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Accurate  in vivo  measurement of finger joint kinematics is important for evaluation of treatment methods, implant designs, and for the development and validation of computer models of the hand. The main objective of this project was to develop a standardized finger kinematic measurement system employing electromagnetic (EM) tracking to measure  in vivo  finger motion pathways. A landmark digitization protocol was developed and used  in vivo , in a biomechanical study using EM trackers secured to the finger segments.  In vivo  results for finger flexion/extension showed no significant differences between EM and goniometer results, 5°±3°;  p  = 0.735.

A method for measuring in vivo finger kinematics using electromagnetic tracking