APA

Shirley D. G., Walter M. F., Keeler B. D., Waters N. J. & Walter S. J. (20110705). Selective blockade of oxytocin and vasopressin V(1a) receptors in anaesthetised rats: evidence that activation of oxytocin receptors rather than V(1a) receptors increases sodium excretion. : Nephron. Physiology.

Chicago

Shirley D G, Walter M F, Keeler B D, Waters N J and Walter S J. 20110705. Selective blockade of oxytocin and vasopressin V(1a) receptors in anaesthetised rats: evidence that activation of oxytocin receptors rather than V(1a) receptors increases sodium excretion. : Nephron. Physiology.

Harvard

Shirley D. G., Walter M. F., Keeler B. D., Waters N. J. and Walter S. J. (20110705). Selective blockade of oxytocin and vasopressin V(1a) receptors in anaesthetised rats: evidence that activation of oxytocin receptors rather than V(1a) receptors increases sodium excretion. : Nephron. Physiology.

MLA

Shirley D G, Walter M F, Keeler B D, Waters N J and Walter S J. Selective blockade of oxytocin and vasopressin V(1a) receptors in anaesthetised rats: evidence that activation of oxytocin receptors rather than V(1a) receptors increases sodium excretion. : Nephron. Physiology. 20110705.