Architectural properties of the original fiber tracts in the −10° and + 20° ankle position and the transformed fiber tracts.
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posted on 2025-03-10, 17:32 authored by Melissa T. Hooijmans, Carly A. Lockard, Xingyu Zhou, Crystal Coolbaugh, Roberto P. Guzman, Mariana E. Kersh, Bruce M. DamonArchitectural properties of the original fiber tracts in the −10° and + 20° ankle position and the transformed fiber tracts.
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similar approach couldseven healthy participantsseed points alongsectional areas estimatesinitial step towardfollowing passive rotation3t mr systemskeletal muscle architectureevaluate muscle architecturemean architectural parametersaverage architectural characteristics− 10 °extended joint positionbased strategy maydiv >< pmuscle average fiberpropagate dti fibermuscle functionarchitectural propertiesregistration strategyflexed position20 °fiber insertiondti fiberwater scanstwo positionstract lengthterm objectivestudent ’resolution fatphysiological crosspennation angleobserved changeslower legkey determinantimage registrationfascicle lengthdti ),displacement fieldsdiffer significantlycurrently feasiblecontracted statecharacterize dtianatomical images>- tests
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