Longevity Deep-Dive Panel Male
Private Longevity Deep-Dive Panel Male in London for £699, checking 90 advanced health markers with results in approximately 7–10 business days.
Turnaround time
10 business days
Biomarkers count
90
Book your test
Choose Service Type
Professional phlebotomist comes to you
+ £{{ home_visit_fee }}
Visit our clinic for your test
{{ clinic_visit_fee > 0 ? '+ £' + clinic_visit_fee : 'Free' }}
Home Visit Details
Home visits require at least 24 hours notice.
Select a clinic: Sorting by distance…
{{ clinic.full_address }}
{{ selectedClinic.full_address }}
Select a date
Select an hour
Available time slots: {{ timeSlots.length}}
Overview of the Longevity Deep-Dive Panel Male
The Longevity Deep-Dive Panel Male is an extensive private health assessment designed for men who want to examine cardiovascular, metabolic, hormonal, thyroid, immune, nutritional, prostate and major organ systems in considerably greater depth than a conventional health screen.
The panel contains 90 listed biomarkers and laboratory assessments, with FBC counted as one grouped profile. It combines routine health measurements with advanced cardiovascular markers, immunoglobulins, Fibrinogen, Cystatin-C, C-Peptide, IGF-1, thyroid antibodies, a detailed male hormone assessment, comprehensive iron studies, enhanced B-vitamin testing, trace elements, specialist omega fatty-acid measurements and extensive urine analysis.
Rather than attempting to measure “longevity” through a single number, the profile examines several biological systems that can be monitored over time. This makes it particularly useful for establishing a detailed health baseline, exploring changes in metabolic or hormonal health, reviewing cardiovascular risk factors or tracking laboratory trends as part of a longer-term preventative health strategy.
The profile also includes Prostatic Specific Antigen (PSA). PSA is a prostate-related marker rather than a stand-alone cancer test. It may increase for benign reasons including prostate enlargement, inflammation and infection, as well as prostate cancer. Results should therefore be interpreted alongside age, symptoms, previous PSA measurements, medical history and appropriate clinical assessment.
What Does the Longevity Deep-Dive Panel Male Contain?
This test includes 90 biomarkers and laboratory assessments covering blood health, inflammation, immunity, cardiovascular health, kidney and liver function, metabolism, male hormones, thyroid function, iron status, pancreatic health, vitamins, trace elements, prostate health, fatty-acid status and urine health.
FBC - Full Blood Count assesses major red blood cell, white blood cell and platelet measurements and provides information about blood health, oxygen-carrying capacity and immune-cell patterns.
HbA1c - Reflects average blood glucose exposure over approximately the previous two to three months and provides information about longer-term blood sugar regulation.
Insulin Levels - Measures circulating insulin, the hormone involved in helping glucose move from the bloodstream into cells.
C-Peptide - Measures a substance released alongside the body's own insulin and can provide additional information about endogenous insulin production.
Erythrocyte Sedimentation Rate (ESR) - Measures how quickly red blood cells settle in a sample and provides a non-specific indication of inflammatory activity.
High Sensitivity C-Reactive Protein (hs-CRP) - Measures lower concentrations of C-reactive protein and provides information about systemic inflammatory activity and, where clinically appropriate, cardiovascular risk.
Fibrinogen - Measures a protein involved in normal blood clot formation. Fibrinogen is also an acute-phase protein and may increase during inflammation.
IgG - Measures Immunoglobulin G, the most abundant major antibody class in the blood and an important component of longer-term immune responses.
IgM - Measures Immunoglobulin M, an antibody that commonly contributes to the body's earlier immune response to infection or antigen exposure.
IgA - Measures Immunoglobulin A, an antibody important in immune defence, particularly across mucosal surfaces.
Sodium - Measures a major electrolyte involved in fluid balance, nerve signalling and normal cellular function.
Potassium - Measures an electrolyte essential for normal heart rhythm, muscle contraction and nerve function.
Urea - Measures a waste product formed during protein metabolism and provides information relevant to kidney function and hydration.
Creatinine - Measures a waste product produced through normal muscle metabolism and is commonly used when assessing kidney filtration.
Phosphate - Measures a mineral involved in bone health, energy metabolism and normal cellular function.
Calcium - Measures calcium circulating in the blood, which is important for bone health, muscle contraction, nerve signalling and cellular processes.
Uric Acid - Measures uric acid produced during purine metabolism and provides information relevant to metabolic, kidney and joint health.
Magnesium - Measures an essential mineral involved in nerve function, muscle contraction, energy metabolism and electrolyte balance.
