P. Rebuffat Et Al. , "Prolonged kallikrein inhibition does not affect the basal growth and secretory capacity of rat adrenal cortex, but enhances mineralo- and glucocorticoid response to ACTH and handling stress," Histology and Histopathology , vol.15, pp.441-444, 2000
Rebuffat, P. Et Al. 2000. Prolonged kallikrein inhibition does not affect the basal growth and secretory capacity of rat adrenal cortex, but enhances mineralo- and glucocorticoid response to ACTH and handling stress. Histology and Histopathology , vol.15 , 441-444.
Rebuffat, P., Neri, G., Bahçelioğlu, M., Malendowicz, L., & Nussdorfer, G., (2000). Prolonged kallikrein inhibition does not affect the basal growth and secretory capacity of rat adrenal cortex, but enhances mineralo- and glucocorticoid response to ACTH and handling stress. Histology and Histopathology , vol.15, 441-444.
Rebuffat, P. Et Al. "Prolonged kallikrein inhibition does not affect the basal growth and secretory capacity of rat adrenal cortex, but enhances mineralo- and glucocorticoid response to ACTH and handling stress," Histology and Histopathology , vol.15, 441-444, 2000
Rebuffat, P. Et Al. "Prolonged kallikrein inhibition does not affect the basal growth and secretory capacity of rat adrenal cortex, but enhances mineralo- and glucocorticoid response to ACTH and handling stress." Histology and Histopathology , vol.15, pp.441-444, 2000
Rebuffat, P. Et Al. (2000) . "Prolonged kallikrein inhibition does not affect the basal growth and secretory capacity of rat adrenal cortex, but enhances mineralo- and glucocorticoid response to ACTH and handling stress." Histology and Histopathology , vol.15, pp.441-444.
@article{article, author={P. Rebuffat Et Al. }, title={Prolonged kallikrein inhibition does not affect the basal growth and secretory capacity of rat adrenal cortex, but enhances mineralo- and glucocorticoid response to ACTH and handling stress}, journal={Histology and Histopathology}, year=2000, pages={441-444} }