ANT Neuro

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ANT Neuro ANT Neuro is a well-known and highly respected medical device company specialized in high-performance solutions for EEG, EMG, Neuronavigation technology.

23/10/2026

"You actually flip the effects. You completely flip them."

Most of what we know about attention comes from people sitting still and pressing buttons. Two years ago at the Neuromeeting, 𝐃𝐫. 𝐙𝐚𝐤𝐚𝐫𝐢𝐚 𝐃𝐣𝐞𝐛𝐛𝐚𝐫𝐚 told us what happened when a classic attention task left the chair and people were allowed to move. If he is right, a lot of lab findings deserve a second look.

He is Associate Professor at Aalborg University, where he studies how the spaces we move through shape cognition. The full conversation is in the video.

In January he is back in Berlin as a speaker.

𝐀𝐍𝐓 𝐍𝐞𝐮𝐫𝐨𝐦𝐞𝐞𝐭𝐢𝐧𝐠 𝟐𝟎𝟐𝟕
📍 Berlin | 14–15 January

Two days of talks, poster sessions and live demos, with researchers, clinicians and engineers in the same room. This edition also marks thirty years of ANT Neuro.

Early-bird tickets close 30 November. Poster submissions are open too, and early-career researchers are especially encouraged to present.

Register: https://neuromeeting.ant-neuro.com/event/ant-neuromeeting-2027-berlin-90/page/introduction-ant-neuromeeting-2027-berlin-1

Neuronavigation is standard practice in TMS. For transcranial focused ultrasound, dedicated navigation tools are still h...
22/10/2026

Neuronavigation is standard practice in TMS. For transcranial focused ultrasound, dedicated navigation tools are still hard to find.
That matters because many tFUS studies combine ultrasound with EEG, TMS or MRI. Targeting has to hold up across modalities, and from one session to the next.
𝐯𝐢sor2™ version 2.9 now includes dedicated tFUS workflows, built on our experience in navigated TMS. For studies that combine both, you can switch between TMS and tFUS within the same navigation session without losing data.
On 5 November, Romain Duprat, Product Manager for
𝐯𝐢sor2, will walk through the workflow:
🔵 Transducer calibration and target creation
🔵 Beam settings to adapt the 3D transducer representation
🔵 Target sonication, session review and data export
Romain holds a PhD in Medicine and Health Sciences and works every day with the researchers and clinicians pushing TMS forward. Expect a practical walkthrough from planning to post-session review.
One hour, online, free of charge.
5 November 2026, 3:00 PM CET
Register here: https://academy.ant-neuro.com/event/precision-meets-ultrasound-neuronavigation-for-tfus-with-visor2-98/register
The tFUS functionalities of 𝐯𝐢sor2 are intended for research and educational use only and have not been cleared or approved for clinical use.

A NICU does not slow down for its monitoring equipment. The equipment has to keep up.From 28 to 31 October, the Sociedad...
21/10/2026

A NICU does not slow down for its monitoring equipment. The equipment has to keep up.
From 28 to 31 October, the Sociedad Iberoamericana de Neonatología (𝐒𝐈𝐁𝐄𝐍) holds its XXII Congress in Lima, Peru. Neonatologists from across Iberoamerica come together, joined by colleagues and speakers from around the world. Different health systems, different NICUs, one shared goal: better care for newborns.
The settings vary. The bedside need does not: brain monitoring that fits the unit’s workflow.
That is what we will be presenting at booth n2, the 𝐧ë𝐨™aEEG monitor. Electrode application is simpler thanks to high input impedance. Automatic artifact detection helps reduce misinterpretation. Online BSR and IBI trends give numeric values for brain pathology and maturation, and recordings run from 2 channels up to 8 referential aEEG/EEG channels.
Martina Ly, PhD, product manager for 𝐧ë𝐨, will take you through the system at the booth, from electrode application to reading the trends on screen.
Cem Guler, our head of clinical sales, is the person to talk to about what bringing 𝐧ë𝐨 into your unit would look like.
Four days of neonatology ahead. Find them at booth n2!

