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- W2907156782 endingPage "143" @default.
- W2907156782 startingPage "134" @default.
- W2907156782 abstract "Purpose of review The present review addresses diagnostic methods for crystalline arthritis including synovial fluid analysis, ultrasound, and dual energy CT scan (DECT). Recent findings There are new technologies on the horizon to improve the ease, sensitivity, and specificity of synovial fluid analysis. Raman spectroscopy uses the spectral signature that results from a material's unique energy absorption and scatter for crystal identification. Lens-free microscopy directly images synovial fluid aspirate on to a complementary metal-oxide semiconductor chip, providing a high-resolution, wide field of view (∼20 mm 2 ) image. Raman spectroscopy and lens-free microscopy may provide additional benefit over compensated polarized light microscopy synovial fluid analysis by quantifying crystal density in synovial fluid samples. Ultrasound and DECT have good sensitivity and specificity for the identification of monosodium urate (MSU) and calcium pyrophosphate (CPP) crystals. However, both have limitations in patients with recent onset gout and low urate burdens. Summary New technologies promise improved methods for detection of MSU and CPP crystals. At this time, limitations of these technologies do not replace the need for synovial fluid aspiration for confirmation of crystal detection. None of these technologies address the often concomitant indication to rule out infectious arthritis." @default.
- W2907156782 created "2019-01-11" @default.
- W2907156782 creator A5024343198 @default.
- W2907156782 creator A5038110206 @default.
- W2907156782 creator A5047077207 @default.
- W2907156782 date "2019-03-01" @default.
- W2907156782 modified "2023-09-26" @default.
- W2907156782 title "Diagnostic advances in synovial fluid analysis and radiographic identification for crystalline arthritis" @default.
- W2907156782 cites W1546053815 @default.
- W2907156782 cites W1756367626 @default.
- W2907156782 cites W180332004 @default.
- W2907156782 cites W1852323674 @default.
- W2907156782 cites W1898041916 @default.
- W2907156782 cites W1966093868 @default.
- W2907156782 cites W1966488109 @default.
- W2907156782 cites W1970095918 @default.
- W2907156782 cites W1979011753 @default.
- W2907156782 cites W1984347397 @default.
- W2907156782 cites W1989830415 @default.
- W2907156782 cites W1990179520 @default.
- W2907156782 cites W2004612404 @default.
- W2907156782 cites W2007434222 @default.
- W2907156782 cites W2008245966 @default.
- W2907156782 cites W2009110061 @default.
- W2907156782 cites W2010177373 @default.
- W2907156782 cites W2013510554 @default.
- W2907156782 cites W2020354562 @default.
- W2907156782 cites W2030769715 @default.
- W2907156782 cites W2037047312 @default.
- W2907156782 cites W2037502688 @default.
- W2907156782 cites W2039904066 @default.
- W2907156782 cites W2040086409 @default.
- W2907156782 cites W2043109929 @default.
- W2907156782 cites W2059081150 @default.
- W2907156782 cites W2068179729 @default.
- W2907156782 cites W2070426536 @default.
- W2907156782 cites W2081894992 @default.
- W2907156782 cites W2084516647 @default.
- W2907156782 cites W2093442488 @default.
- W2907156782 cites W2094565067 @default.
- W2907156782 cites W2096964348 @default.
- W2907156782 cites W2100208070 @default.
- W2907156782 cites W2100580206 @default.
- W2907156782 cites W2114541661 @default.
- W2907156782 cites W2118756741 @default.
- W2907156782 cites W2125086595 @default.
- W2907156782 cites W2125392492 @default.
- W2907156782 cites W2133287974 @default.
- W2907156782 cites W2139434556 @default.
- W2907156782 cites W2145485564 @default.
- W2907156782 cites W2147167296 @default.
- W2907156782 cites W2147735982 @default.
- W2907156782 cites W2153947063 @default.
- W2907156782 cites W2158598573 @default.
- W2907156782 cites W2159280745 @default.
- W2907156782 cites W2164428519 @default.
- W2907156782 cites W2168582455 @default.
- W2907156782 cites W2255277474 @default.
- W2907156782 cites W2287954782 @default.
- W2907156782 cites W2293710843 @default.
- W2907156782 cites W2295097024 @default.
- W2907156782 cites W2302086642 @default.
- W2907156782 cites W2330802867 @default.
- W2907156782 cites W2406701072 @default.
- W2907156782 cites W2412380602 @default.
- W2907156782 cites W2414237676 @default.
- W2907156782 cites W2442113213 @default.
- W2907156782 cites W2465267705 @default.
- W2907156782 cites W2469215974 @default.
- W2907156782 cites W2470289244 @default.
- W2907156782 cites W2470366316 @default.
- W2907156782 cites W2497437942 @default.
- W2907156782 cites W2506830373 @default.
- W2907156782 cites W2507962050 @default.
- W2907156782 cites W2531938079 @default.
- W2907156782 cites W2548445630 @default.
- W2907156782 cites W2553098032 @default.
- W2907156782 cites W2592975220 @default.
- W2907156782 cites W2742420610 @default.
- W2907156782 cites W2744521989 @default.
- W2907156782 cites W2750670359 @default.
- W2907156782 cites W2758683198 @default.
- W2907156782 cites W2766150385 @default.
- W2907156782 cites W2789807534 @default.
- W2907156782 cites W2792446452 @default.
- W2907156782 cites W2797448504 @default.
- W2907156782 cites W2799876142 @default.
- W2907156782 cites W2902743816 @default.
- W2907156782 cites W2990250829 @default.
- W2907156782 cites W4248403572 @default.
- W2907156782 cites W4256175256 @default.
- W2907156782 doi "https://doi.org/10.1097/bor.0000000000000582" @default.
- W2907156782 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6377265" @default.
- W2907156782 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30601230" @default.
- W2907156782 hasPublicationYear "2019" @default.
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