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Results: 1-3 |
Results: 3
TNF-ALPHA CAUSES REVERSIBLE IN-VIVO SYSTEMIC VASCULAR BARRIER DYSFUNCTION VIA NO-DEPENDENT AND NO-INDEPENDENT MECHANISMS
Authors: WORRALL NK CHANG K LEJEUNE WS MISKO TP SULLIVAN PM FERGUSON TB WILLIAMSON JR
Citation: Nk. Worrall et al., TNF-ALPHA CAUSES REVERSIBLE IN-VIVO SYSTEMIC VASCULAR BARRIER DYSFUNCTION VIA NO-DEPENDENT AND NO-INDEPENDENT MECHANISMS, American journal of physiology. Heart and circulatory physiology, 42(6), 1997, pp. 2565-2574
NORMALIZATION OF HYPERGLYCEMIA-INDUCED VASCULAR DYSFUNCTION BY C-PEPTIDE IS NOT MEDIATED BY STEREOSPECIFIC RECEPTORS
Authors: IDO Y LEJEUNE WS CHANG K WILLIAMSON JR
Citation: Y. Ido et al., NORMALIZATION OF HYPERGLYCEMIA-INDUCED VASCULAR DYSFUNCTION BY C-PEPTIDE IS NOT MEDIATED BY STEREOSPECIFIC RECEPTORS, Diabetes, 46, 1997, pp. 727-727
CYTOSOLIC REDUCTIVE STRESS AND INCREASED SUPEROXIDE AND NITRIC-OXIDE PRODUCTION MEDIATE INCREASED BLOOD-FLOW INDUCED BY LACTATE
Authors: IDO Y LEJEUNE WS CHANG K WILLIAMSON JR
Citation: Y. Ido et al., CYTOSOLIC REDUCTIVE STRESS AND INCREASED SUPEROXIDE AND NITRIC-OXIDE PRODUCTION MEDIATE INCREASED BLOOD-FLOW INDUCED BY LACTATE, Diabetes, 46, 1997, pp. 900-900
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