Turbo Satori Part II NIRx Medical Technologies 2020-08-18 | This advanced webinar, done in collaboration with our partner Brain Innovation is on Turbo-Satori. Turbo-Satori is a comprehensive real-time fNIRS analysis and neurofeedback solution. Dr. Michael Lührs gives us a deeper into the new Turbo-Satori release and show some advanced analysis features.
Satori - New Advancements and Features by Brain Innovation and NIRx NIRx Medical Technologies 2023-02-10 | This webinar was held January 26th 16:30 UTC+1 (Berlin, Paris)The concept of Satori is to make fNIRS analysis straightforward to all our users. The software includes the most popular processing and statistical tools, with the aim of looking at your data at every step. You will have total control over your analysis without having to program a single line.We have been continuously developing and improving Satori since its launch last year. In this live webinar, NIRx and Brain Innovation shared the features available in the latest version of Satori.To see more upcoming webinars, visit the website here nirx.net/webinars
Satori webinar NIRx Medical Technologies 2022-08-10 | In this webinar, we will provide you with an overview of these new features and give an outlook on upcoming highlights of Satori. In addition, we will show you how you can use Satori to analyze your data and get many important insights from quality assurance over preprocessing to the final analysis of your fNIRS data.
NIRx Journal Club - fNIRS and Self Compassionate Thinking with Paulo Bazán NIRx Medical Technologies 2022-04-06 | NIRx Journal Club: fNIRS and Heart Rate Variability During Self-Compassionate Thinking Related to Stressful Memories with Paulo BazánThis webinar was held on April 6th 2022.Paulo discussed his fNIRS research into self-compassionate thinking related to stressful memories and the recent paper he is co-author of.dos Santos, F. R., Bazán, P. R., Balardin, J. B., de Aratanha, M. A., Rodrigues, M., Lacerda, S., ... & Kozasa, E. H. (2021). Changes in Prefrontal fNIRS Activation and Heart Rate Variability During Self-Compassionate Thinking Related to Stressful Memories. Mindfulness, 1-13. link.springer.com/article/10.1007/s12671-021-01789-0Timecodes:0:000:08 Introduction by NIRx2:36 Introduction from Paulo Bazán3:23 Introducing to the neuroscience of self-compassionate thinking14:27 Study Objective and methods 23:13 Results35:00 Questions
Image Reconstruction in fNIRS with Dr. Ted Huppert NIRx Medical Technologies 2022-03-23 | In this webinar, Dr. Ted Huppert talked about how to perform image reconstruction and use digitization information in the Brain AnalzyIR toolbox. Image reconstruction is one of the most important topics in neuroimaging. It gives more information about where the measured signal is coming from and helps with the correct interpretation of the dataset. Dr. Ted Huppert is an Associate Professor of Electrical and Computer Engineering at the University of Pittsburgh. He has authored over 80 publications on fNIRS applications and method developments and is the creator of the AnalyzeIR NIRS-toolbox.This webinar was held on the 23rd of March, 2022. For all upcoming webinars take a look at our website: nirx.net/webinarsTimecodes0:00 0:12 Welcome and Introduction by NIRx2:35 Introduction by Dr. Huppert4:49 The image reconstruction problem16:36 Introduction to use in the NIRS toolbox 49:52 Hierarchical Bayesian Priors (REML) = the math!55:15 Group level image reconstruction model1:03:00 Surface topography wavelets (and smoothing)1:14:45 Multimodal image reconstruction (condensed)1:21:07 The future of image reconstruction1:24:40 Questions
NIRx Webinar: Physiological Considerations During Multimodal fNIRS Imaging Protocol with Joel Burma NIRx Medical Technologies 2022-03-16 | In this talk, Joel Burma of the Cerebrovascular Concussion Laboratory/Experimental Imaging Centre at the University of Calgary, talks about using fNIRS multimodal imaging. The concurrent use of physiological sensors in fNIRS experiments has grown in recent years. In this open webinar Joel discusses pitfalls, methodological advancements, and future directions for multimodal research using fNIRS + physiological measurements.View our upcoming webinars nirx.net/webinarsReach out to us for any questions at consulting@nirx.netTimecodes:0:00 - Intro by Dr. Jeremy Burnison at NIRx3:50 - Intro by Joel Burma6:02 - *Physiological recording example in concussion research*16:25 - fNIRS recording18:02 - *Employment of a multimodal protocol*24:08 - fNIRS + EEG24:30 - tDCS26:28 - Pilot protocol27:34 - *Considerations/Recommendations for Future Studies*28:24 - Recommendation 1: understanding technologies30:01 - Recommendation 2: equipment hierarchy31:50 - Recommendation 3: task consideration based on equipment34:36 - Recommendation 4: montage design36:42 - Recommendation 5: pilot, fail, adapt41:38 - *Future Directions and Applications* - SABV46:00 - Sport Related Concussion47:38 - Concussion and Intimate Partner Violence (IPV)51:18 - *Questions*
