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Effects of wrist kinematic coupling movements during dart-thrower's motion
conference contributionposted on 2017-07-26, 00:00 authored by Nhan Nguyen, Hai Trieu Pham, Tarun Mahani, Pubudu PathiranaPubudu Pathirana, S Babazadeh, F Ling, Richard PageRichard Page
Recently, researchers have been paying more attention to the dart-throwers' motion since this oblique motion is intrinsic to humans; and it leads to distinct advantages in early human evolutionary development. Despite the pivotal role of this motion, it has received relatively few formal investigations in regards to real-time data measurement due to the limitations in image acquisition speeds. This study used inertial measurement unit (IMU) sensors to examine the ranges of flexion-extension and radial-ulnar deviation movements measured in anatomical plane and oblique plane. The trials involved 15 healthy subjects and 8 patients having four-corner fusion and radioscapholunate fusion. The results from the experiments demonstrated a significant difference between the range of flexion-extension motion in the anatomical plane and in the oblique plane while the results did not imply the same conclusion for the radial-ulnar deviation range. Thus, our findings emphasized the importance of using dart-thrower's motion to examine the functionality of the wrist rather than basic motions in the anatomical plane.
EventWireless Networks and Embedded Systems. International Conference (5th : 2016, Rajpura,India)
SeriesWireless Networks and Embedded Systems International Conference
PublisherInstitute of Electrical and Electronics Engineers
Place of publicationPiscataway, N.J.
Publication classificationE Conference publication; E1 Full written paper - refereed
Copyright notice2016, IEEE
Title of proceedingsWECON 2016 : Proceedings of the 5th International Conference on Wireless Networks and Embedded Systems
CategoriesNo categories selected
wrist kinematic coupling motiondart-thrower's motionreal-time human motion capturinginertial measurement unitquaternionranges of motions of the wrist jointScience & TechnologyTechnologyEngineering, Electrical & ElectronicTelecommunicationsEngineeringIN-VIVOTHROWING MOTIONPERFORMANCEEXTENSIONDEVIATIONNONUNIONMALUNIONSENSORSFLEXIONJOINT