Silay, Y. Et Al. 2005. Bisphosphonates may inhibit development of atherosclerosis formation through its bactericidal effect on nanobacteria. MEDICAL HYPOTHESES , vol.64, no.6 , 1239-1240.

Silay, Y., Altundag, K., Altundag, O., Atik, M., & Ozen, M., (2005). Bisphosphonates may inhibit development of atherosclerosis formation through its bactericidal effect on nanobacteria. MEDICAL HYPOTHESES , vol.64, no.6, 1239-1240.

Silay, YS Et Al. "Bisphosphonates may inhibit development of atherosclerosis formation through its bactericidal effect on nanobacteria," MEDICAL HYPOTHESES , vol.64, no.6, 1239-1240, 2005

Silay, YS Et Al. "Bisphosphonates may inhibit development of atherosclerosis formation through its bactericidal effect on nanobacteria." MEDICAL HYPOTHESES , vol.64, no.6, pp.1239-1240, 2005

Silay, Y. Et Al. (2005) . "Bisphosphonates may inhibit development of atherosclerosis formation through its bactericidal effect on nanobacteria." MEDICAL HYPOTHESES , vol.64, no.6, pp.1239-1240.

@article{article, author={YS Silay Et Al. }, title={Bisphosphonates may inhibit development of atherosclerosis formation through its bactericidal effect on nanobacteria}, journal={MEDICAL HYPOTHESES}, year=2005, pages={1239-1240} }