🟡 New opportunities to understand primate cognition and comparative neuroscience

🔗 Curious to read the full article? Find it here  publications.artinis.com/pub...

#fNIRS #Neuroscience #AnimalResearch #Artinis

used our PortaLite device to measure cerebral oxygenation in baboons, showing how adaptable the technique is across species and environments.

🟡 A non-invasive approach that keeps animal welfare central
🔵 Reliable monitoring of cerebral activity during naturalistic behavior

🔗 publications.artinis.com/pub...

#fNIRS #Hypoxia #PretermBirth #Neuroscience #ExercisePhysiology

🟡 Other acclimatization responses, incl. ventilation & cardiac output at rest, were similar between groups

Results suggest that preterm-born adults can tolerate high-altitude physical activity well & may exhibit unique adaptations in brain oxygenation under environmental stress

🟡 Preterm-born adults maintained higher prefrontal cortex oxygenation #TSI during exercise at high altitude compared to term-born controls
🔵 Pulse oxygen saturation was also higher in preterm participants during exercise

🔵 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

🔗 publications.artinis.com/pub...

#fNIRS #PelvicHealth #Neuroscience #MedicalResearch

Using a vaginal probe with a multipoint #NIRS emitter/detector array, the study measured oxygenation changes (O₂Hb, HHb, HbDiff) during pelvic floor contractions.

🟡 Women with HTPFD showed absent desaturation & delayed recovery to baseline oxygenation after contraction

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

#Neuroscience #SocialDynamics

🔗 Read more about this fascinating underwater study here: publications.artinis.com/pub...

#NIRS #PortaLite #SportsScience #Diving #Artinis

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.

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.

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

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

These results highlight uNIRS as a promising tool for performance monitoring & training optimization in swimming and aquatic sports 👉 publications.artinis.com/pub...

#SportsScience #PerformanceMonitoring #ExercisePhysiology #mNIRS

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

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! 🏊

🔵 Beyond humans, (f)NIRS is used to study tissue oxygenation in animals, expanding research opportunities

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