NIRx Medical Technologies - Optical Neuroimaging

Name: NIRx Medical Technologies - Optical Neuroimaging
Address: Gustav-Meyer-Allee 25, Berlin, 13355, DE
Telephone: +493046307340
Price range: Not applicable

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Deutschland
Berlin
NIRx Medical Technologies - Optical Neuroimaging

Founded in 1999, NIRx is dedicated to functional near-infrared spectroscopic (fNIRS) neuroimaging / n

NIRx has established itself as a leading provider of research solutions for near-infrared spectroscopy (NIRS). At NIRx, we design and manufacture innovative NIRS devices and software. We integrate devices, software, and more into user-friendly and powerful research solutions. Our team of scientific consultants focuses on providing you and your team with training and outstanding support so you can

focus on your research. Our fNIRS solutions are invented, designed, and manufactured in Berlin Germany, supported by an international team of scientists in Europe and North America, and distributed by a network of excellent local distributors worldwide.

02/09/2026

🚀 One week to go!

Ready to explore the next level of real-time fNIRS analysis?

Join Dr. Michael Luehrs, lead developer of Turbo-Satori, for “Mind in Motion” and discover how the latest Turbo-Satori update brings enhanced performance, greater flexibility, and new possibilities for fNIRS and neurofeedback research.

📅 September 9, 2026
⏰ 4 PM CEST

Don’t miss it — secure your spot today!

👉 Register here: https://buff.ly/WT8wf97

01/09/2026

🧠 Join Artinis NIRx at BrainConnects 2026 in Singapore!

We’re excited to be part of BrainConnects 2026: Shared Signals, Connected Learning, taking place September 29 – October 2, 2026, at Nanyang Technological University (NTU), Singapore.

Following the first two conference days, Artinis NIRx will host a two-day fNIRS workshop on October 1–2, combining theoretical foundations with practical, hands-on experience.

🔬 Day 1 – fNIRS foundations & applications
Explore experiment design and montage planning, the complete fNIRS workflow from montage design to data analysis, advanced fNIRS applications, and multimodal neuroimaging.

🧪 Day 2 – Hands-on fNIRS
Get practical experience with montage design and cap building, setup and acquisition, triggers, fNIRS hyperscanning with Brite Ultra, neurofeedback, and troubleshooting.

You can register for:
🔹 All 4 days – Conference + fNIRS Workshop
🔹 Conference only – September 29–30
🔹 fNIRS Workshop only – October 1–2

👉 Register here: https://buff.ly/LNQgDIC
⏰ Registration deadline: September 20

Learn more & view the program: https://buff.ly/G0jtM6h

We look forward to seeing you in Singapore!

31/08/2026

A small electrical stimulus at the lower leg produced measurable changes in cortical oxygenation after stroke. 🩸⚡

In the Phase 1 RETRAIN study, Dutta et al. (2026) studied 18 ischaemic stroke survivors receiving low-frequency neuromuscular electrical stimulation while NIRSport2 fNIRS monitored frontal and sensorimotor haemodynamics.

Cortical oxygenation increased with stimulation intensity, with larger responses in upright postures and participants with larger infarcts. By combining fNIRS with CO₂ and blood-pressure monitoring and cardiovascular modelling, the researchers could also investigate the systemic mechanisms behind these changes.

These early findings support further research into wearable electrical stimulation as a non-invasive addition to stroke rehabilitation.

Read the full study here:
https://doi.org/10.1007/s10439-026-04209-3

29/08/2026

🔎 Go further with second-level fNIRS analysis.

One of the biggest additions to Satori 2026 is the new ANCOVA module, designed to enable robust and versatile second-level analyses of fNIRS data.

Want to see what it can do?

Join Michael Lührs, Jose Naranjo, Donna Chen, and Armin Heinecke for Satori Reloaded: Smarter Tools for Better Science and get a closer look at the new module alongside the other major advances in Satori 2026.

📅 September 23, 2026
🕓 4 PM CEST

See how the latest Satori release can help you explore your data from new perspectives and take your analyses further.

🔗 Register now: https://buff.ly/tQvCOaV

28/08/2026

How do you train for a movement that is too demanding and too risky to repeat indefinitely? 🎿✨

Yan et al. (2026) used fNIRS to measure cortical haemodynamic responses while 27 elite athletes performed action observation, motor imagery, or both simultaneously.

