Simoes, H. G., Asano, R. Y., Sales, M. M., Vieira Browne, R. A., Arsa, G., Motta-Santos, D., . . . Franco, O. L. (2013). Type 2 Diabetes Elicits Lower Nitric Oxide, Bradykinin Concentration and Kallikrein Activity Together with Higher DesArg(9)-BK and Reduced Post-Exercise Hypotension Compared to Non-Diabetic Condition.
Chicago Style CitationSimoes, Herbert Gustavo, et al. Type 2 Diabetes Elicits Lower Nitric Oxide, Bradykinin Concentration and Kallikrein Activity Together With Higher DesArg(9)-BK and Reduced Post-Exercise Hypotension Compared to Non-Diabetic Condition. 2013.
MLA CitationSimoes, Herbert Gustavo, et al. Type 2 Diabetes Elicits Lower Nitric Oxide, Bradykinin Concentration and Kallikrein Activity Together With Higher DesArg(9)-BK and Reduced Post-Exercise Hypotension Compared to Non-Diabetic Condition. 2013.