Chloride - Measures an electrolyte involved in fluid balance and acid-base regulation.
Bicarbonate - Measures bicarbonate, which contributes to maintaining normal acid-base balance within the body.
Cystatin-C - Measures a protein filtered by the kidneys and provides an additional marker of kidney filtration that can complement Creatinine.
Total Protein - Measures the combined concentration of major proteins circulating in the blood.
Albumin - Measures the principal protein produced by the liver and provides information relevant to liver function, nutritional status and fluid balance.
Globulin - Measures a group of proteins involved in immune function, transport and several other physiological processes.
Total Bilirubin - Measures bilirubin produced during normal red blood cell breakdown and processed by the liver.
Alkaline Phosphatase - Measures an enzyme found particularly in the liver, bile ducts and bone.
ALT (GPT) - Measures alanine aminotransferase, an enzyme found predominantly in the liver and commonly assessed when reviewing liver cell health.
AST (GOT) - Measures aspartate aminotransferase, an enzyme found in the liver, muscles and other tissues.
Gamma GT - Measures an enzyme associated mainly with liver and biliary function.
Cholesterol - Measures the overall concentration of cholesterol circulating in the blood and contributes to cardiovascular risk assessment.
Triglyceride - Measures circulating blood fats influenced by diet, metabolism, alcohol intake and other health factors.
Very Low-Density Lipoprotein (VLDL) Calculated - Provides a calculated estimate of VLDL, a lipoprotein involved primarily in transporting triglycerides.
HDL Cholesterol - Measures cholesterol transported by high-density lipoproteins and forms part of overall cardiovascular risk assessment.
LDL Cholesterol - Measures cholesterol carried predominantly by low-density lipoproteins and is an important cardiovascular risk marker.
TC/HDL Ratio - Compares Total Cholesterol with HDL Cholesterol and provides additional information about cholesterol balance.
HDL % of Total - Shows the proportion of Total Cholesterol represented by HDL Cholesterol.
Non-HDL Cholesterol - Measures cholesterol carried by lipoproteins other than HDL and provides information about potentially atherogenic cholesterol.
Apolipoprotein A1 - Measures the principal protein associated with HDL particles and provides additional information about lipoprotein metabolism.
Apolipoprotein B - Measures the principal structural protein carried by potentially atherogenic lipoprotein particles and can provide cardiovascular information beyond LDL Cholesterol alone.
APO B/A1 Ratio - Compares Apolipoprotein B with Apolipoprotein A1 and provides information about the balance between atherogenic and HDL-associated particles.
Lipoprotein (a) - Measures a largely genetically determined lipoprotein associated with cardiovascular risk that is not adequately represented by a conventional cholesterol profile.
Homocysteine - Measures an amino acid influenced by genetics, kidney function and nutrients including Folate and Vitamin B12. Results should be interpreted within wider cardiovascular and nutritional context.
Follicle Stimulating Hormone (FSH) - Measures a pituitary hormone involved in testicular function and sperm production.
Oestradiol - Measures a major form of oestrogen that is also present in men and contributes to bone, reproductive and hormonal health.
Luteinising Hormone (LH) - Measures a pituitary hormone involved in stimulating testosterone production in the testes.
Progesterone - Measures a steroid hormone present at lower concentrations in men and involved in wider steroid hormone pathways.
Prolactin - Measures a pituitary hormone that can influence reproductive function, libido and testosterone regulation when concentrations are abnormal.
Testosterone - Measures circulating testosterone and provides information relevant to androgen status, sexual health and reproductive function.
Free Androgen Index (FAI) - Provides a calculated estimate of androgen availability using Testosterone and Sex Hormone Binding Globulin.
Sex Hormone Binding Globulin (SHBG) - Measures a protein that binds Testosterone and Oestradiol and influences the proportion of circulating hormone available to tissues.
IGF-1 - Measures Insulin-Like Growth Factor 1, a hormone influenced by growth hormone signalling and involved in tissue growth and metabolism.
Dehydroepiandrosterone Sulphate (DHEA-S) - Measures an adrenal hormone that acts as a precursor within several steroid hormone pathways.
Cortisol - Measures a hormone produced by the adrenal glands that contributes to the stress response, glucose regulation, blood pressure and metabolism.
Thyroid Stimulating Hormone (TSH) - Measures the pituitary hormone responsible for regulating thyroid hormone production.
Free T3 - Measures free triiodothyronine, the biologically active thyroid hormone involved in energy use, metabolic rate and temperature regulation.
