News

How can we see the human brain through the skull?
A new perspective in Nature Biomedical Engineering reviews the complexity of imaging the brain with ultrasound and optical waves.

In collaboration with LUMC, our study published in Nature Biomedical Engineering demonstrates for the first time that it is possible to non-invasively the cerebrovascular alterations due to pericyte dysfunction in the mouse brain.

This year’s edition brought together 111 participants from diverse backgrounds—including physicists, neuroscientists, biologists and clinicians—to share their expertise and latest findings in the field.

We are proud to announce that Mickael Tanter has officially joined the French Academy of Sciences, one of the highest honors in the French scientific community.

We are delighted to share that our recent study on remote activation of cell signaling using ultrasound has been featured on the cover of the May 2025 issue of Nature Biomedical Engineering.

A new study published in Brain Stimulation reveals promising results for treating drug-resistant depression using ultrasound.

Our recent publication in Nature Biomedical Engineering reports the ability of ultrasound to activate oncogene receptor RET.

We are proud to announce that Mickael Tanter has been elected at the French Academy of Sciences in the section “Interfaces”.

Watch the result of our art&science collaboration with Vaskange, an illustrator who shares our passion for multi-scale visualization.

We are proud to announce our new ERC awardee Béatrice Berthon-Walker for a project on breast cancer diagnosis.

The 2024 William Feindel Lecture awarded to Mickael Tanter in Montreal, Canada

La Recherche is a French popular science magazine. This month’s issue features our study on arterial pressure measurement.

Nicolas Zucker was awarded for his work on functional ultrasound localization microscopy of the mouse brain.

Their invention, an innovative technology for repairing aortic valves using ultrasonic shock waves was developed in France by Cardiawave a spin-off company of our Institute.

Our research team reports for the first time the clinical effectiveness of a non-invasive ultrasound therapy of cardiac valves in collaboration with Cardiawave and APHP.

In an article published in front page of Science Advances, our researchers decrypt the origin of the “Korotkoff sounds”, commonly used for measuring blood pressure.

Our PhD student receives the Best Student Award in Medical Ultrasonics at IEEE IUS for his work on wearable sensors.

The research work recently published in Nature Nanotechnology by our team in collaboration with Institute of Vision Paris was highlighted in the french newspaper Le Monde on June 23rd 2023.

Collaborative work between Institute Physics for Medicine and Institute of Vision leads to remote and high resolution brain activation using Sonogenetics

Jean-Noël Barrot, french Minister Delegate for digital transition announced Cardiawave as one of the startups selected in French Tech Health20.

On February 15, our new facilities were inaugurated at PariSanté Campus by the french minister of higher education and research, Sylvie Retailleau.

Noemi Renaudin receives a “Young Talent Award for Women in Science” for her PhD work.

A major achievement for micron-scale ultrasound neuroimaging has just been published in front page of Nature Methods.

Our PhD student Thomas Tiennot was awarded at i-PhD contest.

M. Tanter will join the California Institute of Technology as the Gordon Moore Scholar in June 2022

Transcranial 3D ultrasound localization microscopy captures the whole-brain microvasculature of a mouse.

The coronary microcirculation was imaged in the beating heart using 3D ultrafast ultrasound localization microscopy.

Our images of the human brain microvasculature are displayed in Cell Immersion exhibition (Bordeaux, France).

PariSanté Campus, a French hub for digital health, has settled in new premises located in Issy-les-Moulineaux.

Mathieu Pernot received the 2021 Innovator Prize from the region Ile-de-France for the development of a device measuring the myocardial stiffness.