High Density fNIRS Part 2 Analysis - A Webinar with Dr. David Boas NIRx Medical Technologies 2022-03-09 | We are pleased to welcome Dr. David Boas to share with us his expert knowledge on the topic of High-Density fNIRS (HD-fNIRS / DOT). HD-fNIRS is a methodology that employs high-density arrays with short, medium and long channels. Overlapping measurements with multiple source-detector distances can improve spatial resolution, depth and lateral specificity, and can enable the tomographic (image) reconstruction of cerebral activation.In this two part webinar series, we will go the full circle of HD fNIRS: From practically setting up, conducting, and analyzing HD-fNIRS experiments using Dr. Boas' open source fNIRS analysis toolboxes AtlasViewer and Homer3 together with NIRx' NIRSport2 systems and Aurora/NIRSite software.Part 1 covered experimental set up and data collection. Dr. Boas will explain how to design a HD optode array using AtlasViewer. Then we will address how to take those probes (.snirf) into NIRSITE and how to perform a straight-forward HD fNIRS measurement with the NIRSport2 system and Aurora. 👉youtu.be/uYNf6NySTlYIn Part 2 Dr. Boas describes the analysis of the HD fNIRS data acquired with the NIRSport2 in Part 1. He will show how to do tomographic image reconstruction in AtlasViewer and trial-based signal analysis in Homer3. See here for the data set from openfnirs.org to walk through the analysis of a HD-fNIRS finger tapping experiment.👉 openfnirs.org/training/homer-premium-trial/setting-up-and-analyzing-high-density-fnirs-measurements-of-finger-tappingYou can find all our webinar recordings and upcoming events on this page: nirx.net/webinars
NIRxBorealis - Translating fMRI to fNIRS NIRx Medical Technologies 2022-02-22 | Introducing the NIRxBorealis for fNIRS data acquisition in an MRI environment!NIRx custom builds the NIRxBorealis to combine the NIRx flagship NIRSport2 amplifiers with fiber-based laser stimulation and ADP detectors. This allows concurrent fMRI and fNIRS recordings and then the co-analysis of fNIRS and fMRI results. It also allows directly running the very same fNIRS experiment fully mobile outside the scanner at a fraction of the cost.nirx.net/borealis
High Density fNIRS Part 1 - A Webinar with Dr. David Boas NIRx Medical Technologies 2022-02-17 | We are pleased to welcome Dr. David Boas to share with us his expert knowledge on the topic of High-Density fNIRS (HD-fNIRS / DOT). HD-fNIRS is a methodology that employs high-density arrays with short, medium and long channels. Overlapping measurements with multiple source-detector distances can improve spatial resolution, depth and lateral specificity, and can enable the tomographic (image) reconstruction of cerebral activation.In this two part webinar series, we will go the full circle of HD fNIRS: From practically setting up, conducting, and analyzing HD-fNIRS experiments using Dr. Boas' open source fNIRS analysis toolboxes AtlasViewer and Homer3 together with NIRx' NIRSport2 systems and Aurora/NIRSite software.Part 1 covered experimental set up and data collection. Dr. Boas will explain how to design a HD optode array using AtlasViewer. Then we will address how to take those probes (.snirf) into NIRSITE and how to perform a straight-forward HD fNIRS measurement with the NIRSport2 system and Aurora. In Part 2 Dr. Boas describes the analysis of the HD fNIRS data acquired with the NIRSport2 in Part 1. He will show how to do tomographic image reconstruction in AtlasViewer and trial-based signal analysis in Homer3. See here for the data set from openfnirs.org to walk through the analysis of a HD-fNIRS finger tapping experiment.👉 openfnirs.org/training/homer-premium-trial/setting-up-and-analyzing-high-density-fnirs-measurements-of-finger-tappingYou can find all our webinar recordings and upcoming events on this page: nirx.net/webinars
LatAmNIRS 2021 Demo from NIRx NIRx Medical Technologies 2021-12-16 | This video shows a clip of the demo presented by NIRx at the LatAmNIRS 2021 Virtual Meeting 10th December, 2021. Please check out nirx.net/events for our future events or write to consulting@nirx.net with any questions you might have.
