2012
DOI: 10.1093/eurheartj/ehs020
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High-throughput quantification of circulating metabolites improves prediction of subclinical atherosclerosis

Abstract: High-throughput metabolite quantification, with new systemic biomarkers, improved risk stratification for subclinical atherosclerosis in comparison to conventional lipids and could potentially be useful for early cardiovascular risk assessment.

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Cited by 147 publications
(118 citation statements)
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“…The details of this methodology have been described previously ( 13,19 ), and this platform has recently been applied in various large-scale epidemiological and genetic studies (20)(21)(22). The lipoprotein subclass data available are as follows: chylomicrons and largest VLDL particles (average particle diameter at least 75 nm); fi ve different VLDL subclasses: very large VLDL (average particle diameter of 64.0 nm), large VLDL (53.6 nm), medium VLDL (44.5 nm), small VLDL (36.8 nm), and very small VLDL (31.3 nm); IDL (28.6 nm); three LDL subclasses: large LDL (25.5 nm), medium LDL (23.0 nm), and small LDL (18.7 nm); and four HDL subclasses: very large HDL (14.3 nm), large HDL (12.1 nm), medium HDL (10.9 nm), and small HDL (8.7 nm).…”
Section: Serum Lipoprotein Subclass Analysis By Nmr Spectroscopymentioning
confidence: 99%
“…The details of this methodology have been described previously ( 13,19 ), and this platform has recently been applied in various large-scale epidemiological and genetic studies (20)(21)(22). The lipoprotein subclass data available are as follows: chylomicrons and largest VLDL particles (average particle diameter at least 75 nm); fi ve different VLDL subclasses: very large VLDL (average particle diameter of 64.0 nm), large VLDL (53.6 nm), medium VLDL (44.5 nm), small VLDL (36.8 nm), and very small VLDL (31.3 nm); IDL (28.6 nm); three LDL subclasses: large LDL (25.5 nm), medium LDL (23.0 nm), and small LDL (18.7 nm); and four HDL subclasses: very large HDL (14.3 nm), large HDL (12.1 nm), medium HDL (10.9 nm), and small HDL (8.7 nm).…”
Section: Serum Lipoprotein Subclass Analysis By Nmr Spectroscopymentioning
confidence: 99%
“…Qi et al 47 have recently established a novel risk locus for coronary heart disease among diabetic patients, located in the GLUL gene. The mechanisms by which alterations 48 , and glutamine concentration, has been positively associated with higher intimamedia thickness of carotid artery as well as with coronary artery atherosclerosis 49 . The same study also linked tyrosine concentrations with these two CVD-related end points.…”
Section: Discussionmentioning
confidence: 98%
“…In another study, HDL-P, but not HDL-C, was inversely associated with carotid intima-media thickness after adjusting for covariates ( 12 ). Moreover, the use of NMR-derived lipoprotein subclasses improved risk stratifi cation for subclinical atherosclerosis in comparison to conventional lipids ( 13 ). Altogether, these and other evidence have precipitated two signifi cant events: 1 ) the 510(k) clearance from the US Food and Drug Administration (FDA) to market the Vantera Supplemental Material can be found at:…”
Section: Study Subjectsmentioning
confidence: 99%