The protocol is set.The evidence is there.But the coil still has to land on the right spot, session after session. Doing...
20/10/2026

The protocol is set.
The evidence is there.
But the coil still has to land on the right spot, session after session. Doing that reliably is a skill. It is taught, practiced, and refined by people who do it every day.
That is what PULSES Providence is built around. From October 23 to 25, the Clinical TMS Society brings clinicians, engineers, and researchers together for lectures and more than three hours of hands-on training, with a Certificate of Completion at the end. The program covers the evidence behind TMS for depression, protocols from theta-burst to maintenance treatment, risk management, and hands-on work on coil placement and motor threshold determination across multiple TMS devices.
Romain Duprat, Product Manager of 𝐯𝐢sor2™, will be in Providence.
Romain is the person to talk to about how neuronavigation supports reproducible coil positioning in a clinical workflow. 𝐯𝐢sor2 is our FDA 510(k)-cleared system for exactly that, and it works with the majority of FDA-cleared TMS stimulators.
Three days, a lot of coils, and a room full of people who care about getting it right.
If you are attending, find Romain and tell him how coil positioning works in your clinic today, and where it takes more effort than it should.

When does the brain integrate what it senses, and when does it keep the signals apart?Dr. John J. Foxe took that questio...
20/10/2026

When does the brain integrate what it senses, and when does it keep the signals apart?
Dr. John J. Foxe took that question to Berlin last January. He returns to 𝐀𝐍𝐓 𝐍𝐞𝐮𝐫𝐨𝐦𝐞𝐞𝐭𝐢𝐧𝐠 𝟐𝟎𝟐𝟕 on January 14-15.
His research follows multisensory integration and attention, and what changes in both in neurodevelopmental conditions such as autism and Rett syndrome. Many of you work on these questions every day.

Dr. Foxe holds the Kilian J. and Caroline F. Schmitt Chair in Neuroscience and chairs the Department of Neuroscience at the University of Rochester School of Medicine and Dentistry. He directs the Ernest J. Del Monte Institute for Neuroscience and the Golisano Intellectual and Developmental Disabilities Institute.

He is also Editor-in-Chief of the European Journal of Neuroscience, and holds visiting professorships at institutions including Trinity College Dublin and Maynooth University.

Berlin in January also marks 30 years of ANT Neuro. Two days, and a lot of conversations waiting to happen.

Presurgical mapping is hard to learn from slides.Locating motor and language areas before a tumor resection means handli...
19/10/2026

Presurgical mapping is hard to learn from slides.
Locating motor and language areas before a tumor resection means handling stimulation, navigation and data in real time. That is learned with the equipment in your hands, next to people who do it every day.
This is what the IONM courses of the Department of Neurosurgery at the Universitätsklinikum Freiburg are built around.
In-person, practice-oriented, recommended by the German Neurosurgical Academy (NCA) and organized by ARKANA Forum GmbH.
We are taking part in the course from 21 to 23 October.
In the hands-on workshop, participants work with our 𝐯𝐢sor2™ systems, which we provide for the event. We will also present the latest release.
𝐯𝐢sor2™ supports motor and language mapping with navigated TMS, and the mapped results can be exported as DICOM for use in surgical navigation systems.
Dietmar Benz and Sebastian Carstens will support the workshop from our side. They are the ones to ask about the system and how a mapping workflow fits into your clinical routine.
Three days of hands-on sessions ahead, and a lot of questions waiting to be asked.
For neurosurgeons: which part of presurgical mapping do you wish you had more hands-on time with?

