Here is everything we test

Your Baseline starts with an advanced biomarkers test meticulously curated by Deep Holistics' experts to give you the most in-depth view of your health.

What Is Biomarker Testing?

A biomarker test measures specific molecules in your body that reflect how your organs and systems are functioning. At Deep Holistics, biomarker testing forms the backbone of our approach to personalised wellness. It’s not about guesswork, generic plans, or one-size-fits-all solutions. Our testing uncovers precise, objective data about your body’s unique biology. This enables a deeply personalised, preventive, and data-driven approach to health, far beyond surface-level insights or symptom-based care.

Why It Matters

These markers act like signals from inside your body, helping identify early signs of imbalance, disease risk, or progress toward better health. Many health issues develop silently long before symptoms appear, which is why tracking the right biomarkers gives you the power to act early and precisely.
‍
By monitoring these indicators over time, you can:

Detect early shifts linked to conditions like diabetes, heart disease, and inflammation, long before they escalate.
Establish your personal health baseline to understand what “normal” looks like for you and track how it evolves.
Measure progress objectively as you adjust your nutrition, exercise, or supplement routines.
Make data-backed decisions that reflect your unique biology, not population averages or guesswork.

This preventive approach transforms health management from reactive care into continuous optimisation, helping you understand and influence your well-being at every stage.

Baseline Blood Panel

The following 100+ biomarkers are included with your first blood test.

Book Now

Heart Health

Metabolic Health

Represents overall blood sugar exposure over time, influencing metabolic health and long-term risk of diabetes and complications across the body.

Indicates baseline blood sugar control without recent food influence, revealing early glucose regulation problems before insulin resistance develops silently further.

Shows how hard the body works to keep blood sugar normal, identifying insulin resistance before glucose rises over time significantly.

Calculates insulin resistance using fasting glucose and insulin, helping detect metabolic dysfunction early before symptoms appear, enabling preventive lifestyle action.

Reflects average blood sugar levels over the past three months, indicating long-term glucose control and cumulative metabolic stress exposure risk.

Measures insulin response after meals, revealing metabolic flexibility and early insulin resistance patterns linked to energy crashes, weight gain, risk.

Inflammation

Indicates iron storage levels but also rises with inflammation, helping identify deficiency, overload, or chronic inflammatory stress affecting energy levels.

Sensitive marker of low-grade chronic inflammation, strongly linked to cardiovascular disease, insulin resistance, metabolic dysfunction, and accelerated biological ageing processes.

Mitochondrial Health

Inflammatory signalling molecule that rises with cellular stress, impairing mitochondrial energy production, recovery capacity, and long-term metabolic resilience.

Hormone Health

Primary stress hormone influencing energy, sleep, metabolism, immune balance, and long-term resilience when chronically elevated or suppressed over time consistently.

Supports resilience, recovery, and hormonal balance, often declining with chronic stress, ageing, and reduced adaptive capacity over long term periods.

Represents biologically active testosterone affecting energy, muscle mass, mood, libido, motivation, metabolic health, and physical performance across daily life functions.

Regulates availability of sex hormones by binding testosterone and oestrogen, influencing energy, fertility, body composition, and metabolic health outcomes overall.

Measures total circulating testosterone without indicating how much hormone is biologically active or available to tissues throughout the body daily.

Immune Health

Percentage of white blood cells that are basophils which release histamine and play a role in allergic or inflammatory responses.

Absolute basophil count clarifies allergy driven inflammation beyond percentage shifts, improving immune assessment accuracy during chronic exposure stress responses states.

Indicates allergic responses and parasite defence activity, signalling airway inflammation or immune activation during recurrent exposures, asthma, and tissue irritation.

Absolute eosinophil count quantifies severity of allergic or inflammatory activity more reliably than percentages alone during monitoring treatment response trends.

Signals early bone marrow response to infection, inflammation, or physiological stress before symptoms appear, indicating acute immune activation states developing.

Absolute immature granulocytes indicate heightened immune activation during infections, inflammation, or marrow stress reflecting early defence mobilisation demands systemwide responses.

Reflects balance of adaptive immunity and viral defence, influenced by stress, infections, and recovery status across time, training, sleep, nutrition.

Measures immune competence and sustained defence capacity, useful for assessing chronic stress or immune suppression during illness, recovery, training, ageing.

Indicates chronic inflammation and tissue repair activity, often elevated during prolonged immune activation infections, metabolic stress, autoimmunity, and healing phases.

Assesses inflammatory burden and macrophage driven repair activity within immune system during chronic disease, injury, recovery, metabolic stress, states overall.

Represents first line immune response to acute infection, inflammation, or physiological stress signalling immediate defence readiness and inflammatory load changes.

Measures acute immune readiness and bacterial defence capacity more accurately than percentage values during infection, stress, inflammation, training, recovery cycles.

Overall indicator of immune system activity, balance, and response to infection or inflammation across acute, chronic, stress, illness, and recovery.

Blood Health

Measures blood’s oxygen carrying capacity, essential for energy, endurance, cognitive function, and detecting anaemia or poor iron status levels overall.

Indicates proportion of blood made up of red cells, reflecting hydration status, oxygen delivery, and blood thickness levels overall balance.

Average haemoglobin amount per red blood cell, helping classify anaemia types and assess oxygen carrying efficiency across the body tissues.

Concentration of haemoglobin within red cells, indicating cell quality and supporting diagnosis of anaemia patterns and oxygen transport efficiency overall.

