APA

Jaumard N. V., Udupa J. K., Siegler S., Schuster J. M., Hilibrand A. S., Hirsch B. E., Borthakur A. & Winkelstein B. A. (20140407). Three-dimensional kinematic stress magnetic resonance image analysis shows promise for detecting altered anatomical relationships of tissues in the cervical spine associated with painful radiculopathy. : Medical hypotheses.

Chicago

Jaumard N V, Udupa J K, Siegler S, Schuster J M, Hilibrand A S, Hirsch B E, Borthakur A and Winkelstein B A. 20140407. Three-dimensional kinematic stress magnetic resonance image analysis shows promise for detecting altered anatomical relationships of tissues in the cervical spine associated with painful radiculopathy. : Medical hypotheses.

Harvard

Jaumard N. V., Udupa J. K., Siegler S., Schuster J. M., Hilibrand A. S., Hirsch B. E., Borthakur A. and Winkelstein B. A. (20140407). Three-dimensional kinematic stress magnetic resonance image analysis shows promise for detecting altered anatomical relationships of tissues in the cervical spine associated with painful radiculopathy. : Medical hypotheses.

MLA

Jaumard N V, Udupa J K, Siegler S, Schuster J M, Hilibrand A S, Hirsch B E, Borthakur A and Winkelstein B A. Three-dimensional kinematic stress magnetic resonance image analysis shows promise for detecting altered anatomical relationships of tissues in the cervical spine associated with painful radiculopathy. : Medical hypotheses. 20140407.