Prüfung und Innovation ein Widerspruch?
OrthoLoadClub Sonderveranstaltung
am Mittwoch, den 21.02.2018
OrthoLoadClub Sonderveranstaltung
am Mittwoch, den 21.02.2018
New publication: Gluteal muscle damage leads to higher in vivo hip joint loads 3 months after total hip arthroplasty
PLoS ONE 13(1)
P. Damm, J. Zonneveld, S. Brackertz, F. Streitparth, T. Winkler
http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0190626
Knowledge of the internal joint loading and movement following total knee replacement is necessary in order to understand implant stability, wear mechanisms, and loading of the surrounding soft tissue structures. In order to achieve a deeper understanding of knee joint biomechanics, the CAMS-Knee project provides synchronous data of the following measures:
TKR loading (instrumented implants, three forces and three moments)
TKR kinematics (moving fluoroscope, 3D reconstruction of tibio-femoral implant kinematics)
Whole body kinematics (marker-based movement analysis)
Ground reaction forces (force plate data)
EMG (lower limb, 16 channel)
Video (patient movement)
Multiple subjects, multiple activities, multiple repetitions
New publication about the in vivo hip joint loads and pedal forces during ergometer cycling
Journal of Biomechanics 2017
P. Damm, J. Dymke, A. Bender, G. Duda, G. Bergmann
Comprehensive data samples, including synchronous joint kinetics and whole body kinematics are now available for free download. The loads acting in human joints were measured at the Charité in Berlin directly in patients by using instrumented implants. Additionally to the joint contact forces kinematic and kinetic data were synchronously captured in patients with instrumented knee and hip implants at the motion analysis lab of the Julius Wolff Institute and the Humboldt University of Berlin. For the analysis of various biomechanical issues comprehensive data sets were prepared.
The comprehensive data sets contain the following information:
Sample data sets are now released for free download which consist of 1 walking trial from one total knee and one total hip replacement subject.
Additionally data samples of the synchronous measured Ground Reaction Forces during walking, published in “Comparison of in vivo measured loads in knee, hip and spinal implants during level walking“, are now available at the database (Additional Data – *grf2f.eof). Take a look here for further information!
For the following clip numbers such Additional Data are available:
Knee Joint: K1L_281008_1_31; K2L_240311_1_20; K3R_291008_1_27; K4R_200312_1_43; K5R_230311_1_25; K6L_210311_1_28; K7L_28070_1_30; K8L_250311_1_24; K9L_290710_1_32
Hip Joint: H1L_060511_1_48; H2R_150811_2_98; H3L_141111_1_38; H4L_270112_2_80; H5L_050412_1_70; H6R_201112_2_107; H7R_191112_1_47; H8L_240413_1_48; H9L_301013_1_58; H10R_300114_1_88
The GRF data (inclusive RAW data) can also be downloaded as a zip file.
Journal of Biomechanics 2016
P. Damm, I. Kutzner, G. Bergmann, A. Rohlmann, H. Schmidt
Acta Biomater. 2016 Oct 24
Grupp TM, Fritz B., Kutzner I., Schilling C., Bergmann G., Schwiesau J.
https://www.ncbi.nlm.nih.gov/pubmed/27789345
Comprehensive data samples, including synchronous joint kinetics and whole body kinematics are now available for free download.
The data sets contain the following information:
Take a look here for further information!
https://orthoload.com/comprehensive-data-sample/