Total Body Health Check Up Test

Often called “good cholesterol,” HDL helps remove excess cholesterol from your arteries. Higher levels are generally protective for heart health. Low HDL may signal increased cardiovascular risk or lifestyle factors that need support.

This represents all forms of cholesterol considered potentially harmful, including LDL and VLDL. It is a strong predictor of cardiovascular risk. Lower numbers are generally better and indicate healthier lipid balance.

Known as “bad cholesterol,” LDL can build up in artery walls if elevated. High levels increase the chances of heart disease and plaque formation. This marker shows how effectively your body regulates lipid transport.

Triglycerides are fats used for energy. High levels can occur with poor diet, insulin resistance, or metabolic issues. Persistently high readings increase cardiovascular risk and may indicate problems with glucose handling.

Shows the balance between protective HDL and total cholesterol. A lower ratio suggests better cardiovascular protection, while a higher ratio indicates increased risk. It helps give context to individual cholesterol values.

Compares heart-protective HDL with artery-clogging LDL. Higher ratios are favourable for cardiovascular health. This marker supports a more complete understanding of lipid-related risk.

The main protein component of HDL particles. Higher levels are associated with better cholesterol clearance and reduced cardiovascular risk. Low ApoA1 can signal reduced protective function.

ApoB is found on LDL and other “atherogenic” particles. High levels strongly correlate with plaque formation and heart disease risk. It is considered one of the most accurate markers for assessing harmful cholesterol particles.

Shows the balance between harmful (ApoB) and protective (ApoA1) lipoproteins. A higher ratio indicates increased cardiovascular risk. This metric is often more informative than standard cholesterol tests alone.

A genetically influenced lipoprotein that increases cardiovascular and clotting risk when elevated. Levels do not typically change with lifestyle. Knowing your Lp(a) level helps identify inherited risk early.

A sensitive marker for inflammation in the body. Even mild elevation may indicate increased cardiovascular risk or ongoing inflammatory processes. It helps identify silent inflammation affecting long-term health.

An enzyme mainly found in the liver. Elevated ALT may indicate liver irritation, fatty liver, alcohol-related stress, or medication effects. Healthy levels suggest good liver cell stability.

A liver enzyme also present in muscle tissue. High levels may reflect liver stress, muscle injury, or inflammation. Interpreted alongside ALT for a clearer picture of liver health.

An enzyme related to the liver, bile ducts, and bones. High levels may indicate liver or gallbladder issues, or increased bone turnover. Low levels can occur with nutritional deficiencies.

A sensitive marker of liver stress and alcohol exposure. Elevated levels may indicate toxin load, fatty liver, or bile duct irritation. Useful for early detection of lifestyle-related liver changes.

A breakdown product of red blood cells processed by the liver. Elevated levels may cause jaundice or indicate impaired liver function or increased red blood cell turnover. Mild elevations can be harmless in some genetic conditions.

Measures the overall protein content in the blood, including albumin and globulins. Abnormal levels may indicate liver issues, immune activation, or nutritional imbalance. Helps assess overall metabolic and immune status.

The main protein produced by the liver. Low levels may point to inflammation, poor nutrition, or liver/kidney dysfunction. Normal levels support fluid balance and hormone transport.

A group of proteins involved in immunity and inflammation. High levels may reflect immune activation or chronic inflammation. Low levels may indicate immune or nutritional issues.

Shows the balance between albumin and globulins. An abnormal ratio may indicate inflammation, infection, liver dysfunction, or immune imbalance.

A waste product filtered by the kidneys. High levels may indicate dehydration, high protein intake, or impaired kidney function. Low levels may reflect liver issues or low protein intake.

A breakdown product of muscle metabolism. Elevated levels may signal reduced kidney filtration. Used together with eGFR for assessing kidney health.

A calculation showing how well your kidneys filter waste. Lower results indicate reduced kidney function. Important for detecting early kidney changes.

Shows your immediate fasting blood sugar level. High readings may suggest insulin resistance, prediabetes, or dietary imbalance. Useful for day-to-day glucose status.

Reflects your average blood sugar over the last 2–3 months. Higher levels indicate long-term glucose imbalance or risk of diabetes. More stable than a single glucose reading.

Shows how hard your body is working to regulate blood sugar. High fasting insulin often indicates insulin resistance, a key driver of metabolic dysfunction. Low levels may point to reduced insulin production.

