FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2809002241> ?p ?o ?g. }

• W2809002241 endingPage "831" @default.
• W2809002241 startingPage "815" @default.
• W2809002241 abstract "Acute ischaemic stroke represents the most common cause of new sudden neurological deficit, but other diseases mimicking stroke happen in about one-third of the cases. Magnetic resonance imaging (MRI) is the best technique to identify those ‘stroke mimics’. In this article, we propose a diagnostic approach of those stroke mimics on MRI according to an algorithm based on diffusion-weighted imaging (DWI), which can be abnormal or normal, followed by the results of other common additional MRI sequences, such as T2 with gradient recalled echo weighted imaging (T2-GRE) and fluid-attenuated inversion recovery (FLAIR). Analysis of the signal intensity of the parenchyma, the intracranial arteries and, overall, of the veins, is crucial on T2-GRE, while anatomic distribution of the parenchymal lesions is essential on FLAIR. Among stroke mimics with abnormal DWI, T2-GRE demonstrates obvious abnormalities in case of intracerebral haemorrhage or cerebral amyloid angiopathy, but this sequence also allows to propose alternative diagnoses when DWI is negative, such as in migraine aura or headaches with associated neurological deficits and lymphocytosis (HaNDL), in which cortical venous prominence is observed at the acute phase on T2-GRE. FLAIR is also of major interest when DWI is positive by better showing evocative distribution of cerebral lesions in case of seizure (involving the hippocampus, pulvinar and cortex), hypoglycaemia (bilateral lesions in the posterior limb of the internal capsules, corona radiata, striata or splenium of the corpus callosum) or in posterior reversible encephalopathy syndrome (PRES). Other real stroke mimics such as mitochondrial myopathy, encephalopathy, lactic acidosis, stroke-like episodes (MELAS), Susac’s syndrome, brain tumour, demyelinating diseases and herpes simplex encephalitis are also included in our detailed and practical algorithm. • About 30% of sudden neurological deficits are due to non-ischaemic causes. • MRI is the best technique to identify stroke mimics. • Our practical illustrated algorithm based on DWI helps to recognise stroke mimics." @default.
• W2809002241 created "2018-06-29" @default.
• W2809002241 creator A5011993523 @default.
• W2809002241 creator A5024116273 @default.
• W2809002241 creator A5025685089 @default.
• W2809002241 creator A5049855793 @default.
• W2809002241 creator A5061699745 @default.
• W2809002241 creator A5064632256 @default.
• W2809002241 creator A5071294480 @default.
• W2809002241 creator A5072217611 @default.
• W2809002241 creator A5085191884 @default.
• W2809002241 creator A5089067928 @default.
• W2809002241 date "2018-06-22" @default.
• W2809002241 modified "2023-10-09" @default.
• W2809002241 title "Magnetic resonance imaging of arterial stroke mimics: a pictorial review" @default.
• W2809002241 cites W125984928 @default.
• W2809002241 cites W1568499629 @default.
• W2809002241 cites W1832642807 @default.
• W2809002241 cites W1911888619 @default.
• W2809002241 cites W1916171349 @default.
• W2809002241 cites W1966897014 @default.
• W2809002241 cites W1976479424 @default.
• W2809002241 cites W1977174816 @default.
• W2809002241 cites W1977789086 @default.
• W2809002241 cites W1983561368 @default.
• W2809002241 cites W1987061191 @default.
• W2809002241 cites W2004101346 @default.
• W2809002241 cites W2005257697 @default.
• W2809002241 cites W2007300440 @default.
• W2809002241 cites W2010313732 @default.
• W2809002241 cites W2011131801 @default.
• W2809002241 cites W2023715104 @default.
• W2809002241 cites W2026264677 @default.
• W2809002241 cites W2035259440 @default.
• W2809002241 cites W2038054290 @default.
• W2809002241 cites W2044903062 @default.
• W2809002241 cites W2045409504 @default.
• W2809002241 cites W2045810174 @default.
• W2809002241 cites W2047645801 @default.
• W2809002241 cites W2048634539 @default.
• W2809002241 cites W2056019474 @default.
• W2809002241 cites W2056638545 @default.
• W2809002241 cites W2072266983 @default.
• W2809002241 cites W2073181861 @default.
• W2809002241 cites W2081704737 @default.
• W2809002241 cites W2083538695 @default.
• W2809002241 cites W2090340217 @default.
• W2809002241 cites W2101539806 @default.
• W2809002241 cites W2101660242 @default.
• W2809002241 cites W2103780795 @default.
• W2809002241 cites W2105524859 @default.
• W2809002241 cites W2106501818 @default.
• W2809002241 cites W2110139516 @default.
• W2809002241 cites W2115558652 @default.
• W2809002241 cites W2121598531 @default.
• W2809002241 cites W2122510357 @default.
• W2809002241 cites W2122545833 @default.
• W2809002241 cites W2127681178 @default.
• W2809002241 cites W2135859818 @default.
• W2809002241 cites W2136154045 @default.
• W2809002241 cites W2136587148 @default.
• W2809002241 cites W2142577589 @default.
• W2809002241 cites W2148035614 @default.
• W2809002241 cites W2148954037 @default.
• W2809002241 cites W2150007850 @default.
• W2809002241 cites W2150163312 @default.
• W2809002241 cites W2151541544 @default.
• W2809002241 cites W2162697699 @default.
• W2809002241 cites W2167389139 @default.
• W2809002241 cites W2167752468 @default.
• W2809002241 cites W2168751580 @default.
• W2809002241 cites W2174394664 @default.
• W2809002241 cites W2175215895 @default.
• W2809002241 cites W2197574812 @default.
• W2809002241 cites W2227089585 @default.
• W2809002241 cites W2280334572 @default.
• W2809002241 cites W2282078559 @default.
• W2809002241 cites W2285631572 @default.
• W2809002241 cites W2326297993 @default.
• W2809002241 cites W2552678017 @default.
• W2809002241 cites W2729287067 @default.
• W2809002241 cites W2765860455 @default.
• W2809002241 cites W4211254511 @default.
• W2809002241 cites W4237094158 @default.
• W2809002241 doi "https://doi.org/10.1007/s13244-018-0637-y" @default.
• W2809002241 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6206386" @default.
• W2809002241 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29934921" @default.
• W2809002241 hasPublicationYear "2018" @default.
• W2809002241 type Work @default.
• W2809002241 sameAs 2809002241 @default.
• W2809002241 citedByCount "41" @default.
• W2809002241 countsByYear W28090022412018 @default.
• W2809002241 countsByYear W28090022412019 @default.
• W2809002241 countsByYear W28090022412020 @default.
• W2809002241 countsByYear W28090022412021 @default.
• W2809002241 countsByYear W28090022412022 @default.
• W2809002241 countsByYear W28090022412023 @default.
• W2809002241 crossrefType "journal-article" @default.

• next