The role of contact system in septic shock: the next target? An overview of the current evidence

Abstract Background Septic shock remains challenging to intensive care units worldwide, despite recent documented improvement in mortality over the years. Multiple new therapies have been attempted without success in large clinical trials. Evidence concerning the role of the contact system and brady...

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Main Author: Henrique Nicola
Format: Article
Language:English
Published: BMC 2017-05-01
Series:Journal of Intensive Care
Subjects:
Online Access:http://link.springer.com/article/10.1186/s40560-017-0228-x
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spelling doaj-4e94d37872ba4fbf8c491bbd328eb4f72020-11-24T21:33:54ZengBMCJournal of Intensive Care2052-04922017-05-01511510.1186/s40560-017-0228-xThe role of contact system in septic shock: the next target? An overview of the current evidenceHenrique Nicola0Intensive Care Registrar Trainee, Royal Perth HospitalAbstract Background Septic shock remains challenging to intensive care units worldwide, despite recent documented improvement in mortality over the years. Multiple new therapies have been attempted without success in large clinical trials. Evidence concerning the role of the contact system and bradykinin on septic shock physiological manifestations is shown by this article. Objectives The objective of the study is to review the current evidence linking contact system activation and septic shock, as well as efficacy of available therapies targeting this pathophysiological pathway and to evaluate the potential of further researching the matter. Results Multiple animal studies are already available and suggestive of a meaningful role of contact system activation on septic shock. However, human trials are still scarce, and the ones available are not enough to establish such a strong connection. Furthermore, attempted therapies have been successful across multiple species, but not as much in humans. Therefore, contact system and septic shock relationship remains plentiful in questions to be answered in the coming years or decades. Conclusions Whether the contact system is not as relevant in humans as it is in animals or there is only lack of evidence remains to be explained. The subject is an attractive open field for further research aiming to aid in tackling such a burdensome condition.http://link.springer.com/article/10.1186/s40560-017-0228-xSeptic shockBradykininContact systemIntensive careInfectious diseases
collection DOAJ
language English
format Article
sources DOAJ
author Henrique Nicola
spellingShingle Henrique Nicola
The role of contact system in septic shock: the next target? An overview of the current evidence
Journal of Intensive Care
Septic shock
Bradykinin
Contact system
Intensive care
Infectious diseases
author_facet Henrique Nicola
author_sort Henrique Nicola
title The role of contact system in septic shock: the next target? An overview of the current evidence
title_short The role of contact system in septic shock: the next target? An overview of the current evidence
title_full The role of contact system in septic shock: the next target? An overview of the current evidence
title_fullStr The role of contact system in septic shock: the next target? An overview of the current evidence
title_full_unstemmed The role of contact system in septic shock: the next target? An overview of the current evidence
title_sort role of contact system in septic shock: the next target? an overview of the current evidence
publisher BMC
series Journal of Intensive Care
issn 2052-0492
publishDate 2017-05-01
description Abstract Background Septic shock remains challenging to intensive care units worldwide, despite recent documented improvement in mortality over the years. Multiple new therapies have been attempted without success in large clinical trials. Evidence concerning the role of the contact system and bradykinin on septic shock physiological manifestations is shown by this article. Objectives The objective of the study is to review the current evidence linking contact system activation and septic shock, as well as efficacy of available therapies targeting this pathophysiological pathway and to evaluate the potential of further researching the matter. Results Multiple animal studies are already available and suggestive of a meaningful role of contact system activation on septic shock. However, human trials are still scarce, and the ones available are not enough to establish such a strong connection. Furthermore, attempted therapies have been successful across multiple species, but not as much in humans. Therefore, contact system and septic shock relationship remains plentiful in questions to be answered in the coming years or decades. Conclusions Whether the contact system is not as relevant in humans as it is in animals or there is only lack of evidence remains to be explained. The subject is an attractive open field for further research aiming to aid in tackling such a burdensome condition.
topic Septic shock
Bradykinin
Contact system
Intensive care
Infectious diseases
url http://link.springer.com/article/10.1186/s40560-017-0228-x
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