These videos are so helpful. I am doing your course on neuroscience- understanding the brain on coursera and these videos are a huge help. Thank you so much for spiking an interest to learn about a subject I have no clue about. I’m not a science student and yet I am hooked on this subject.
WOW! Watching this reminds me of the first time I held first newborn child in my hands. Looking at that tiny miracle; it was the first time I knew for sure you can never deny God. I highly recommend that experience for all. 8:30 - 8:57 Thank you for this video!
efference copies are feed-forward (ventral spinocerebellar tract and rostral spinocerebellar tract), whilst reafferences are feed-back (Dorsal spinocerebellar and cuneocerebellar tracts)
These videos are so helpful. I am doing your course on neuroscience- understanding the brain on coursera and these videos are a huge help. Thank you so much for spiking an interest to learn about a subject I have no clue about. I’m not a science student and yet I am hooked on this subject.
Thank you for an amazing video, Professor Mason!
You are the best physio teacher ever!
Wonderful explanation 👏
Thanks
May Allah bless you ❤
WOW! Watching this reminds me of the first time I held first newborn child in my hands. Looking at that tiny miracle; it was the first time I knew for sure you can never deny God. I highly recommend that experience for all. 8:30 - 8:57 Thank you for this video!
So the afference copies are Feed-forward systems?
and references are Feed-back?
efference copies are feed-forward (ventral spinocerebellar tract and rostral spinocerebellar tract), whilst reafferences are feed-back (Dorsal spinocerebellar and cuneocerebellar tracts)
damn boy
Army sniper 1968, we were trained to hit the cerebellum . They explode and drop. Instant kill at 200 yards.
John citizen Wouldn't any less selective headshot be sufficient?