where specimens retained all local paraspinal muscle, dorsolumbar fascia and skin layers, to quantify multidirectional flexibility properties of the lumbar spine following destabilization, reconstruction of the posterior arch and reattachment of the posterior fascia to a spinous process prosthesis (SP-P)....
Study design: In-vitro cadaveric biomechanical study STUDY OBJECTIVE: The objective of this study was to characterize the biomechanical implications of spinous process compression, via in-situ shortening of a next-generation interspinous process fixation (ISPF) device, in the context of segmental ...