fNIRS in Infants - from Data Collection to Preprocessing with Dr. Jessica Gemignani NIRx Medical Technologies 2021-12-10 | The talk covers different aspects related to infant studies; in particular, it will start with an overview of approaches for the design of the optode array, with examples from literature as well as a couple practical examples of tools that can be used to this end. Relatedly, it will discuss strategies for anatomical localization of the designed array. Following, the talk, Dr. Gemignani will focus on the data pre-processing stage, including the assessment of raw data quality as well as best approaches to design a routine that optimally suits the study characteristics (e.g., number of trials) while accurately recovering the HRF (Gemignani and Gervain 2021).View our upcoming webinars nirx.net/webinarsReach out to us for any questions at consulting@nirx.net
Group Level Analysis with Dr. Ted Huppert NIRx Medical Technologies 2021-11-04 | Dr. Ted Huppert is an Associate Professor from the University of Pittsburgh with more than 65 peer-reviewed publications on brain imaging methodologies. He will be joining us to give a detailed look at Group Level Analysis with fNIRS and practical demonstration in the BrainAnalyzIR, his Matlab based analysis platform. This toolbox is one of the most used fNIRS analysis platforms and was developed by Dr. Huppert and his team.Take a look at Dr. Huppert's work: https://www.engineeringx.pitt.edu/TheodoreHuppert/View our upcoming webinars nirx.net/webinarsReach out to us for any questions at consulting@nirx.net
NIRxWINGS - for concurrent physiological measurements with your fNIRS research NIRx Medical Technologies 2021-10-14 | The NIRxWINGS module for peripheral physiology measurements extends the NIRSport2. You can collect pulse oximetry (PPG), heart-rate, heart-rate variability (HRV), oxygen saturation (SpO2), respiration, temperature, galvanic skin response (GSR), and bipolar signals such as EMG and ECG. All signals fully synchronized and in one data stream.Book a demo with our expert scientific consultants: http://calendly.com/nirx_teamWireless data transfer allows the participant to move freely while real-time data is stored on the device, but also streamed, and displayed in real-time. The NIRSport2 platform and the NIRxWINGS provide an LSL stream. Find out more here nirx.net/wings
Satori - a look at the new fNIRS analysis software with Dr. Michael Lührs from Brain Innovation NIRx Medical Technologies 2021-10-07 | We are very excited to announce the launch of our new easy-to-use, GUI-based analysis software made in collaboration with Brain Innovation. Brain Innovation have been our partners in the established real-time analysis software Turbo-Satori. The webinar gives an overview of the main features of Satori, from standard fNIRS processing methods to statistical tools and data vizualization.Check out Satori here: nirx.net/satoriView our upcoming webinars nirx.net/webinarsReach out to us for any questions at consulting@nirx.net
Objective Measurement of Tinnitus using functional Near Infrared Spectroscopy fNIRS NIRx Medical Technologies 2021-08-31 | For this webinar we were pleased to welcome Dr. Mehrnaz Shoushtarian of the Bionics Institute, Melbourne to talk about objective measurements of tinnitus. Chronic tinnitus, hearing sounds that are not present externally, affects around 1 in 8 individuals and can severely impact their quality of life. Rates of tinnitus increase with age and are expected to further rise in the future due to increasing noise exposure among young people. Despite its wide prevalence, there is currently no objective way to determine the presence or severity of tinnitus or assess whether treatments are effective. Lack of an objective measure remains a significant hurdle to the development of treatments for this condition. They are working to develop an objective measure of tinnitus using functional near-infrared spectroscopy. This talk will present some of their work to date.
