Standard cholesterol panels miss the markers that actually predict heart attacks. This panel goes deep: full lipid panel, ApoB (the single best predictor of cardiovascular risk), Lp(a) (genetic risk you can't change but need to know), homocysteine, and C-reactive protein for vascular inflammation. Half of heart attacks happen in people with "normal" cholesterol. Don't be one of them.
The Cardiovascular Deep panel tests 10 blood markers of cardiovascular risk, six standard lipid measures plus ApoB, Lp(a), homocysteine and C-reactive protein. It is built for adults who want more detail than a basic cholesterol check, particularly those with a family history of early heart disease or lipid results that look normal but feel incomplete.
Everything comes from one blood sample taken after a 12-hour fast. Atlas, FitScript's AI health advisor, reads every marker against optimal ranges, and a licensed clinician interprets what the overall pattern means for an individual. This page is educational and is not medical advice.
It measures 10 biomarkers arranged in three groups, standard lipids, advanced atherogenic risk, and vascular and inflammatory markers.
| Group | Markers | What they show |
|---|---|---|
| Standard Lipids | Total Cholesterol, LDL Cholesterol, HDL Cholesterol, Triglycerides, Non-HDL Cholesterol, TC/HDL Ratio | How much cholesterol and fat is circulating, and how it is distributed between the particles that deposit cholesterol in artery walls and the ones that carry it away |
| Advanced Atherogenic Risk | ApoB, Lp(a) | How many cholesterol-carrying particles are in circulation, and whether an inherited, largely genetically set lipoprotein is present at a raised level |
| Vascular & Inflammation | Homocysteine, C-Reactive Protein (CRP) | The chemical and inflammatory environment those particles travel through, which may play a part in the biology of arterial plaque |
Standard lipids answer the question of quantity. The advanced atherogenic markers answer the question of particle number and inherited particle type. The vascular and inflammation markers describe conditions in the artery wall itself, where macrophages take up modified lipid particles and drive the slow formation of plaque 1.
Because each marker answers a question the others leave open, and the pattern is more informative than any single number.
Cholesterol - Total gives the headline figure, but it folds together particles with very different behaviour, which is why it is rarely read alone. LDL Cholesterol narrows that down to the cholesterol carried in low-density particles, and HDL Cholesterol estimates the cholesterol moving in the opposite direction. Triglycerides reflect circulating fat and are sensitive to recent food, alcohol and insulin signalling, which is one reason the draw is fasted.
Non-HDL Cholesterol is simply total cholesterol minus HDL, and it captures every atherogenic particle in one figure rather than only the low-density ones. The Cholesterol / HDL Ratio expresses the balance between those two sides as a single number that laboratories commonly report alongside the raw values. Contemporary risk assessment leans on this combined picture rather than any one lipid measure 2.
Apolipoprotein B is where the panel moves past concentration and into particle count, because one ApoB molecule sits on each atherogenic particle. Research suggests ApoB tracks atherosclerotic risk more closely than LDL cholesterol alone, particularly when triglycerides are raised and LDL cholesterol looks unremarkable 3. Lipoprotein (a) is an LDL-like particle with an extra protein attached, and its concentration is largely set by genetics rather than by diet or exercise 4. Studies indicate that raised Lp(a) is associated with atherosclerotic cardiovascular disease and with aortic valve disease, which is why expert consensus supports measuring it at least once in adult life 5.
Homocysteine is an amino acid influenced by B12, folate and B6 status, and raised levels are associated with vascular risk. CRP is a general marker of systemic inflammation. Neither is specific to the heart, but both add context to the lipid picture, since oxidised lipid species and inflammatory signalling appear to be part of how plaque develops and destabilises 6.
This panel suits adults who want a fuller read on cardiovascular risk than a routine cholesterol test provides, and it is a choice rather than a requirement.
People often look at it when there is a family history of heart attack, stroke or sudden cardiac death before the age of about 60, because Lp(a) is inherited and clusters in families 7. It is also commonly chosen by people whose standard lipids have always looked acceptable but who want to know their particle count, by people in their thirties and forties setting a baseline before risk starts to accumulate, and by people tracking the effect of sustained changes in training, body composition or nutrition.
