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NITRIC-OXIDE EXPOSURE INHIBITS ENDOTHELIAL NOS ACTIVITY BUT NOT GENE-EXPRESSION - A ROLE FOR SUPEROXIDE
Authors: SHEEHY AM BURSON MA BLACK SM
Citation: Am. Sheehy et al., NITRIC-OXIDE EXPOSURE INHIBITS ENDOTHELIAL NOS ACTIVITY BUT NOT GENE-EXPRESSION - A ROLE FOR SUPEROXIDE, American journal of physiology. Lung cellular and molecular physiology, 18(5), 1998, pp. 833-841
ENDOTHELIAL-DERIVED NITRIC-OXIDE IS AN IMPORTANT DETERMINANT OF CORONARY BLOOD-FLOW AT REST AND DURING ACUTE HYPOXIC STRESS IN THE FETAL LAMB
Authors: RELLER MD BURSON MA LOHR JL GIRAUD GD MORTON MJ THORNBURG KL
Citation: Md. Reller et al., ENDOTHELIAL-DERIVED NITRIC-OXIDE IS AN IMPORTANT DETERMINANT OF CORONARY BLOOD-FLOW AT REST AND DURING ACUTE HYPOXIC STRESS IN THE FETAL LAMB, Circulation, 90(4), 1994, pp. 469-469
ENDOTHELIAL-DERIVED NITRIC-OXIDE IS AN IMPORTANT DETERMINANT OF CORONARY BLOOD-FLOW AT REST AND DURING ACUTE HYPOXIC STRESS IN THE FETAL LAMB
Authors: RELLER MD BURSON MA LOHR JL GIRAUD GD MORTON MJ THORNBURG KL
Citation: Md. Reller et al., ENDOTHELIAL-DERIVED NITRIC-OXIDE IS AN IMPORTANT DETERMINANT OF CORONARY BLOOD-FLOW AT REST AND DURING ACUTE HYPOXIC STRESS IN THE FETAL LAMB, Circulation, 90(4), 1994, pp. 469-469
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