Thyroglobulin Antibody - Measures antibodies directed against thyroglobulin and can provide information relevant to autoimmune thyroid activity.
Free Thyroxine (FT4) - Measures free thyroxine, the principal circulating thyroid hormone produced by the thyroid gland and available to tissues.
Thyroid Peroxidase Antibodies (TPO) - Measures antibodies directed against thyroid peroxidase, an enzyme involved in thyroid hormone production and commonly assessed when autoimmune thyroid disease is being investigated.
Ferritin - Measures the body's principal iron-storage protein and provides information about iron reserves. Ferritin can also increase during inflammatory activity.
Serum Iron - Measures the amount of circulating iron available in the blood at the time of testing.
Transferrin - Measures the principal protein responsible for transporting iron through the bloodstream.
Iron Binding Capacity (TIBC) - Measures the blood's capacity to bind and transport iron.
Transferrin Saturation - Measures the proportion of transferrin binding sites occupied by iron and provides additional information about iron availability.
Lipase - Measures an enzyme produced predominantly by the pancreas that is involved in digesting dietary fats.
Amylase - Measures an enzyme produced mainly by the pancreas and salivary glands that contributes to carbohydrate digestion.
Zinc - Measures an essential trace mineral involved in immune function, protein synthesis, tissue repair and numerous enzyme pathways.
Copper - Measures an essential trace element involved in iron metabolism, connective tissue formation, nervous system function and enzyme activity.
Serum Folate (Vitamin B9) - Measures circulating Folate, which is important for DNA synthesis, cell division and normal red blood cell production.
Red Cell Folate - Measures Folate contained within red blood cells and can provide information about longer-term Folate status.
Active B12 - Measures the biologically available fraction of Vitamin B12.
Vitamin B12 - Measures total circulating Vitamin B12, which is important for nervous system function, DNA synthesis and normal blood-cell formation.
Vitamin D (25-OH) - Measures the principal circulating form of Vitamin D used to assess Vitamin D status and its role in bone, muscle and calcium health.
Prostatic Specific Antigen (PSA) - Measures PSA, a protein produced by prostate tissue. PSA can increase because of benign prostate enlargement, inflammation, infection and other factors as well as prostate cancer. It should not be used alone to diagnose or exclude prostate cancer.
Urine pH - Measures how acidic or alkaline the urine is and may be influenced by diet, hydration and other physiological factors.
Urine Protein - Checks for protein within the urine. Persistent protein may warrant further kidney or urinary assessment.
Urine Glucose - Checks for glucose within the urine and may provide additional information about glucose handling.
Ketones - Checks for ketones, which may occur with fasting, low-carbohydrate diets, illness or altered glucose metabolism.
White Blood Cells (Urine) - Checks for white blood cells within the urine, which may occur with urinary inflammation or infection.
Red Blood Cells (Urine) - Checks for red blood cells within the urine, which can occur for several urinary, kidney or temporary reasons.
Epithelial Cells - Assesses epithelial cells within the urine and may reflect normal shedding, contamination or urinary tract changes depending on quantity and type.
Casts - Checks for formed structures originating within kidney tubules that may provide additional information about renal health.
Appearance - Assesses the visual appearance of the urine and may provide basic information about concentration or abnormalities requiring further assessment.
Crystals - Checks for crystals within the urine that may occur for several reasons and can sometimes be relevant to urinary stone formation.
Yeast - Checks for yeast identified within the urine sample where present.
Bacterial Count - Assesses the quantity of bacteria detected in the urine and can contribute to investigation of possible urinary infection.
Urine Culture and Sensitivities - Assesses urine for clinically significant bacterial growth and, where appropriate, which antibiotics the organism may be sensitive to.
Omega 3 Index - Measures the proportion of selected long-chain omega-3 fatty acids within red blood cell membranes and provides information about longer-term omega-3 status.
Omega-6:Omega-3 Ratio - Compares selected omega-6 and omega-3 fatty acids and provides additional information about overall fatty-acid balance.
Omega Trans Fat Index - Measures selected trans fatty acids within the fatty-acid profile and provides information about longer-term trans-fat exposure.
Omega AA:EPA Ratio - Compares arachidonic acid with eicosapentaenoic acid and provides additional information about the balance between these fatty acids.
Who May Benefit From the Longevity Deep-Dive Panel Male ?
This profile may be suitable for men seeking one of the most detailed private health assessments available, particularly where cardiovascular, metabolic, hormonal, thyroid, immune, nutritional and prostate health are being reviewed together.