Cognitive load assessment and skill acquisition in surgical training NIRx Medical Technologies 2021-08-09 | Technical skills are a critical component of every surgeon. The early assessment of the learning curve of surgical skills can help assess the efficacy of training and adapt it to individual needs. How do we consistently assess the cognitive strain on surgeons during surgeries? Can strategies be developed to help trainees and surgeons cope with excessive cognitive load in the operating theatre? These topics and much more were discussed in this webinar where Dr. Daniel Richard Leff and Dr. Harsimrat Singh joined us.
An introduction to fNIRS analysis using MNE with Dr Robert Luke Part 2 NIRx Medical Technologies 2021-08-09 | We are happy to welcome Dr. Robert Luke back to speak about fNIRS analysis using MNE. MNE is an open-source Python package for exploring, visualizing, and analyzing human neurophysiological data. The first webinar held on the 30th June 2021 included an introduction to MNE, the ecosystem of packages, installation, and an overview of basic analysis. In the second webinar, Dr. Luke will dive deeper into fNIRS analysis with MNE including GLM and group-level analysis. Check our upcoming webinars: nirx.net/webinars
An introduction to fNIRS analysis using MNE with Dr. Robert Luke Part 1 NIRx Medical Technologies 2021-07-01 | We are happy to welcome Dr. Robert Luke to speak about fNIRS analysis using MNE. MNE is an open-source Python package for exploring, visualizing, and analyzing human neurophysiological data. This webinar will include is the first of two about fNIRS analysis in MNE and covers an introduction to MNE, the ecosystem of packages, installation, and an overview of basic analysis. Dr. Luke is a research fellow in the department of linguistics at Macquarie University. He studied electrical engineering and obtained his Ph.D. in cognitive neuroscience. His principal research focus is auditory neuroscience investigating the basic mechanisms of hearing and from there developed his work with fNIRS by studying people who wear cochlear implants.In the second webinar, Dr. Luke dives deeper into fNIRS analysis with MNE including GLM and group-level analysis. Register for free here: nirx.net/webinars
NIRx Journal Club: Best Practices in fNIRS with Dr. Meryem Yücel NIRx Medical Technologies 2021-06-16 | For the first of the open webinars in Journal Club format, we are pleased to welcome Dr. Meryem Yücel to talk about the recently released paper on best practices in fNIRS (doi.org/10.1117/1.NPh.8.1.012101). With the rapid growth and the diversification of research methods in fNIRS studies, some inconsistencies are appearing in the way in which methods are presented, which can make the interpretation and replication of studies unnecessarily challenging. A representative group of leaders in the field of fNIRS (including Dr. Yücel) was assembled by the Society for Functional Near-Infrared Spectroscopy to build a consensus on the best practices for describing the methods utilized in fNIRS studies. Their "paper has been designed to provide guidelines to help enhance the reliability, repeatability, and traceability of reported fNIRS studies and encourage best practices throughout the community." In this talk, Dr. Yücel will highlight the major points of emphasis to consider as described in this paper. In this Journal Club format, we will hear from our distinguished speaker for 30 minutes followed by 15 minutes of Q&A and discussion. Find more of our upcoming events here: nirx.net/webinars
Hyperscan: The hyperscanning feature for NIRSport2 + Aurora NIRx Medical Technologies 2021-05-12 | To efficiently collect fNIRS data from multiple subjects simultaneously with the NIRSport2 platform, NIRx is proud to offer Hyperscan, a standalone application that can control the functionality of multiple instances of Aurora from a single interface. The purpose of this webinar is to get users acquainted with the use of this application.Hyperscan offers great flexibility in terms of recording connection, number of NIRSport2 devices, and the optode count and montage layout for individual subjects. After the theoretical introduction to these features, we showed a video of an experiment to give a demonstration of Hyperscan in action. This webinar was hosted by our expert support team Blanca Pérez-Sempere and Dr. Mahipal Choudhary.
