7 articles in this topic
A clinical framework for atherosclerosis as lifetime particle exposure rather than a ten-year risk percentage — how to combine apoB, Lp(a), coronary imaging and inherited risk into a decision about when to start treating, and how to explain a 'normal' lipid panel that isn't reassuring.
A practical framework for sequencing advanced imaging in preventive practice: why a picture of disease outranks a score that predicts it, where coronary calcium goes blind in younger patients, and how to weigh whole-body MRI's occult cancers against its cascades.
Master the cutting-edge science of fibrinolytic dysfunction — from SERPINE1 epigenetics and senescence feedback loops to emerging PAI-1 inhibitors and precision protocols for restoring clot-clearance capacity.
A clinical guide to interpreting genetic risk alongside blood biomarkers in cardiovascular prevention — why apoB beats LDL-C, where Lp(a) fits, how to catch insulin resistance a decade early, and why a laboratory reference range is not a target.
A practical guide to interpreting a polygenic risk score report — how the number is built, how to convert a percentile into absolute risk, why the score may not apply to your patient at all, and why a high score usually changes timing and intensity rather than diagnosis.
Master the advanced biochemistry of nitric oxide signaling—from peroxynitrite chemistry and S-nitrosylation proteomics to emerging sGC stimulators, senolytic strategies, and precision longevity protocols.
Dive deep into the molecular mechanisms of vascular aging and explore cutting-edge interventions — from senolytic therapies and nitric oxide restoration to exercise-induced remodeling and emerging pharmacological approaches — that are redefining what's possible in cardiovascular longevity.