The master regulator of thyroid function. High TSH typically indicates an underactive thyroid; low TSH suggests an overactive thyroid. Essential for understanding hormone balance.

One of the main thyroid hormones. Low FT4 suggests underactive thyroid function, while high levels may indicate overactivity. Interpreted alongside TSH for clarity.

The active form of thyroid hormone that drives metabolism. Low levels may cause fatigue, weight gain, and low mood. High levels may produce symptoms of thyroid overactivity.

Antibodies that signal autoimmune thyroid inflammation, such as Hashimoto’s disease. Elevated levels may predict future thyroid dysfunction even when hormones are normal.

Another autoimmune marker affecting thyroid tissue. Raised levels may indicate thyroid inflammation or autoimmune activity. This helps provide a detailed assessment of thyroid imbalance.

Shows the biologically active form of B12 used for energy, nerve function, and red blood cell production. Low levels can cause fatigue, tingling, poor concentration, and low mood.

Important for DNA synthesis, energy production, and red blood cell formation. Low levels may cause fatigue, low mood, and anaemia. Works closely with B12.

Essential for bone strength, immune function, hormone regulation, and mood. Low levels are extremely common and may contribute to fatigue and lowered immunity.

A mineral needed for muscle relaxation, nerve function, sleep quality, and stress response. Low magnesium can cause muscle cramps, fatigue, and poor recovery.

Important for immunity, skin health, hormones, and wound healing. Low levels may contribute to hair loss, low libido, and reduced immunity.

Required for bone health, nerve transmission, and muscle function. Abnormal levels may indicate hormonal imbalances, vitamin D issues, or parathyroid changes.

Reflects overall testosterone production. Low levels can affect energy, libido, mood, and muscle strength. High levels may indicate hormonal imbalance or PCOS in women.

Shows how much testosterone is biologically active and available to tissues. Often more meaningful than total testosterone alone. Low levels may cause symptoms even when total testosterone appears normal.

A protein that binds hormones such as testosterone and oestrogen. High SHBG means less free, active hormone; low SHBG may increase androgen effects. Helps interpret hormone balance more accurately.

The main form of oestrogen. Low levels may cause irregular cycles, low mood, or menopausal symptoms. High levels may relate to cycle phase, hormonal imbalance, or oestrogen dominance.

An adrenal hormone supporting energy, mood, and sex hormone production. Low levels may reflect chronic stress or adrenal fatigue; high levels may indicate androgen excess.

Your main stress hormone. High levels may contribute to anxiety, weight gain, and sleep disruption. Low levels may signal burnout or adrenal fatigue.

Controls ovulation and supports reproductive hormone production. Abnormal levels may indicate PCOS, menopause, or pituitary changes. Helps interpret fertility and cycle health.

Regulates ovarian function and egg development. High levels often occur in menopause; low levels may affect cycle regularity or fertility. Interpreted alongside LH and oestradiol.

A hormone involved in reproductive health and stress response. High prolactin may cause irregular cycles, low libido, or fertility issues. Levels may rise with stress or certain medications.

Shows how much capacity your blood has to transport iron. High TIBC often suggests iron deficiency. Low TIBC may signal inflammation or iron overload.

Indicates how much of the iron-transport protein (transferrin) is actually carrying iron. Low levels suggest deficiency; high levels may indicate excess iron.

Your body’s iron storage protein. Low ferritin is one of the most common causes of fatigue. High ferritin may signal inflammation or iron overload conditions.

The oxygen-carrying protein in red blood cells. Low levels can indicate anaemia, causing fatigue and breathlessness. High levels may suggest dehydration or increased oxygen demand.

Shows the proportion of blood made up of red blood cells. Low levels often indicate anaemia; high levels may suggest dehydration or increased red cell production.

Measures the number of red blood cells in circulation. Abnormal levels may indicate anaemia, nutrient deficiencies, or bone marrow changes.

Shows the average size of your red blood cells. High MCV may indicate B12 or folate deficiency; low MCV is common in iron deficiency.

Measures how much haemoglobin is in each red blood cell. Low levels are often seen in iron deficiency; high levels may relate to B12 or folate status.

Reflects immune system activity. High levels may indicate infection or inflammation; low levels may reflect immune suppression or nutrient deficiency.

Shows the number of platelets involved in clotting. High or low levels may indicate inflammation, infection, or bone marrow changes. Important for bleeding and clotting health.