Matches in SemOpenAlex for { <https://semopenalex.org/work/W2345318695> ?p ?o ?g. }
- W2345318695 endingPage "216" @default.
- W2345318695 startingPage "201" @default.
- W2345318695 abstract "Over the past decades, there has been considerable progress in the field of less invasive haemodynamic monitoring technologies. Substantial evidence has accumulated, which supports the continuous measurement and optimization of flow-based variables such as stroke volume, that is, cardiac output, in order to prevent occult hypoperfusion and consequently to improve patients' outcome in the perioperative setting. However, there is a striking gap between the developments in haemodynamic monitoring and the increasing evidence to implement defined treatment protocols based on the measured variables, and daily clinical routine. Recent trials have shown that perioperative morbidity and mortality is higher than anticipated. This emphasizes the need for the anaesthesia community to address this issue and promotes the implementation of proven concepts into clinical practice in order to improve patients' outcome, especially in high-risk patients. The advances in minimally invasive and non-invasive monitoring techniques can be seen as a driving force in this respect, as the degree of invasiveness of any monitoring tool determines the frequency of its application, especially in the operating room (OR). From this point of view, we are very confident that some of these minimally invasive and non-invasive haemodynamic monitoring technologies will become an inherent part of our monitoring armamentarium in the OR and in the intensive care unit (ICU)." @default.
- W2345318695 created "2016-06-24" @default.
- W2345318695 creator A5031646784 @default.
- W2345318695 creator A5036649021 @default.
- W2345318695 creator A5053558202 @default.
- W2345318695 date "2016-06-01" @default.
- W2345318695 modified "2023-10-16" @default.
- W2345318695 title "Monitoring high-risk patients: minimally invasive and non-invasive possibilities" @default.
- W2345318695 cites W1026556347 @default.
- W2345318695 cites W1483990096 @default.
- W2345318695 cites W1486239158 @default.
- W2345318695 cites W1489629220 @default.
- W2345318695 cites W1517949191 @default.
- W2345318695 cites W1601640977 @default.
- W2345318695 cites W1883139279 @default.
- W2345318695 cites W1969859651 @default.
- W2345318695 cites W1972889132 @default.
- W2345318695 cites W1980441241 @default.
- W2345318695 cites W1991503388 @default.
- W2345318695 cites W1994188112 @default.
- W2345318695 cites W1998825022 @default.
- W2345318695 cites W2005926741 @default.
- W2345318695 cites W2008236219 @default.
- W2345318695 cites W2010609128 @default.
- W2345318695 cites W2010753973 @default.
- W2345318695 cites W2012826488 @default.
- W2345318695 cites W2015625030 @default.
- W2345318695 cites W2015925838 @default.
- W2345318695 cites W2021667729 @default.
- W2345318695 cites W2028141385 @default.
- W2345318695 cites W2031965614 @default.
- W2345318695 cites W2055153319 @default.
- W2345318695 cites W2059372146 @default.
- W2345318695 cites W2066787490 @default.
- W2345318695 cites W2069972003 @default.
- W2345318695 cites W2070441027 @default.
- W2345318695 cites W2071159606 @default.
- W2345318695 cites W2072486627 @default.
- W2345318695 cites W2074737552 @default.
- W2345318695 cites W2078920098 @default.
- W2345318695 cites W2084130761 @default.
- W2345318695 cites W2084292000 @default.
- W2345318695 cites W2084638854 @default.
- W2345318695 cites W2084989732 @default.
- W2345318695 cites W2095195421 @default.
- W2345318695 cites W2095543156 @default.
- W2345318695 cites W2096774244 @default.
- W2345318695 cites W2098768123 @default.
- W2345318695 cites W2100268463 @default.
- W2345318695 cites W2103523878 @default.
- W2345318695 cites W2103931118 @default.
- W2345318695 cites W2106997077 @default.
- W2345318695 cites W2111768439 @default.
- W2345318695 cites W2112485589 @default.
- W2345318695 cites W2118676201 @default.
- W2345318695 cites W2119130035 @default.
- W2345318695 cites W2121499426 @default.
- W2345318695 cites W2122575600 @default.
- W2345318695 cites W2122877340 @default.
- W2345318695 cites W2124872599 @default.
- W2345318695 cites W2126008523 @default.
- W2345318695 cites W2130730383 @default.
- W2345318695 cites W2131104973 @default.
- W2345318695 cites W2131257790 @default.
- W2345318695 cites W2137653874 @default.
- W2345318695 cites W2138802045 @default.
- W2345318695 cites W2140338960 @default.
- W2345318695 cites W2143872077 @default.
- W2345318695 cites W2144963243 @default.
- W2345318695 cites W2146189232 @default.
- W2345318695 cites W2148698196 @default.
- W2345318695 cites W2149812157 @default.
- W2345318695 cites W2150560330 @default.
- W2345318695 cites W2151420330 @default.
- W2345318695 cites W2152900265 @default.
- W2345318695 cites W2155682623 @default.
- W2345318695 cites W2155883988 @default.
- W2345318695 cites W2157230492 @default.
- W2345318695 cites W2160658768 @default.
- W2345318695 cites W2166250728 @default.
- W2345318695 cites W2167438595 @default.
- W2345318695 cites W2168586605 @default.
- W2345318695 cites W2170010230 @default.
- W2345318695 cites W2181010258 @default.
- W2345318695 cites W2190183497 @default.
- W2345318695 cites W2315572306 @default.
- W2345318695 cites W2333454619 @default.
- W2345318695 cites W2410722925 @default.
- W2345318695 cites W2411499979 @default.
- W2345318695 cites W4234295820 @default.
- W2345318695 doi "https://doi.org/10.1016/j.bpa.2016.04.006" @default.
- W2345318695 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27396807" @default.
- W2345318695 hasPublicationYear "2016" @default.
- W2345318695 type Work @default.
- W2345318695 sameAs 2345318695 @default.
- W2345318695 citedByCount "11" @default.
- W2345318695 countsByYear W23453186952016 @default.
- W2345318695 countsByYear W23453186952017 @default.