J. Carr Et Al. , "Noisy work loops: A new technique for understanding how muscle intrinsic properties contribute to the non-steady dynamics of rhythmic movements," INTEGRATIVE AND COMPARATIVE BIOLOGY , Louisiana, United States Of America, 2017
Carr, J. Et Al. 2017. Noisy work loops: A new technique for understanding how muscle intrinsic properties contribute to the non-steady dynamics of rhythmic movements. INTEGRATIVE AND COMPARATIVE BIOLOGY , (Louisiana, United States Of America).
Carr, J., Ankaralı, M. M., Nicole, D., Cowan, N., & Tytell, E., (2017). Noisy work loops: A new technique for understanding how muscle intrinsic properties contribute to the non-steady dynamics of rhythmic movements . INTEGRATIVE AND COMPARATIVE BIOLOGY, Louisiana, United States Of America
Carr, Jen Et Al. "Noisy work loops: A new technique for understanding how muscle intrinsic properties contribute to the non-steady dynamics of rhythmic movements," INTEGRATIVE AND COMPARATIVE BIOLOGY, Louisiana, United States Of America, 2017
Carr, Jen Et Al. "Noisy work loops: A new technique for understanding how muscle intrinsic properties contribute to the non-steady dynamics of rhythmic movements." INTEGRATIVE AND COMPARATIVE BIOLOGY , Louisiana, United States Of America, 2017
Carr, J. Et Al. (2017) . "Noisy work loops: A new technique for understanding how muscle intrinsic properties contribute to the non-steady dynamics of rhythmic movements." INTEGRATIVE AND COMPARATIVE BIOLOGY , Louisiana, United States Of America.
@conferencepaper{conferencepaper, author={Jen Carr Et Al. }, title={Noisy work loops: A new technique for understanding how muscle intrinsic properties contribute to the non-steady dynamics of rhythmic movements}, congress name={INTEGRATIVE AND COMPARATIVE BIOLOGY}, city={Louisiana}, country={United States Of America}, year={2017}}