What if you didn’t have to build the neurotech infrastructure yourself?The neurotech companies we work with aren’t all b...
16/10/2026

What if you didn’t have to build the neurotech infrastructure yourself?
The neurotech companies we work with aren’t all building the same thing.
Some need the hardware.
Some need the acquisition layer.
Some build their product on top of our software and integration tools.
Others simply want the signal infrastructure handled so they can focus on what they do best: their application, workflow, algorithm, or clinical solution.
That’s what an ANT Tech partnership is about.
Not a one-size-fits-all package, but a technology foundation that can be integrated around the needs of your product.
For 30 years, ANT Neuro has developed medical- and research-grade EEG systems and the infrastructure around them — from biosignal acquisition and software integration to scientific expertise and global service and distribution.
The division of expertise is straightforward:
We bring: proven biosignal technology, software, integration capabilities, and deployment experience.
You bring: the application, workflow, algorithm, clinical expertise, and market-specific knowledge.
Because building a neurotech product shouldn’t mean rebuilding the infrastructure underneath it.
The earlier we align, the more your team can focus on what makes your product unique — while we take care of the signal foundation.

Building a neurotech product on EEG? What would you rather not have to build yourself?
Explore ANT Tech partnerships: https://www.ant-neuro.com/tech-partnerships

15/10/2026

The best moment of every Neuromeeting is usually not on the schedule.
Our CEO, Dr. Martijn Schreuder, has seen it many times. Two people from different backgrounds start talking, and you can see something click.
That is what we built the 𝐀𝐍𝐓 𝐍𝐞𝐮𝐫𝐨𝐦𝐞𝐞𝐭𝐢𝐧𝐠 𝟐𝟎𝟐𝟕 around.
Researchers, clinicians and engineers in one room, bringing their work, their questions and the ideas they haven’t figured out yet. Berlin, January 14 to 15.
Thirty years of ANT Neuro, and a lot of conversations waiting to happen.
Watch Martijn´s video and then register: https://neuromeeting.ant-neuro.com/event/ant-neuromeeting-2027-berlin-90/page/introduction-ant-neuromeeting-2027-berlin-1

Most fNIRS studies share a hidden constraint: the participant has to stay still. But in sports science, rehabilitation, ...
14/10/2026

Most fNIRS studies share a hidden constraint: the participant has to stay still.
But in sports science, rehabilitation, pediatrics, and real-world neuroscience, the brain doesn’t stop working when the body starts moving.
Sit in the chair. Face the screen. Hold the position.
The moment real life enters the experiment, capturing the signal becomes more challenging. And that means some of the most interesting questions — what the brain does while a person moves, talks, plays, trains, or recovers — have been harder to investigate.
That’s what HiveOne was designed to change.
A wearable fNIRS solution from optohive AG, now available through ANT Neuro.
Because the real question isn’t only what can you measure?
It’s what can you finally study when your participants are free to move?
🔵 Cognitive neuroscience — exploring attention and cognition beyond the desk
🔵 Sports science — investigating brain activity during movement and performance
🔵 Neurorehabilitation — following changes in brain activity throughout recovery
🔵 Pediatrics — studying the brain in situations where sitting still isn’t realistic
🔵 Real-world research — bringing neuroimaging beyond the laboratory
For research that doesn’t have to stay in one room.
Where would wearable fNIRS take your research?
DM us or click here to learn more about HiveOne: https://www.ant-neuro.com/products/hiveone

Meet Prof. Dr. Chris Baeken, our next confirmed speaker for ANT Neuromeeting 2027 in Berlin.

Prof. Baeken is a consulta...
13/10/2026

Meet Prof. Dr. Chris Baeken, our next confirmed speaker for ANT Neuromeeting 2027 in Berlin.

Prof. Baeken is a consultant psychiatrist and Associate Professor of Psychiatry at Ghent University. He also holds a part-time associate professorship at Vrije Universiteit Brussel(VUB) and a senior research fellowship at Eindhoven University of Technology.

As Principal Investigator of the Ghent Laboratory for Experimental Psychiatry (GHEP), he studies the neurobiology of emotion processing, in healthy people and in people living with depression, schizophrenia and dementia.
His toolkit works in two directions:
- MRI, fMRI and PET to see what is happening
- rTMS and tDCS to change it
More recently, he has been testing new stimulation parameters and accelerated rTMS protocols, in both human and canine models.
Imaging on one side, stimulation on the other, and a lab that crosses species. The coffee break after his session will probably run long.

Where do you see imaging and neurostimulation meeting next in psychiatry: choosing the target, setting the dose, or predicting who will respond?
 

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