APA (7th ed.) Citation

Kreuzer, S. W., Pourmoghaddam, A., Leffers, K. J., Johnson, C. W., & Dettmer, M. Computed Tomography Analysis of Postsurgery Femoral Component Rotation Based on a Force Sensing Device Method versus Hypothetical Rotational Alignment Based on Anatomical Landmark Methods: A Pilot Study. Wiley.

Chicago Style (17th ed.) Citation

Kreuzer, Stefan W., Amir Pourmoghaddam, Kevin J. Leffers, Clint W. Johnson, and Marius Dettmer. Computed Tomography Analysis of Postsurgery Femoral Component Rotation Based on a Force Sensing Device Method Versus Hypothetical Rotational Alignment Based on Anatomical Landmark Methods: A Pilot Study. Wiley.

MLA (9th ed.) Citation

Kreuzer, Stefan W., et al. Computed Tomography Analysis of Postsurgery Femoral Component Rotation Based on a Force Sensing Device Method Versus Hypothetical Rotational Alignment Based on Anatomical Landmark Methods: A Pilot Study. Wiley.