This channel includes videos on the principles of Functional Magnetic Resonance Imaging (fMRI) by Martin Lindquist and Tor Wager. Lectures can be found on our Coursera courses, and additional material in our book, "Principles of fMRI," on Leanpub. The channel also links to interesting videos on fMRI from others.
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An amazing video, really insightful.
what a great scientific explanation. bravo hats-off
you're incredible
love the sound of the squishing brain! Makes me feel like I'm mushing one right between my toes!
Thank you
Amazing intro. thanks you!
Really interesting that MVPA showed a different activation between positive and negative events in the amygdala! Thanks for your video and the understandable depiction of the topic, it hopefully helpes with my upcoming exam :)
thank you so much for these videos!
Great video. Thank you.
Thank you, perfect explaination
Excellent
You’re attractive
Thanks
Useless 👎🏻 I saw this course on coursera. They just talk and talk !!! without practical analysis on real fmri data.
The best explanation
thank you so much. I real had trouble understanding this concept prior to your video
non famous face .....typically worrying ......
Don't be nervous. You are cool.
Very helpful thank you very much
super helpful, thank you!
Thank you -- very helpful!
Thank you so much!
what about temporal filtering? you didnt come back to that
thank you so much!
thank you so much, it is very helpful!
What is "noise"?? Sorry for the dumb question, i'm a first year med student
Time stamp: 7:50
Noise refers to random variability in the data that "hides" the signal of interest.
This series is really concise and insightful. No idea why no comments.
I'm too busy clicking the next video to keep commenting.
@@jovanhowell8461 +1
Thank you!! Very helpful
Thank you
did anybody get why when using short or long TR and TE we get different dependencies?
Each aspect is very well defined. Thank you
Well explained! Thanks!
Hi.. your videos are the best. Your explanations are very comprehensible. Congrats. I would like to ask you for some new video (s) explaining more about the RF pulses and the magnetic gradient during the RNM exam. Thanks a lot. Cheers.
I am so grateful for you offering this awesome material about fMRI. !! :)
Very informative!! I finally understand fMRI acquisition! keep it up :)
Thank you for your enourmous work in putting these lectures together. They are very very helpful!
Thanks very much, really good summary of what im trying to learn atm.
thanks a lot
so cross validation is the solution?
Thank you so much !
it’s very helpful , Thank you 🙏🏻
Hi, I would like to ask about a slide Yule-Walker Estimates. Why we cannot fit the simple linear regression line to the data but the Yule-Walker estimate is used instead?
Hii
This wasn't just about neuroscience this is about how to think clearly.
Suggestion: use actual examples (clinical or otherwise) as much as possible. Otherwise it tends to become alphabet soup. PCA: Orthonormality ICA: Spatial independence for vectors that are linearly mixed but spatially fixed.
That intro sounds like macaroni and cheese, or sex
what toys u got going in the bedroom my man wtf
Very nice explanation. I wonder what are the predictors (X) in resting-state fMRI, when there is no task / stimulus / behaviour?
The answer is explained by Andrew Jahn. In RS-fMRI, the error variable is the signal kzread.info/dash/bejne/g5iEys2JaaeYXaQ.html
Great videos, thanks!
Really love you guys haha, great video
at 2:30 you said "Purple Brain"... hehe...