Establish a deep longevity baseline - Record 90 laboratory measurements that can be followed and compared over time.
Review cardiovascular risk comprehensively - Combine standard cholesterol testing with ApoA1, ApoB, APO B/A1 Ratio, Lipoprotein (a), Homocysteine, Fibrinogen and hs-CRP.
Assess metabolic health in greater depth - Review Glucose, HbA1c, Insulin Levels and C-Peptide alongside cardiovascular and metabolic measurements.
Review testosterone and male hormone health - Assess Testosterone, SHBG, FAI, LH, FSH, Oestradiol, Prolactin, DHEA-S, IGF-1 and Cortisol.
Check prostate health - Include PSA within a broad men's health profile while recognising that PSA requires age, symptoms and prostate history to be considered.
Assess thyroid health comprehensively - Measure TSH, Free T3, FT4 and two thyroid antibody markers.
Review immune and inflammatory health - Assess IgG, IgM, IgA, ESR, hs-CRP and Fibrinogen within the same profile.
Assess nutritional status beyond routine testing - Review detailed iron status, Zinc, Copper, Vitamin D, Serum Folate, Red Cell Folate, Active B12, Vitamin B12 and specialist omega fatty acids.
Arrange advanced longevity blood testing in London - Access comprehensive laboratory testing through London Blood Tests with flexible sample collection options.
Symptoms and Reasons to Consider the Longevity Deep-Dive Panel Male
You may wish to consider the Longevity Deep-Dive Panel Male if you want an extensive health baseline or are experiencing persistent symptoms that warrant investigation across several physiological systems.
Persistent fatigue or reduced energy - Blood health, iron status, B vitamins, Vitamin D, thyroid hormones, glucose regulation and male hormones may provide useful laboratory context.
Reduced libido or changes in sexual wellbeing - Testosterone, SHBG, FAI, LH, FSH, Prolactin and Oestradiol may provide useful hormonal information.
Unexpected weight or metabolic changes - Glucose, HbA1c, Insulin, C-Peptide, thyroid markers and lipid measurements may provide additional information.
Concerns about inherited cardiovascular risk - Lipoprotein (a), ApoB, Homocysteine and other cardiovascular measurements provide information not captured by Total Cholesterol alone.
Reduced strength, recovery or physical performance - Testosterone-related hormones, thyroid function, iron status, Vitamin D, Magnesium and metabolic markers may provide useful context.
Persistent inflammatory or immune-related concerns - ESR, hs-CRP, Fibrinogen and immunoglobulins provide complementary but non-specific information about inflammation and immune status.
Hair, skin or general wellbeing changes - Iron, thyroid, Zinc, Copper, Vitamin D, Folate, B12 and hormonal markers may provide additional laboratory information.
Urinary or prostate-related concerns - PSA and extensive urine testing may provide useful information, although persistent urinary symptoms require appropriate clinical assessment.
Wanting to review omega fatty-acid status - Four specialist fatty-acid measurements provide information about omega-3, omega-6 and trans-fatty-acid status.
Wanting one extensive preventative health baseline - The panel brings together 90 laboratory assessments across numerous systems within one profile.
The Longevity Deep-Dive Panel Male provides a substantial amount of laboratory information, but more testing does not mean that every result outside a reference range represents disease. Results need to be interpreted according to their clinical significance rather than simply counting abnormalities.
Several measurements can change temporarily. Inflammation may influence hs-CRP, ESR, Fibrinogen and Ferritin; Cortisol and Testosterone vary during the day; recent illness can affect immune markers; and diet or supplementation can influence vitamin and fatty-acid measurements.
PSA also requires particular caution. A raised PSA does not automatically indicate prostate cancer, and a result within the expected range does not completely exclude prostate disease. Persistent urinary symptoms, blood in the urine, unexplained weight loss or other concerning symptoms require appropriate clinical assessment regardless of the PSA result.
How to Prepare
PSA may be temporarily influenced by ejaculation, vigorous cycling, urinary infection, prostatitis and recent prostate procedures or manipulation. Follow any PSA preparation guidance provided when booking and disclose relevant recent events when your results are interpreted.
Do not stop Testosterone Replacement Therapy, thyroid medication or other prescribed treatment solely to alter your laboratory results unless advised by the clinician responsible for your care.
How to Book Your Longevity Deep-Dive Panel Male in London
Booking your Longevity Deep-Dive Panel Male with London Blood Tests is simple and designed to fit around your schedule.
