Obelab NIRSIT

Obelab Nirsit - devices

NIRSIT Lite
NIRSIT Lite kids
NIRSIT on
NIRSIT on+
Stand Up

Obelab NIRSIT

- first fully wireless portable fNIRS system
- first commercial fNIRS system implementing DOT (Diffuse Optical Tomography) technology in real time
- user-friendly interface
- simple measurement and analysis procedures
- photogrammetry for localization
- motion sensors to remove motion artifacts
- device intended for research purposes

Application:

- Concussion
For the assessment of cognitive and neuropsychological changes following concussion.

NIRSIT can be used concurrently with assessment tools to monitor in real time the brain status of individuals who have suffered a concussion and may have adverse effects such as cognitive impairment.

- Depression / PTSD
Chronic depression and posttraumatic stress disorder (PTSD) are associated with cognitive impairments including memory and attention. People with depression and PTSD are assessed for delayed verbal and figurative memory, attention, and learning.

NIRSIT can be used concurrently with such assessment tools to monitor the brain states of people suffering from chronic depression and/or PTSD.

- Neurorehabilitation
Neurorehabilitation involves finding a pattern of functional strengths and weaknesses that become the basis for designing a brain rehabilitation program.

A variety of cognitive tasks are designed to help with brain rehabilitation.
NIRSIT can be used concurrently with cognitive task exercises to monitor progress in neurological rehabilitation.

- Education
In general, the left and right hemispheres of the brain process information differently.
Although we naturally tend to think in one way, the two sides of our brain work together in our daily lives.
NIRSIT can be used to monitor brain activation in both the left and right hemispheres and compare them when performing various cognitive and behavioral tasks.

Optode distance: 3 cm (default) 1.5, 2.12, 3.35 cm (additional)
Channels: 48 channels (max 204 channels - DOT mode)
Optical Elments: light sources: 24/detector: 32 (default)
Wavelength: 780 nm, 850 nm
Weight 550g
Sampling rate: 8.138 Hz
Motion sensor 6 axis (3axis Accel + 3 axis Gyro)
Operating time: 8 hours (3000mAh rechargeble battery)
Communication protocol: Wireless: WLAN (2.4 GHz IEEE 802.11b/g/n), Wired: Serial communication (micro USB)
Accessories:
tablet / disposable patch / strap / silicon caps / USB cable / OTG cable / charger / USB memory (manual & SW included)
 

NIRSIT Lite - application
- can be used to monitor the state of the brain by performing various cognitive and behavioral tasks,
- as an assessment tool for monitoring the state of the brain of people suffering from mental disorders in real time,
- neuro-marketing, as a tool for assessing human decision-making, testing the usability of a new tool, quantifying emotional preferences, etc.
- for applications in brain rehabilitation, can be used simultaneously with cognitive tasks to monitor progress in neurological rehabilitation.
- can also be used as a platform for developing and delivering neurofeedback programs with various goals, e.g. concentration training, addiction treatment, etc.

NIRSIT Lite kids - application
- Developmental disorders
Specialists treating children with various problems related to the nervous system can use NIRSIT-Lite to apply a multidisciplinary approach to determine the cause of such problems.
- Education
NIRSIT-Lite, thanks to its non-invasive imaging technique, allows for the study of the functional maturation of the healthy brain.
Scientists can generate various hypotheses regarding psychopathology to understand the functioning of the children's brain.
- Neuro Feedback
Scientists can engage in brain training of subjects such as children with ADHD using NIRSIT-Lite, which monitors changes in the level of brain saturation, consistent with the state of attention and concentration of the subject.
- AR/VR Effect
AR/VR program creators must be on constant alert for improvements in their development.
NIRSIT-Lite can help in such efforts by tracking the effect of AR/VR content on real viewers in real time.

Obelab, NIRSIT, system fNIRS, bezprzewodowy przenośny system fNIRS, komercyjny system fNIRS, technologia DOT, fotogrametria do lokalizacji, ocena zmian poznawczych, neuropsychologia, upośledzenie funkcji poznawczych, leczenie przewlekłej depresji, zespół stresu pourazowego, monitorowanie stanu mózgu, zaburzenia psychiczne, do monitorowania postępów w rehabilitacji neurologicznej, fNIRS system, wireless portable fNIRS system, commercial fNIRS system, DOT technology, photogrammetry for localization, assessment of cognitive changes, neuropsychology, cognitive impairment, treatment of chronic depression, post-traumatic stress disorder, monitoring brain health, mental disorders, for monitoring progress in neurological rehabilitation, fNIRS-System, kabelloses tragbares fNIRS-System, kommerzielles fNIRS-System, DOT-Technologie, Photogrammetrie zur Lokalisierung, Beurteilung kognitiver Veränderungen, Neuropsychologie, kognitive Beeinträchtigung, Behandlung chronischer Depression, posttraumatische Belastungsstörung, Überwachung der Gehirngesundheit, psychischer Störungen, zur Überwachung des Fortschritts in der neurologischen Rehabilitation,