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Artinis Medical Systems

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Artinis Medical Systems

The pioneer of wearable near-infrared spectroscopy devices to monitor local oxygenation.

14/11/2025

This study by Torosis et al. demonstrates the potential of for assessing pelvic floor muscle dysfunction using a customized Brite device.
High-tone pelvic floor dysfunction is a neuromuscular disorder characterized by non-relaxing muscles, leading to voiding, sexual, and pelvic pain symptoms. Quantitative measures for diagnosis have been limited until now.

Using a vaginal probe with a multipoint NIRS emitter/detector array, the study measured oxygenation changes (O₂Hb, HHb, HbDiff) during pelvic floor contractions.
Key findings include:
🟡 Women with HTPFD showed absent desaturation & delayed recovery to baseline oxygenation after contraction.
🔵 Prolonged HbDiff half-recovery times indicated impaired metabolic function of pelvic floor muscles.
🟡 NIRS monitoring proved feasible for detecting HTPFD, offering a non-invasive diagnostic tool.

🔗 https://publications.artinis.com/publication/torosis-detection-2025/

13/11/2025

We will be part of the Social Dynamics Workshop 2025, taking place on November 20–21 at Utrecht University, the Netherlands🇳🇱

Join us for a live demonstration of the Brite Ultra —the world’s only mass hyperscanning system— and discover how large-scale, real-time brain monitoring can advance research in social interaction & group dynamics.
www.artinis.com/events/social-dynamics-workshop-2025

11/11/2025

Tailored technology for every environment.

At Artinis, we believe that research shouldn’t be limited by setting. That’s why our (f)NIRS devices are fully customizable to meet the demands of your unique study; whether in the lab, in the field, or even under water.

In a recent study by McKnight et al. (2025), a customized waterproof version of our PortaLite device was used to measure muscle oxygenation during diving, helping researchers better understand oxygen dynamics and physiological adaptations in aquatic environments.

From hypoxia research to clinical and sports applications, our technology adapts to you, so you can focus on pushing science forward, wherever your work takes you.

🔗 Read more about this fascinating underwater study here: https://publications.artinis.com/publication/mcknight-diving-2025/

10/11/2025

Today, we celebrate the power of science to benefit society, and we’re proud to support researchers worldwide who push the boundaries of discovery—from understanding the human brain & behavior to improving health, performance, and well-being with (f)NIRS technology.

Recent studies using Artinis devices have advanced research across the land, sea, and sky in fields such as:
🧠 Neuroscience
💪 Sports & Exercise Science
💡 Clinical Research
🐾 Comparative Physiology

🔗 Discover the latest research powered by Artinis: www.artinis.com/publications

07/11/2025

Jones et al. demonstrated the potential of underwater near-infrared spectroscopy to monitor muscle oxygenation & hemodynamics during real-world swim training. Using the PortaMon attached to the vastus lateralis, researchers captured sub-second changes in muscle oxy throughout swim movements, which was a first in aquatic environments! 🏊

After an 8-week endurance training program, swimmers showed:
🟡 Improved performance times and heart rate recovery
🔵 Increased muscle oxygen extraction during sprints
🟡 Faster reoxygenation rates correlated with performance gains

These results highlight uNIRS as a promising tool for performance monitoring & training optimization in swimming and aquatic sports 👉 https://publications.artinis.com/publication/jones-underwater-2018/

06/11/2025

Technological advances continue to make more portable, easy to use, and technically capable, opening new possibilities for research across a variety of applications & settings:
🟡 Our devices can be tailored to your study, enabling novel neuroimaging approaches
🔵 Beyond humans, (f)NIRS is used to study tissue oxygenation in animals, expanding research opportunities

🌟 This month, we highlight the versatility of (f)NIRS and the wearability of our devices, helping researchers capture data in the most naturalistic settings!🌟

04/11/2025

When it comes to physiological measurements, adaptability is key. Our (f)NIRS devices are designed to integrate seamlessly with other modalities, such as high-density EMG (HD-EMG), to offer a complete view of neural and muscular activity.

By synchronizing NIRS and HD-EMG, researchers can gain deeper insight into the interaction between muscle activation and oxygenation, helping bridge the gap between central and peripheral measurements.

Whether you’re studying exercise physiology, rehabilitation, or movement control, Artinis devices offer the flexibility to combine techniques effortlessly without compromising data quality or freedom of movement.

🔗 Learn more about integrating NIRS and HD-EMG in our latest blogpost: https://www.artinis.com/blogpost-all/integrating-nirs-and-hd-emg

30/10/2025

A compelling study by Muller et al. investigates how combining and (OctaMon & Enobio) enhances spatiotemporal mapping of neural activity during upper‑limb functional movements in post‑stroke patients 🧑‍⚕️

🟡 This multimodal approach provided clearer insights into the brain-movement relationship during rehabilitation
🔵 It enabled detailed tracking of neural dynamics in both time and space, vital for understanding post‑stroke recovery
🟡 Findings suggest that integrating fNIRS and EEG could improve assessment and tailoring of therapeutic interventions for motor rehabilitation

🔗 https://publications.artinis.com/publication/muller-brain-movement-2024/

29/10/2025

Machine learning analysis of fNIRS-derived hemodynamics revealed distinct cortical patterns distinguishing post-COVID-19 from controls (AUC=0.91) 🧠🦠

Read the publication at: https://www.mdpi.com/2504-4990/7/4/129

28/10/2025

Explore the brain in time and space with combined fNIRS–EEG

In their recent study, Chen et al. explored the temporal dynamics of cortical activation during cognitive tasks using a multimodal fNIRS–EEG approach. By integrating hemodynamic and electrophysiological signals, the team achieved a comprehensive view of both the where and when of brain activation.

The findings highlight how simultaneous fNIRS and EEG measurements complement each other to paint a richer picture of brain function during cognitive processing.

🔗 Read the full article here: https://publications.artinis.com/publication/chen-temporal-2024/

21/10/2025

How do surgeons handle cognitive workload in the operating room?

Naik et al. explored this question by combining fNIRS and EEG measurements with machine learning to classify cognitive workload levels in surgeons. Using the Brite device, their multimodal setup captured both hemodynamic and electrical brain activity, revealing subtle neural patterns linked to task complexity and surgical expertise.

This study shows how integrating fNIRS and EEG provides a more comprehensive view of cognitive processes, paving the way for real-time workload assessment and improved training strategies in surgery.

🔗 Read the full article here: https://publications.artinis.com/publication/naik-novel-2024/

16/10/2025

Beretta et al. used fNIRS to assess the effect of multiple tDCS sessions for postural response in patients with 🧠

Key findings:
🟡 8 sessions of anodal tDCS over the primary motor cortex improved postural response to perturbations
🔵 Benefits persisted for at least a month after intervention
🟡 Improvements in balance and muscle activation were accompanied by reduced prefrontal cortex activity, suggesting enhanced movement automaticity

This study highlights the potential of combining transcranial direct current stimulation and functional near-infrared spectroscopy to better understand and improve motor control in neurological disorders.

🔗 https://www.sciencedirect.com/science/article/abs/pii/S0966636224005927

Adres

Einsteinweg 17
Elst
6662PW

Openingstijden

Maandag	08:15 - 17:30
Dinsdag	08:15 - 17:30
Woensdag	08:15 - 17:30
Donderdag	08:15 - 17:30
Vrijdag	08:15 - 17:30

Telefoon

+31481350980

Website

https://www.artinis.com/

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