WAGNER HITSCHFELD, PABLO
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WAGNER HITSCHFELD, PABLO
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Email
pwagner@udd.cl
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Scopus Author ID
57194498847

Research Output

2020 2020 2019 2019 2018 2018 2017 2017 2016 2016 2015 2015 2014 2014 0.0 0.0 1.0 1.0 2.0 2.0 3.0 3.0 4.0 4.0 5.0 5.0

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Publication

Is the Rotational Deformity Important in Our Decision-Making Process for Correction of Hallux Valgus Deformity?

2018 , Pablo Wagner , EMILIO WAGNER HITSCHFFELD

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Publication

Arthroereisis What Have We Learned?

2018 , Cristian A. Ortiz , EMILIO WAGNER HITSCHFFELD , WAGNER HITSCHFELD, PABLO

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Publication

Minimally Invasive Achilles Tendon Repair

2016 , EMILIO WAGNER HITSCHFFELD , Pablo Wagner , Andres Keller , Diego Zanolli , Cristian Ortiz

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Publication

Metatarsal Pronation in Hallux Valgus Deformity: A Review

2020 , EMILIO WAGNER HITSCHFFELD , Pablo Wagner

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Lesser Metatarsal Complications After MIS Surgery

2017 , Gabriel Khazen , Pablo Wagner , EMILIO WAGNER HITSCHFFELD

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Publication

Using the Center of Rotation of Angulation Concept in Hallux Valgus Correction Why Do We Choose the Proximal Oblique Sliding Closing Wedge Osteotomy?

2018 , EMILIO WAGNER HITSCHFFELD , Cristian Ortiz , Pablo Wagner

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Rotational Osteotomy for Hallux Valgus. A New Technique for Primary and Revision Cases

2017 , Pablo Wagner , Cristian Ortiz , EMILIO WAGNER HITSCHFFELD

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Publication

The Use of a Triplanar Metatarsal Rotational Osteotomy to Correct Hallux Valgus Deformities

2019 , Pablo Wagner , EMILIO WAGNER HITSCHFFELD

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Mini-Open Achilles Tendon Rupture Repair

2019 , EMILIO WAGNER HITSCHFFELD , Pablo Wagner

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Publication

Biomechanical Evaluation of Circumtibial and Transmembranous Routes for Posterior Tibial Tendon Transfer for Dropfoot

2018 , EMILIO WAGNER HITSCHFFELD , Pablo Wagner , Diego Zanolli , Rubén Radkievich , Gunther Redenz , Rodrigo Guzman

Background: Tibialis posterior tendon transfer is performed when loss of dorsiflexion has to be compensated. We evaluated the circumtibial (CT), above-retinaculum transmembranous (TMAR), and under-retinaculum transmembranous (TMUR) transfer gliding resistance and foot kinematics in a cadaveric foot model during ankle range of motion (ROM). Methods: Eight cadaveric foot-ankle distal tibia specimens were dissected free of soft tissues on the proximal end, applying an equivalent force to 50% of the stance phase to every tendon, except for the Achilles tendon. Dorsiflexion was tested with all of the tibialis posterior tendon transfer methods (CT, TMAR, and TMUR) using a tension tensile machine. A 10-repetition cycle of dorsiflexion and plantarflexion was performed for each transfer. Foot motion and the force needed to achieve dorsiflexion were recorded. Results: The CT transfer showed the highest gliding resistance ( P < .01). Regarding kinematics, all transfers decreased ankle ROM, with the CT transfer being the condition with less dorsiflexion compared with the control group (6.8 vs 15 degrees, P < .05). TMUR transfer did perform better than TMAR with regard to ankle dorsiflexion, but no difference was shown in gliding resistance. The CT produced a supination moment on the forefoot. Conclusion: The CT transfer had the highest tendon gliding resistance, achieved less dorsiflexion and had a supination moment. Clinical Relevance We suggest that the transmembranous tibialis posterior tendon transfer should be the transfer of choice. The potential bowstringing effect when performing a tibialis posterior tendon transfer subcutaneously (TMAR) could be avoided if the transfer is routed under the retinaculum, without significant compromise of the final function and even with a possible better ankle range of motion.

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