InstalabAdvanced Heart Health Panel
Should you take a Advanced Heart Health Panel test?
This test is most useful if any of these apply to you.
24 biomarkers included
- Lipids5
- Total CholesterolThe sum of cholesterol across all particles, the traditional starting point for heart risk.Why it mattersA raised total cholesterol is an early signal of lipid risk that the panel's particle tests then confirm or reclassify.
- LDL CholesterolThe most studied cholesterol marker, tracking the cholesterol most likely to build plaque in arteries.Why it mattersHigh LDL is a consistent driver of long-term artery disease, but can understate risk when particle count is high.
- HDL CholesterolMeasures cholesterol carried in HDL particles, a marker that tends to track with lower heart risk.Why it mattersLow HDL alongside high triglycerides suggests insulin resistance is driving your risk.
- VLDL CholesterolEstimates the liver's main triglyceride-carrying particle, a source of the leftover fatty particles that also clog arteries.Why it mattersElevated VLDL reflects triglyceride-rich particles that add to artery risk beyond LDL.
- TriglyceridesMeasures fat circulating in the blood and is a sensitive early signal of insulin resistance.Why it mattersHigh triglycerides, especially with low HDL, point to a metabolic pattern rather than a purely dietary one.
- Inflammation1
- hs-CRPMeasures low-grade inflammation in blood vessels, a driver of plaque rupture that cholesterol testing misses.Why it mattersLevels at or above 2 mg/L flag inflammatory risk that persists even when cholesterol looks acceptable.
- Glucose Regulation3
- HbA1cReflects average blood sugar over roughly three months, smoothing out daily swings.Why it mattersA rising HbA1c signals blood-sugar trouble that amplifies artery risk, often before diabetes is diagnosed.
- InsulinFasting insulin reveals how hard the body works to keep blood sugar normal.Why it mattersHigh insulin with normal glucose is an early, reversible sign of insulin resistance.
- GlucoseA single snapshot of blood sugar at the time of the draw.Why it mattersAn elevated fasting glucose flags blood-sugar trouble that clusters with high triglycerides, low HDL, and inflammation.
- Liver5
- ALTA liver enzyme that leaks into blood when liver cells are stressed.Why it mattersElevated ALT can flag fatty liver, which often travels with insulin resistance and heart risk.
- ASTA liver and muscle enzyme that rises with tissue injury.Why it mattersAST read alongside ALT helps separate liver stress, a companion of metabolic disease, from other causes.
- ALPAlkaline phosphatase, an enzyme released by the liver and bones.Why it mattersAn elevated ALP prompts a look at bile flow in the liver or bone turnover.
- Total BilirubinA pigment from red blood cell breakdown that the liver clears.Why it mattersHigh bilirubin points to liver or red-cell issues that shape how the liver results are read.
- AlbuminThe main protein in blood, reflecting nutrition, liver output, and inflammation.Why it mattersLow albumin signals poorer overall health and a worse cardiovascular prognosis.
- Kidney3
- CreatinineA waste product used to estimate how well your kidneys filter blood.Why it mattersRising creatinine signals reduced kidney function, itself a driver of cardiovascular risk and a factor in medication choices.
- BUNBlood urea nitrogen, a nitrogen waste product reflecting kidney function and hydration.Why it mattersAn abnormal BUN adds context to kidney status and can flag dehydration affecting other results.
- Total ProteinMeasures all proteins in blood, including albumin and antibodies.Why it mattersAbnormal total protein flags liver, kidney, or immune conditions worth investigating.
- Electrolytes5
- ChlorideAn electrolyte that works with sodium and bicarbonate to balance body fluids.Why it mattersChloride shifts help reveal acid-base or hydration disturbances behind other abnormal results.
- BicarbonateReflects the blood's acid-base balance, tied to kidney and lung function.Why it mattersAbnormal bicarbonate can indicate a metabolic or kidney disturbance needing attention.
- SodiumThe main electrolyte governing fluid balance and blood pressure.Why it mattersSodium shifts can signal hydration or kidney issues that influence blood pressure control.
- PotassiumAn electrolyte central to heart rhythm and muscle function.Why it mattersAbnormal potassium can disturb heart rhythm and affects the safety of some blood-pressure medications.
- CalciumA mineral tightly regulated in blood, essential to nerves, muscle, and heart rhythm.Why it mattersCalcium outside range can reflect kidney, bone, or hormonal problems affecting cardiovascular health.
- Lipoproteins2
- ApoBCounts the total number of cholesterol-carrying particles that lodge in artery walls, the most accurate lipid measure of heart risk.Why it mattersHigh ApoB signals more artery-clogging particles than your LDL implies, and is often the strongest reason to intensify prevention.
