APA

Kehrer A., Engelmann S., Ruewe M., Geis S., Taeger C., Kehrer M., Tamm E. R., Bleys R. L. A. W., Prantl L. & Mandlik V. (20181102). Perfusion maintains functional potential in denervated mimic muscles in early persistent facial paralysis which requires early microsurgical treatment - the histoanatomic basis of the extratemporal facial nerve trunk assessing axonal load in the context of possible nerve transfers. : Clinical hemorheology and microcirculation.

Chicago

Kehrer A, Engelmann S, Ruewe M, Geis S, Taeger C, Kehrer M, Tamm E R, Bleys R L A W, Prantl L and Mandlik V. 20181102. Perfusion maintains functional potential in denervated mimic muscles in early persistent facial paralysis which requires early microsurgical treatment - the histoanatomic basis of the extratemporal facial nerve trunk assessing axonal load in the context of possible nerve transfers. : Clinical hemorheology and microcirculation.

Harvard

Kehrer A., Engelmann S., Ruewe M., Geis S., Taeger C., Kehrer M., Tamm E. R., Bleys R. L. A. W., Prantl L. and Mandlik V. (20181102). Perfusion maintains functional potential in denervated mimic muscles in early persistent facial paralysis which requires early microsurgical treatment - the histoanatomic basis of the extratemporal facial nerve trunk assessing axonal load in the context of possible nerve transfers. : Clinical hemorheology and microcirculation.

MLA

Kehrer A, Engelmann S, Ruewe M, Geis S, Taeger C, Kehrer M, Tamm E R, Bleys R L A W, Prantl L and Mandlik V. Perfusion maintains functional potential in denervated mimic muscles in early persistent facial paralysis which requires early microsurgical treatment - the histoanatomic basis of the extratemporal facial nerve trunk assessing axonal load in the context of possible nerve transfers. : Clinical hemorheology and microcirculation. 20181102.