Our customers

Since adopting the Iconeus system, we have been impressed by how quickly we were able to learn and integrate it into our research workflow. The user interface is intuitive, well designed, and easy to navigate, which significantly reduced the learning curve.

Throughout the different phases of our experiments, the Iconeus team provided outstanding support, helping us fully leverage the system’s capabilities and ensuring the success of our studies. Functional ultrasound imaging is a highly complementary technology to standard electrophysiological tools, offering unique insights into brain function. Iconeus has been at the forefront of advancing this field, providing innovative solutions that continue to push the boundaries of neuroscience research.

In addition, the Iconeus software platform is exceptionally powerful for data analysis and visualization. It makes it easy to process, explore, and interpret complex datasets, even for users with limited programming experience. This accessibility allows researchers to focus on the science rather than the technical aspects of data processing, enhancing productivity and accelerating discovery.

As an ICONEUS functional ultrasound (fUS) imaging user, fUS has provided a very powerful and convenient tool for our neuroscience research. One of its greatest advantages is the ability to monitor brain activity in vivo with high spatial and temporal resolution. This allows us to identify brain regions associated with specific behavioral phenotypes and to directly observe how the brain responds to drugs, neuromodulation, or other interventions in real time.

Another important area of our research is traditional Chinese medicine, especially acupuncture. We are interested in how acupuncture regulates emotion, cognition, and metabolism in animal models. fUS imaging gives us a unique opportunity to visualize the brain-wide effects of acupuncture and to investigate the neural circuits involved in these responses.

We believe that fUS will greatly advance our understanding of brain function and help bridge traditional therapeutic approaches with modern neuroscience.

We have been using the Iconeus One system in our laboratory to investigate neurovascular mechanisms in awake mice, a central aspect of our research on neurovascular diseases.

The system provides functional ultrasound imaging with an impressive combination of spatial resolution and sensitivity, enabling us to capture dynamic cerebral hemodynamics in unprecedented detail. The ability to conduct longitudinal studies in awake, behaving animals has significantly advanced our capacity to explore brain function under physiologically relevant conditions.
The intuitive interface facilitates daily use by our team, and we are particularly enthusiastic about the emerging potential of 3D and 4D imaging capabilities for mapping complex neurovascular interactions, including collaterals.

Iconeus One is clearly a robust, high-performance platform, and the technical support provided by the Iconeus team has been consistently responsive and professional.

Integrating Iconeus One into our lab operations has significantly improved our imaging capabilities in anesthetized and awake NHPs. The system delivers exceptional image clarity and real-time analysis, which has enhanced both our research accuracy and workflow efficiency. Its user-friendly interface and compatibility with existing software make it an invaluable tool for our team.

We’ve seen a marked improvement in analyzing CBV variations in addition to electrophysiology, making Iconeus One an essential part of our lab.

The Iconeus One system has opened exciting new doors in our neuroimaging research, now including awake, behaving crows! Its remarkable resolution and sensitivity are letting us capture neural dynamics during complex cognitive tasks.

Huge thanks to the incredible Iconeus team for their expertise and support!

The Iconeus One 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!

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.

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.

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.

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!