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- W2045702741 abstract "Tissue dysoxia is now widely regarded as the major factor leading to organ dysfunction in critically ill patients. Recent data suggests that early aggressive resuscitation of critically ill patients, which limits and/or reverses tissue dysoxia may prevent progression to organ dysfunction and improve outcome. The traditional clinical and laboratory markers used to assess tissue dysoxia are, however, insensitive and have numerous limitations. Regional carbon dioxide monitoring appears to be ideally suited to monitoring the adequacy of resuscitation. This review provides an update on this evolving technology.Gastric intramucosal carbon dioxide as measured by gastric tonometry has proven to be useful as a prognostic marker, in evaluating the response to specific therapeutic interventions and as an end point of resuscitation. Gastric tonometry is, however, cumbersome and has a number of limitations that may have prevented its widespread adoption. The measurement of carbon dioxide in the sublingual mucosa by sublingual capnometry is technically simple, noninvasive, and provides near instantaneous information. Clinical studies have demonstrated a good correlation between gastric intramucosal carbon dioxide and sublingual mucosa carbon dioxide. Sublingual mucosa carbon dioxide responds more rapidly to therapeutic interventions than does gastric intramucosal carbon dioxide and may be a better prognostic marker.Sublingual capnometry may be the ideal technology for guiding early goal directed therapy. This technology may be useful for monitoring tissue oxygenation, titrating therapeutic interventions, and as an end point for resuscitation in critically ill and injured patients." @default.
- W2045702741 created "2016-06-24" @default.
- W2045702741 creator A5062367983 @default.
- W2045702741 date "2005-06-01" @default.
- W2045702741 modified "2023-10-06" @default.
- W2045702741 title "Regional carbon dioxide monitoring to assess the adequacy of tissue perfusion" @default.
- W2045702741 cites W136703047 @default.
- W2045702741 cites W170959490 @default.
- W2045702741 cites W1809491479 @default.
- W2045702741 cites W1874317774 @default.
- W2045702741 cites W1938651614 @default.
- W2045702741 cites W1963834235 @default.
- W2045702741 cites W1964109762 @default.
- W2045702741 cites W1966158682 @default.
- W2045702741 cites W1966680312 @default.
- W2045702741 cites W1977647194 @default.
- W2045702741 cites W1986516840 @default.
- W2045702741 cites W1988908252 @default.
- W2045702741 cites W1989255004 @default.
- W2045702741 cites W1995608648 @default.
- W2045702741 cites W2002350901 @default.
- W2045702741 cites W2004095374 @default.
- W2045702741 cites W2004915151 @default.
- W2045702741 cites W2005118831 @default.
- W2045702741 cites W2006203209 @default.
- W2045702741 cites W2006957433 @default.
- W2045702741 cites W2010745300 @default.
- W2045702741 cites W2012085440 @default.
- W2045702741 cites W2012277789 @default.
- W2045702741 cites W2012324588 @default.
- W2045702741 cites W2014507298 @default.
- W2045702741 cites W2015800780 @default.
- W2045702741 cites W2017710850 @default.
- W2045702741 cites W2020887837 @default.
- W2045702741 cites W2021662218 @default.
- W2045702741 cites W2026461520 @default.
- W2045702741 cites W2031725831 @default.
- W2045702741 cites W2033744605 @default.
- W2045702741 cites W2034652369 @default.
- W2045702741 cites W2034697223 @default.
- W2045702741 cites W2038722677 @default.
- W2045702741 cites W2042672404 @default.
- W2045702741 cites W2049025916 @default.
- W2045702741 cites W2049476061 @default.
- W2045702741 cites W2050638236 @default.
- W2045702741 cites W2052395783 @default.
- W2045702741 cites W2053434979 @default.
- W2045702741 cites W2053641322 @default.
- W2045702741 cites W2054320893 @default.
- W2045702741 cites W2055772913 @default.
- W2045702741 cites W2057364247 @default.
- W2045702741 cites W2059702312 @default.
- W2045702741 cites W2062481817 @default.
- W2045702741 cites W2062906868 @default.
- W2045702741 cites W2068093888 @default.
- W2045702741 cites W2068769507 @default.
- W2045702741 cites W2069431723 @default.
- W2045702741 cites W2076486781 @default.
- W2045702741 cites W2082419624 @default.
- W2045702741 cites W2084001051 @default.
- W2045702741 cites W2085489989 @default.
- W2045702741 cites W2085568118 @default.
- W2045702741 cites W2088976900 @default.
- W2045702741 cites W2091586458 @default.
- W2045702741 cites W2093808610 @default.
- W2045702741 cites W2102820915 @default.
- W2045702741 cites W2106948604 @default.
- W2045702741 cites W2109840536 @default.
- W2045702741 cites W2120889024 @default.
- W2045702741 cites W2123662454 @default.
- W2045702741 cites W2127031087 @default.
- W2045702741 cites W2133629433 @default.
- W2045702741 cites W2134518130 @default.
- W2045702741 cites W2143650227 @default.
- W2045702741 cites W2146351148 @default.
- W2045702741 cites W2152063232 @default.
- W2045702741 cites W2155401074 @default.
- W2045702741 cites W2156668894 @default.
- W2045702741 cites W2158623850 @default.
- W2045702741 cites W2160691650 @default.
- W2045702741 cites W2165018613 @default.
- W2045702741 cites W2165408303 @default.
- W2045702741 cites W2170665477 @default.
- W2045702741 cites W2283507664 @default.
- W2045702741 cites W2291970963 @default.
- W2045702741 cites W2312342432 @default.
- W2045702741 cites W2314714513 @default.
- W2045702741 cites W2399965129 @default.
- W2045702741 cites W4236818914 @default.
- W2045702741 doi "https://doi.org/10.1097/01.ccx.0000158091.57172.f9" @default.
- W2045702741 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/15928474" @default.
- W2045702741 hasPublicationYear "2005" @default.
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