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exercise effect resistance inhibition prostanoid synthase inhibition endothelin receptor circulation synthase endothelin receptor blockade pressure tezosentan 0.3∗ control swine blockade physiol vasodilator cyclo-oxygenase condition 0.05 effect presence regulation study decrease exercise trial indometacin 0.05 vasoconstrictor duncker merku blood vasodilatation 0.4∗ nitric tezo nla nla increase vasodilator effect animal fluence vasomotor tone oxide vasoconstriction 2 consumption receptor blockade artery pressure cyclo-oxygenase inhibition response nitric oxide hypertension resistance vessels prostacyclin trial panel treadmill exercise aortic blood pressure treadmill ± s.e.m 2 saturation output vasomotor artery production fi ndings 568.2 heart exercise-induced stubenitsky indo nla society contrast prostanoid production tezo nla table interaction vasoconstrictor response inhibitor consumption vessel
1 Most Recent Publications
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Nitric oxide blunts the endothelin-mediated pulmonary vasoconstriction in exercising swine.
(Article)
Houweling, B. Merkus, D. Dekker, M.M. Duncker, D.J.G.M. |
2005-10-15
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