Longevity Ultimate Tracker LIS Code: SP44
Comprehensive longevity blood test analysing over 40 biomarkers for heart, liver, kidney, hormone, and metabolic health. Optimise wellness and prevent disease.
What's included in this profile
- An enzyme found mainly in the liver
- Raised levels can indicate liver inflammation or damage
- Commonly checked alongside AST to assess liver health
- The main protein made by the liver
- Helps maintain fluid balance in the blood
- Low levels can indicate liver or kidney problems, or poor nutrition
- An enzyme found in the liver, bone and bile ducts
- Raised levels can point to liver, bile duct or bone conditions
- Interpreted alongside other liver markers for context
- The main protein component of LDL ('bad') cholesterol particles
- Considered by some specialists a more precise risk marker than LDL alone
- Used in more detailed cardiovascular risk assessment
- An enzyme found in the liver, heart and muscles
- Raised levels can suggest liver or muscle damage
- Used alongside ALT to help pinpoint the cause of liver stress
- Helps regulate the acidbase (pH) balance of the blood
- Abnormal levels can point to kidney, lung or metabolic issues
- Part of the standard electrolyte panel
- A mineral essential for bone strength, muscle and nerve function
- 'Adjusted' calcium corrects for albumin level for accuracy
- Abnormal levels can relate to bone, kidney or parathyroid issues
- An electrolyte that works alongside sodium to maintain fluid balance
- Abnormal levels can indicate kidney or acidbase disorders
- Usually assessed as part of a full electrolyte panel
- Total cholesterol divided by HDL cholesterol
- A widely used singlefigure measure of cardiovascular risk
- Lower ratios are generally more favourable
- The body's main stress hormone, made by the adrenal glands
- Follows a daily rhythm, highest in the morning
- Abnormal levels can indicate adrenal or pituitary conditions
- A waste product from normal muscle breakdown, filtered by the kidneys
- Raised levels can indicate reduced kidney function
- Used to calculate eGFR (estimated kidney filtration rate)
- An older, general marker of inflammation in the body
- Measures how quickly red blood cells settle in a test tube
- Often used alongside CRP for a fuller inflammation picture
- The main form of oestrogen in women of reproductive age
- Used to assess ovarian function, fertility and menopause status
- Also present at lower levels in men
- A calculated score combining fasting glucose and insulin
- Estimates how resistant the body's cells are to insulin
- A higher score suggests greater insulin resistance
- Reflects the body's stored iron levels
- Low levels are the earliest sign of iron deficiency
- High levels can indicate iron overload or inflammation
- A pituitary hormone that regulates egg/sperm production
- Used to assess fertility and menopause status in women
- Also checked in men to help assess sperm production
- The small, biologically active portion of total testosterone
- Not bound to proteins, so freely available to tissues
- Gives a more precise picture than total testosterone alone
- Measures red cells, white cells and platelets
- A foundational test for overall health, anaemia and infection
- The 'Differential' breaks white cells down by specific type
- A group of proteins involved in immune function and transport
- Assessed alongside albumin to give a fuller liver/immune picture
- Abnormal levels can reflect liver disease, infection or inflammation
- The main sugar circulating in the blood, used for energy
- Raised fasting levels can indicate prediabetes or diabetes
- A cornerstone test for metabolic health
- Often called 'good' cholesterol
- Helps remove excess cholesterol from the bloodstream
- Higher levels are generally protective for heart health
- Reflects average blood sugar levels over the past 23 months
- The main test used to diagnose and monitor diabetes
- Not affected by what you ate that day, unlike glucose
- A more sensitive version of the standard CRP test
- Used to detect lowgrade inflammation linked to heart disease risk
- Interpreted differently to standard CRP
- An amino acid linked to cardiovascular and vitamin B status
- Raised levels are associated with increased cardiovascular risk
- Often linked to low B12 or folate levels
- The hormone that helps cells absorb glucose from the blood
- Raised fasting levels can indicate insulin resistance
- Often assessed alongside glucose for a fuller metabolic picture
- Often called 'bad' cholesterol
- Can build up in artery walls, raising heart disease risk
- A key target for lifestyle or treatment intervention
- A geneticallydetermined type of cholesterol particle
- Raised levels are an independent risk factor for heart disease
- Usually only needs checking once, as levels are largely inherited
- A pituitary hormone that triggers ovulation in women
- Also plays a role in testosterone production in men
- Checked alongside FSH for fertility and hormonal assessment
- A key electrolyte important for heart and muscle function
- Abnormal levels can affect heart rhythm and need prompt attention
- Closely linked to kidney function
- The amount of iron currently circulating in the blood
- Fluctuates through the day, so interpreted alongside ferritin
- Low levels can contribute to irondeficiency anaemia