Optimal Probe Placement in fNIRS Research with Prof. Dr. Rickson Mesquita NIRx Medical Technologies 2021-04-12 | Reproducibility of results is one of the keystones in science and, in fact, is what makes science advanced over the centuries. The search for high reproducibility of the same experimental protocol across different sessions is particularly critical for longitudinal studies in functional neuroscience and in different clinical applications so that one can disentangle the variability caused by systematic errors due to instrumentation/protocol from the intrinsic variability due to the research question. Specifically for fNIRS studies, we have found several contributors to systematic errors over the past ten years, such as motion artifacts, extra cortical contamination, and global systemic physiology. More recently, we have found that the lack of spatial information of the optodes on the head can also introduce a major confounding source to the results and lead to misinterpretation of data. In this talk, we will discuss the major problems that contribute to systematic errors in fNIRS, and present recent solutions we implemented to reduce variability in fNIRS protocols - including the integration of a real-time neuronavigator system to guide probe placement of optodes in fNIRS. See nirx.net/webinars for more upcoming webinars.
fNIRS In Epilepsy From Research To Clinic with LIONlab NIRx Medical Technologies 2021-03-10 | In this webinar, a team of three scientists of the LIONlab, Université de Montréal, Dr. Anne Gallagher, Phetsamone Vannasing and Alejandra Hüsser, will discuss the value of simultaneous fNIRS and EEG acquisition in patients with epilepsy. They will describe different applications of combined fNIRS-EEG evaluations in research as well as the integration of fNIRS-EEG into the pre-surgical assessment protocol of patients with severe epilepsy. The particularities, challenges and solutions for the installation and data acquisition of a multimodal fNIRS set-up in young patients will be discussed. We will conclude with a preview of potential pathways for multimodal data analysis using LIONirs toolbox. See nirx.net/webinars for more upcoming webinars.
fNIRS in a different light: a webinar with Dr. Felipe Orihuela-Espina NIRx Medical Technologies 2021-02-18 | Part narrative, part mathematics, this webinar is about uniqueness of Dr. Orihuela-Espina’s research in fNIRS. He will review some of his research in fNIRS analysis and interpretation, with computational approaches unorthodox to the field. This will be in the context of three peculiarities; a computer science background, research in a developing country, and unconventional research interests. We shall visit the beauty of manifolds, explore different theories of causal analysis, and envision the automation of our research analysis pipelines by means of knowledge representation. Watch the webinar here.See nirx.net/webinars for more upcoming webinars.
Short channels analysis in the AnalyzIR toolbox with Dr. Hendrik Santosa NIRx Medical Technologies 2021-01-19 | In this webinar, Dr. Santosa will quantitatively compare the performance of several techniques in fNIRS analysis including spatial and temporal filtering, regression, component analysis, and the use of short-separation measurements as part of the AnalyzIR toolbox. Dr. Santosa is a research instructor in the Department of Radiology at the University of Pittsburgh. His research interest includes statistical method, brain-computer interface, hyperscanning, advanced brain signal processing, and multimodal neuroimaging techniques.See nirx.net/webinars for more upcoming webinars.
