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Back          TKA | THA | Spine | Registration | Accuracy | Imaging Fluoro | New Apps. | Trauma TKA Posters The Computer Navigation System in TKA - Three Years Experience with Orthopilot Confalonieri, N., Cerea, P., Motavalli, K., and Manzotti, A. Istituti Clinici di Perfezionamento (CTO), ITALY Dynamic Measurement of the Coronal Femorotibial Angle by Computer Assisted Total Knee Arthroplasty Implantation Jenny, J.-Y. and Boeri, C. Center for Orthopaedic and Trauma Surgery of Strasbourg, FRANCE Contribution of Computer Navigation in the Evaluation of Femoral Rotation during Total Knee Replacement 1Saragaglia, D., 1Chaussard, C., 2Liss, P., 1Pichon, H., 1Berne, D., and 1Chaker, M. 1CHU de Grenoble, FRANCE, and 2Hôpital de Voiron, FRANCE Computer Assisted Implantation of Total Knee Arthroplasty - First Experiences in 50 Implantations using the SurgiGATE-KneeTKA System 1Wendl, K., 1Grützner P.A., 2Kunz, M., 2Nolte, L.-P., 1Vock, B., and 1Wentzensen, A. 1University of Heidelberg, GERMANY and 2University of Bern, SWITZERLAND The Accuracy of Computed Tomography-Based Image-Guided Knee Replacement Nabeyama, R., Matsuda, S., Miura, H., Mawatari, T., Tanaka, K., and Iwamoto, Y. Kyushu University, JAPAN CT-Based Navigation System for Total Knee Replacement - A Pilot Study Nizard, R., Vangaver, E., Dekeuver, P., and Sedel, L. Lariboisiere Hospital, FRANCE Navigation in Knee Arthroplasty without Rigid-Body at the Iliac Crest - A Prospective Comparative Study using Conventional and Computer Aided Instrumentation Clemens, U., Miehlke, R.K., and Bause, L. St. Josef Stift, GERMANY Precision Measurement of the Navigated, Reconstructed, Mechanical Axis on Implantine a Total Knee Prosthesis - Description of Method and Results Ritschl, P., Fuiko, R., and Zettl, R. Orthopadisches Krankenhaus Gersthof, AUSTRIA A Three-Dimensional Evaluation for Positioning of Total Knee Arthroplasty and its Application for Osteotomy Control by a System of Three-Dimensional Leg Alignment Assessment with Digital X-Ray 1Koga, Y., 2Sato, T., 1Nishino, K., and 3Ogura, H. 1Niigata Kobari Hospital, JAPAN, 2Niigata University, JAPAN, and 3Niigata TechnoWing, Co., Ltd., JAPAN Applications of Surgical Navigation to Primary Total Knee Arthroplasty 1,2,3Murphy, S., 1,3Gobezie, R., 4Lyons, C., 4Harber, C., and 5Goodchild, G. 1Beth Israel-Deaconess Medical Center, USA, 2New England Baptist Hospital, USA, 3Harvard Medical School, USA, 4Richards, Smith and Nephew Surgical Navigation, USA, and 5Medtronics Surgical Navigation Technology, USA A Step to Modularity: A New Non-Image Guided Application for Navigated Total Knee Replacement (TKR) with the Navitrack( System: First Clinical Experience Mattes, Th. and Puhl, W. Orthopedic University Hospital, GERMANY The Bilateral Symmetry of the Individual Knees 1Pashmineh-Azar, A., 2Niess, C., 1Schnabel, M., 1Junge, A., and 1Gotzen, L. 1Phillips-University of Marburg, GERMANY and 2Johann Wolfgang Goethe-University, GERMANY Total Knee Replacement - Standard Surgical Technique vs. Computer Assisted Approach 1deSteiger, R., 2Swoboda, B., 3Westphal, C., and 4Slomczykowski, M. 1Royal Melbourne Hospital, AUSTRALIA, 2Waldkrakenhaus St. Marien, GERMANY, 3Klinikum Neustadt, GERMANY, and 