Association of lipoprotein subfractions and glycoprotein acetylation with coronary plaque burden in SLE.

Monica M PurmalekPhilip M CarlucciAmit K DeyMaureen SampsonYenealem Temesgen-OyelakinSimantini SakhardandeJoseph B LermanAlice FikeMichael DavisJonathan H ChungTaufiq SalahuddinZerai MannaSarthak GuptaMarcus Y ChenSarfaraz HasniNehal N MehtaAlan RemaleyMariana J Kaplan

Published in: Lupus science & medicine (2019)

Patients with SLE display a proatherogenic lipoprotein profile that may significantly contribute to the development of premature CVD. The results demonstrate that NMR measures of GlycA and lipoprotein profiles, beyond what is captured in routine clinical labs, could be a useful tool in assessing CVD risk in patients with SLE.

Keyphrases

systemic lupus erythematosus
disease activity
low density lipoprotein
coronary artery disease
coronary artery
rheumatoid arthritis
magnetic resonance
high resolution
risk factors
heart failure
solid state
left ventricular
aortic valve