A. Yapar Et Al. , "The conditions for which the geometric mean method revealed a more accurate calculation of relative renal function in Tc-99m-DMSA scintigraphy," NUCLEAR MEDICINE COMMUNICATIONS , vol.26, no.2, pp.141-146, 2005
Yapar, A. Et Al. 2005. The conditions for which the geometric mean method revealed a more accurate calculation of relative renal function in Tc-99m-DMSA scintigraphy. NUCLEAR MEDICINE COMMUNICATIONS , vol.26, no.2 , 141-146.
Yapar, A., Aydin, M., Reyhan, M., Yapar, Z., & Sukan, A., (2005). The conditions for which the geometric mean method revealed a more accurate calculation of relative renal function in Tc-99m-DMSA scintigraphy. NUCLEAR MEDICINE COMMUNICATIONS , vol.26, no.2, 141-146.
Yapar, ZEYNEP Et Al. "The conditions for which the geometric mean method revealed a more accurate calculation of relative renal function in Tc-99m-DMSA scintigraphy," NUCLEAR MEDICINE COMMUNICATIONS , vol.26, no.2, 141-146, 2005
Yapar, ZEYNEP Et Al. "The conditions for which the geometric mean method revealed a more accurate calculation of relative renal function in Tc-99m-DMSA scintigraphy." NUCLEAR MEDICINE COMMUNICATIONS , vol.26, no.2, pp.141-146, 2005
Yapar, A. Et Al. (2005) . "The conditions for which the geometric mean method revealed a more accurate calculation of relative renal function in Tc-99m-DMSA scintigraphy." NUCLEAR MEDICINE COMMUNICATIONS , vol.26, no.2, pp.141-146.
@article{article, author={ZEYNEP YAPAR Et Al. }, title={The conditions for which the geometric mean method revealed a more accurate calculation of relative renal function in Tc-99m-DMSA scintigraphy}, journal={NUCLEAR MEDICINE COMMUNICATIONS}, year=2005, pages={141-146} }