Others come to it after a result they did not expect, or because of symptoms they want to look into, such as exertional breathlessness or chest discomfort. Symptoms of that kind are worth discussing with a clinician promptly rather than waiting on bloodwork. In people with diabetes, chronic kidney disease or an inflammatory condition, cardiovascular markers are usually interpreted in the wider clinical context by the clinician who knows that history.
The panel is ordered online, and the lab requisition is emailed once the order is placed.
The draw happens at a Quest or partner lab location, with sites available nationwide, and it takes one standard blood sample. Plan for a 12-hour fast before the appointment, which usually makes an early morning slot the easiest option. Results return in 5 to 7 business days.
When the results land, Atlas reads every marker against optimal ranges and explains what each value shows in the context of the others rather than one line at a time. Add-on panels can be run from the same sample, so a single draw can cover more ground if other panels are ordered at the same time. A licensed clinician reviews the findings and decides on any next step, including whether any treatment is appropriate.
Fast for 12 hours before the draw, drink water freely during that window, and keep the appointment early in the day if you can.
Water is allowed and encouraged during the fast, because good hydration makes the draw easier and reduces the chance of a sample being affected by concentration. Black coffee is best avoided before a fasted lipid draw unless your clinician has said otherwise. Alcohol and a very high-fat meal in the 24 hours before testing can push triglycerides upward and distort the lipid picture, so ordinary eating in the days beforehand gives the most representative result.
Supplements matter too. High-dose biotin, often sold for hair, skin and nails, can interfere with some immunoassay-based tests and produce results that are falsely high or low, so many laboratories advise pausing it before a draw. Fish oil, niacin and B vitamins can also shift the markers in this panel.
Keep taking any prescribed medication as directed unless your own clinician tells you otherwise.
Read each value against two things, the laboratory's standard reference range and the optimal range, and then read the markers as a group.
A standard reference range describes where most people in a reference population fall. An optimal range describes where a marker sits when health is being actively optimised, which is usually a narrower window. A result can be inside the laboratory range and still be suboptimal, and that difference is often where the useful conversation starts.
| Marker | Typical lab reference range |
|---|---|
| Total cholesterol | Under 200 mg/dL regarded as desirable |
| LDL cholesterol | Under 100 mg/dL regarded as optimal |
| HDL cholesterol | 40 mg/dL or above in men, 50 mg/dL or above in women |
| Triglycerides | Under 150 mg/dL |
| Non-HDL cholesterol | Under 130 mg/dL |
| TC/HDL ratio | Lower values regarded as more favourable, flagging cut-offs differ by laboratory |
| ApoB | Commonly reported with around 90 mg/dL as the upper desirable limit |
| Lp(a) | Commonly flagged at or above about 50 mg/dL, or about 125 nmol/L |
| Homocysteine | Roughly 5 to 15 µmol/L |
| CRP, high sensitivity | Under 1 mg/L lower, 1 to 3 mg/L average, above 3 mg/L higher |
These are typical lab reference ranges and they vary by laboratory, assay, age and sex, so the printed range on your own report is the one that applies. Lp(a) is reported in either mg/dL or nmol/L and the two are not interchangeable, so compare like with like when retesting.
One draw is a snapshot. Lipids and CRP move with illness, training load, recent meals and stress, and a single raised CRP often reflects something transient. The useful pattern is observation, then what it may reflect, then what is worth raising with a clinician. Lipids are often rechecked after a meaningful change in habits or medication, while Lp(a) is largely stable across life and is usually measured once unless something specific prompts a repeat 8. Discuss your results and any treatment with a clinician or licensed provider before acting on them.
It cannot diagnose heart disease, and it cannot show whether plaque is present in your arteries.
Blood markers describe risk factors and biology, not anatomy. Imaging such as coronary artery calcium scoring or CT angiography looks at the artery itself, and functional testing such as an exercise test or echocardiogram looks at how the heart performs. Blood pressure, smoking status, family history, age and metabolic health all feed into risk assessment alongside the numbers 2.
