[@riccardobonacini3013]

"Is that clear?"
"No" 😂😂😂
Amazing professor! Thanks!

[@Thefuture_robloxyoutuber.]

There should be +2 units of change at TE (37:15), not -2.

[@roycolton4537]

obviously mistake, (-1) + (+3) just mathematically can't be a (+2). surprising how nobody ever commented on this.

[@josedejesusgonzalezbaez4666]

Thanks Dr. Michael Lipton's, i am seeing the video, is fantastic.
Att: Jose Baez.

[@nicolascotti806]

I don't get why at 46:26 the amount of phase shift with double the gradient pulse is -6 and not -7.
With double the gradient i should have a -8 shift in phase, compensated by the +1 of the beginning --> -7 in total.
Where am I wrong?
For the same reasons, in the third interval of time it should be +9 compensated by the previous -7 --> + 2 total at the end

[@maramsada8279]

how did he get -2 phase shift for the flowing spins during TE?

[@vijaymittal7998]

thank you for clarification, as always!

[@aminadan9029]

at 49:21, shouldn't odd echo have an odd number (5,15, 25 etc) and even echo a even number (10, 20, 40, 100 etc)?

[@angel13061987]

Since we can create gradients in any angle we desire by combining x,y,z coils isn't it possible to mitigate phase-misregistration-artifact by simply setting the phase-encoding direction perpendicular to the vein/flow and the much shorter freq.-encoding parallel to the flow?Thanks!

[@dr.adrianoliguori]

Just fantastic!

[@dr.adrianoliguori]

@ 48:30 is that why the IVC has sometimes high signal and sometimes low signal on chemical shift sequences?

[@Sumit_Sharma_Music]

Area explanation using the integral formula can be found at the image in the link below:
github.com/sumit-mig/sumit-mig.github.io/blob/master/images/veloctiy_correction.png

[@nerminahmedali6356]

Awesome

[@natjimoEU]

So cute to watch physician struggle over some basic math.