AMA
Walewicz K, Halski T, Dymarek R, Taradaj J. Do magnetic field applications lead to improved bone union in light of Evidence-
Based Medicine principles? Analysis of the scientific evidence from basic science to clinical
research. Physiotherapy Review. 2023;27(4):17-22. doi:10.5114/phr.2023.133715.
APA
Walewicz, K., Halski, T., Dymarek, R., & Taradaj, J. (2023). Do magnetic field applications lead to improved bone union in light of Evidence-
Based Medicine principles? Analysis of the scientific evidence from basic science to clinical
research. Physiotherapy Review, 27(4), 17-22. https://doi.org/10.5114/phr.2023.133715
Chicago
Walewicz, Karolina, Tomasz Halski, Robert Dymarek, and Jakub Taradaj. 2023. "Do magnetic field applications lead to improved bone union in light of Evidence-
Based Medicine principles? Analysis of the scientific evidence from basic science to clinical
research". Physiotherapy Review 27 (4): 17-22. doi:10.5114/phr.2023.133715.
Harvard
Walewicz, K., Halski, T., Dymarek, R., and Taradaj, J. (2023). Do magnetic field applications lead to improved bone union in light of Evidence-
Based Medicine principles? Analysis of the scientific evidence from basic science to clinical
research. Physiotherapy Review, 27(4), pp.17-22. https://doi.org/10.5114/phr.2023.133715
MLA
Walewicz, Karolina et al. "Do magnetic field applications lead to improved bone union in light of Evidence-
Based Medicine principles? Analysis of the scientific evidence from basic science to clinical
research." Physiotherapy Review, vol. 27, no. 4, 2023, pp. 17-22. doi:10.5114/phr.2023.133715.
Vancouver
Walewicz K, Halski T, Dymarek R, Taradaj J. Do magnetic field applications lead to improved bone union in light of Evidence-
Based Medicine principles? Analysis of the scientific evidence from basic science to clinical
research. Physiotherapy Review. 2023;27(4):17-22. doi:10.5114/phr.2023.133715.
