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Also reported in: nmol/L
A normal Lp(a) below 30 mg/dL adds only modest cardiovascular risk. Lp(a) is a sticky lipoprotein particle that promotes plaque formation and blood clot development in arteries, but the normal range carries limited additional risk beyond standard cholesterol markers. This is predominantly genetically determined.
Lp(a) is a genetically determined lipoprotein that, when elevated, noticeably increases cardiovascular risk. A very low level means you do not carry significant amounts of this particularly dangerous particle. Since Lp(a) is almost entirely genetically determined, this result is essentially fixed and remains favorable throughout life.
Very low Lp(a) is excellent news. This genetic risk factor is not contributing to your cardiovascular risk.
Lp(a): {{value}} {{unit}} — very low (ref: <{{high}})A low Lp(a) level means this genetically inherited risk factor is not elevating your cardiovascular risk. Unlike LDL cholesterol, Lp(a) cannot be noticeably changed by diet or exercise — it is predominantly determined by inherited genes. Low levels provide meaningful protection against early-onset heart disease.
Great result. Since Lp(a) is mostly genetic, this is a natural advantage you carry. Focus on other modifiable risk factors.
Lp(a): {{value}} {{unit}} — low (ref: <{{high}})Your Lp(a) is in the low normal range, contributing minimal additional cardiovascular risk beyond your other markers. Lp(a) promotes clot formation and accelerates plaque buildup in arteries, but at low levels its contribution is small. This is a favorable genetically determined result.
Good result. Low Lp(a) is largely genetic — focus energy on modifiable risk factors like diet, exercise, and blood pressure.
Lp(a): {{value}} {{unit}} — low normal (ref: <{{high}})A normal Lp(a) below 30 mg/dL adds only modest cardiovascular risk. Lp(a) is a sticky lipoprotein particle that promotes plaque formation and blood clot development in arteries, but the normal range carries limited additional risk beyond standard cholesterol markers. This is predominantly genetically determined.
Normal result. Monitor this alongside your standard lipid panel. Work on modifiable cardiovascular risk factors.
Lp(a): {{value}} {{unit}} — normal (ref: <{{high}})Your Lp(a) is in the optimal range below 20 mg/dL, meaning this genetically determined cardiovascular risk factor is not elevating your overall risk. Low Lp(a) is associated with lower rates of premature heart disease and stroke. Most people with low Lp(a) inherited favorable gene variants from their parents.
Excellent result. This genetic advantage is not something you can improve further — just maintain overall cardiovascular health.
Lp(a): {{value}} {{unit}} — optimal (ref: <20)A borderline elevated Lp(a) between 30 and 50 mg/dL begins to add meaningful cardiovascular risk on top of your standard risk factors. Lp(a) particles are particularly dangerous because they both promote plaque buildup and interfere with clot breakdown. This level is mostly genetically determined and does not respond well to lifestyle changes alone.
Discuss with your doctor. Lowering other risk factors (LDL, blood pressure, smoking) becomes even more important when Lp(a) is borderline elevated.
Lp(a): {{value}} {{unit}} — borderline elevated (ref: <{{high}}; borderline: 30–50)An elevated Lp(a) above 50 mg/dL is a significant independent cardiovascular risk factor. It is largely genetic, meaning it is built into your DNA and does not respond meaningfully to diet or exercise. High Lp(a) increases risk of premature heart attack, stroke, and aortic valve disease. It was historically missed because standard lipid panels do not include it.
Discuss with a cardiologist or lipid specialist. While lifestyle does not lower Lp(a) noticeably, medications like niacin, PCSK9 inhibitors, and emerging RNA therapies can help. Aggressively manage all other modifiable risk factors.
Lp(a): {{value}} {{unit}} — elevated — significant cardiovascular risk (ref: <{{high}}; elevated: >50)Very high Lp(a) above 100 mg/dL represents a very high inherited cardiovascular risk burden. People with Lp(a) at this level have noticeably elevated rates of premature heart attack, coronary artery disease, and aortic valve disease. This is almost entirely determined by inherited genes and can run powerfully through families.
Urgent cardiovascular risk management discussion with a specialist is needed. Aggressive management of all other modifiable risk factors and consideration of emerging Lp(a)-specific therapies is recommended.
Lp(a): {{value}} {{unit}} — very high (ref: <{{high}}; critical: >100)Upload your lab report and get your actual values interpreted in plain English — instantly, with no medical training required.