Spatiotemporal surface EMG characteristics from rat triceps brachii muscle during treadmill locomotion indicate selective recruitment of functionally distinct muscle regions
SCHOLLE, H. Ch, SCHUMANN, N. P, BIEDERMANN, F, STEGEMAN, D. F, GRASSME, R, ROELEVELD, K, SCHILLING, N, FISCHER, M. S
Published in Experimental brain research (01.05.2001)
Published in Experimental brain research (01.05.2001)
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Surface EMG-recordings using a miniaturised matrix electrode: a new technique for small animals
Biedermann, F, Schumann, N.P, Fischer, M.S, Scholle, H.Ch
Published in Journal of neuroscience methods (01.04.2000)
Published in Journal of neuroscience methods (01.04.2000)
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Improved evaluation of back muscle SEMG characteristics by modelling
Grassme, R., Arnold, D., Anders, Ch, van Dijk, J.P., Stegeman, D.F., Linß, W., Bradl, I., Schumann, N.P., Scholle, H.Ch
Published in Pathophysiology (Amsterdam) (01.12.2005)
Published in Pathophysiology (Amsterdam) (01.12.2005)
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Surface EMG-mapping of low back region during different load and investigation conditions
Anders, Ch, Kankaanpää, M., Schreiber, U., Scholle, H.Ch, Hänninen, O.
Published in Pathophysiology (Amsterdam) (01.06.1998)
Published in Pathophysiology (Amsterdam) (01.06.1998)
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Neurophysiological basis for a topographically oriented surface EMG analysis in the low back region
Scholle, H.Ch, Anders, Ch, Schumann, N.P., Kankaanpää, M., Hänninen, O.
Published in Pathophysiology (Amsterdam) (01.06.1998)
Published in Pathophysiology (Amsterdam) (01.06.1998)
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