Casas, A. I., Langhauser, F., Dao, V. T., Guney, E., Kleikers, P. W., López, M. G., . . . Schmidt, H. H. (2015). A systems biology approach to cGMP suggests a prominent role for sGC in stroke: Validation by mechanism-based activation of apo-sGC in non-steal dosing coveys neuroprotection and increased survival. BMC Pharmacol Toxicol.
Citação norma ChicagoCasas, Ana I., et al. "A Systems Biology Approach to CGMP Suggests a Prominent Role for SGC in Stroke: Validation By Mechanism-based Activation of Apo-sGC in Non-steal Dosing Coveys Neuroprotection and Increased Survival." BMC Pharmacol Toxicol 2015.
Citação norma MLACasas, Ana I., et al. "A Systems Biology Approach to CGMP Suggests a Prominent Role for SGC in Stroke: Validation By Mechanism-based Activation of Apo-sGC in Non-steal Dosing Coveys Neuroprotection and Increased Survival." BMC Pharmacol Toxicol 2015.