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fNIR Imaging Education System

fNIR Optimized for Education

Easy to Use—short prep & learning curve

Cutting-edge NIRS technology with user-friendly tools

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fNIR Education System
Part #: fNIR103E

fNIR Imaging Systems are stand-alone functional brain imaging solutions for continuous NIR spectroscopy (NIRS). They provide an in-lab cognitive function assessment and eliminate a great many of the drawbacks of a functional MRI.

fNIRS optical imaging technology measures neural activity and hemodynamic response in the prefrontal cortex. Subjects wear an fNIR sensor (IR light sources and detectors mounted in a flexible band) on the forehead that detects oxygen levels in the prefrontal cortex and provides real-time values for oxyhemoglobin and deoxygenated hemoglobin. It provides a continuous and real-time display of the oxygen changes as the subject performs different tasks.

Subjects can sit in front of a computer and take a test or perform mobile tasks. fNIRS applications include Brain Computer Interface, Human Performance Assessment, Neurorehabilitation, Depth of Anesthesia Monitoring, and more.

fNIR Education Systems for continuous NIR spectroscopy (NIRS) include

  • Imager 2000E control unit (6-optodes max)
  • Sensor and Cable
    • fNIR2000E includes one 6-channel sensor and one sensor cable
  • fNIR Soft and COBl Software
    • Software for data collection and analysis (the included software may change with a 30-day notice; if the included the software changes the existing licensees will receive the replacement software)
  • Lessons (scheduled for release Q3 2021) to record NIRS measurements from the forehead and the forearm at two wavelengths, 730 nm and 850 nm
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Best Value

  • Lowest price in the industry with cutting-edge engineering
  • Highest quality material & robust data collection

Powerful & Friendly

  • Implement the most advanced analysis tasks without any programming

Cleaner fNIR Data

  • Near-optode Sensors reduce systemic artifact
  • Lower noise—almost twice as efficient LEDs
  • Least Prone to motion artifacts

NIRS data acquisition
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Part #: fNIR103E
Categories: fNIRS Optical Brain Imaging - Research
Subcategories: fNIR Systems - Research

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fNIRS Lessons

fNIR Education System lessons* can be used to record NIRS measurements at two wavelengths, 730 nm and 850 nm, with the following objectives:

  • record from the forearm to study changes in Hb and HbO2 during a cuff experiment, to explore the effect of gravity on blood flow, and to investigate hemodynamic changes related to muscle activity.
  • record from the forehead while performing various activities to explore the effects of head movement, blood pressure changes and skin effects on raw intensity measurements and also on Hb, HbO2 and HbT signals.
  • record from the forehead while performing a cognitive test, namely the verbal fluency test, and obtain changes in HbO2 and Hb under different conditions within this cognitive test.
  • record from the forehead while performing a test of different cognitive loads manipulated as single and dual task conditions.

*Lessons scheduled for Q3 2021.

Imager 2000E Specs

  • Max Sources: 2
  • Max Detectors: 6
  • Max Sampling Frequency: 2 Hz
  • Wireless: no
  • Synchronization ports: no
  • Dimensions: 106 mm x 32 mm x 106 mm

The fNIRS data combines with other physiological variables such as ECG, respiration, cardiac output, blood pressure, electrodermal activit, and stimulus response markers. AcqKnowledge software provides automated analysis tools for event-related potentials (ERP) and ensemble averaging. Combining the fNIRS data with other physiological signals provides researchers with a detailed subject assessment.

fNIRSoft (fS) Software & COBI Studio

fS is a software package for use with the 2000E Imager for Education Systems. Use fS viewer and data management tools to process, analyze, and visualize functional near infrared spectroscopy (fNIRS) signals. View data in real time and perform post-acquisition analysis.

COBI Studio “Cognitive Optical Brain Imaging” software is designed for performing serial experiments and makes it easy to start recording, and to save all experimental data (fNIRS, synchronization markers from external presentation stimuli, etc.) in a standardized way.


For additional details, review these items under the Support tab:

  • fNIR and COBI Studio User Guide for data collection guidelines
  • fNIRSOFT User Manual for a step-by-step guide for using fS, with an introduction to fNIRS technology and a discussion of the Modified Beer Lambert Law (MBLL) that is integral to the analysis of fNIR spectroscopy signals

Videos

fNIR COBI Tutorial

fNIR Webinar | Combining Optical Brain Imaging and Physiological Signals to Study Cognitive Function

Support

Downloads/Resources

Knowledge Base

Manual

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Spotlight On
free BIOPAC webinar

Dyadic Interactions Involving Parents, Children, Couples, and More | Recording from Multiple Participants Part I

Synchronizing Data from Multiple Participants
Performing a dyadic experiment takes more planning than single-participant studies. Data must be tightly synchronized, equipment must remain inobtrusive, and the experimental paradigm drives the optimal setup. Join us to learn how to record high-quality synchronized data for a wide range of applications.

What You Will Learn:
– How to synchronize data from two participants
– Recording options: ECG, EDA, EEG, fNIRS, Video
– Collaborative virtual environments
– Data analysis techniques
– Practical tips—and advice on working with children
– New ideas about your research

Live Webinar: May 20th at 8AM PT/11AM ET

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