LABNIRS

Introducing LABNIRS – Functional Near-Infrared Spectroscopy (fNIRS) System for Advanced Brain Research

The LABNIRS by Shimadzu is a state-of-the-art functional near-infrared spectroscopy (fNIRS) system, designed to provide next-generation optical brain-function imaging for cutting-edge neuroscience research. As the complexity of the human brain remains one of science’s greatest mysteries, advancements in in vivo brain imaging are essential for unlocking the secrets of cognitive function, neurological disorders, and brain activity.

By integrating multi-channel, high-density measurements with high-speed sampling, advanced statistical processing, and customizable scalability, the LABNIRS system empowers researchers, neuroscientists, and cognitive scientists to achieve unparalleled insights into cerebral blood flow dynamics and brain function analysis.

For Research Use Only. Not for use in diagnostic procedures.

Key Features and Benefits

1. High-Performance Brain-Function Imaging

✔ Industry-Leading Multi-Channel and High-Density Measurements

• Supports up to 40 measurement sets (142 channels max.), 5 times more than previous models.
• Doubled spatial resolution enables more precise high-density measurements for detailed brain-mapping.

✔ Ultra-Fast High-Speed Sampling

• Captures rapid cerebral blood flow changes in just 6 ms (previously 25 ms), significantly enhancing real-time analysis capabilities.

✔ Superior Sensitivity with Three Wavelengths and Photomultiplier Technology

• Three semiconductor laser wavelengths provide accurate and high-precision data acquisition.
• Photomultiplier tubes ensure detection of even the weakest cerebral blood flow signals, improving measurement reliability.

2. Intuitive and Easy-to-Use Operation

✔ Graphical User Interface (GUI) for Simplified Measurement & Analysis

• Easily set up fiber placements and visualize real-time trend graphs and spatial mapping.
• User-friendly button-based operation simplifies complex measurement and analysis conditions.

✔ Comprehensive Data Processing and Statistical Tools

• Independent Component Analysis (ICA), frequency filtering, and channel/task addition for in-depth data refinement.
• General Linear Model (GLM) statistical processing allows real-time data evaluation at the point of measurement.
• Multi-distance functions minimize scalp blood flow interference for enhanced signal accuracy.

✔ Flexible Data Handling and Export Options

• Batch processing automates analysis workflows for efficient data handling.
• Supports text file output (compatible with NIRS-SPM), ensuring compatibility with external software.
• Continuity with FOIRE Series Data, allowing past datasets to be seamlessly integrated.

3. Scalability and Customization for Research Needs

✔ Expandable System with Customizable Measurement Channels

• Adapt the number of measurement channels (from 10 to 142) based on experimental goals.
• Add comprehensive optional features to support a wide range of brain-function imaging experiments.

✔ Versatile Measurement Capabilities

• Analyzes variations in oxygenated hemoglobin (Oxy-Hb), deoxygenated hemoglobin (Deoxy-Hb), and total hemoglobin (Total-Hb).
• Ensures high reproducibility and accuracy, even in complex experimental conditions.

Applications in Advanced Brain Science Research

The LABNIRS system is designed for a wide range of applications in neuroscience, cognitive psychology, and clinical research, including:

✔ Cognitive Function Studies – Investigating memory, learning, language processing, and decision-making.

✔ Neurological Disorder Research – Analyzing brain activity in conditions like Alzheimer’s, Parkinson’s, and stroke rehabilitation.

✔ Developmental and Educational Research – Understanding brain development in children and neuroplasticity in learning.

✔ Neurorehabilitation and Clinical Studies – Assessing brain function recovery post-injury and developing therapeutic interventions.

Conclusion

The Shimadzu LABNIRS is a powerful, high-performance fNIRS system tailored for next-generation brain-function imaging. By combining high-density, multi-channel optical measurements, fast sampling, and advanced data analysis capabilities, LABNIRS sets a new standard in functional near-infrared spectroscopy for neuroscience research.

For detailed specifications and further information, please visit the official Shimadzu website.