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What is Near-Infrared Spectroscopy (fNIRS)?
Exploring Near-Infrared Spectroscopy (fNIRS): A Glimpse into the Brain's Mysteries
Near-Infrared Spectroscopy (NIRS) is a cutting-edge technique that uses near-infrared light to probe the brain's structure and function. By shining light in the near-infrared spectrum (700 to 900 nm) through the skull, NIRS measures the absorption and scattering of this light by the brain's tissues. This process provides invaluable data on blood flow and oxygenation levels, reflecting neural activity and offering clues to the brain's health and functions.
WEBINAR : fNIRS integration with E-Prime
🚀 Interested in fNIRS integration with E-Prime?
Sign up for an exciting webinar on the new E-Prime Extension for NIRx, a collaboration between PST and NIRx! This extension enhances E-Prime by seamlessly connecting it with NIRx fNIRS systems. 🌐
Join NIRx experts as they showcase its key features and benefits, specifically tailored for NIRx systems. Plus, enjoy a live demonstration and discover how it can meet your research needs! 🧠🔬
About NIRx
Versatile fNIRS Solutions and Dedicated Scientific Support
NIRx, established following the pioneering work of Dr. Barbour and Dr. Aronson, stands out as a market leader in crafting high-end functional Near-Infrared Spectroscopy (fNIRS) solutions for a broad spectrum of research needs. The company has become synonymous with delivering top-tier, integrated technology solutions that address complex research challenges in fields ranging from infant language development to brain-computer interface applications and multisensory integration studies. NIRx's offerings provide researchers with robust and comprehensive tools necessary for cutting-edge investigations.
At the forefront of NIRx’s innovations are its versatile fNIRS systems, characterized by sophisticated headgear designs that allow for rapid deployment and sustained comfort during extended research sessions. The NIRStar system control software sets industry benchmarks with its advanced functionalities for real-time data display and seamless integration with third-party devices, ensuring superior system performance. Complementing this high-end software suite, NIRx also provides the innovative NIRStim experimental design software, designed to support complex social interaction studies. Additionally, NIRx enhances the research community’s capabilities by offering advanced data analysis tools like nirsLAB and NAVI, further affirming its role as a provider of premier fNIRS solutions.
fNIRS Products
NIRSport2: Unmatched fNIRS Platform for Advanced Scientific Research
NIRSport2: Unmatched fNIRS Platform for Advanced Scientific Research
NIRSport2: Unmatched fNIRS Platform for Advanced Scientific Research
The NIRSport2 system is our most technologically advanced fNIRS platform with a range of features and functions unparalleled within the market. With the highest-class of components as our starting point we’ve engineered a system boasting impressive signal quality, extensive versatility, modularity, along with the foresight into future research needs to ensure the most optimal user experience and highest success in science possible.
NIRScout: Leading Versatility in fNIRS Research Platforms
NIRSport2: Unmatched fNIRS Platform for Advanced Scientific Research
NIRSport2: Unmatched fNIRS Platform for Advanced Scientific Research
The NIRScout system is the premier adaptable fNIRS research platform, scalable from 4 to 128 detectors and offering high-performance LED, laser, or multi-wavelength sources with SiPD or APD detectors for cost and performance flexibility. It is the gold standard for multimodal measurements, with features like MRI/TMS-compatible optodes and integrations with EEG and VR. Supported by expert consultants, NIRScout is backed by significant research contributions.
NIRxBorealis: Integrating fMRI and fNIRS for Advanced Studies
NIRSport2: Unmatched fNIRS Platform for Advanced Scientific Research
NIRxBorealis: Integrating fMRI and fNIRS for Advanced Studies
The fMRI community has accumulated vast knowledge, which is now being translated into clinical applications. However, the high cost and limited accessibility of fMRI technology restrict its wider impact. The NIRxBorealis, developed with top fMRI researchers, addresses these challenges by integrating NIRSport2 amplifiers with advanced detection technologies, enabling concurrent fMRI and fNIRS recordings. This system allows for mobile fNIRS experiments outside the scanner, significantly reducing costs