The implementation of innovative technologies in the exoprosthetic Genium knee joint allows additional functions increasing the daily benefit for the user. In comparison to the C-Leg, 11 subjects with unilateral transfemoral amputation were investigated in a gait lab during different everyday situations (walking on level ground, walking on stairs and ramps, standing on an incline). Compared to the C-Leg, the new functions of the Genium allow further approximation to the natural gait pattern as well as partially reduced loading of the intact locomotor system during all investigated situations. This is primarily ascribed to the sophisticated swing phase control, the automatically activated and deactivated standing function and the possibility of alternating stair ascent.
%0 Conference Paper
%1 Bellmann2011
%A Bellmann, M.
%A Schmalz, T.
%A Ludwigs, E.
%A Blumentritt, S.
%B Technically Assisted Rehabilitation, 3rd European Conference, Berlin, March 17 - 18
%D 2011
%K prosthetic knee joint
%T Biomechanically functional performance of a new microprocessor-controlled prosthetic knee joint
%X The implementation of innovative technologies in the exoprosthetic Genium knee joint allows additional functions increasing the daily benefit for the user. In comparison to the C-Leg, 11 subjects with unilateral transfemoral amputation were investigated in a gait lab during different everyday situations (walking on level ground, walking on stairs and ramps, standing on an incline). Compared to the C-Leg, the new functions of the Genium allow further approximation to the natural gait pattern as well as partially reduced loading of the intact locomotor system during all investigated situations. This is primarily ascribed to the sophisticated swing phase control, the automatically activated and deactivated standing function and the possibility of alternating stair ascent.
@inproceedings{Bellmann2011,
abstract = {The implementation of innovative technologies in the exoprosthetic Genium knee joint allows additional functions increasing the daily benefit for the user. In comparison to the C-Leg, 11 subjects with unilateral transfemoral amputation were investigated in a gait lab during different everyday situations (walking on level ground, walking on stairs and ramps, standing on an incline). Compared to the C-Leg, the new functions of the Genium allow further approximation to the natural gait pattern as well as partially reduced loading of the intact locomotor system during all investigated situations. This is primarily ascribed to the sophisticated swing phase control, the automatically activated and deactivated standing function and the possibility of alternating stair ascent.},
added-at = {2012-01-13T15:17:39.000+0100},
author = {Bellmann, M. and Schmalz, T. and Ludwigs, E. and Blumentritt, S.},
biburl = {https://www.bibsonomy.org/bibtex/2b7906dd2b605b242dc24bc8b8795cb88/bunke},
booktitle = {Technically Assisted Rehabilitation, 3rd European Conference, Berlin, March 17 - 18},
file = {Bellmann2011.pdf:Bellmann2011.pdf:PDF},
groups = {public},
interhash = {836bd708abc547c4c5fcbb253b183828},
intrahash = {b7906dd2b605b242dc24bc8b8795cb88},
keywords = {prosthetic knee joint},
timestamp = {2012-01-13T15:17:39.000+0100},
title = {Biomechanically functional performance of a new microprocessor-controlled prosthetic knee joint},
username = {bunke},
year = 2011
}