Q&A Session on LSL with Dr. David Medine NIRx Medical Technologies 2020-10-14 | In August, Dr. Medine held a webinar on integrated NIRS-EEG, with particular focus on LSL integration (watch here: youtube.com/watch?v=hkWiUz9zGE0). To give an opportunity to all users in North and South America to reach out to Dr. Medine for questions, we organized a second Q&A portion.For more information, visit our page www.nirx.net
Mobile brain imaging with fNIRS NIRx Medical Technologies 2020-10-08 | Dr. Alexander von Lühmann joins us for a webinar focussed on the challenges of mobile brain imaging and the application of fNIRS. Dr. Robert Franke gives an overview of NIRx' accelerometer specifications and the team performs a NIRSport2 32x32 live demo with 2 accelerometers. If you are interested in mobile brain imaging using fNIRS, this webinar is for you.For more information, visit our page www.nirx.net
Infant & Child Imaging with fNIRS with Dr. Susan Perlman NIRx Medical Technologies 2020-09-30 | Dr Perlman talks about the advantages and tradeoffs of using fNIRS for developmental research as well as simultaneous parent-child measurements and data collection tips.For more information, visit our page www.nirx.net
Turbo Satori part I - Installation NIRx Medical Technologies 2020-09-18 | This video explains how to download, install and get familiar with Turbo-Satori, a comprehensive real-time fNIRS analysis and neurofeedback solution from our partners at Brain Innovation. This webinar is in preparation for the Turbo-Satori advanced webinar (youtu.be/Jipfdqooa_0)
Hemodynamic response in infants with Dr. Judit Gervain NIRx Medical Technologies 2020-09-18 | In this webinar, Dr. Judit Gervain introduces infant imaging with fNIRS. Advantages and possible limitations are discussed as well as use cases and applications. For more information, go to www.nirx.net
Combined EEG-fNIRS Webinar: Analysis with Dr. Ted Huppert NIRx Medical Technologies 2020-08-19 | Dr. Ted Huppert (University of Pittsburgh) is a leader in multi-modal neuroimaging methods. He begins this talk with an in-depth discussion of cross validation of multi-modal methods. He then discusses physiological modelling of neural signals, and combined EEG-fNIRS analysis methods. He rounds out the talk with a practical demonstration in the NIRS Toolbox, his Matlab based analysis platform.
Combined EEG-fNIRS webinar: Set up and integration NIRx Medical Technologies 2020-08-18 | Integrating EEG and fNIRS, how is it done? Joining our team of consultants are Dr. David Medine, Dr. Alexander von Lühmann and Maria Adelia de Aratanha to explore the integration of combined fNIRS-EEG. A portion of the webinar focussed on triggering, synchronization and LSL. Practical hints on how to setup the integrated cap for good signal quality were also discussed.
Video promo - fNIRS applications with NIRx NIRx Medical Technologies 2020-08-15 | Find out more what you can do with NIRx' solutions. With NIRx, the only limitation is your imagination. From parent-child hyperscanning, aviation, gait research, high-density or sport, we have the solution for you.
Webinar: NIRS Studies with Infants and Toddlers with Dr Anderson and Dr Gemignani NIRx Medical Technologies 2020-05-22 | Dr. Afrouz Anderson and Dr. Jessica Gemignani will share their expertise on infant studies. They will discuss the impact of channels distances in different ages, point out some montages and brain atlases that are frequently used for infants, among other considerations. The talk will focus on children, aged prenatal through 4 years old.For more information visit our website www.nirx.net or send us an email at info@nirx.net
fNIRS parent-child hyperscanning student video - University of Vienna - WieKi Lab NIRx Medical Technologies 2020-04-27 | Parent-child fNIRS hyperscanning student video done by researchers at the University of Vienna WieKi Lab (Wiener Kinderstudien) using dual NIRSport 8-source/8-detector fNIRS systems. WieKi Lab (Wiener Kinderstudien)https://psychologie.univie.ac.at/en/research/labs/wieki-lab-wiener-kinderstudien/Created by: Trinh NguyenDina SalamanderChristina SchatzLucie Zimmer
Motion Correction Walkthrough in NIRS Toolbox (Brain AnalyzIR) with Dr. Ted Huppert NIRx Medical Technologies 2020-04-26 | Watch Dr. Ted Huppert walk you through motion corrections and artifacts in NIRS Toolbox (Brain AnalyzIR)
Motion Artifact and Corrections in NIRS Toolbox (Brain AnalyzIR) with Dr. Ted Huppert NIRx Medical Technologies 2020-04-26 | Dr. Huppert reviews fNIRS analysis of motion and physiological corrections NIRS Toolbox (Brain AnalyzIR), an fNIRS analysis program.
