SS pause without a CS was sufficient to produce hypermetria and bending of the tongue.

<p><b>A.</b> We selected licks that did not have a CS but nevertheless experienced a long SS pause during the protraction deceleration period. Top row: SS rates for lick n that experienced a pause and licks n-1 and n+1 that did not. Bottom row: change in lick kinematics following t...

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Main Author:	Paul Hage (21071783) (author)
Other Authors:	Mohammad Amin Fakharian (13001984) (author), Alden M. Shoup (21071786) (author), Jay S. Pi (21071789) (author), Ehsan Sedaghat-Nejad (21071792) (author), Simon P. Orozco (11084555) (author), In Kyu Jang (21071795) (author), Vivian Looi (21071798) (author), Hisham Y. Elseweifi (21071801) (author), Nazanin Mohammadrezaei (21071804) (author), Alexander N. Vasserman (21071807) (author), Toren Arginteanu (21071810) (author), Reza Shadmehr (62714) (author)
Published:	2025
Subjects:	Molecular Biology Neuroscience Physiology Sociology Developmental Biology Cancer Space Science Biological Sciences not elsewhere classified would normally decelerate trajectory became hypermetric tongue much like tongue &# 8217 suppression took place movement required precision lingual vermis disrupted climbing fiber input cerebellum control deceleration lingual regions cerebellum contribute cerebellar vermis tongue movements xlink "> tube ), trained head stop protrusion small tubes sharp angles sense properties present even oral cavity nearby space inferior olive harvest food food morsels fixed marmosets experienced following complete suppression
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SS pause without a CS was sufficient to produce hypermetria and bending of the tongue.

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