After correction for multiple comparisons, significant activation was found only when athletes combined observation(AO) with imagery (MI), particularly in precentral, postcentral, and middle frontal regions. The combined condition also generally produced stronger responses across frontoparietal areas associated with motor representation and visuomotor integration.

The results suggest AO + MI could be a promising way to investigate and potentially support off-snow cognitive training, while showing the versatility of fNIRS for studying complex motor processes in highly trained populations.

Read the full study here: ⛷️
https://doi.org/10.3390/brainsci16060629

28/08/2026

🔬 How can we objectively measure brain function and therapeutic effects in rare neurodevelopmental disorders?

This remains a major challenge in clinical research.

In our upcoming webinar, Camilla Simoncelli, PhD will explore how fNIRS could provide a non-invasive and sensitive approach to measuring brain function in Fragile X Syndrome, Angelman Syndrome, and Creatine Transporter Deficiency.

Join us to learn more about the potential role of fNIRS in future clinical research and therapeutic trials.

📅 September 16 | ⏰ 5 PM CEST

👉 Register: https://nirx-net.zoom.us/meeting/register/rCmC12bBQS-fPvUhn_eFgw

27/08/2026

What makes an fNIRS or DOT experiment feasible? 🔍📈

Bulger et al. (2026) tackle this question before data collection, introducing a computational framework that predicts statistical power while accounting for cortical source properties, measurement configuration and experimental design.

The work shows how depth, source size and separation, cortical location and channel density interact with sample size and block count to influence detectability. Validated using experimental NIRSport2 high-density DOT data, the approach turns complex physical constraints into practical guidance researchers can use when planning studies.

It is a useful contribution towards designing more efficient, appropriately powered, and reproducible optical neuroimaging research.

Read the full study here:
https://doi.org/10.1162/IMAG.a.1289

27/08/2026

High-density fNIRS just got easier to design and deploy 🔦🧠

We’re excited to introduce new capabilities from Artinis & NIRx that make it easier to design, configure, and acquire with high-density (HD) fNIRS montages.

With the latest releases of NIRSite 2026.8.0 and Aurora fNIRS 2025.2.6, researchers can benefit from a more streamlined workflow, from montage design to data acquisition:

🔹 Ready-to-use HD montages🔹
Standard high-density montages targeting prefrontal, motor, and occipital areas are now included with the software, together with their configuration files. This makes it easier to get started with HD-fNIRS!

🔹 Smarter, scalable montage design🔹
NIRSite introduces an Adult ICBM152-based scalable head model supporting head circumferences from 50-62 cm, allowing montages to be adapted to different head sizes while preserving channel pairing.

🔹 Optimized HD acquisition🔹
Aurora fNIRS brings improved EFE illumination-pattern optimization and updated EFE parameters to support high-density probe arrays and optimize acquisition performance without crosstalk.

Together, these advances provide researchers with a more accessible path to building and deploying sophisticated HD-fNIRS configurations, whether you’re starting from one of our standard montages or developing a study-specific setup.

Have a particular brain region or experimental design in mind? Our Support team can help you design a custom HD montage tailored to your research.

📩 Contact [email protected] for more information and support with your HD-fNIRS montage design.

25/08/2026

🧠 What’s new in real-time fNIRS analysis?

Join us on September 9 for “Mind in Motion: The Next Level in Online fNIRS Analysis with Turbo-Satori.”

Dr. Michael Luehrs, lead developer of Turbo-Satori, will showcase the latest update and explore how its enhanced performance and analytical capabilities can support more responsive and flexible fNIRS and neurofeedback research.

Save your spot and discover what’s next for Turbo-Satori!

👉 Register here: https://buff.ly/WT8wf97

21/08/2026

🚀 Satori Reloaded: Smarter Tools for Better Science

Satori 2026 is here — bringing faster performance, greater flexibility, and powerful new tools for fNIRS data analysis.

Join the core Satori team — Michael Lührs, Jose Naranjo, Donna Chen, and Armin Heinecke — for a live webinar exploring the major new features of Satori 2026 and how they can help you take your fNIRS analysis further.

📅 September 23, 2026
🕓 4 PM CEST
💻 Online

From the new ANCOVA module to Continuous Wavelet Transform, Wavelet Coherence, expanded visualization tools, and major performance improvements, there’s a lot to discover.

🔗 Register here: https://buff.ly/tQvCOaV

Adresse

Gustav-Meyer-Allee 25
Berlin
13355

Telefon

+493046307340

Webseite

https://nirx.net/

Benachrichtigungen

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