BACKGROUND: Fracture morphology is crucial for the clinical decision-making process preceding spinal fracture treatment. The presented experimental approach was designed in order to ensure reproducibility of induced fracture morphology. RESULTS: The presented method resulted in fracture morphology, found in clinical classification systems like the Magerl classification. In the calf spine samples, 70% displayed incomplete burst fractures corresponding to type A3.1 and A3.2 fractures. In all human samples, superior incomplete burst fractures (Magerl A3.1) were identified by an independent radiologist and spine surgeon. CONCLUSIONS: The presented set up enables the first experimental means to reliably model and study distinct incomplete burst fracture patterns in an in vitro setting. Thus, we envisage this protocol to facilitate further studies on spine fracture treatment of incomplete burst fractures.
BACKGROUND:Fracture morphology is crucial for the clinical decision-making process preceding spinal fracture treatment. The presented experimental approach was designed in order to ensure reproducibility of induced fracture morphology. RESULTS: The presented method resulted in fracture morphology, found in clinical classification systems like the Magerl classification. In the calf spine samples, 70% displayed incomplete burst fractures corresponding to type A3.1 and A3.2 fractures. In all human samples, superior incomplete burst fractures (Magerl A3.1) were identified by an independent radiologist and spine surgeon. CONCLUSIONS: The presented set up enables the first experimental means to reliably model and study distinct incomplete burst fracture patterns in an in vitro setting. Thus, we envisage this protocol to facilitate further studies on spine fracture treatment of incomplete burst fractures.
Authors: Lee H Riley; Jason C Eck; Hiroyuki Yoshida; Young Do Koh; Jae Won You; Tae-Hong Lim Journal: Spine (Phila Pa 1976) Date: 2004-06-01 Impact factor: 3.468
Authors: René Hartensuer; Dominic Gehweiler; Martin Schulze; Lars Matuszewski; Michael J Raschke; Thomas Vordemvenne Journal: BMC Musculoskelet Disord Date: 2013-12-21 Impact factor: 2.362