- Lipoprotein(a)An inherited, sticky cholesterol particle set almost entirely by your genes and invisible to a standard cholesterol test.Why it mattersElevated Lp(a) marks inherited heart and stroke risk, especially when inflammation is also high; measure once in a lifetime.
About Advanced Heart Health Panel
Many first heart attacks happen in people whose standard cholesterol looked unremarkable, sitting near the population average rather than flagged as high. The reason is simple: a basic cholesterol test measures only part of what drives artery disease. This panel measures the rest.
It pulls together the particles that actually lodge in artery walls, the inflammation and inherited risk that speed the process, and the blood-sugar signals that quietly amplify it. Read together, they show how much risk you are carrying years before any symptom appears.
What This Panel Reveals
The panel answers three linked questions at once: how many harmful particles are in your blood, whether inflammation or inherited risk is accelerating them, and whether rising blood sugar is adding fuel. It then checks the organ systems that shape both your risk and your safe options.
Cholesterol and Particle Burden
Your basic numbers, total cholesterol, LDL, HDL, and the fat-carrying triglycerides, sketch the outline. The panel sharpens it by counting the particles that carry cholesterol into artery walls, using a protein called apolipoprotein B (ApoB). Because each harmful particle carries exactly one ApoB molecule, this number tells you how many particles you have, not just how much cholesterol they hold. In nearly 294,000 UK adults, people with high ApoB but similar LDL had a 10-year heart disease rate of 7.3% versus 4.0% for those with low ApoB.
Inflammation and Inherited Risk
Two markers explain why arteries age faster in some people. High-sensitivity C-reactive protein (hs-CRP) measures low-grade inflammation inside blood vessels. Lipoprotein(a), or Lp(a), is an inherited, sticky cholesterol particle set almost entirely by your genes. In a 30-year study of 27,939 women, those in the top fifth for inflammation had 1.70 times the cardiovascular risk of the bottom fifth, and Lp(a) added 1.33 times, independent of cholesterol.
Blood Sugar and Insulin Resistance
Artery risk and blood-sugar problems travel together, often years before diabetes appears. Glucose is a single snapshot, while HbA1c (hemoglobin A1c) reflects average blood sugar over about three months. Fasting insulin can reveal the body working overtime to keep sugar normal, the earliest sign of insulin resistance. In 111,576 adults, higher insulin resistance carried 1.23 times the cardiovascular risk in people with prediabetes and 1.61 times in those with diabetes.
Organ-Function Context
The remaining markers check the systems that shape your risk and your treatment choices. Kidney markers (creatinine and blood urea nitrogen, or BUN) and liver enzymes (such as ALT and AST) flag problems that quietly raise cardiovascular risk and change which prevention steps are safe. When kidney function drops, cardiovascular risk climbs, by two to four times in people with kidney disease. Albumin, a blood protein, and the electrolytes round out the picture of overall metabolic health.
How to Read Your Results Together
No single marker tells the whole story; the value is in the pattern. The most useful question is whether the markers agree. When they disagree, the panel is doing its job.
| Pattern | What It Suggests |
|---|---|
| High ApoB, normal or low LDL | More harmful particles than your cholesterol number implies. Common with insulin resistance; ApoB is the number to act on. |
| High triglycerides, low HDL | A metabolic pattern pointing to insulin resistance. Check glucose, HbA1c, and insulin before blaming diet. |
| Elevated Lp(a) with high hs-CRP | Inherited risk possibly amplified by inflammation. One study found the combination carried 1.62 times the cardiovascular risk while either alone was not significant, though larger studies find Lp(a) predicts risk regardless of inflammation. |
| Normal cholesterol, high hs-CRP or HbA1c | Risk from inflammation or blood sugar that cholesterol misses. Do not read normal cholesterol as all-clear. |
When several markers point the same way, risk compounds. In a 20-year study, people with inflammation, cholesterol, and Lp(a) all in the top fifth had roughly 2.4 times the risk of heart events compared with those with none elevated.
What to Do with Your Results
Start with the markers that carry the most weight. A high ApoB or a high Lp(a) is a reason to get serious about lowering particle risk, and Lp(a) needs measuring only once because it is set by your genes. If the blood-sugar markers are creeping up, that is your earliest and most reversible warning.
Bring abnormal results to a clinician who can fold them into your blood pressure, family history, and overall risk estimate. Kidney or liver markers that are off deserve their own follow-up. For markers you can change, retest lipids and hs-CRP about 8 to 12 weeks after any medication or lifestyle change, and track HbA1c every 3 to 6 months if blood sugar is a concern.
When Results Can Be Misleading
A few things move several markers at once. A recent infection, injury, or flare of an inflammatory condition can push hs-CRP up for reasons unrelated to your arteries, so avoid testing it while acutely ill. A very high-fat meal shortly before the draw can raise triglycerides, though ApoB and cholesterol read reliably either way. Dehydration can shift electrolytes and kidney numbers.