4DePuy International, UNITED KINGDOM A Planning System for Active Constraint Robot Knee Surgery 1Harris, S., 1Rodriguez y Baena, F., 1Jakopec, M., 1Gomes, P., 2Cobb, J., and 1Davies, B. 1Imperial College of Science, Technology and Medicine, UNITED KINGDOM and 2University College London Hospitals Trust, UNITED KINGDOM Early Experience with a CT based Image Guided System for Total Knee Arthroplasty Swank, M.L. Cincinnati Orthopaedic Research Institute, USA Computer Navigation for Unicompartmental Knee Arthroplasty 1Tatsumi, I., 1Nakajima, S., 2Ikebuchi, T., 1Kadoya, Y., 1Kobayashi, A., and 1Yamano, Y. 1Osaka City University, JAPAN and 2Osaka Pref. Rehabilitation Hospital, JAPAN CAS in the TKR using the Fluoroscopic Based Ion-Station - The First Results of a Prospective Study Kettrukat, M., Hagena, F.-W., Christ, R.-M., and Hackbarth, M. Auguste-Viktoria-Klinik Bad Oeynhausen, GERMANY The Rationale for and Initial Experience with a Knee Suite of Computer Assisted Surgical Applications 1Stulberg, S.D., 2Eichhorn, J., 3Saragaglia, D., and 4Jenny, J.-Y. 1Northwestern University School of Medicine, USA, 2Orthopädisch-Sporttraumatologische Praxis, GERMANY, 3Grenoble University, FRANCE, and 4Centre de Traumatologie et d'Orthopedie, FRANCE A Generalized Model for Predicting Force and Accuracy in Bone Milling with Application to Computer-Assisted Knee Arthroplasty 1Plaskos, C., 1Hodgson, A.J., and 2Masri, B.A. 1University of British Columbia, CANADA and 2Vancouver General Hospital, CANADA THA Posters First Italian Clinical Experience with Robot-Assisted Total Hip Replacement 1Pipino, F., 1Franchin, F., 1Sanguineti, F., 1Grandizio, M., and 2Fadda, M. 1Genoa University, ITALY and 2URS Ortho, GERMANY 2 Years Follow Up - A Prospective Randomized Controlled Trial of a Computer Navigated Placement of Two Different Uncemented Hip Cups 1Wiese, M., 1Rubenthaler, F., 1Warkentin, H., 2Langlotz U., and 3Bernsmann, K. 1St. Josef Hospital, GERMANY, 2Medivision, SWITZERLAND, and 3Girardet Clinic Essen, GERMANY Optimal Range of Motion in Total Hip Arthroplasty Requires Compliant Combinations of Cup and Stem Positioning during Surgery - Recommendations for Computer-Assisted Navigation Widmer, K.-H. Kantonsspital Bruderholz, SWITZERLAND New Application in Robot-Assisted Surgery: Primary Considerations 1Bauer, A., 2Torres Sánchez, R., and 2Fernández Meroño, J.M. 1Marbella High Care, SPAIN and 2Polytechnic University of Cartagena, SPAIN Applications of Surgical Navigation to Primary Total Hip Arthroplasty Murphy, S., Gobezie, R., and Deshmukh, R. Beth Israel-Deaconess Medical Center, USA, New England Baptist Bone and Joint Institute, USA and Harvard Medical School, USA Experience with a Hybrid CT-Free Navigation System for Acetabular Cup Placement in Clinical Routine 1Grützner, P.A., 1Vock, B., 2Langlotz, U., 2Wälti, H., 2Rose, E., 1Korber, J., 2Nolte, L.