Experts pinpoint chemical in breakfast favourite that could trigger heart attack and stroke

Experts pinpoint chemical in breakfast favourite that could trigger heart attack and stroke

Could Your Favorite Foods Be Increasing Your Heart Attack Risk?

A potentially concerning link between everyday foods and a surprising increase in heart attack risk has been brought to light by Spanish researchers.

Acryl amide, a chemical formed when starchy foods like bread, potatoes, and coffee are cooked at high temperatures, has been found in dozens of studies to potentially put individuals at increased risk of serious cardiovascular issues.

The substance, widely found in browned foods, has long been suspected of having carcinogenic properties, but these latest findings suggest a wider potential health hazard.

Acrylamide: What You Need To Know

Acrylamide occurs when starchy foods are cooked at high temperatures, such as when baking, frying, or roasting. It’s abundant in foods that boast that desirable golden-brown exterior we so often crave.

The research, published in the journal Nutrients, reveals that individuals with higher acrylamide intake experienced a higher risk of suffering a heart attack or stroke.

While more research is needed to quantify the exact level of risk, the study highlights a potentially concerning trend needing closer examination.

"While some may relax, it was also noted that some of these carbohydrate-rich foods have a high acrylamide detains from purging themselves in more detail. It’s a public health concern like say” , says Dr. Michael, a leading

These findings aren’t scrambling to

Limiting Risk: Smart Choices in the Kitchen

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Before panicking, experts emphasize that the link between acrylamide and cardiovascular issues requires further investigation. However, the NHS and other health authorities wisely advise taking simple steps to minimize risk.

These include:

  • Embracing the Golden Rule: Aim for a "golden yellow" color when cooking starchy foods.

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These findings highlight a need for further investigation into this potentially risky compound.

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