An assortment of omega-3-rich foods arranged on a wooden table, including salmon, shrimp, avocado, walnuts, macadamia nuts, spinach, Brussels sprouts, broccoli, eggs, fish oil capsules, and a glass container of oil.

The Societal Costs of Low Omega-3 Consumption

 

Nutrients That Save Lives and Budgets

There is little debate around the cardiovascular benefits of omega-3 fatty acids, particularly EPA and DHA. But what happens when these nutrients are missing from our diets? According to a major study published in PLOS Medicine, the consequences are not only medical — they are deeply economic.

Co-authored by Dr. Thiago Veiga Jardim (Harvard T.H. Chan School of Public Health) and Dr. Dariush Mozaffarian (Tufts University), the study found that a suboptimal diet involving just 10 food groups was responsible for 18.2% of all U.S. ischemic heart disease, stroke, and type 2 diabetes costs. This translates to significant health and economic burdens that diet-related policies could help prevent.

Low Omega-3 Intake: A $12.7 Billion Annual Burden

Using NHANES data from 2009–2012 and applying microsimulation modeling, the researchers attributed $12.7 billion annually in societal healthcare costs to low omega-3 intake from seafood. This ranks second only to low nut and seed consumption ($13.8 billion). On a per-person basis, the omega-3 shortfall costs approximately $76 per year.

The implication is clear: boosting omega-3 levels through diet or supplementation could yield substantial savings, both in human lives and healthcare dollars.

Regional Omega-3 Deficiencies and Cardiovascular Risk

Another study, published in Prostaglandins, Leukotrienes and Essential Fatty Acids, examined Omega-3 Index (O3I) levels in over 2,100 individuals from the U.S. “stroke belt” — including states such as Mississippi, Alabama, and Georgia, where stroke risk is nearly double the national average.

The average Omega-3 Index in these regions was 4.4%, well below the cardioprotective target of 8%–12%. This deficiency reflects the regional “Southern Dietary Pattern,” rich in saturated fat and processed foods but lacking omega-3-rich fish.

Dr. William S. Harris, lead author and founder of OmegaQuant, noted that increasing EPA and DHA intake could significantly reduce CVD risk.

Accessible Sources of Omega-3s

Best dietary sources of EPA and DHA include:

  • Salmon

  • Mackerel

  • Herring

  • Sardines

  • Anchovies

  • Cod liver

Most health authorities recommend consuming 2–3 servings of fatty fish per week, equivalent to 250 mg of EPA + DHA per day.

For those who don’t eat fish:

  • Fish oil supplements: About 30% omega-3s, plus vitamins A & D.

  • Krill oil: Rich in long-chain omega-3s, made from tiny crustaceans.

  • Algal oil: A plant-based omega-3 source ideal for vegetarians/vegans, typically providing 400–500 mg EPA + DHA per dose.

The Omega-3 Index: A Simple Way to Know Your Status

Measuring your omega-3 status is straightforward with the Omega-3 Index test. This blood test quantifies the percentage of EPA and DHA in red blood cell membranes and has been used in over 200 published studies.

The ideal Omega-3 Index range:

  • 8%–12%: Cardioprotective

  • <6%: Increased cardiovascular risk

The test is available for home use (self-ordered), or it can be prescribed by a doctor for potential insurance reimbursement or FSA/HSA coverage.

Even Doctors Are Deficient in Omega-3s

A 2018 survey by DSM revealed surprising data about U.S. physicians:

  • 57% did not consume the recommended two servings of fish per week.

  • 78% used omega-3 supplements less than once a week.

  • Among those tested, the average Omega-3 Index was 5.2% — well below optimal.

Even more telling: only 5% had levels above 8%, despite more than half believing they were in the ideal range. This disconnect points to broader issues in nutrition education — even among healthcare providers.

The Need for Better Nutrition Education in Medicine

A 2015 survey of medical schools revealed that more than 70% failed to meet the minimum requirement of 25 hours of nutrition education. This gap limits doctors' ability to guide patients on diet-based prevention strategies.

OmegaQuant’s Dr. Harris emphasizes that increasing awareness of omega-3 status — through tools like the Omega-3 Index — could bridge this gap. He advocates for:

  • More clinical research

  • Broader testing access

  • Reimbursement support

  • Improved education for healthcare providers

Leading Organizations Support Omega-3 Intake

These guidelines aim to help the population achieve the minimum 250 mg/day target for EPA and DHA — a level still unmet by many Americans.

Final Thoughts

Omega-3 deficiency isn’t just a personal health issue — it’s a national economic concern. From increasing healthcare costs to preventable cardiovascular disease, suboptimal omega-3 intake has real, measurable consequences.

Testing with the Omega-3 Index and supplementing with high-quality products like Ballstad Omega-3 can help individuals reach the optimal range and protect long-term heart health.

Credit: OmegaQuant Website