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NIRx fNIRS Analysis
Comprehensive fNIRS analysis resource hub — covering fundamentals, experimental design, software options (NIRS Toolbox, Homer2/3, nirsLAB), real-time BCI analysis with Turbo-Satori, and multi-modal imaging guidance.
fNIRS Analysis — From Fundamentals to Advanced Methods
NIRx was founded by fNIRS researchers and provides a comprehensive set of analysis resources to support researchers at every level. This hub covers the full fNIRS analysis workflow: from understanding the physiological basis of the NIRS signal, through experimental design, to software selection, real-time processing, and multi-modal integration.
Fundamentals of fNIRS Analysis
Three aspects underpin fNIRS neuroimaging: near-infrared light penetrates human tissue; haemoglobin has oxygenation-dependent absorbing characteristics; and neuronal activation alters the brain's oxygen demand. Together these allow fNIRS to measure relative changes in cortical O₂Hb and HHb concentration, providing a non-invasive window into brain function.
Analysis Software Options
NIRS Toolbox — MATLAB-based tools for signal processing, visualisation, GLM, functional connectivity, and multi-modal analysis. Created by Dr Ted Huppert at the University of Pittsburgh. NIRx data automatically imports 3D probe and anatomical information, enabling a greater range of analyses.
Homer2 and Homer3 — Widely used fNIRS analysis packages supporting group analyses, configurable processing streams, and custom algorithm integration. All NIRx systems save in .nirs format for seamless import.
nirsLAB — NIRx's in-house analysis environment offering data inspection tools, statistical parametric mapping (SPM), and individual and group-level analysis in a GUI-based toolbox.
Real-Time and Multi-Modal Analysis
For BCI and neurofeedback applications, NIRx offers Turbo-Satori for real-time online fNIRS processing. For multi-modal studies combining fNIRS with EEG, fMRI, eye tracking, TMS, or tDCS, NIRx provides dedicated integration support and expert guidance through workshops and webinars.
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fNIRS
Explore All ProductsNIRx fNIRS Analysis
NIRx provides an extensive fNIRS analysis resource covering fundamentals, experimental design, software options (NIRS Toolbox, Homer2/3, nirsLAB), real-time BCI and neurofeedback analysis with Turbo-Satori, and multi-modal imaging considerations — supported by expert-led webinars and workshops.
What is the NIRx fNIRS Analysis and what is it used for?
The NIRx fNIRS Analysis is Comprehensive fNIRS analysis resource hub — covering fundamentals, experimental design, software options (NIRS Toolbox, Homer2/3, nirsLAB), real-time BCI analysis with Turbo-Satori, and multi-modal im.
What research applications is the NIRx fNIRS Analysis suited for?
The NIRx fNIRS Analysis is suited for researchers in neuroscience, behavioral science, physiology, and related life science fields. It is designed to support experimental workflows that require reliable, high-quality data acquisition and analysis.
What are the key technical features of the NIRx fNIRS Analysis?
The NIRx fNIRS Analysis (catalog number: NIRx-Analysis) is engineered for precision performance in laboratory settings. It offers user-friendly operation, robust construction, and compatibility with standard laboratory workflows to maximize experimental efficiency and reproducibility.
Is the NIRx fNIRS Analysis available in Israel with local support?
Yes. NBT Ltd is the exclusive distributor of this product in Israel. Our team of scientific specialists provides full local support including installation, application training, and ongoing technical assistance for the NIRx fNIRS Analysis.
What accessories or systems is the NIRx fNIRS Analysis compatible with?
The NIRx fNIRS Analysis is designed to integrate seamlessly with complementary laboratory instruments and software used in its application domain. NBT Ltd can advise on compatible accessories, consumables, and system configurations to meet your specific research needs.
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