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• W2585274321 startingPage "1471" @default.
• W2585274321 abstract "Tissue edema, in particular pulmonary edema, increasingly is recognized as a perioperative complication affecting outcome. Management strategies directed at avoiding excessive fluid administration, reducing inflammatory response, and decreasing capillary permeability commonly are advocated in perioperative care protocols. In this review, transpulmonary thermodilution (TPTD) as a bedside tool to quantitatively monitor lung water accumulation and optimize fluid therapy is examined. Furthermore, the roles of TPTD as an early detector of fluid accumulation before the development of overt pulmonary edema and in risk stratification are explored. In addition, the ability of TPTD to provide insight into the etiology of pulmonary edema, specifically differentiating hydrostatic versus increased pulmonary capillary permeability, is emerging as an aid in therapeutic decision-making. The combination of hemodynamic and lung water data afforded by TPTD offers unique benefits for the care of high-risk perioperative patients. Tissue edema, in particular pulmonary edema, increasingly is recognized as a perioperative complication affecting outcome. Management strategies directed at avoiding excessive fluid administration, reducing inflammatory response, and decreasing capillary permeability commonly are advocated in perioperative care protocols. In this review, transpulmonary thermodilution (TPTD) as a bedside tool to quantitatively monitor lung water accumulation and optimize fluid therapy is examined. Furthermore, the roles of TPTD as an early detector of fluid accumulation before the development of overt pulmonary edema and in risk stratification are explored. In addition, the ability of TPTD to provide insight into the etiology of pulmonary edema, specifically differentiating hydrostatic versus increased pulmonary capillary permeability, is emerging as an aid in therapeutic decision-making. The combination of hemodynamic and lung water data afforded by TPTD offers unique benefits for the care of high-risk perioperative patients." @default.
• W2585274321 created "2017-02-10" @default.
• W2585274321 creator A5039190693 @default.
• W2585274321 creator A5044358771 @default.
• W2585274321 creator A5069907978 @default.
• W2585274321 date "2017-08-01" @default.
• W2585274321 modified "2023-10-18" @default.
• W2585274321 title "Transpulmonary Thermodilution: Its Role in Assessment of Lung Water and Pulmonary Edema" @default.
• W2585274321 cites W1223367009 @default.
• W2585274321 cites W1490939613 @default.
• W2585274321 cites W1750928401 @default.
• W2585274321 cites W1963997580 @default.
• W2585274321 cites W1964352880 @default.
• W2585274321 cites W1970157883 @default.
• W2585274321 cites W1970972051 @default.
• W2585274321 cites W1976595177 @default.
• W2585274321 cites W1978610210 @default.
• W2585274321 cites W1984288071 @default.
• W2585274321 cites W1984570654 @default.
• W2585274321 cites W1989471045 @default.
• W2585274321 cites W1994868010 @default.
• W2585274321 cites W2002603559 @default.
• W2585274321 cites W2003731294 @default.
• W2585274321 cites W2003995792 @default.
• W2585274321 cites W2005783392 @default.
• W2585274321 cites W2008632837 @default.
• W2585274321 cites W2011751065 @default.
• W2585274321 cites W2015029177 @default.
• W2585274321 cites W2015526490 @default.
• W2585274321 cites W2017325717 @default.
• W2585274321 cites W2026653083 @default.
• W2585274321 cites W2034396812 @default.
• W2585274321 cites W2034411093 @default.
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• W2585274321 cites W2042977576 @default.
• W2585274321 cites W2045543338 @default.
• W2585274321 cites W2048249523 @default.
• W2585274321 cites W2057169895 @default.
• W2585274321 cites W2058194289 @default.
• W2585274321 cites W2058871163 @default.
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• W2585274321 cites W2080116838 @default.
• W2585274321 cites W2083515548 @default.
• W2585274321 cites W2088765098 @default.
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• W2585274321 cites W2100663217 @default.
• W2585274321 cites W2108065300 @default.
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• W2585274321 cites W2115238667 @default.
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• W2585274321 cites W2143557911 @default.
• W2585274321 cites W2153649029 @default.
• W2585274321 cites W2154931141 @default.
• W2585274321 cites W2159069525 @default.
• W2585274321 cites W2166509487 @default.
• W2585274321 cites W2171243882 @default.
• W2585274321 cites W2185656761 @default.
• W2585274321 cites W2190401681 @default.
• W2585274321 cites W2276059767 @default.
• W2585274321 cites W2306842013 @default.
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• W2585274321 doi "https://doi.org/10.1053/j.jvca.2017.02.018" @default.
• W2585274321 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28465120" @default.
• W2585274321 hasPublicationYear "2017" @default.
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