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Biomarkers to guide perioperative management

Biomarkers to guide perioperative management
Biomarkers to guide perioperative management
Stratifying preoperative risk and guiding perioperative therapy objectively has acquired critical importance, given robust data demonstrating that morbidity following non-cardiac surgery confers substantially increased risk of death, even beyond hospital discharge. The development of useful perioperative biomarkers depends fundamentally on both prospective morbidity data that enable the identification of higher risk patients as well as the translational understanding of pathophysiological mechanisms underlying postoperative organ dysfunction, the development of which may be specific to the perioperative environment. The emergence of cardiac insufficiency, rather than cardiac ischaemia, as the dominant factor associated with excess risk of prolonged postoperative morbidity has promoted the application of biomarkers used commonly in cardiovascular medicine. Several novel, organ specific biomarkers offer potential perioperative application. Nevertheless, common tests/biomarkers that are widely available do provide valuable, objective information that is perhaps under-utilised perioperatively. Despite significant challenges, perioperative medicine presents exciting-arguably unique-opportunities for novel biomarker development.
Humans, Postoperative Complications, Risk Factors, Preoperative Care, Perioperative Period, Risk Assessment, Age Factors, Biological Markers, Comorbidity, Cardiac Surgical Procedures, Health Care Costs, Disease Management
1469-0756
542-549
Edwards, Mark
818201d5-7636-4292-9af8-7dd8bcd1fcb5
Whittle, John
8bf73399-269b-4f7c-9ebc-03aafe791832
Ackland, Gareth L
a39cc4b9-a733-405f-bd1a-a86ab57292a0
Edwards, Mark
818201d5-7636-4292-9af8-7dd8bcd1fcb5
Whittle, John
8bf73399-269b-4f7c-9ebc-03aafe791832
Ackland, Gareth L
a39cc4b9-a733-405f-bd1a-a86ab57292a0

Edwards, Mark, Whittle, John and Ackland, Gareth L (2011) Biomarkers to guide perioperative management. Postgraduate Medical Journal, 87 (1030), 542-549. (doi:10.1136/pgmj.2010.107177).

Record type: Article

Abstract

Stratifying preoperative risk and guiding perioperative therapy objectively has acquired critical importance, given robust data demonstrating that morbidity following non-cardiac surgery confers substantially increased risk of death, even beyond hospital discharge. The development of useful perioperative biomarkers depends fundamentally on both prospective morbidity data that enable the identification of higher risk patients as well as the translational understanding of pathophysiological mechanisms underlying postoperative organ dysfunction, the development of which may be specific to the perioperative environment. The emergence of cardiac insufficiency, rather than cardiac ischaemia, as the dominant factor associated with excess risk of prolonged postoperative morbidity has promoted the application of biomarkers used commonly in cardiovascular medicine. Several novel, organ specific biomarkers offer potential perioperative application. Nevertheless, common tests/biomarkers that are widely available do provide valuable, objective information that is perhaps under-utilised perioperatively. Despite significant challenges, perioperative medicine presents exciting-arguably unique-opportunities for novel biomarker development.

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More information

e-pub ahead of print date: 17 January 2011
Published date: 1 August 2011
Keywords: Humans, Postoperative Complications, Risk Factors, Preoperative Care, Perioperative Period, Risk Assessment, Age Factors, Biological Markers, Comorbidity, Cardiac Surgical Procedures, Health Care Costs, Disease Management

Identifiers

Local EPrints ID: 437016
URI: http://eprints.soton.ac.uk/id/eprint/437016
ISSN: 1469-0756
PURE UUID: 8bd95894-e577-4085-8c56-8477301c4239

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Date deposited: 15 Jan 2020 17:30
Last modified: 16 Mar 2024 05:59

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Contributors

Author: Mark Edwards
Author: John Whittle
Author: Gareth L Ackland

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