Discover and read the best of Twitter Threads about #fNIRS
Most recents (5)
Its portability and robustness against motion artifacts make #fNIRS a great tool to gather on-the-playing-field acquired evidence.
A list of 5 articles highlighting the unique contributions of fNIRS in the field of sport and exercise sciences. #MoBI 1/6
A list of 5 articles highlighting the unique contributions of fNIRS in the field of sport and exercise sciences. #MoBI 1/6
1) Fundamentals of Electroencephalography and Optical Imaging for Sport and Exercise Science
From the Laboratory to On-the-Playing-Field Acquired Evidence by Balconi & Crivelli (2018)
👉routledgehandbooks.com/doi/10.4324/97… 2/6
From the Laboratory to On-the-Playing-Field Acquired Evidence by Balconi & Crivelli (2018)
👉routledgehandbooks.com/doi/10.4324/97… 2/6
2) Studying brain activity in sports performance: Contributions and issues by Perrey & Besson (2017) from @EuroMov
👉sciencedirect.com/science/articl… 3/6
👉sciencedirect.com/science/articl… 3/6
#fNIRS - How to get started? Have a look and add your favourite resources for beginner's! 1/11
A great way to start is the two-day intensive fNIRS training course on advanced data analysis and experimental design by Ted Huppert. The presentations (huppertlab.net/publications-2…) and recordings (huppertlab.net/publications-2…) are available on his lab website. 2/11
This course is the way to go for everyone looking for a mixture of fNIRS theory and hands-on lectures in the NIRS BrainAnalyzIR toolbox (aka NIRS toolbox). 3/11
You are looking to design, review or even preregister an #fNIRS study? Our newest article "Using #preregistration as a tool for transparent fNIRS study design" may be just the right place to start! #OpenScience @SfNIRS
Preprint: osf.io/preprints/meta…
A short 🧵👇 ...
Preprint: osf.io/preprints/meta…
A short 🧵👇 ...
On a step-by-step basis, we take the reader through all important aspects of study design – including the specification of hypotheses, sampling plan, analysis plan, and preprocessing pipeline – and thus provide guidance in planning a state-of-the-art fNIRS study. 2/7
To support researchers, we developed the "Preregistration for fNIRS Research (PRE-fNIRS) Template", adapting the established PRP-QUANT towards fNIRS research-specific needs and adding examples for fNIRS-specific items. 3/7
osf.io/hb4um/
osf.io/hb4um/
I am contemplating live-tweeting the @KernelCo launch of their TD #fNIRS device 'FLOW' - which starts in 6 minutes here:
Bit of background - I have worked in #biomedicaloptics and specifically #fNIRS for 10 years. I remember one of my PhD supervisors telling me there was no research career to be made in diffuse optics. I disagreed
My particular goal over the last few years has been to try to be the first to demonstrate high-density, whole-scalp, wearable diffuse optical imaging (DOT)/#fNIRS. @gowerlabs and @UCL_DOTHUB made a lot of progress towards that
So I wrote a paper all by myself (which rarely happens) about fNIRS hyperscanning, and what it means. This thread is a very short summary. 1/n
#fnirs hyperscanning is increasingly used to study social interaction. most studies record from 2 or more people and test if brain activity is 'coherent' between the people. but what does this coherence mean? 2/n
there is no telepathy, so coherence could be driven by the common environment, and few studies control for this. That is, coherence might be the same as the inter-subject correlations found by Hasson (& others) when solo participants watch the same movie in fMRI
