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ISAKOS 2025 Congress Faculty

Adrian Deichsel, MD

Department for trauma, hand and reconstructive surgery, university hospital münster
Münster, NRW GERMANY

Sun 06/08 16:50 - 16:55	Room 12	Afternoon Scientific Session II Paper Arthroscopic Centralization of the Medial Meniscus Reduces Load on a Posterior Root Repair Under Dynamic Varus Loading: A Biomechanical Investigation Presenting Author
Tue 06/10 11:05 - 11:10	Room 13a	Morning Scientific Session Paper Anterior Slope-Modifying Osteotomy Reciprocally Alters Superficial Medial Collateral Ligament Strain: Slackening With Slope Reduction And Tightening With Slope Increase Author
Tue 06/10 14:05 - 14:10	Room 12	Afternoon Scientific Session I Paper Suture Tapes Show Increased Elongation When Using A Surgical Knot Compared To Round Sutures - A Biomechanical Study Author
Tue 06/10 14:45 - 14:50	Room 11	Afternoon Scientific Session I Paper The Interaction Between Valgus Deformity And Medial Collateral Ligament Reconstruction Forces - A Biomechanical Study Of Dynamic Valgus Loading Author
Hall D Wednesday & Thursday		Knee - Other In-Person Poster Restriction Of Posterior Tibial Translation By The Meniscofemoral Ligaments - A Robotic Biomechanical Study Author
Wed 06/11 10:35 - 10:40	Room 11	Morning Scientific Session Paper A Posterolateral Corner Reconstruction Reduces Acl Forces Regardless Of Knee Varus Alignment – A Biomechanical Investigation Author
Wed 06/11 14:35 - 14:40	General Session - Auditorium	Afternoon Scientific Session I Paper The Peripheral Stabilizers Of The Knee Become Primary Restraints To Posterior Tibial Translation In Internal And External Rotation – A Biomechanical Robotic Investigation Presenting Author
ePosters		Knee - Ligaments (Not ACL) E-Poster A Specific Area In The Femoral Footprint Of The Posterior Cruciate Ligament Acts As A Major Contributor In Resisting Posterior Tibial Displacement – A Biomechanical Robotic Investigation Presenting Author
ePosters		Knee - Ligaments (Not ACL) E-Poster The Role Of Fiber Areas In The Tibial Footprint Of The Posterior Cruciate Ligament Changes Depending On Flexion Angle – A Biomechanical Robotic Investigation Presenting Author
ePosters		Knee - Ligaments (Not ACL) E-Poster A Flat Posterior Cruciate Ligament Reconstruction With A Rectangular Femoral Tunnel Restores Native Knee Kinematics - A Biomechanical Robotic Study Presenting Author
ePosters		Knee - Ligaments (Not ACL) E-Poster A Flat Reconstruction Of The Medial Collateral Ligament And Anteromedial Structures Restores Native Knee Kinematics - A Biomechanical Robotic Investigation Presenting Author
ePosters		Research E-Poster Validation Of A Six Degrees Of Freedom Biomechanical Simulator For The Assessment Of Knee Joint Kinematics Presenting Author
ePosters		Knee - Patellofemoral E-Poster The Flexion Angle and the Intra-Articular Version in Different MRI Recording Techniques Influence the Tibial Tuberosity - Trochlea Groove Distance Presenting Author
ePosters		Knee - Ligaments (Not ACL) E-Poster Refixation Of Avulsion Fractures Of The Posterior Cruciate Ligament With Headless Compression Screws Provide Comparable Primary Biomechanical Properties Author

Disclosures

No Financial Conflicts to Disclose
All relevant financial disclosures have been mitigated.

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