Bottlang Michael | Biomechanics Laboratory Legacy Health System
スポンサーリンク
概要
関連著者
-
BOTTLANG Michael
Biomechanics Laboratory, Legacy Clinical Research & Technology Center
-
Bottlang Michael
Biomechanics Laboratory Legacy Health System
-
Bottlang Michael
Biomechanics Laboratory Legacy Clinical Research & Technology Center
-
Krieg James
Biomechanics Laboratory Legacy Health System
-
MADEY Steven
Biomechanics Laboratory, Legacy Clinical Research & Technology Center
-
Madey Steven
Biomechanics Laboratory Legacy Health System
-
MARSH John
Department of Electronics & Electrical Engineering, University of Glasgow
-
Marsh John
Department Of Orthopaedic Surgery University Of Iowa
-
SOMMERS Mark
Biomechanics Laboratory, Legacy Clinical Research & Technology Center
-
ROTH Christoph
Synthes USA, West Chester
-
HALL H.
Synthes USA, West Chester
-
KAM Benjamin
Department of Orthopaedics & Rehabilitation
-
EHMKE Larry
Biomechanics Laboratory, Legacy Clinical Research & Technology Center
-
SIMPSON Tamara
Oregon Health Sciences University
-
SIGG Juergen
Biomechanics Laboratory, Legacy Health System
-
LONG William
Biomechanics Laboratory, Legacy Health System
-
Ehmke Larry
Biomechanics Laboratory Legacy Clinical Research & Technology Center
-
Long William
Biomechanics Laboratory Legacy Health System
-
Madey Steven
Department Of Trauma Surgery Legacy Emanuel Hospital
-
Sommers Mark
Biomechanics Laboratory Legacy Clinical Research & Technology Center
-
Kam Benjamin
Department Of Orthopaedics & Rehabilitation
-
Sigg Juergen
Biomechanics Laboratory Legacy Health System
-
Roth Christoph
Synthes Usa West Chester
-
Brown Thomas
Department Of Biomedical Engineering University Of Iowa
-
STEYERS Curtis
Department of Orthopaedic Surgery, University of Iowa
-
Steyers Curtis
Department Of Orthopaedic Surgery University Of Iowa
-
Hall H.
Synthes Usa West Chester
-
BOTTLANG Michael
Biomechanics Laboratory, Legacy Health System
著作論文
- A Laboratory Model to Evaluate Cutout Resistance of Implants for Pertrochanteric Fracture Fixation
- Noninvasive Reduction of Open-Book Pelvic Fractures by Circumferential Compression
- Hinged External Fixation of the Elbow : Optimal Axis Alignment to Minimize Motion Resistance