-P., and 1Wentzensen, A. 1University of Heidelberg, GERMANY and 2University of Bern, SWITZERLAND XALIGN: Determining Acetabular Cup Position Following Total Hip Replacement - A Patient Data Study 1Jaramaz, B., 2Cassenti, L., 2LaRose, D., 2Kanade, T., 1Moody, J., 1DiGioia, A.M., III, 1Levison, T., and 2Dostmohamed, H. 1The Western Pennsylvania Hospital, USA and 2Carnegie Mellon University, USA Effects of Large-Diameter Femoral Implant Heads on Functional Range of Motion after THR Nikou, C., Jaramaz, B., and DiGioia, A.M., III The Western Pennsylvania Hospital, USA Computer Assisted Hip-Cup Placement versus Conventional Free-Hand Hip-Cup Placement 1Stockheim, M., 2Michaelis, U., 2Krödel, A., 3Steffen, R., 3Eppe, 1Kuehle, P., 1Rubenthaler, F., 1Wiese, M., and 1Haaker, R. 1Ruhr-University Bochum, GERMANY, 2Alfried Krupp Hospital, GERMANY, and 3Marien-Hospital, GERMANY PACS-Based X-Ray Planning System for Hip Replacement Croitoru, H., Tate, P.M., Fu, L., and Sati, M. Cedara Software Corp., CANADA "Pinless" System for Robodoc 1Barger, W.L., 2Sahay, A., 2Cohan, S., and 2Mittlestadt, B. 1Sutter General Hospital, USA and 2Integrated Surgical Systems, Inc., USA Spine Posters The Role of CAOS in the Training of Junior Orthopaedic Surgeons: Pedicle Screw Placement in Porcine Lumbar Spines 1Kurta, I.C., 2Richards, P.J., 1Dove, M., 1Jasani, V., 1Wynn Jones, C.H., 1Rahmatalla, A., 3MacKenzie, G., and 1,4Dove, J. 1City General Hospital, UNITED KINGDOM, 2North Staffordshire NHS Trust, UNITED KINGDOM, 3Keele University, UNITED KINGDOM, and 4Stoke-on-Trent, UNITED KINGDOM Accuracy of Traditional, CT- and C-Arm-Based Navigated Transpedicular Drilling in the Thoracic and Lumbar Spine in a Standardized in Vitro Model Arand, M., Schempf, M., Fleiter, T., Kinzl, L., and Gebhard, F. University of Ulm, GERMANY Placement of Cervical Pedicle, - Lateral-Mass - and C1-C2 - Screws with Virtual Computed Fluoroscopy - A Feasibility Study Fritsch, E.W., Gödde, S., Seil, R., Duchow, J. University of Saarland, GERMANY An Easy Way to Check Accuracy of Spinal Navigation Grieshammer, Th., Geske, R., Träger, U., and Schulz, W. Klinikum Neubrandenburg, GERMANY Fluoroscopy-Based Navigation in the Lumbar Spine - A Preclinical Study for Pedicle Screw Insertion in Human Cadavers Bodammer, A., König, B., Scholz, M., Kandziora, F., Schnake, K., Stöckle, U., and Haas, N.P. Charité Berlin, GERMANY Intraoperative Planning and Fluoroscopic Navigation of Minimal-Invasive Approach for Kyphoplasty Ohnsorge, J.A.K., Weisskopf, M., Radermacher, K., Prescher, A., Mahnken, A., and Siebert, C. University Clinic Aachen, GERMANY and Helmholtz-Institute for Biomedical Engineering, GERMANY Non-Invasive MR to 3D Rotational X-Ray Registration of Vertebral Bodies 1,2van de Kraats, E.B., 1,2van Walsum, Th., 1Verlaan, J.-J., and 1,2Niessen, W.J. 1University Medical Centre Utrecht, THE NETHERLANDS and 2Image Sciences Institute, THE NETHERLANDS Registration Posters The Comparison of Different Matching Typs and Validation of the Surfacematching in a CT Based Knee Navigation System 1Wiese, M., 1Schmidt, K., 1Willburger, R.E, 2Immerz, M., 1Seidel, K., and 1Awakowicz, A. 1St. Josef Hospital, GERMANY and 2BrainLAB, GERMANY Comparison of Three Different Ultrasound B-Mode Calibration Methods Kowal, J., Amstutz, C.A., and Nolte, L.-P. University of Bern, SWITZERLAND Ultrasonic Registration Techniques 1,2Ioppolo, J.L., 1Kowal, J., and 1Nolte, L.