Standard medical checkups often rely on a basic lipid panel—the traditional “good vs. bad cholesterol” breakdown. While these metrics provide a baseline, they frequently fail to capture the full picture of cardiovascular risk.
In a recent discussion with Dr. Giovanni Campanile, a functional cardiologist, and Dr. Sandra Cammarata, a functional psychiatrist, the founders of CorAeon highlighted a critical gap in conventional care. They argue that true heart health requires looking beyond basic cholesterol numbers to examine particle size, genetic predispositions, metabolic drivers, and even the psychological stressors that impact physical biology.
1. The ApoB and ApoB/A1 Ratio
While standard tests look at total LDL, Dr. Campanile emphasizes ApoB (Apolipoprotein B) as the most critical marker. ApoB represents the “bad” particles that actively cause disease, whereas ApoA1 is the “good” marker that aids in clearing cholesterol.
The ratio between these two is a powerful predictor of major cardiac events.
– For low-risk individuals: Aim for an ApoB/ApoA1 ratio below 0.6.
– For high-risk individuals: The goal is to reach as close to 0.2 as possible, often requiring advanced treatments like PCSK9 inhibitors.
2. Lp(a): The Genetic Wildcard
Lipoprotein(a), or Lp(a), is a factor many people overlook because it is entirely genetic. Unlike cholesterol levels, which can be influenced by diet and exercise, your Lp(a) levels are largely predetermined. Even those with “perfect” lifestyles may face high risks due to this marker. Because it is a fixed genetic trait, clinicians often take a more aggressive approach to managing other risk factors when Lp(a) is elevated.
3. Deep Metabolic Markers (Beyond A1C)
In many clinical settings, blood sugar is monitored via A1C (a three-month average). However, Dr. Campanile argues that A1C alone misses the nuances of insulin resistance, a primary driver of heart disease.
Insulin resistance causes cholesterol particles to become smaller and denser, making them more likely to penetrate artery walls. To get a clearer picture, he recommends monitoring:
– Fasting Insulin: Ideally below 10, with an optimal target of 5.
– Fasting Glucose: Aiming for 75–80 mg/dL.
– HOMA-IR: A calculation that measures how hard your body is working to manage blood sugar.
4. Advanced Lipid and Inflammatory Panels
Standard tests tell you how much cholesterol you have, but not the quality of those particles. Small, dense particles are much more dangerous than “large, fluffy” ones. Two advanced approaches can provide this detail:
– The Boston Heart Test: Helps determine if you are a “hyper-absorber” or “hyper-producer” of cholesterol.
– The Cardio Zoomer: A cutting-edge panel that tracks Ceramides (which indicate plaque stability) and Myeloperoxidase (an inflammatory marker).
Notably, these inflammatory markers are also linked to mental health; higher inflammation levels often correlate with an increased risk of depression.
5. The Cleerly Scan: Seeing the “Pimple” in the Artery
Many patients believe a zero calcium score on a standard CT scan means they are in the clear. However, research shows that 15–25% of people with zero calcium still harbor soft plaque.
The Cleerly Scan uses AI and contrast to differentiate between:
– Calcified plaque: Relatively stable.
– Soft plaque: Less stable.
– Inflamed soft plaque: Highly dangerous. Dr. Campanile describes inflamed soft plaque as a “pimple” inside the artery; if it “pops,” it can cause a blood clot and trigger a heart attack.
6. InBody Scan: Measuring Visceral Fat
Body weight is a poor indicator of health compared to body composition. Using tools like the InBody 970, clinicians can measure visceral fat —the fat stored around internal organs. High levels of visceral fat are closely linked to dementia, heart disease, and accelerated aging, even in individuals who appear physically fit.
The Mind-Body-Heart Connection
Perhaps the most vital takeaway from the CorAeon approach is that cardiovascular health is not purely biological. Dr. Cammarata emphasizes that chronic stress —driven by poor sleep, job instability, or fractured relationships—leads to elevated cortisol and neurotransmitter depletion, which directly damages the heart.
In fact, studies suggest that the quality of your relationships by age 50 may be a more significant predictor of longevity than your cholesterol levels.
Conclusion: Modern heart health requires a dual approach: utilizing advanced diagnostic technology to identify hidden risks like ApoB and soft plaque, while simultaneously addressing the lifestyle and psychological foundations—such as stress management and social connection—that sustain long-term vitality.


























