FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2068165917> ?p ?o ?g. }

• W2068165917 endingPage "S154" @default.
• W2068165917 startingPage "S145" @default.
• W2068165917 abstract "Thrombocytopenia occurs in 15% to 58% of intensive care unit patients. The incidence varies based upon patient population, timing and frequency of platelet monitoring, and definition of thrombocytopenia. Up to 25% of acutely ill patients develop drug-induced thrombocytopenia. When drug-induced thrombocytopenia is suspected, nondrug related causes must be evaluated and excluded. Establishing the diagnosis of drug-induced thrombocytopenia is challenging, as hundreds of medications have been implicated. Medications commonly associated with drug-induced thrombocytopenia include glycoprotein IIb/IIIa inhibitors, cinchona alkaloids, antibiotics, anticonvulsants, and heparin. Once the diagnosis is suspected, clinicians should identify the start date of medications to assess the timeline of development. The likelihood of each medication causing thrombocytopenia must be evaluated. The risk vs. benefit of discontinuing the suspected medication and availability of alternative medications must be assessed. The role of corticosteroids, immune globulin, and plasmapheresis is uncertain. Once the offending agent has been discontinued, the overall prognosis is excellent. In the case of suspected or confirmed heparin-induced thrombocytopenia, an alternative anticoagulant should be initiated. Drug-induced thrombocytopenia should be documented in the medical record and reported according to institutional and national standards. This review focuses on immune-mediated drug-induced thrombocytopenia from medications commonly utilized in the critically ill patient." @default.
• W2068165917 created "2016-06-24" @default.
• W2068165917 creator A5010031334 @default.
• W2068165917 creator A5025013886 @default.
• W2068165917 creator A5025254990 @default.
• W2068165917 date "2010-06-01" @default.
• W2068165917 modified "2023-10-17" @default.
• W2068165917 title "Drug-induced thrombocytopenia in critically ill patients" @default.
• W2068165917 cites W1561498031 @default.
• W2068165917 cites W1825849992 @default.
• W2068165917 cites W185718695 @default.
• W2068165917 cites W1965125834 @default.
• W2068165917 cites W1965722981 @default.
• W2068165917 cites W1966573839 @default.
• W2068165917 cites W1967758519 @default.
• W2068165917 cites W1971042245 @default.
• W2068165917 cites W1975657979 @default.
• W2068165917 cites W1977842416 @default.
• W2068165917 cites W1977900178 @default.
• W2068165917 cites W1978501983 @default.
• W2068165917 cites W1981669571 @default.
• W2068165917 cites W1984138867 @default.
• W2068165917 cites W1990461324 @default.
• W2068165917 cites W1993397663 @default.
• W2068165917 cites W1997395253 @default.
• W2068165917 cites W2000066194 @default.
• W2068165917 cites W2001080845 @default.
• W2068165917 cites W2006192038 @default.
• W2068165917 cites W200838759 @default.
• W2068165917 cites W2016650695 @default.
• W2068165917 cites W2016658160 @default.
• W2068165917 cites W2017946178 @default.
• W2068165917 cites W2021181719 @default.
• W2068165917 cites W2022442006 @default.
• W2068165917 cites W2023934018 @default.
• W2068165917 cites W2026896167 @default.
• W2068165917 cites W2033316776 @default.
• W2068165917 cites W2033617098 @default.
• W2068165917 cites W2036261099 @default.
• W2068165917 cites W2037920812 @default.
• W2068165917 cites W2038178012 @default.
• W2068165917 cites W2039886883 @default.
• W2068165917 cites W2040011603 @default.
• W2068165917 cites W2046832081 @default.
• W2068165917 cites W2047889627 @default.
• W2068165917 cites W2050586170 @default.
• W2068165917 cites W2052188269 @default.
• W2068165917 cites W2052864260 @default.
• W2068165917 cites W2054162904 @default.
• W2068165917 cites W2062034319 @default.
• W2068165917 cites W2063462755 @default.
• W2068165917 cites W2066888370 @default.
• W2068165917 cites W2068484763 @default.
• W2068165917 cites W2068705970 @default.
• W2068165917 cites W2069567784 @default.
• W2068165917 cites W2081732832 @default.
• W2068165917 cites W2085466806 @default.
• W2068165917 cites W2085624440 @default.
• W2068165917 cites W2087432112 @default.
• W2068165917 cites W2087726144 @default.
• W2068165917 cites W2090816729 @default.
• W2068165917 cites W2093778456 @default.
• W2068165917 cites W2103418389 @default.
• W2068165917 cites W2112564023 @default.
• W2068165917 cites W2114021851 @default.
• W2068165917 cites W2117140720 @default.
• W2068165917 cites W2126276390 @default.
• W2068165917 cites W2126482989 @default.
• W2068165917 cites W2131897440 @default.
• W2068165917 cites W2136824844 @default.
• W2068165917 cites W2143418557 @default.
• W2068165917 cites W2143949361 @default.
• W2068165917 cites W2150460137 @default.
• W2068165917 cites W2151614311 @default.
• W2068165917 cites W2153039659 @default.
• W2068165917 cites W2154326980 @default.
• W2068165917 cites W2155399043 @default.
• W2068165917 cites W2160815516 @default.
• W2068165917 cites W2160950389 @default.
• W2068165917 cites W2167164786 @default.
• W2068165917 cites W2261873176 @default.
• W2068165917 cites W2278789705 @default.
• W2068165917 cites W2313938220 @default.
• W2068165917 cites W2411056051 @default.
• W2068165917 cites W272246455 @default.
• W2068165917 cites W2908614310 @default.
• W2068165917 cites W2912133272 @default.
• W2068165917 cites W4236272472 @default.
• W2068165917 cites W4256164684 @default.
• W2068165917 cites W1963485690 @default.
• W2068165917 doi "https://doi.org/10.1097/ccm.0b013e3181de0b88" @default.
• W2068165917 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20502168" @default.
• W2068165917 hasPublicationYear "2010" @default.
• W2068165917 type Work @default.
• W2068165917 sameAs 2068165917 @default.
• W2068165917 citedByCount "58" @default.
• W2068165917 countsByYear W20681659172012 @default.
• W2068165917 countsByYear W20681659172013 @default.

• next