-P. 1University of Bern, SWITZERLAND and 2University of Western Australia, AUSTRALIA A-Mode Ultrasound based Registration in Total Hip Arthroplasty Heger, St., Portheine, F., Ohnsorge, J., and Radermacher, K. University Clinic Aachen, GERMANY Minimally Invasive Registration Techniques for Surgical Navigation using Intraoperative Ultrasound 1Amin, D.V., 1Kanade, T., 2DiGioia, A.M., III, 2Jaramaz, B., 2Moody, J.E., 2Nikou, C., 1LaBarca, R.S., and 2Levison, T.J. 1Carnegie Mellon University, USA and 2The Western Pennsylvania Hospital, USA Accuracy Posters Accuracy of CT-Based Acetabular Cup Planning with Respect to the Pelvic Frontal Plane 1Steffen, R., 1Eppe, T., 1Reichwein, F., and 2Marx, A. 1Marienkrankenhaus Kaiserswerth, GERMANY and 2University of Bern, SWITZERLAND An Accuracy Assessment Framework for Orthopaedic Surgical Navigation Systems 1Moody, J.E., 1Mor, A. B. 2LaBarca, R.S., 3Sell, D., 1Nikou, C., 2Omer, A., 1Jaramaz, B., and 1DiGioia, A.M., III 1The Western Pennsylvania Hospital, USA, 2Carnegie Mellon University, USA, and 3CASurgica, Inc., USA Computer Assisted Fracture Reduction: A Novel Method for Analysis of Accuracy 1Geerling, J., 1Hüfner, T., 1Citak, M., 1Richter, M., 1Gössling, T., 2Pohlemann, T., 3Tarte, S., and 1Krettek, C. 1Hannover Medical School, GERMANY, 2University of Saarland, GERMANY, and 3University of Bern, SWITZERLAND Imaging Fluoro Posters Quantitative Evaluation of Intraoperative Radiation Doses in Patients using Computer-Assisted Surgery Gebhard, F., Kraus, M., Kinzl, L., and Arand, M. University of Ulm, GERMANY Validation of Fluoroscopy based Navigation in the Collum Femoris 1Schep, N.W.L., 2van Walsum, Th., 1Broeders, I.A.M.J., and 1van der Werken, Chr. 1University Medical Center Utrecht, THE NETHERLANDS and 2Image Sciences Institute, THE NETHERLANDS Robust Automatic C-Arm Calibration for Fluoroscopy-Based Navigation Livyatan, H., Yaniv, Z., and Joskowicz, L. Hebrew University of Jerusalem, ISRAEL Fluoroscopy based Surgical Navigation for Guidewire Placement in Femoral Neck Fractures: A Controlled Experimental Study 1Beck, T., 2Zuna, I., 1Marazzi, C., 1Städele, H., 1Messmer, P., 1Regazzoni, P., and 1,3Suhm, N. 1University of Basel, SWITZERLAND and 2German Cancer Research Center, GERMANY, and 3AO Development Institute, SWITZERLAND Anatomical Registration Implementation and Results for a "Hands-On" Robotic Knee Surgery System 1Rodriguez y Baena, F.M., 1Davies, B.L., 1Jakopec, M., 1Harris, S.J., 1Gomes, P.S.F., and 2Cobb, J. 1Imperial College, UNITED KINGDOM and 2University College London Hospitals Trust, UNITED KINGDOM Positioning of Sacroiliac Screws with Fluoroscopy based Navigation Technique 1Schep, N.W.L., 2van den Bosch, E.W., 2Haverlag, R., and 2van Vugt, A.B. 1University Medical Center Utrecht, THE NETHERLANDS and 2University Hospital Rotterdam, THE NETHERLANDS Surface/Volume Models Reconstruction of Bones for Surgical Planning 1Archip, N., 2Dessenne, V., and 1Erard, P.-J. 1University of Neuchâtel, SWITZERLAND and 2Medivision/STRATEC, SWITZERLAND Preliminary Results of a Prospective Randomized Clinical Trial: The Placement of Sacroiliac Screws with Fluoroscopy based Image Guidance versus Conventional Fluoroscopic Technique Hinsche, A.F., Giannoudis, P.V., and Smith, R.M. St. James's University Hospital Leeds, UNITED KINGDOM Virtual Fluoroscopy for Screw Fixations in Pelvic Surgery Stoeckle, U., Koenig, B., Dahne, M., and Haas, N.P. Humboldt University Berlin, GERMANY A Co-Registration Technique for