FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3172405292> ?p ?o ?g. }

• W3172405292 endingPage "211" @default.
• W3172405292 startingPage "195" @default.
• W3172405292 abstract "Stress myocardial perfusion imaging (MPI) is the preferred test in patients with intermediate-to-high clinical likelihood of coronary artery disease (CAD) and can be used as a gatekeeper to avoid unnecessary revascularization. Cardiac magnetic resonance (CMR) has a number of favorable characteristics, including: (1) high spatial resolution that can delineate subendocardial ischemia; (2) comprehensive assessment of morphology, global and regional cardiac functions, tissue characterization, and coronary artery stenosis; and (3) no radiation exposure to patients. According to meta-analysis studies, the diagnostic accuracy of perfusion CMR is comparable to positron emission tomography (PET) and perfusion CT, and is better than single-photon emission CT (SPECT) when fractional flow reserve (FFR) is used as a reference standard. In addition, stress CMR has an excellent prognostic value. One meta-analysis study demonstrated the annual event rate of cardiovascular death or non-fatal myocardial infarction was 4.9% and 0.8%, respectively, in patients with positive and negative stress CMR. Quantitative assessment of perfusion CMR not only allows the objective evaluation of regional ischemia but also provides insights into the pathophysiology of microvascular disease and diffuse subclinical atherosclerosis. For accurate quantification of myocardial perfusion, saturation correction of arterial input function is important. There are two major approaches for saturation correction, one is a dual-bolus method and the other is a dual-sequence method. Absolute quantitative mapping with myocardial perfusion CMR has good accuracy in detecting coronary microvascular dysfunction. Flow measurement in the coronary sinus (CS) with phase contrast cine CMR is an alternative approach to quantify global coronary flow reserve (CFR). The measurement of global CFR by quantitative analysis of perfusion CMR or flow measurement in the CS permits assessment of microvascular disease and diffuse subclinical atherosclerosis, which may provide improved prediction of future event risk in patients with suspected or known CAD. Multi-institutional studies to validate the diagnostic and prognostic values of quantitative perfusion CMR approaches are required." @default.
• W3172405292 created "2021-06-22" @default.
• W3172405292 creator A5037492115 @default.
• W3172405292 creator A5071689094 @default.
• W3172405292 date "2022-01-01" @default.
• W3172405292 modified "2023-09-25" @default.
• W3172405292 title "Advances in Myocardial Perfusion MR Imaging: Physiological Implications, the Importance of Quantitative Analysis, and Impact on Patient Care in Coronary Artery Disease" @default.
• W3172405292 cites W1523070141 @default.
• W3172405292 cites W1632189345 @default.
• W3172405292 cites W193651799 @default.
• W3172405292 cites W1970122309 @default.
• W3172405292 cites W1970163463 @default.
• W3172405292 cites W1971926213 @default.
• W3172405292 cites W1979262551 @default.
• W3172405292 cites W1991281058 @default.
• W3172405292 cites W2007212157 @default.
• W3172405292 cites W2008827789 @default.
• W3172405292 cites W2023500851 @default.
• W3172405292 cites W2034147808 @default.
• W3172405292 cites W2035111378 @default.
• W3172405292 cites W2039073962 @default.
• W3172405292 cites W2040540566 @default.
• W3172405292 cites W2042098439 @default.
• W3172405292 cites W2044037277 @default.
• W3172405292 cites W2044403639 @default.
• W3172405292 cites W2053322821 @default.
• W3172405292 cites W2059674017 @default.
• W3172405292 cites W2063893017 @default.
• W3172405292 cites W2064106627 @default.
• W3172405292 cites W2076180444 @default.
• W3172405292 cites W2078627173 @default.
• W3172405292 cites W2088026404 @default.
• W3172405292 cites W2094078131 @default.
• W3172405292 cites W2098101262 @default.
• W3172405292 cites W2098775723 @default.
• W3172405292 cites W2104087352 @default.
• W3172405292 cites W2111388536 @default.
• W3172405292 cites W2117687217 @default.
• W3172405292 cites W2120040975 @default.
• W3172405292 cites W2125473218 @default.
• W3172405292 cites W2131973318 @default.
• W3172405292 cites W2136935766 @default.
• W3172405292 cites W2137401870 @default.
• W3172405292 cites W2138634431 @default.
• W3172405292 cites W2141050892 @default.
• W3172405292 cites W2145164028 @default.
• W3172405292 cites W2152752458 @default.
• W3172405292 cites W2154342279 @default.
• W3172405292 cites W2160372936 @default.
• W3172405292 cites W2168292637 @default.
• W3172405292 cites W2168431065 @default.
• W3172405292 cites W2170059438 @default.
• W3172405292 cites W2170288693 @default.
• W3172405292 cites W2216368226 @default.
• W3172405292 cites W2235703329 @default.
• W3172405292 cites W2345394715 @default.
• W3172405292 cites W2402495445 @default.
• W3172405292 cites W2481017373 @default.
• W3172405292 cites W2528354637 @default.
• W3172405292 cites W2548601917 @default.
• W3172405292 cites W2548871054 @default.
• W3172405292 cites W2555971727 @default.
• W3172405292 cites W2556366293 @default.
• W3172405292 cites W2586308790 @default.
• W3172405292 cites W2596193628 @default.
• W3172405292 cites W2607306794 @default.
• W3172405292 cites W2625188121 @default.
• W3172405292 cites W2743039533 @default.
• W3172405292 cites W2743635763 @default.
• W3172405292 cites W2765347529 @default.
• W3172405292 cites W2765745076 @default.
• W3172405292 cites W2772726109 @default.
• W3172405292 cites W2790864146 @default.
• W3172405292 cites W2793579888 @default.
• W3172405292 cites W2802190160 @default.
• W3172405292 cites W2900119789 @default.
• W3172405292 cites W2900386115 @default.
• W3172405292 cites W2900778683 @default.
• W3172405292 cites W2909342571 @default.
• W3172405292 cites W2914688717 @default.
• W3172405292 cites W2916912835 @default.
• W3172405292 cites W2951539836 @default.
• W3172405292 cites W3011093490 @default.
• W3172405292 cites W3011371150 @default.
• W3172405292 cites W3012802901 @default.
• W3172405292 cites W3014025744 @default.
• W3172405292 cites W3083272281 @default.
• W3172405292 cites W3103779492 @default.
• W3172405292 cites W3108600523 @default.
• W3172405292 cites W3132272590 @default.
• W3172405292 cites W4249760698 @default.
• W3172405292 cites W4251466451 @default.
• W3172405292 doi "https://doi.org/10.2463/mrms.rev.2021-0033" @default.
• W3172405292 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34108304" @default.
• W3172405292 hasPublicationYear "2022" @default.
• W3172405292 type Work @default.
• W3172405292 sameAs 3172405292 @default.
• W3172405292 citedByCount "4" @default.

• next