Homer3, demonstration of motion correction and new artifact correction model with the GLM NIRx Medical Technologies 2020-04-24 | Dr. Meryem Yücel gives a tour of the new Homer3, a demonstration of motion correction and shows a new artifact correction model with the GLM.
Introduction to NIRS Toolbox: Installation & Getting Started NIRx Medical Technologies 2020-04-24 | Covers installation and basic use of the NIRS Toolbox (Brain AnalyzIR), followed by a Q&A session with its creator, Dr. Huppert. Download the presentation slides here: nirx.sharefile.com/share/view/s2aba854819f46b99Download the data set here: nirx.sharefile.com/share/view/s60bd8cd1b9c45018
Introduction to Homer3: Installation & Getting Started NIRx Medical Technologies 2020-04-24 | Overview: Description: Covers installation and basic use of the Homer3 fNIRS analysis software. Download the presentation slides here: nirx.sharefile.com/share/view/s903add09cd046589Download the data set here: nirx.sharefile.com/share/view/s60bd8cd1b9c45018
Motion Artifact Correction with Dr. Yücel NIRx Medical Technologies 2020-04-24 | Description: Dr. Meryem Yücel covers mortion artifacts in fNIRS research. Download the presentation slides here: nirx.sharefile.com/share/view/se5c6489104f476e8Download the data set here: nirx.sharefile.com/share/view/s9570e64242642dea
Whole-Head 4848, High-Density, Next-Generation Neuroimaging with fNIRS NIRx Medical Technologies 2020-04-21 | The portable, high-powered NIRx NIRSport 2 allows for high-density, whole-head neuroimaging in movement-based experiments. The non-invasive system sets up in seconds, is multi-modal compatible (EEG, fMRI, cochlear implants, TMS/TES stimulation, eye-tracking), and can be worn for ambulating studies. Participants may also be connected to the system via probe extension cables, keeping the amplifiers off the body completely, giving a more naturalistic feel for sensitive subjects or study designs. For more information, contact NIRx Medical Technologies: www.nirx.net
University of Electronic Science & Technology of China - Li NIRx Medical Technologies 2018-11-19 | ...
ISAE-SUPAERO LOUNIS - fNIRS / EEG / Eye-tracking / Flight Simulator NIRx Medical Technologies 2018-11-19 | fNIRS being used in immersive reality (IR), virtual reality (VR), and real-world flight applications at ISAE-SUPAERO Neuroergonomics and Human Factors Research Group in Toulouse, France, Principal Investigator: Prof. Frédéric Dehais. This amazing team integrated fNIRS with EEG, eye-tracking and heart rate sensors!For more information on the fNIRS system used, visit NIRx.netThank you to the entire team:Richard FarbeStephane JuanedaJean-Paul ImbertMathieu CousyNeuroergonomics and Human Factors Research Group at ISAE-SUPAERO
fNIRS cap setup with spring-loaded grommets in 45 seconds! NIRx Medical Technologies 2015-11-02 | Watch a less than 60-second NIRScap setup with the NIRScout fNIRS neuroimaging system. For more information go to www.nirx.net
fNIRS hyperscanning - professional violinists NIRx Medical Technologies 2015-10-07 | Beautiful music is made between these violinists playing together while being measured from the same fNIRS system from NIRx (NIRScout). For more information on multi-subject, and other versatile fNIRS systems check out www.nirx.net.This is a pilot study done within an ongoing technical-scientific collaboration with the Federal University of ABC (UFABC), São Bernardo do Campo, Brazil
fNIRS during piano playing NIRx Medical Technologies 2015-10-07 | This piano expert was wearing a 32-probe array of probes from the NIRScout imaging system. For more information: www.nirx.net.This is a pilot study done within an ongoing technical-scientific collaboration with the Federal University of ABC (UFABC), São Bernardo do Campo, Brazil
