NIRx Medical Technologies published a study by Su et al. (2026) combining a Stroop task with NIRSport fNIRS to compare interference control in elite boxers and triple jumpers.
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Does the type of sport an athlete trains for shape how the brain handles interference? 🥊🏃 Su et al. (2026) combined a Stroop task with NIRSport fNIRS to compare interf…
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NIRx Medical Technologies
NIRx is dedicated to supporting fNIRS researchers through development, collaboration, & high-level scientific support.
- Industry
- Biotechnology Research
- Location
- Orlando, US
- Company size
- 51–200 employees
About NIRx Medical Technologies
NIRx Medical Technologies, LLC is a leading provider of comprehensive solutions for functional near-infrared spectroscopy (fNIRS) research. Our non-invasive and user-friendly fNIRS technology enables the measurement of neural activity in the cortex and large-scale cortical networks, providing valuable insights into the neural mechanisms underlying perception and cognition. We offer a complete range of research solutions, including a versatile multimodal hardware platform, advanced online and offline analysis software, expert technical and scientific support, and comprehensive training programs. Whether you're investigating neural activity during development, researching disorders and their treatments, or exploring new applications in neuroscience, NIRx has the expertise and solutions to help you achieve your research goals. We invite you to explore the NIRx Learning Center, your expert fNIRS support and training hub, accessible free of charge here: https://help.nirx.de/ For more information, please contact us: EU: +49 308 1453 5990 US/Canada: (+1) 321-352-7570 Email: consulting@nirx.net We are dedicated to supporting fNIRS researchers through our offices in Orlando and Berlin, Germany. We look forward to assisting you with your research endeavors.
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Research & Knowledge
NIRx Medical Technologies published research by Szeberényi, Gervain, and Gemignani (2026) that pooled fNIRS data from 14 studies and 192 full-term newborns to explore how gestational age and birth weight shape haemodynamic responses to speech and auditory stimuli.
Research & Knowledge
NIRx Medical Technologies published research by Dutta et al. (2026) investigating the effect of low-frequency neuromuscular electrical stimulation on oxygenation in the brain after stroke using fNIRS.
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