10.25384/SAGE.6834638.v1
Vivek A. S. Ramakrishna
Vivek A. S.
Ramakrishna
Uphar Chamoli
Uphar
Chamoli
Luke L. Viglione
Luke L.
Viglione
Naomi Tsafnat
Naomi
Tsafnat
Ashish D. Diwan
Ashish D.
Diwan
Supplemental Material, Supplemantary_Information_20170809 - The Role of Sacral Slope in the Progression of a Bilateral Spondylolytic Defect at L5 to Spondylolisthesis: A Biomechanical Investigation Using Finite Element Analysis
SAGE Journals
2017
spondylolysis
spondylolisthesis
biomechanical instability
sacral slope
finite element analysis
L5-S1 disc shape
wedging
2017-11-16 12:00:00
Journal contribution
https://sage.figshare.com/articles/journal_contribution/Supplemental_Material_Supplemantary_Information_20170809_-_The_Role_of_Sacral_Slope_in_the_Progression_of_a_Bilateral_Spondylolytic_Defect_at_L5_to_Spondylolisthesis_A_Biomechanical_Investigation_Using_Finite_Element_Analysis/6834638
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Supplemental Material, Supplemantary_Information_20170809 for The Role of Sacral Slope in the Progression of a Bilateral Spondylolytic Defect at L5 to Spondylolisthesis: A Biomechanical Investigation Using Finite Element Analysis by Vivek A. S. Ramakrishna, Uphar Chamoli, Luke L. Viglione, Naomi Tsafnat, and Ashish D. Diwan in Global Spine Journal
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