Nutri-Stat Test

ApoA1 and ApoB give a detailed view of cholesterol balance — ApoA1 reflects protective HDL particles, while ApoB represents atherogenic LDL particles that promote plaque build-up. The ApoB/ApoA1 ratio is a strong predictor of cardiovascular risk, offering more precision than standard cholesterol tests. Lipoprotein(a), or Lp(a), is a genetic marker that can elevate heart disease risk even when other lipid levels are normal. Measuring both provides early insight into hidden or inherited cardiovascular risks, guiding targeted prevention.

Your lipid subfraction profile looks beyond total cholesterol to assess the size and density of LDL particles, offering a clearer view of cardiovascular risk. Larger, more buoyant LDL particles (LDL-1 and LDL-2) are generally protective, while smaller, denser particles (LDL-3 to LDL-7) are more likely to penetrate artery walls and promote plaque formation. By analysing the balance between these subfractions and your mean LDL particle size, this test provides a precise indication of how your cholesterol behaves — revealing whether your lipid profile supports heart health or signals a higher risk of atherosclerosis.

Blood glucose is generated from carbohydrates and to use this fuel for energy your body needs insulin. With type 2 diabetes the cells either ignore the insulin or the body doesn't produce enough of it. Glucose then builds up leading to problems with the heart, kidneys, eyes, nerves, and blood vessels.

Your kidneys filter waste from your body and regulate salts in your blood. They also produce hormones and vitamins that direct cell activities in many organs and help to control blood pressure. Your kidneys filter waste and regulate salts in your blood. This panel measures key markers of kidney function.

Your liver processes drugs and alcohol, filters toxic chemicals, stores vitamins and minerals, and makes bile, proteins and enzymes. This liver function test measures key liver enzymes and markers relevant to understanding your liver health.

The balance of fats in your diet directly influences inflammation, brain health, hormones, and cardiovascular function. This section measures omega-3, omega-6, monounsaturated, saturated and trans fats, along with key ratios like the AA/EPA inflammatory index. These insights reflect dietary fat quality, absorption efficiency, and the body’s overall inflammatory environment — empowering targeted nutritional interventions for long-term wellbeing.

Amino acids are the building blocks of tissues, neurotransmitters, hormones, and detoxification compounds. This section examines both essential and functional amino acids to determine whether your protein intake is meeting your metabolic demands. Low or imbalanced amino acids can influence mood, immunity, muscle recovery, and energy resilience. This assessment shows exactly where your diet or digestion may be limiting crucial protein-derived nutrients.

After your body uses brain chemicals like dopamine, serotonin, and adrenaline, it breaks them down into smaller by-products that pass out in urine, which this area measures as an indirect read on messenger activity. These markers are influenced by diet, sleep, stress, caffeine and medications, so a single reading is rarely diagnostic on its own.

This area looks at how well your body is handling everyday cellular wear-and-tear and clearing the substances your liver needs to process — medications, hormones, alcohol, and the by-products of your own metabolism. Temporary elevations are common after intense exercise, illness, or high alcohol intake, and are usually not concerning in isolation.

These markers look for traces of industrial solvents — particularly xylene, found in paints, glues, printing inks, and cigarette smoke — that leave distinctive chemical fingerprints when your body processes them. A raised reading here usually points first to smoking status, then to work, hobbies, or recent contact with solvent-containing products.

This area looks at chemicals produced by the trillions of microbes living in your gut, giving a rough read on which microbial groups are more or less active than usual. It won't tell you exactly which species are present, but it can flag patterns worth a closer look with your clinician.

Oxalates are naturally occurring substances in foods like spinach and almonds, however, when your gut flora is out of balance, excess oxalates are absorbed, which can cause joint pain, urinary discomfort, skin rashes, fatigue, or brain fog.

Your B-vitamins contribute to almost every metabolic process. These markers help detect where additional B1, B2, B3, B5, B6, or biotin may be needed to aid with symptoms like fatigue or hormonal imbalance.

The citric acid (Krebs) cycle is the method by which your body turns food into cellular energy (ATP). Issues here typically cause low energy, brain fog, and intolerance to exercise.

Your cells turn food into energy through a series of chemical steps inside the mitochondria, and this area measures the by-products of those steps to see how smoothly the process is running. Isolated findings here are common and often shift with diet or recent activity — the pattern across markers matters more than any single result.

When your body uses fat as fuel, it produces certain metabolites. High levels of Adipic Acid, Suberic Acid, or Ethylmalonic Acid may point to issues with fat metabolism, which is often due to carnitine or riboflavin (B2) deficiencies.