Fluoroscopically-Guided Robotic Surgery Prasad, S.K., Li, M., Ramey, N.A., Frassica, F.J., and Taylor, R.H. Johns Hopkins University, USA New Applications Posters Computer Assisted High Tibial Valgus Osteotomy for Treatment of Genu Varum - A Study of 19 Cases 1Saragaglia, D., 1Pradel, P., 1Chaussard, C., 2Liss, P., 1Pichon, H., 1Berne, D., and 1Chaker, M. 1CHU de Grenoble, FRANCE and 2Hôpital de Voiron, FRANCE Combined C-Arm and Laser Projection Prototype Device 1Chen, E., 1Ewerbeck, V., and 2Kikinis, R. 1University of Heidelberg, GERMANY and 2Harvard Medical School, USA A Novel Laser Guidance System to Present the Information of Navigation Directly in the Surgical Field 1Sugano, N., 1Sasama, T., 1Koyama, T., 1Nakajima, Y., 1Sato, Y., 1Tamura, S., 2Momoi, Y., 3Fujie, M., 4Sakuma, I., and 5Yonenobu, K. 1Osaka University Medical School, JAPAN, 2Hitachi Ltd, JAPAN, 3Waseda University, JAPAN, 4University of Tokyo, JAPAN, and 5Osaka Minami National Hospital, JAPAN Robot-Guided Long Bone Intramedullary Distal Locking: Concept and Preliminary Results 1Joskowicz, L., 2Milgrom, C., 3,4Shoham, M., 1Yaniv, Z., and 2Simkin, A. 1Hebrew University of Jerusalem, ISRAEL, 2Hadassah University Hospital, ISRAEL, 3Technion, ISRAEL, and 4Masor Robotics Ltd., ISRAEL Flouroscopy based Navigated Drilling of the Femoral Head for Avascular Necrosis: A Laboratory and Clinical Study Duchow, J., Fritsch, E., and Seil, R. University of Saarland, GERMANY Use of Industrial Robots for Computer Assisted Orthopaedics Surgery - Application to the Locking of Intramedullary Nails 1Torres, R., 1Aznar, M., 1Fuentes, J.A., 2Bauer, A., and 1Fernández, J.M. 1Polytechnic University of Cartagena, SPAIN and 2Marbella High Care Orthopaedic Clinic, SPAIN Towards Computer Assisted Surgery in Total Shoulder Joint Replacement 1,2Valstar, E.R., 1Botha, C.P., 2Rozing, P.M., 1Post, F.H., 1Vossepoel, A.M., and 1van der Helm, F.C.T. 1Delft University of Technology, THE NETHERLANDS and 2Leiden University Medical Center, THE NETHERLANDS 3D Simulation-Based Analysis of Changes in the Femoro-Tibial Angle and Hip-Knee-Ankle Angle due to Lower Extremity Rotation on Preoperative Radiographs and Rotational Shift in High Tibial Osteotomy 1Kawakami, H., 1Sugano, N., 1Hagio, K., 2Yonenobu, K., 1Ochi, T., 1Yoshikawa, H., 3Nagaoka, T., 4Hattori, A., and 4Suzuki, N. 1Osaka University Graduate School of Medicine, JAPAN, 2Osaka-Minami National Hospital, JAPAN, 3Waseda University, JAPAN, and 4Jikei University School of Medicine, JAPAN High Tibial Osteotomy - Use of the OrthoPilot Navigation System Prymka, M., Petersen, W., and Hassenpflug, J. University of Kiel, GERMANY An Integrated Training and Monitoring Solution for CAS Systems: Design and Testing 1de Siebenthal, J., 2Grützner, P.A., 3Barea, C., and 1Langlotz, F. 1University of Bern, SWITZERLAND, 2BG Unfallklinik, GERMANY, and 3University Hospital of Geneva, SWITZERLAND Workspaces of the Human Knee 1Fuller, J.E., 2Murphy, M.C., and 3Brown, G.A. 1Schlumberger Reservoir Completions, USA, 2Louisiana State University, USA, and 3University of Minnesota, USA The Multifunctional Therapy Suite in Basel: A New Approach to Elective Guided Therapy and Emergency Single Stage Diagnosis and Treatment Beck, T.M., Messmer, P., Regazzoni, P., and