The panel also does not cover everything cardiovascular. It does not include blood pressure, rhythm, insulin, HbA1c or thyroid markers, each of which can bear on heart health. And while therapies aimed specifically at Lp(a) are an active area of research, that work is still developing and any decision about treatment belongs to a licensed provider who has evaluated the whole person 9.
It sits between a foundational heart panel and an add-on, and the right choice depends on what has already been tested.
| Panel | How it relates to this one |
|---|---|
| Heart Health | A foundational heart-focused panel. Compare its included marker list before choosing between the two. |
| Advanced Cardio Add-On | Designed to run from the same sample alongside a base panel rather than on its own. |
| Cardiovascular Deep | The 10 markers listed above, ordered as a standalone panel. |
Each panel page lists exactly what is included, which is the most reliable way to avoid duplicating markers you have already measured recently.
The Cardiovascular Deep panel costs $129.
It is HSA and FSA eligible, so it can be paid for with those funds where your plan allows. That price covers the panel itself, drawn at a Quest or partner lab location from the emailed requisition.
Standard panels measure LDL cholesterol, but ApoB, the protein on every atherogenic particle, is a better predictor of cardiovascular events. Two people with the same LDL can have wildly different ApoB levels and risk. Lp(a) is genetic, can't be changed with lifestyle, and isn't tested in standard panels. Homocysteine and CRP add the vascular-inflammation picture standard panels skip.
Lipoprotein(a) is genetically determined and one of the strongest independent risk factors for heart disease and stroke. About 20% of people have elevated Lp(a) and most don't know it because it's rarely tested. It only needs to be checked once since it doesn't change much over your lifetime.
ApoB is the single protein present on every atherogenic (artery-clogging) particle in your blood, LDL, VLDL, IDL, and Lp(a). Leading cardiologists consider ApoB the single best marker for cardiovascular risk. Under 80 mg/dL is optimal; under 60 mg/dL is ideal for those with risk factors.
An advanced lipid panel adds particle-level and inflammatory markers to the usual cholesterol measures. A standard panel reports total cholesterol, LDL, HDL and triglycerides. This panel keeps those, adds non-HDL cholesterol and the TC/HDL ratio, then layers on ApoB, Lp(a), homocysteine and CRP for a fuller risk picture.
An ApoB and Lp(a) test measures particle number and inherited risk rather than cholesterol concentration alone. ApoB may track atherosclerotic risk closely because one molecule sits on each atherogenic particle. Lp(a) is largely genetically set and is associated with cardiovascular and aortic valve disease, so it is usually measured once.
No single heart disease blood test diagnoses heart disease. Blood markers describe risk factors and biology, not the state of the artery wall. Imaging such as coronary calcium scoring, along with blood pressure, family history and clinical examination, forms the rest of the picture. A clinician interprets the findings together.
Yes, plan for a 12-hour fast before the draw. Water is allowed and encouraged throughout, since hydration makes the draw easier. Triglycerides in particular are sensitive to recent food and alcohol, so a fasted morning appointment usually gives the most representative lipid result and the cleanest comparison with future tests.
High-dose biotin can interfere with some immunoassay-based tests and produce results that read falsely high or low, so many laboratories advise pausing it before a draw. Fish oil, niacin and B vitamins can also shift markers in this panel. Keep taking prescribed medication unless your clinician advises otherwise.
Lipid markers are commonly rechecked after a meaningful change in nutrition, training, body composition or medication, with the interval decided by the clinician reviewing them. Lp(a) is largely stable across life and is usually measured once unless something specific prompts a repeat. Keep units consistent when comparing Lp(a) results.
Results return in 5 to 7 business days. Atlas, FitScript's AI health advisor, reads every marker against optimal ranges and explains each value in the context of the others rather than one line at a time. A licensed clinician reviews the findings and decides whether any further testing or treatment is appropriate.
The Cardiovascular Deep panel costs $129, and it is HSA and FSA eligible where your plan allows. That covers the 10-marker panel drawn from a single sample at a Quest or partner lab location, using the requisition emailed after ordering. Add-on panels can run from the same sample.