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Eating more fruits, vegetables may alter genetic risk for heart disease

BOOSTER SHOTS: Oddities, musings and news from the
health world

October 12, 2011|By Jeannine Stein, Los Angeles Times / For the Booster Shots blog
  • A study finds that eating more raw fruits and vegetables may modify a gene for heart disease.
A study finds that eating more raw fruits and vegetables may modify a gene… (Photo credit: David Karp )

Next time you're considering skipping the salad bar, think again: Eating more raw fruits and vegetables could alter the effects of a gene that's a marker for heart disease.


FOR THE RECORD: A headline on an earlier version of this post incorrectly said eating more fruits and vegetables alters genes.

Researchers genotyped 27,243 people from two separate studies to see if they had a certain gene variant. The 9p21 gene has been shown in previous studies to be linked with a higher risk of heart attack and cardiovascular disease, including a 2010 meta-analysis in the Journal of the American Medical Assn. that found a statistically significant link between people who had the 9p21 gene variant and a greater chance of developing heart disease.

Despite the luck of the draw, people may be able to do something about it.

The participants in this study represented a number of ethnicities: South Asian, Latin American, Arab, Chinese and European. They were asked about their dietary habits, including how many raw fruits and vegetables they ate, and how often.

Among all the study subjects, those who had the high-risk genotype and ate a diet low in raw vegetables and fruits had a higher risk of heart attack or cardiovascular disease. However, eating a diet high in vegetables and fruits seemed to have a protective effect -- that group had a heart attack risk that was comparable to people with a low-risk genotype.

"Our research suggests there may be an important interplay between genes and diet in cardiovascular disease," said lead author Ron Do, in a news release. Do, who did the study while at McGill University (he's now at Massachusetts General Hospital) added, "Future research is necessary to understand the mechanism of this interaction, which will shed light on the underlying metabolic processes that the 9p21 gene is involved in."

The study was published this week in the journal PLoS Medicine.

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