Key result
High cholesterol variability linked to ~75% higher mortality and cardiovascular risk over 24 years.
Cohort (n=2,912)
We examined intraindividual variability in serum TC in 2912 men and women having TC measured at each of biennial examinations 2 through 7 of the FHS. RMSE described variability around the linear slope of an individual's TC during the baseline decade. Average biennial difference +/- SD was +3.7 +/- 6.7 mg/dl in men, +6.6 +/- 8.8 mg/dl in women. RMSE was < 7 mg/dl in half the group, but in the teens and twenties in the highest quartile of variability. Age-adjusted analyses showed positive associations with all-cause mortality over a 24-year period in men and a positive relation to cardiovascular and coronary incidence and mortality in both sexes. Risk ratios for highest versus lowest quartile of TC variability ranged up to 1.75. High TC variability portends excess mortality risk, and women in particular must include TC variability among their risk factors for coronary death.
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Kreger et al. (1994) reported a cohort. High intraindividual serum total cholesterol variability vs. Lowest quartile of total cholesterol variability was evaluated on All-cause mortality, cardiovascular incidence and mortality, and coronary incidence and mortality (RR up to 1.75). High intraindividual serum total cholesterol variability was associated with excess mortality and cardiovascular risk over 24 years (RR up to 1.75 for the highest vs lowest quartile).
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