2018
DOI: 10.1016/j.jacl.2018.04.003
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Coronary computed tomographic angiography findings and their therapeutic implications in asymptomatic patients with familial hypercholesterolemia. Lessons from the SAFEHEART study

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Cited by 54 publications
(29 citation statements)
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“…Apart from showing the highest reclassification power in the general population, CAC score was found to be superior in improving CV event prediction when added to the Framingham risk score in HeFH subjects [25]. It has also recently been shown that SAFEHE-ART-RE correlates with the CAC Score [26] and with other biological parameters such as circulating microvesicles that may represent surrogate biomarkers of coronary calcification in FH patients [27]. Confirmation of the contribution of CAC in the context of FH-specific CV risk algorithms is awaited in large populations.…”
Section: Other Markers or Predictors Of CV Risk In Hefh Patientsmentioning
confidence: 93%
“…Apart from showing the highest reclassification power in the general population, CAC score was found to be superior in improving CV event prediction when added to the Framingham risk score in HeFH subjects [25]. It has also recently been shown that SAFEHE-ART-RE correlates with the CAC Score [26] and with other biological parameters such as circulating microvesicles that may represent surrogate biomarkers of coronary calcification in FH patients [27]. Confirmation of the contribution of CAC in the context of FH-specific CV risk algorithms is awaited in large populations.…”
Section: Other Markers or Predictors Of CV Risk In Hefh Patientsmentioning
confidence: 93%
“…Since publication of the aforementioned guidelines, there has been an exponential growth in published works on several aspects of FH [3]. This includes the following: new knowledge on population prevalence [6][7][8]; screening methods [3,5,13,21] including use of non-fasting samples [22]; the role of primary care in detection and treatment [23]; new diagnostic gene technologies and genetic testing protocols [24]; methods for risk re-stratification, including estimation of lipoprotein(a) [25][26][27][28] and non-invasive cardiovascular imaging [3,29,30]; screening and treatment of children [12,31,32]; the safety and tolerability of statins [33,34]; the efficacy and application of new therapies (eg. proprotein convertase subtilisin/kexin type 9 inhibitors); management of homozygous FH including use of lipoprotein apheresis [35][36][37]; comprehensive health economic evaluations [38,39]; organisation of services [3], clinical registries [40][41][42]; role of advocacy and patient support groups [43]; and, definitions of research programs [3,11,44].…”
Section: Exponential Growth Of Knowledge On Fh: Review Of Evidencementioning
confidence: 99%
“…Therefore, assessment of subclinical atherosclerosis may be a valuable clinical tool for determining the ASCVD risk in asymptomatic FH patients. 59,60 It has been recommended as a key modifier that allows patients to be reclassified from high to very-high cardiovascular disease risk with subsequent implications in therapy. 61 The presence and degree of CAC predicts coronary events in asymptomatic, middle-aged FH patients treated with statins and this is partly mediated by associations with other risk factors, particularly the burden of LDL-C-years.…”
Section: Role Of Imaging In CV Risk Re-stratificationmentioning
confidence: 99%