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Zehetgruber M, Berger R, Christ G, Huber K, Kostner K, Mundigler G, Neunteufl T
Basal and stimulated release of long-acting EDRF by bovine pulmonary arteries
Journal of Clinical and Basic Cardiology 1999; 2 (1): 117-119

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This Image - Fig. 1: Pulmonalarterie - Relaxation Fig. 2: Pulmonalarterie - Relaxation
Figure/Graphic 1: Pulmonalarterie - Relaxation
Relaxation of bovine pulmonary arteries under basal conditions. A: Representative tracing. Endothelium deprived artery strip (detector) was precontracted with 10-5 M histamine (HA). In the upper panel significant relaxation was induced by perfusing the detector with effluent of an endothelium intact pulmonary artery (generator) which was collected and stored prior to perfusion for five minutes (CE). Following direct superfusion (G), additional relaxation was induced. In control experiments (lower panel) only direct superfusion (G) was performed; W = wash. B: Average relaxation. Data shown as mean +/- SEM.
 
Pulmonalarterie - Relaxation
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Figure/Graphic 1: Pulmonalarterie - Relaxation
Relaxation of bovine pulmonary arteries under basal conditions. A: Representative tracing. Endothelium deprived artery strip (detector) was precontracted with 10-5 M histamine (HA). In the upper panel significant relaxation was induced by perfusing the detector with effluent of an endothelium intact pulmonary artery (generator) which was collected and stored prior to perfusion for five minutes (CE). Following direct superfusion (G), additional relaxation was induced. In control experiments (lower panel) only direct superfusion (G) was performed; W = wash. B: Average relaxation. Data shown as mean +/- SEM.
 
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