of these images and the ability to track their activity across several days or even weeks. In short order, functional ultrasound has become a vital part of almost all our projects – testimony to its versatility and flexibility.

Professor Shihab Shamma

University of Maryland, USA
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Functional ultrasound is an amazing technology, taking neuroimaging to a whole new level. Coming from the MRI world, the small footprint, open setup and sensitive miniature sensor of fUS unlocks capabilities that were previously unavailable for us and our clients.
As early adopters of the 1 technology with a prototype system, communication, support and technical expertise are critical for successful implementation and development. I’m happy to say that Iconeus team has never failed to deliver that at max. Thank you!

Artem Shatillo

M.D, Charles River Laboratories, Finland
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Have a question about fUS imaging?

You are interested or intrigued by our technology and would like to discuss it?
Whatever you’d like to talk about – from the finer points of determining resting-state functional connectivity to the approximate price for a tailored Iconeus One system – there’s bound to be someone who can help (and they’re probably sitting next to us!).

So don’t hesitate to contact us!