N. MANGIR Et Al. , "1028 Estradiol releasing polylactic acid scaffolds stimulate blood vessel formation-towards better integration of biomaterials for pelvic floor repair," European Urology Association Annual Congress 2016 , vol.15, Munich, Germany, pp.1028, 2016
MANGIR, N. Et Al. 2016. 1028 Estradiol releasing polylactic acid scaffolds stimulate blood vessel formation-towards better integration of biomaterials for pelvic floor repair. European Urology Association Annual Congress 2016 , (Munich, Germany), 1028.
MANGIR, N., Hillary, C. J., Roman, S., Chapple, C., & MacNeil, S., (2016). 1028 Estradiol releasing polylactic acid scaffolds stimulate blood vessel formation-towards better integration of biomaterials for pelvic floor repair . European Urology Association Annual Congress 2016 (pp.1028). Munich, Germany
MANGIR, NAŞİDE Et Al. "1028 Estradiol releasing polylactic acid scaffolds stimulate blood vessel formation-towards better integration of biomaterials for pelvic floor repair," European Urology Association Annual Congress 2016, Munich, Germany, 2016
MANGIR, NAŞİDE M. Et Al. "1028 Estradiol releasing polylactic acid scaffolds stimulate blood vessel formation-towards better integration of biomaterials for pelvic floor repair." European Urology Association Annual Congress 2016 , Munich, Germany, pp.1028, 2016
MANGIR, N. Et Al. (2016) . "1028 Estradiol releasing polylactic acid scaffolds stimulate blood vessel formation-towards better integration of biomaterials for pelvic floor repair." European Urology Association Annual Congress 2016 , Munich, Germany, p.1028.
@conferencepaper{conferencepaper, author={NAŞİDE MANGIR BOLAT Et Al. }, title={1028 Estradiol releasing polylactic acid scaffolds stimulate blood vessel formation-towards better integration of biomaterials for pelvic floor repair}, congress name={European Urology Association Annual Congress 2016}, city={Munich}, country={Germany}, year={2016}, pages={1028} }