FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2019752470> ?p ?o ?g. }

• W2019752470 endingPage "36" @default.
• W2019752470 startingPage "27" @default.
• W2019752470 abstract "Modern therapy of coronary artery disease (CAD) increasingly involves interventional strategies aimed at restoring blood flow to the ischemic myocardium. The emergence of coronary artery bypass surgery, percutaneous transluminal coronary angioplasty, and more recently thrombolytic therapy, has helped to change the natural course of ischemic heart disease and contribute to the overall reduction in the mortality from both acute myocardial infarction and chronic CAD. Presumably, the beneficial effects of revascularization result from improving blood supply to dysfunctional but viable regions with subsequent improvement in regional and global left ventricular function. Over the past decade, several approaches have been proposed to predict the reversibility of left ventricular dysfunction after coronary revascularization. For the most part, these methods rely on assessment of basic cellular mechanisms that are known to play a central role in the recovery of systolic function after coronary revascularization. These include sufficient resting perfusion to provide metabolic fuels and to allow wash-out of toxic metabolites, maintain membrane integrity (which includes the ability to generate transmembrane ionic gradients and to transport energy providing substrates), preserve metabolic machinery (to allow glucose, fatty acid and oxygen consumption), and recruitable inotropic reserve. Among the available modalities, thallium imaging, positron emission tomography, and low-dose dobutamine echocardiography are currently the most frequently used in the clinical setting. All allow prediction of reversible dysfunction with a high degree of sensitivity (greater than 80%). They seem to vary, however, in terms of specificity, thallium imaging showing the lowest (50-55%) and dobutamine echocardiography the highest (80-85%) specificity. New promising modalities, such as FDG or MIBI SPECT imaging, contrast echocardiography and integrated backscatter imaging are just ahead and will likely strengthen further our ability to identify jeopardized but viable myocardium." @default.
• W2019752470 created "2016-06-24" @default.
• W2019752470 creator A5038485288 @default.
• W2019752470 creator A5038543904 @default.
• W2019752470 creator A5062922962 @default.
• W2019752470 creator A5074747351 @default.
• W2019752470 date "1996-01-01" @default.
• W2019752470 modified "2023-09-27" @default.
• W2019752470 title "Nuclear and Echocardiographic Imaging for Prediction of Reversible Left Ventricular Ischemic Dysfunction After Coronary Revascularization: Current Status and Future Directions" @default.
• W2019752470 cites W1968895008 @default.
• W2019752470 cites W1971824145 @default.
• W2019752470 cites W1975791189 @default.
• W2019752470 cites W1976508798 @default.
• W2019752470 cites W1980062367 @default.
• W2019752470 cites W1983897769 @default.
• W2019752470 cites W1986223829 @default.
• W2019752470 cites W1990118814 @default.
• W2019752470 cites W1995291635 @default.
• W2019752470 cites W1999111531 @default.
• W2019752470 cites W2005828930 @default.
• W2019752470 cites W2009836882 @default.
• W2019752470 cites W2020971669 @default.
• W2019752470 cites W2023608020 @default.
• W2019752470 cites W2025645199 @default.
• W2019752470 cites W2025694394 @default.
• W2019752470 cites W2026394702 @default.
• W2019752470 cites W2028117716 @default.
• W2019752470 cites W2030912887 @default.
• W2019752470 cites W2032598255 @default.
• W2019752470 cites W2033491076 @default.
• W2019752470 cites W2033858209 @default.
• W2019752470 cites W2034968764 @default.
• W2019752470 cites W2036063141 @default.
• W2019752470 cites W2046511178 @default.
• W2019752470 cites W2047399325 @default.
• W2019752470 cites W2047634915 @default.
• W2019752470 cites W2048222082 @default.
• W2019752470 cites W2048842335 @default.
• W2019752470 cites W2050098063 @default.
• W2019752470 cites W2054682199 @default.
• W2019752470 cites W2057089198 @default.
• W2019752470 cites W2060071673 @default.
• W2019752470 cites W2067991743 @default.
• W2019752470 cites W2068925480 @default.
• W2019752470 cites W2072092929 @default.
• W2019752470 cites W2078059060 @default.
• W2019752470 cites W2078471940 @default.
• W2019752470 cites W2079422981 @default.
• W2019752470 cites W2080909257 @default.
• W2019752470 cites W2083994164 @default.
• W2019752470 cites W2094321468 @default.
• W2019752470 cites W2103064438 @default.
• W2019752470 cites W2111151040 @default.
• W2019752470 cites W2137954598 @default.
• W2019752470 cites W2165183062 @default.
• W2019752470 cites W2312868716 @default.
• W2019752470 cites W2432514774 @default.
• W2019752470 cites W2761559457 @default.
• W2019752470 cites W4367437317 @default.
• W2019752470 doi "https://doi.org/10.1097/00005344-199600003-00005" @default.
• W2019752470 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/8891868" @default.
• W2019752470 hasPublicationYear "1996" @default.
• W2019752470 type Work @default.
• W2019752470 sameAs 2019752470 @default.
• W2019752470 citedByCount "8" @default.
• W2019752470 countsByYear W20197524702012 @default.
• W2019752470 crossrefType "journal-article" @default.
• W2019752470 hasAuthorship W2019752470A5038485288 @default.
• W2019752470 hasAuthorship W2019752470A5038543904 @default.
• W2019752470 hasAuthorship W2019752470A5062922962 @default.
• W2019752470 hasAuthorship W2019752470A5074747351 @default.
• W2019752470 hasBestOaLocation W20197524701 @default.
• W2019752470 hasConcept C126322002 @default.
• W2019752470 hasConcept C164705383 @default.
• W2019752470 hasConcept C178853913 @default.
• W2019752470 hasConcept C2778213512 @default.
• W2019752470 hasConcept C2779464278 @default.
• W2019752470 hasConcept C2780062172 @default.
• W2019752470 hasConcept C2781185063 @default.
• W2019752470 hasConcept C500558357 @default.
• W2019752470 hasConcept C541997718 @default.
• W2019752470 hasConcept C71924100 @default.
• W2019752470 hasConceptScore W2019752470C126322002 @default.
• W2019752470 hasConceptScore W2019752470C164705383 @default.
• W2019752470 hasConceptScore W2019752470C178853913 @default.
• W2019752470 hasConceptScore W2019752470C2778213512 @default.
• W2019752470 hasConceptScore W2019752470C2779464278 @default.
• W2019752470 hasConceptScore W2019752470C2780062172 @default.
• W2019752470 hasConceptScore W2019752470C2781185063 @default.
• W2019752470 hasConceptScore W2019752470C500558357 @default.
• W2019752470 hasConceptScore W2019752470C541997718 @default.
• W2019752470 hasConceptScore W2019752470C71924100 @default.
• W2019752470 hasLocation W20197524701 @default.
• W2019752470 hasLocation W20197524702 @default.
• W2019752470 hasLocation W20197524703 @default.
• W2019752470 hasOpenAccess W2019752470 @default.
• W2019752470 hasPrimaryLocation W20197524701 @default.
• W2019752470 hasRelatedWork W1893455892 @default.

• next