Citations 2
Neuroregeneration: Spatial Differences in Cellular and Molecular Responses as a Function of the Material Used in Conduit‐Mediated Repair and Autograft Treatment of Peripheral Nerve Injuries (Adv. Funct. Mater. 12/2018)
Daly, William T. , Niemier, Ryan, Dillon, Simon T. , Mirsky, Rhona, Jessen, Kristján R. , Windebank, Anthony J. , Wang, Huan , Pandit, Abhay
Advanced Functional Materials | April 6, 2018 | Volume: 28 | Issue: 12 | Pages: No page available
Non‐invasive isometric force measurement of plantar flexors in rats
Chawla, Aditya , Spinner, Robert J. , Lizardi, Michael Torres , Yaszemski, Michael J. , Windebank, Anthony J. , Wang, Huan
Muscle & Nerve | February 24, 2014 | Volume: 50 | Issue: 5 | Pages: 812-821
ABSTRACTIntroduction: Isometric muscle force measurement is a sensitive marker for motor function recovery in rat nerve repair models. Current methods of eliciting maximal isometric force with nerve stimulation cannot provide longitudinal data.Methods: We developed a novel method for measuring isometric muscle force with a device designed to allow minimally invasive nerve stimulation and measurement of plantar flexion force. This indirectly elicited muscle force was compared with muscle force elicited by direct muscle stimulation in 3 surgical models.Results: The force measured after sciatic nerve transection and repair followed a parabolic trend. There was a postinjury decrease in force that continued until postoperative day 42, after which the force increased with time, indicating muscle reinnervation.Conclusions: This approach can track longitudinal changes in force in the most common animal model for studies of clinically relevant problems in the peripheral nerve field.Muscle Nerve50: 812–821, 2014