- A protein that binds testosterone and oestrogen in the blood
- Affects how much hormone is 'free' and active
- Needed to accurately interpret total testosterone results
- A key electrolyte that regulates fluid balance
- Abnormal levels can reflect kidney, hormonal or hydration issues
- Commonly checked as part of a routine metabolic panel
- The primary male sex hormone, also present in women
- Affects energy, muscle mass, libido and mood
- Low levels in men can cause fatigue and reduced sex drive
- The pituitary hormone that signals the thyroid to produce T3/T4
- The primary firstline test for thyroid function
- Raised or low levels suggest an underactive or overactive thyroid
- A breakdown product of old red blood cells, processed by the liver
- Raised levels can cause jaundice (yellowing of skin/eyes)
- Helps assess liver function and red cell turnover
- The overall amount of cholesterol in the blood
- A key marker for cardiovascular risk
- Interpreted alongside HDL, LDL and triglycerides
- Measures the blood's overall capacity to bind iron
- Helps assess iron deficiency versus other causes of anaemia
- Interpreted alongside iron and ferritin
- The combined total of albumin and globulin in the blood
- Reflects overall nutritional and liver status
- Abnormal results prompt a closer look at albumin/globulin individually
- Shows what percentage of transferrin is carrying iron
- Helps distinguish true iron deficiency from other causes of low ferritin
- Interpreted alongside ferritin and iron
- A type of fat found in the blood, from food and the liver
- Raised levels are linked to heart disease and metabolic conditions
- Affected by diet, alcohol and blood sugar control
- The portion of TIBC not currently carrying iron
- Used alongside TIBC and iron to assess iron status
- Helps build a complete picture of iron metabolism
- A waste product from protein breakdown, filtered by the kidneys
- Raised levels can indicate reduced kidney function or dehydration
- Interpreted alongside creatinine for a fuller picture
- Essential for bone health, calcium absorption and immunity
- Deficiency is common, especially in winter months
- One of the most frequently tested vitamins in the UK
- An estimate of how well the kidneys are filtering blood
- Calculated from creatinine, age and sex
- The key measure used to stage kidney function
About this profile
The Longevity Ultimate Tracker is an advanced full-body health assessment designed to deliver a detailed analysis of your body’s key systems. This all-encompassing profile measures more than 40 essential biomarkers across cardiovascular, metabolic, hormonal, inflammatory, liver, and kidney functions. It provides actionable insights to optimise wellness, improve longevity, and prevent disease through proactive health management.
Profile Overview:
Full Blood Count (FBC)
Assesses red and white blood cells, haemoglobin, and platelets to evaluate oxygen delivery, immune strength, and overall blood health.
Liver Function
Includes ALT, AST, alkaline phosphatase (ALP), bilirubin, albumin, globulin, and total proteins to measure liver detoxification, protein synthesis, and enzyme activity.
Kidney Function
Tests urea, creatinine, and eGFR (CKD-EPI) to assess kidney filtration efficiency and waste elimination.
Lipid Profile and Cardiovascular Health
Analyzes total cholesterol, HDL, LDL, triglycerides, apolipoprotein B, and lipoprotein(a), along with cholesterol ratios, to evaluate lipid metabolism and cardiovascular risk.
Iron Studies
Includes iron, ferritin, TIBC, UIBC, and transferrin saturation to assess iron storage, transport, and potential deficiencies or overloads.
Electrolytes and Minerals
Measures sodium, potassium, chloride, calcium, and bicarbonate to assess hydration status, nerve function, and bone health.
Glucose and Insulin Regulation
Combines fasting glucose, HbA1c, insulin, and fasting insulin resistance index (FIRI) to evaluate blood sugar balance, insulin sensitivity, and diabetes risk.
Inflammatory Markers
High-sensitivity C-reactive protein (hs-CRP), erythrocyte sedimentation rate (ESR), and homocysteine levels help detect chronic inflammation and assess cardiovascular and metabolic health.
Endocrine and Hormonal Health
Comprehensive hormonal assessment including:
Thyroid Function: Thyroid-stimulating hormone (TSH)
Reproductive Hormones: LH, FSH, estradiol (E2), testosterone (total and free), and sex hormone-binding globulin (SHBG)
Adrenal Function: Cortisol
These markers help assess thyroid efficiency, reproductive hormone balance, and adrenal stress response.
Vitamins and Nutritional Markers
Includes vitamin D (25-OH) to assess immune function, bone strength, and hormonal regulation.
Who is this test for?
The Longevity Ultimate Tracker is suitable for individuals seeking a proactive, science-based approach to health management. It is ideal for those focused on longevity, anti-ageing, metabolic health, and preventive wellness. This test is also valuable for anyone aiming to optimise energy levels, hormone balance, and resilience against chronic disease.
Key Benefits
Provides an extensive overview of all key health systems
Detects early signs of nutritional deficiency, inflammation, or metabolic imbalance
Enables personalised health optimisation and prevention strategies
Supports long-term vitality, longevity, and high performance
