Kathryne J. Stabile
Papers
5
Total Citations
464
H-Index
5
About
Kathryne J. Stabile is a leading biomechanics researcher whose work has fundamentally shaped modern understanding of posterior cruciate ligament (PCL) injuries and reconstructions. Her research focuses on the intricate biomechanical interplay between the PCL, the posterolateral corner (PLC), and tibial geometry, particularly how tibial slope affects knee stability. Stabile’s most influential work, cited over 200 times, demonstrated that increasing tibial slope can anteriorly shift the tibia’s resting position, offering a novel surgical strategy for PCL-deficient knees. She also pioneered the biomechanical validation of combined double-bundle PCL and PLC reconstructions, showing that these components are codominant and must be addressed together to restore normal knee kinematics. Her comparative analysis of tibial inlay versus transtibial techniques (81 citations) provided critical evidence for more anatomic reconstruction methods, while her work on tibial fixation biomechanics (41 citations) advanced understanding of graft stability. Collectively, Stabile’s research has provided the biomechanical foundation for contemporary PCL surgical techniques, directly influencing clinical practices aimed at preventing premature arthritic changes and improving patient outcomes after complex knee injuries.
Research Focus
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Top Papers
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