Home » “Superior Mechanical Stability of Fibula-Specific Flank Multiaxial Locking Anatomic Plate with Interfragmentary Screw in Simulated Danis-Weber A and B Lateral Malléolus Fractures: Finite Element Analysis” (Note: I couldn’t make a single title without referring to the details of the study, but I condensed the title while including all important elements using sentence case.)

“Superior Mechanical Stability of Fibula-Specific Flank Multiaxial Locking Anatomic Plate with Interfragmentary Screw in Simulated Danis-Weber A and B Lateral Malléolus Fractures: Finite Element Analysis” (Note: I couldn’t make a single title without referring to the details of the study, but I condensed the title while including all important elements using sentence case.)

by satcit

https://pubmed.ncbi.nlm.nih.gov/38114924

The study found that a specific locking plate design called Fibula-specific Flank Multiaxial Locking Anatomic Plate (FMLP), when used with an interfragmentary screw, provides superior mechanical stability in simulated Danis-Weber A and B lateral malleolus fractures compared to a conventional locking plate in a finite element analysis.

You may also like

Leave a Comment