Jacob, A. L. University Hospital of Basel, SWITZERLAND 3D-Navigation with Iso-C-3D Datasets: Experimental Evaluation in Pedicle Screw and SI-Screw Placement and First Clinical Cases Euler, E., Heining, S.M., Riquarts, C., and Mutschler, W. University of Munich, GERMANY Intraoperative Measurement of Torsion Angle and Leg-Length in Trauma Surgery using Iso-C-3D-Datasets Heining, S.M., Euler, E., Wirth, S., Wassermann, S., and Mutschler, W. University of Munich, GERMANY A Minimally Invasive Approach to Pelvic Osteolysis Prasad, S., Li, M., Ramey, N., Frassica, F., and Taylor, R. Johns Hopkins University, USA Minimally Invasive Computer-Assisted Excision of Osteoid Osteoma Athwal, G.S., Ellis, R.E., Pichora, D.R., and Rudan, J.R. Queen's University, CANADA CAS Systems in Clinical Routine - Are They Usable? 1Zimolong, A., 1Wu, T., 2Zimolong, B., 3de Siebenthal, J., and 1Radermacher, K. 1University Clinic Aachen, GERMANY, 2Ruhr-Universitat Bochum, GERMANY, and 3University of Bern, SWITZERLAND New Indications for Computer Assisted Surgery: Ankle Fusion Hüfner, T., Geerling, J., Oldag, G., Gössling, T., Richter, M., and Krettek, C. Hannover Medical School, GERMANY Assessment of Preoperative Computer Simulated Proximal Femoral Osteotomy in Finite Element Analysis 1Hung, S.S., 1Lee, M.S., 2Chen, W.B., and 2Ho, S.S. 1Chang Gung Memorial Hospital, TAIWAN and 2Chung Yuan University, TAIWAN Trauma Posters Internal Fixation of Hip Fractures with Computer Assisted Surgery (CAS) Initial Experience Schep, N.W.L., Verleisdonk, E.J.M., Broeders, I.A.M.J., and van der Werken, Chr. University Medical Centre Utrecht, THE NETHERLANDS Anterior Cruciate Ligament Reconstruction using a CAOS System: Preliminary Results 1Ménétrey, J., 1Suvà, D., 1Genoud, P., 2Sati, M., 1Hoffmeyer, P., and 1Fritschy, D. 1University Hospital of Geneva, SWITZERLAND and 2University of Bern, SWITZERLAND CARED - Computer Assisted Reduction - A New Concept for Fracture Treatment 1Schmucki, D., 2Messmer, P., 2Suhm, N., and 1Koller, S. 1AO Development Institute, SWITZERLAND and 2University Hospital Basel, SWITZERLAND Minimally Invasive Image-Guided Surgery in the Treatment of Intertrochanteric Fractures 1Pojedinec, J., 2Goodchild, G., and 3Harber, C. 1Private Practice, USA, 2Medtronic, USA, and 3Smith & Nephew, USA Virtual Reduction of Pelvic and Acetabular Fractures 1Tarte, S., 1Langlotz, F., 2Hüfner, T., and 1Nolte, L.-P. 1University of Bern, SWITZERLAND and 2Hanover Medical School, GERMANY Clinical Experience in ACL Reconstruction with the Ortho-Pilot System Eichhorn, J. Orthopädisch-Sporttraumatologische Praxis, GERMANY A New Standard Planning for the Graft Insertion Sites in the Computer Assisted Reconstruction of the Anterior Cruciate Ligament 1Pashmineh-Azar, A., 2Niess, C., 1Junge, A., 1Schnabel, M., and 1Gotzen, L. 1Philipps-University of Marburg, GERMANY and 2Johann Wolfgang Goethe-University, GERMANY Computer-Aided Trauma Surgery - Preliminary Report of 25 Cases Gautheron, T., Daaboul, K., Benjelloun, S., Alfon, J., Macey, S., Buyst, K., Rebreyend, B., Coutier, M., and Scrimgeour, K. Centre Hospitalier Moutiers, FRANCE Back          TKA | THA | Spine | Registration | Accuracy | Imaging Fluoro | New Apps. | Trauma

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