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Lifetime Drinking Trajectories and Nonfatal Acute Myocardial Infarction
Marcia Russell1, Amy Z Fan1, Jo L Freudenheim2
1Prevention Research Center, Pacific Institute for Research and Evaluation (PIRE), Berkeley, California.
Insights
Lifetime drinking patterns significantly impact coronary heart disease risk. Early peak drinking trajectories, especially in women, are linked to higher acute myocardial infarction (AMI) risk compared to stable patterns.
Area of Science:
- Cardiovascular epidemiology
- Alcohol consumption research
- Public health
Background:
- The relationship between lifetime alcohol consumption patterns and coronary heart disease remains unclear.
- Understanding these patterns is crucial for public health initiatives and cardiovascular disease prevention.
Purpose of the Study:
- To investigate the association between distinct lifetime drinking trajectories and the risk of acute myocardial infarction (AMI).
- To characterize different drinking patterns and their cardiovascular implications across the lifespan.
Main Methods:
- A case-control study involving nonfatal AMI patients and healthy controls.
- Detailed lifetime drinking histories (ages 10-59) were collected and analyzed to define drinking trajectories.
- Sex-specific logistic regression models were used to assess AMI risk associated with different drinking patterns.
Main Results:
- Two primary drinking trajectories were identified: 'early peak' and 'stable'.
- Never regularly drinking was associated with higher AMI risk in men and in combined-sex former drinkers.
- Early peak drinking trajectories showed increased AMI risk in male former drinkers, combined-sex former drinkers, and female current drinkers.
Conclusions:
- Past epidemiological studies may have overlooked the long-term cardiovascular effects of adolescent and early adult heavy episodic drinking.
- Lifetime drinking trajectories, not just overall consumption, are critical determinants of cardiovascular risk.
Background:
The relation of lifetime drinking trajectories to coronary heart disease is not well understood.
Methods:
Cases hospitalized for a nonfatal acute myocardial infarction (AMI) and healthy population-based controls matched on age and sex completed a physical examination and an interview covering known AMI risk factors and a detailed lifetime drinking history. Distinct lifetime drinking trajectories based on ounces of ethanol consumed per decade between ages 10 and 59 years were derived and characterized according to lifetime drinking patterns associated with each. Sex-specific multiple logistic regression analyses were conducted to estimate AMI risk among participants who never drank regularly compared to lifetime drinking trajectories and risk associated with distinct trajectories among former and current drinkers.
Results:
Two lifetime drinking trajectories were derived, early peak and stable. Early peak trajectories were characterized by earlier onset of regular drinking, less frequent drinking, more drinks per drinking day, fewer total drinks, more frequent drunkenness per drinking year, and reduced alcohol intake or abstention by middle age. Never drinking regularly, reported by significantly more women than men, was associated with significantly higher AMI risk than stable lifetime drinking trajectories among men and in the sex-combined analysis of former drinkers only. Compared to stable lifetime drinking trajectories, early peak trajectories were associated with significantly higher AMI risk among male former drinkers, among sex-combined former drinkers, and among female current drinkers.
Conclusions:
Epidemiological studies of alcohol and health in populations over age 35 may have underestimated the impact of heavy episodic drinking during adolescence and emerging adulthood on the cardiovascular system.
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