FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2085963103> ?p ?o ?g. }

• W2085963103 endingPage "451" @default.
• W2085963103 startingPage "441" @default.
• W2085963103 abstract "Alterations in microvascular perfusion have been identified in critically ill patients, especially in sepsis but also in cardiogenic shock, after cardiac arrest, and in high-risk surgery patients. These alterations seem to be implicated in the development of organ dysfunction and are associated with outcome. Even though microvascular perfusion can sometimes be homogenously decreased as in acute hemorrhage or in non-resuscitated cardiogenic shock, heterogeneity of perfusion is observed in sepsis and in resuscitated hemorrhagic/cardiogenic shock. Heterogeneity of perfusion has major implications for monitoring, as many techniques cannot detect microcirculatory alterations when heterogeneity of flow is present in significant amount. Indeed, devices such as laser Doppler or O2 electrodes and near-infrared spectroscopy have a relatively large sampling volume and measurements are affected by the highest values in the field. Using these techniques during a vascular occlusion test may help to characterize microvascular reactivity; however, microvascular reactivity sometimes fails to represent actual microvascular perfusion. Videomicroscopic techniques can nowadays be applied at bedside but are still restricted to some selected patients (quiet or sedated patients). Tissue PCO2 is an elegant alternative but is not yet broadly used. In this manuscript, we discuss the main advantages and limitations of the techniques available for bedside evaluation of the microcirculation in critically ill patients." @default.
• W2085963103 created "2016-06-24" @default.
• W2085963103 creator A5043482559 @default.
• W2085963103 creator A5079200948 @default.
• W2085963103 date "2014-12-01" @default.
• W2085963103 modified "2023-09-29" @default.
• W2085963103 title "Monitoring the microcirculation in critically ill patients" @default.
• W2085963103 cites W1585231504 @default.
• W2085963103 cites W1966267780 @default.
• W2085963103 cites W1972383772 @default.
• W2085963103 cites W1973976410 @default.
• W2085963103 cites W1980471018 @default.
• W2085963103 cites W1982169353 @default.
• W2085963103 cites W1983459827 @default.
• W2085963103 cites W1989762495 @default.
• W2085963103 cites W1990987568 @default.
• W2085963103 cites W1991785243 @default.
• W2085963103 cites W1993028289 @default.
• W2085963103 cites W1996777399 @default.
• W2085963103 cites W1999031137 @default.
• W2085963103 cites W2001672021 @default.
• W2085963103 cites W2002161071 @default.
• W2085963103 cites W2006216692 @default.
• W2085963103 cites W2010537966 @default.
• W2085963103 cites W2010669965 @default.
• W2085963103 cites W2010753973 @default.
• W2085963103 cites W2014423374 @default.
• W2085963103 cites W2015800780 @default.
• W2085963103 cites W2019357746 @default.
• W2085963103 cites W2023358024 @default.
• W2085963103 cites W2028357863 @default.
• W2085963103 cites W2029493246 @default.
• W2085963103 cites W2032498523 @default.
• W2085963103 cites W2042251693 @default.
• W2085963103 cites W2044010242 @default.
• W2085963103 cites W2048876919 @default.
• W2085963103 cites W2048974595 @default.
• W2085963103 cites W2052497202 @default.
• W2085963103 cites W2056464103 @default.
• W2085963103 cites W2057364247 @default.
• W2085963103 cites W2058678563 @default.
• W2085963103 cites W2063603479 @default.
• W2085963103 cites W2067068240 @default.
• W2085963103 cites W2067239359 @default.
• W2085963103 cites W2078206871 @default.
• W2085963103 cites W2078546046 @default.
• W2085963103 cites W2079248107 @default.
• W2085963103 cites W2080552527 @default.
• W2085963103 cites W2082384979 @default.
• W2085963103 cites W2094111986 @default.
• W2085963103 cites W2095814115 @default.
• W2085963103 cites W2096350581 @default.
• W2085963103 cites W2096835854 @default.
• W2085963103 cites W2097099692 @default.
• W2085963103 cites W2100667410 @default.
• W2085963103 cites W2104415072 @default.
• W2085963103 cites W2104996682 @default.
• W2085963103 cites W2110726707 @default.
• W2085963103 cites W2111364530 @default.
• W2085963103 cites W2112303700 @default.
• W2085963103 cites W2114346022 @default.
• W2085963103 cites W2118906288 @default.
• W2085963103 cites W2119400306 @default.
• W2085963103 cites W2129158699 @default.
• W2085963103 cites W2133505354 @default.
• W2085963103 cites W2133834465 @default.
• W2085963103 cites W2135580292 @default.
• W2085963103 cites W2143573132 @default.
• W2085963103 cites W2148728886 @default.
• W2085963103 cites W2149592972 @default.
• W2085963103 cites W2150408626 @default.
• W2085963103 cites W2152063232 @default.
• W2085963103 cites W2156125520 @default.
• W2085963103 cites W2158324975 @default.
• W2085963103 cites W4254170669 @default.
• W2085963103 cites W2050115440 @default.
• W2085963103 doi "https://doi.org/10.1016/j.bpa.2014.09.005" @default.
• W2085963103 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25480773" @default.
• W2085963103 hasPublicationYear "2014" @default.
• W2085963103 type Work @default.
• W2085963103 sameAs 2085963103 @default.
• W2085963103 citedByCount "34" @default.
• W2085963103 countsByYear W20859631032016 @default.
• W2085963103 countsByYear W20859631032017 @default.
• W2085963103 countsByYear W20859631032018 @default.
• W2085963103 countsByYear W20859631032019 @default.
• W2085963103 countsByYear W20859631032020 @default.
• W2085963103 countsByYear W20859631032021 @default.
• W2085963103 countsByYear W20859631032022 @default.
• W2085963103 countsByYear W20859631032023 @default.
• W2085963103 crossrefType "journal-article" @default.
• W2085963103 hasAuthorship W2085963103A5043482559 @default.
• W2085963103 hasAuthorship W2085963103A5079200948 @default.
• W2085963103 hasConcept C126322002 @default.
• W2085963103 hasConcept C12722491 @default.
• W2085963103 hasConcept C146957229 @default.
• W2085963103 hasConcept C158846371 @default.
• W2085963103 hasConcept C164705383 @default.

• next