New topics in bradykinin research
New topics in bradykinin research
Bradykinin has been implicated to contribute to allergic inflammation and the pathogenesis of allergic conditions. It binds to endothelial B(1) and B(2) receptors and exerts potent pharmacological and physiological effects, notably, decreased blood pressure, increased vascular permeability and the promotion of classical symptoms of inflammation such as vasodilation, hyperthermia, oedema and pain. Towards potential clinical benefit, bradykinin has also been shown to exert potent antithrombogenic, antiproliferative and antifibrogenic effects. The development of pharmacologically active substances, such as bradykinin receptor blockers, opens up new therapeutic options that require further research into bradykinin. This review presents current understanding surrounding the role of bradykinin in nonallergic angioedema and other conditions seen by allergists and emergency physicians, and its potential role as a therapeutic target
1397-1406
Maurer, M.
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Bader, M.
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Bas, M.
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Bossi, F.
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Cicardi, M.
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Cugno, M.
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Howarth, P.
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Kaplan, A.
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Kojda, G.
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Leeb-Lundberg, F.
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Lötvall, J.
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Magerl, M.
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November 2011
Maurer, M.
5636dbbf-6b70-4b70-8423-e346ffbe4fc9
Bader, M.
5bfbc33a-b7e1-480b-ad22-01b74dbda8c3
Bas, M.
4d31b8f3-28b2-4388-8c1f-4d097279c28e
Bossi, F.
ef899a6a-4149-498c-a268-808c24d4857d
Cicardi, M.
382177fd-ed62-45a9-8d17-e492c18ed143
Cugno, M.
a395ce35-8881-4bbc-9abb-cb647b9b64cd
Howarth, P.
ff19c8c4-86b0-4a88-8f76-b3d87f142a21
Kaplan, A.
4595d327-f956-4d58-bb61-3dcec4452f3d
Kojda, G.
937d727c-2c6e-4c0f-b4b1-d0df2bf024e2
Leeb-Lundberg, F.
ebda30c2-a8c8-4ea3-93d7-86312cf3cf53
Lötvall, J.
9d9dea93-7afa-45e3-a5dc-562abcd1369c
Magerl, M.
e7c251f2-b82a-48e7-a98a-3d030a853ccd
Maurer, M., Bader, M., Bas, M., Bossi, F., Cicardi, M., Cugno, M., Howarth, P., Kaplan, A., Kojda, G., Leeb-Lundberg, F., Lötvall, J. and Magerl, M.
(2011)
New topics in bradykinin research.
Allergy, 66 (11), .
(doi:10.1111/j.1398-9995.2011.02686.x).
(PMID:21859431)
Abstract
Bradykinin has been implicated to contribute to allergic inflammation and the pathogenesis of allergic conditions. It binds to endothelial B(1) and B(2) receptors and exerts potent pharmacological and physiological effects, notably, decreased blood pressure, increased vascular permeability and the promotion of classical symptoms of inflammation such as vasodilation, hyperthermia, oedema and pain. Towards potential clinical benefit, bradykinin has also been shown to exert potent antithrombogenic, antiproliferative and antifibrogenic effects. The development of pharmacologically active substances, such as bradykinin receptor blockers, opens up new therapeutic options that require further research into bradykinin. This review presents current understanding surrounding the role of bradykinin in nonallergic angioedema and other conditions seen by allergists and emergency physicians, and its potential role as a therapeutic target
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e-pub ahead of print date: 22 August 2011
Published date: November 2011
Organisations:
Clinical & Experimental Sciences
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Local EPrints ID: 337445
URI: http://eprints.soton.ac.uk/id/eprint/337445
ISSN: 0105-4538
PURE UUID: 3cf5656c-5cd8-4a51-a5a2-a4f869cb10c6
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Date deposited: 26 Apr 2012 08:31
Last modified: 14 Mar 2024 10:53
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Author:
M. Maurer
Author:
M. Bader
Author:
M. Bas
Author:
F. Bossi
Author:
M. Cicardi
Author:
M. Cugno
Author:
A. Kaplan
Author:
G. Kojda
Author:
F. Leeb-Lundberg
Author:
J. Lötvall
Author:
M. Magerl
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