Results 221 to 230 of about 6,579 (265)
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Clots, kinins and coronaries

Atherosclerosis, 2005
The dynamic regulation of intravascular thrombus formation is central to our understanding of both acute and chronic atherosclerotic events. The initiation, modification and resolution of thrombus associated with eroded or unstable coronary plaques is critically dependent on the efficacy of endogenous fibrinolysis, a process that is itself reliant upon
Nicholas L M, Cruden, David E, Newby
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Kinine

2020
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Sijs, N. van der, Beelen, H.
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Kinins

The American Journal of Medicine, 1967
K L, Melmon, M J, Cline
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D. The kinin system A history and review of the kinin system

Proceedings of the Royal Society of London. Series B. Biological Sciences, 1969
Abstract The first two plasma systems, clotting and fibrinolysis, we have so far dealt with in this meeting emerged largely from an analysis of clinically obvious end-results. The kinin system differs in two respects: first, it emerged largely from studies of laboratory artifacts which suggested that a number of pharmacologically ...
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Kinin Receptor Classification

1992
Apparent affinities of kinin agonists and antagonists were determined in terms of pD2 and pA2 respectively, on three isolated smooth muscles: rabbit jugular vein (Rb.J.V.), rabbit aorta (Rb.A.) and guinea pig ileum (G.P.I.). Both kinin agonists and antagonists were evaluated for their ability to induce the release of histamine from rat mastocytes.
D, Regoli   +3 more
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Kinins and rhinitis

Clinical & Experimental Allergy, 1992
K, Rajakulasingam   +4 more
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Kinins and Cardiovascular Diseases

Current Pharmaceutical Design, 2006
Kinins are synthesized from their precursors by different enzymes and participate in the regulation of cardiovascular function through bradykinin (BK) B1 and B2 receptors. They modulate blood coagulation by exerting antithrombotic and profibrinolytic actions.
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Kinins

Scientific American, 1962
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Kinins

British Medical Bulletin, 1987
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Kinins, Receptors, Antagonists

1986
Kinins are potent myotropic agents acting on a variety of smooth muscle preparations: isolated arteries, veins, intestines, tracheae, urinary bladders, uteri, etc. In these tissues, kinins activate at least two different receptor types, B1 and B2. B1 and B2 receptors for kinins have been identified by measuring the order of potency of agonists and the ...
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