Average size of red blood cells, useful for identifying nutrient deficiencies and different anaemia categories affecting energy levels daily function.

Reflects average platelet size, indicating platelet activity, clotting potential, and inflammatory or cardiovascular risk during stress, illness, recovery periods overall.

Percentage of immature red cells in blood, signalling bone marrow stress, hypoxia, or severe illness and impaired oxygen delivery states.

Absolute count of immature red blood cells, indicating significant marrow stress or abnormal blood cell production during illness, hypoxia, recovery.

Measures number of platelets, essential for clot formation, bleeding control, and wound healing capacity during injury, surgery, illness, recovery phases.

Shows variation in platelet size, reflecting platelet activation, turnover, and clotting behaviour during inflammation, stress, illness, recovery periods overall balance.

Proportion of large platelets, indicating platelet activation and increased clotting or cardiovascular risk during inflammation, stress, metabolic dysfunction states overall.

Total platelet volume in blood, reflecting overall clotting capacity and platelet mass during bleeding, inflammation, illness, recovery, stress conditions overall.

Measures variation in red blood cell size, helping detect anaemia, nutrient deficiencies, and chronic disease affecting energy, endurance, recovery, health.

Assesses spread of red blood cell sizes, offering deeper insight into anaemia and marrow function during deficiency, stress, illness, recovery.

Counts total red blood cells, reflecting oxygen transport capacity, endurance, and overall blood health status during training, illness, recovery, ageing.

Nutrients, Vitamins, and Minerals

Essential mineral for bone strength, muscle contraction, nerve signalling, and maintaining stable heart rhythm and structural integrity.

Critical vitamin for DNA synthesis, red blood cell production, cellular repair, and supporting healthy pregnancy and cardiovascular function.

Required for oxygen transport, energy production, cognitive function, and preventing fatigue, weakness, and iron deficiency anaemia

Regulates energy production, muscle relaxation, nerve function, glucose control, and supports sleep quality and stress resilience.

Antioxidant mineral supporting immune defence, thyroid hormone metabolism, and protection against oxidative cellular damage.

Measures blood’s ability to bind and transport iron, helping assess iron deficiency or overload states accurately.

Indicates how much circulating iron is actually available for use by tissues and red blood cell production.

Shows remaining capacity of transferrin to bind iron, useful for understanding iron balance and absorption efficiency.

Supports vision, immune defence, skin integrity, and cellular growth and differentiation across multiple body systems.

Essential for carbohydrate metabolism, nerve signalling, and converting food into usable cellular energy.

Required for nerve health, DNA synthesis, red blood cell formation, and maintaining cognitive and neurological function.

Supports cellular energy production, antioxidant activity, and metabolism of fats, proteins, and carbohydrates.

Regulates energy metabolism, DNA repair, and supports healthy cholesterol balance and cardiovascular function.

Essential for hormone synthesis, energy metabolism, and production of neurotransmitters and stress response molecules.

Required for neurotransmitter synthesis, immune function, and metabolism of amino acids and glycogen.

Supports fat, carbohydrate, and protein metabolism, contributing to energy balance, skin, hair, and nail health.

Essential for cell division, DNA synthesis, and prevention of anaemia and developmental abnormalities.

Hormone-like vitamin supporting bone health, immune regulation, muscle strength, and metabolic and inflammatory balance.

Protects cell membranes from oxidative damage, supporting immune function and cardiovascular health.

Essential for immune defence, wound healing, hormone production, taste perception, and cellular growth and repair.

Thyroid Health

Liver Health

Enzyme released during liver cell damage, helping detect liver stress from fat accumulation, alcohol, medications, or metabolic dysfunction.

Reflects balance between liver-produced proteins and immune proteins, indicating liver function, inflammation, and nutritional status.

Marker of bile flow and liver function, also influenced by bone activity and metabolic health conditions.

Enzyme indicating liver or muscle tissue damage, interpreted alongside SGPT to identify injury patterns.

Reflects liver’s ability to process and excrete waste from red blood cell breakdown efficiently.

Indicates breakdown of red blood cells before liver processing, useful for detecting haemolysis or liver dysfunction.

Composite score estimating risk of liver fat accumulation linked to insulin resistance and metabolic syndrome.

Sensitive marker of liver stress, alcohol exposure, oxidative stress, and early metabolic dysfunction.

Helps differentiate causes of liver injury, including fatty liver, alcohol-related damage, or muscle involvement.

Major liver-produced protein reflecting nutritional status, liver synthetic capacity, and fluid balance in the body.

Group of immune-related proteins indicating inflammation, infection, or immune system activation levels.

Measures overall waste clearance efficiency of the liver from red blood cell breakdown products.

Kidney Health

Indicates how effectively kidneys remove protein waste from blood, influenced by hydration, diet, liver function, and kidney health.

Waste product filtered by kidneys, used to assess kidney filtration efficiency and overall renal function stability.

Calculates kidney filtering capacity, helping stage kidney health and detect early or progressive renal dysfunction accurately.

Metabolic waste that rises with impaired kidney clearance, dehydration, insulin resistance, or inflammation, increasing gout and kidney stone risk.

Mitochondrial Health

Interleukin 6 (IL-6)

Inflammatory signalling molecule that rises with cellular stress, impairing mitochondrial energy production, recovery capacity, and long-term metabolic resilience.