Forest plot depicting Cox proportional models of high-density lipoprotein size predicting increased risk of new cardiovascular events.

Forest plot depicting Cox proportional models of high-density lipoprotein size predicting increased risk of new cardiovascular events.

<p>Forest plot depicting Cox proportional models of high-density lipoprotein size predicting increased risk of new cardiovascular events.</p>

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Bibliographic Details
Main Author:	Anna V Mathew (20978688) (author)
Other Authors:	Yun Han (718961) (author), Vetalise C Konje (20978691) (author), Yanhong Guo (270212) (author), Jaeman Byun (4911796) (author), Alexander George (20978694) (author), Julian Meza (20978697) (author), Sanjay Rajagopalan (72087) (author), Y. Eugene Chen (8749887) (author), Brenda Gillespie (127723) (author), Rajiv Saran (3157779) (author), Subramaniam Pennathur (122576) (author)
Published:	2025
Subjects:	Biochemistry Medicine Cell Biology Genetics Molecular Biology Sociology Cancer Virology Mathematical Sciences not elsewhere classified Chemical Sciences not elsewhere classified various clinical factors specific lipoprotein profiles potentially reduce mortality predicting cv events new cv events specific hdl profiles particularly hdl metabolism cholesterol uptake capacity cholesterol efflux capacity new cardiovascular events moderate ckd followed high density lipoprotein 001 ], hdl cv events hdl cholesterol 008 ], hdl oxidation cardiovascular disease cardiovascular burden cholesterol levels triglyceride content study demonstrates risk stratify risk population risk factor peripheral tissues particle concentration healthy controls function associate established ckd ckd population baseline plasma allowing us advanced ckd 325 subjects
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