Choose the Longevity Deep-Dive Panel Male
Select the Longevity Deep-Dive Panel Male online and review the 90 included biomarkers and laboratory assessments before booking.
Select your sample collection option
Choose an in-clinic blood draw (+£35) or a home or hotel phlebotomy visit (+£60) where a qualified phlebotomist collects your blood sample. A urine sample is also required for the urine assessment.
Attend your appointment
Attend after following the preparation guidance. A trained professional will collect your blood sample safely and efficiently, with the urine sample provided according to the supplied collection instructions.
Laboratory analysis
Your samples are sent to the laboratory, where 90 assessments covering blood health, cardiovascular risk, metabolism, male hormones, thyroid function, immunity, inflammation, kidney and liver health, iron status, vitamins, pancreatic markers, prostate health, urine health and fatty-acid status are analysed.
Receive your results securely
Your results are sent securely by email, ready to review yourself or discuss with a GP, endocrinologist, urologist, cardiologist or other suitably qualified healthcare professional.
When Will I Receive My Results?
The expected turnaround time for the Longevity Deep-Dive Panel Male is approximately 7–10 business days.
Results are sent securely by email once the required laboratory analysis and authorisation are complete. Turnaround generally begins when the laboratory receives all required samples rather than necessarily from the time they are collected.
This profile contains specialist analyses including the omega fatty-acid profile and several advanced cardiovascular, immunological and nutritional markers. Some components may therefore take longer than routine blood tests, and repeat analysis or urine culture requirements may occasionally extend the overall turnaround.
Understanding Your Results
Your Longevity Deep-Dive Panel Male report contains measurements from multiple physiological systems. Reference ranges may vary according to laboratory methodology, age and other individual clinical circumstances.
Cardiovascular measurements should generally be considered together. LDL Cholesterol describes cholesterol carried within LDL particles, whereas ApoB provides information about the number of potentially atherogenic particles. Lipoprotein (a) is predominantly genetically determined, while Homocysteine is influenced by several nutritional, metabolic and kidney-related factors.
Male hormone measurements should also be assessed as a pattern. Testosterone can be considered alongside SHBG and FAI, while LH, FSH, Oestradiol, Prolactin and DHEA-S provide additional endocrine context. Testosterone values may be influenced by time of day, acute illness, medication, energy balance and other factors.
Immune markers such as IgG, IgM and IgA measure major immunoglobulin classes but do not diagnose a particular infection or autoimmune condition by themselves. Likewise, ESR, hs-CRP and Fibrinogen are non-specific and may change for several reasons.
The omega fatty-acid results provide information about longer-term fatty-acid status and balance. They should be interpreted alongside diet, supplementation and wider cardiovascular and metabolic health rather than treated as direct measurements of ageing or lifespan.
PSA should be interpreted according to age, symptoms, previous measurements and prostate history. A laboratory result within the reference range does not guarantee optimal health or exclude every medical condition, while a result outside the expected range does not automatically establish a diagnosis.
Why Book With London Blood Tests?
Private longevity blood testing in London - Access an extensive male longevity assessment through London Blood Tests.
90 biomarkers and laboratory assessments - Review cardiovascular, metabolic, hormonal, thyroid, immune, nutritional, prostate and major organ-system markers within one profile.
Advanced cardiovascular assessment - Combine detailed cholesterol testing with ApoA1, ApoB, APO B/A1 Ratio, Lipoprotein (a), Homocysteine, Fibrinogen and hs-CRP.
Detailed male hormone assessment - Review Testosterone, SHBG, FAI, LH, FSH, Oestradiol, Prolactin, DHEA-S, IGF-1 and Cortisol.
Immune and inflammatory testing - Assess IgG, IgM, IgA, ESR, hs-CRP and Fibrinogen alongside broader health measurements.
Advanced nutritional assessment - Include Serum Folate, Red Cell Folate, Active B12, Vitamin B12, Vitamin D, Zinc, Copper and comprehensive iron studies.
Specialist omega fatty-acid analysis - Review Omega 3 Index, Omega-6:Omega-3 Ratio, Omega Trans Fat Index and Omega AA:EPA Ratio.
Clinic and home visit options - Choose an in-clinic blood draw or arrange home or hotel phlebotomy depending on location and availability.
Private Longevity Deep-Dive Panel Male Blood Test Profile in London
London Blood Tests provides the private Longevity Deep-Dive Panel Male in London for men seeking an extensive assessment of cardiovascular, metabolic, hormonal, thyroid, immune, nutritional, prostate and general health.
The profile combines 90 listed biomarkers and laboratory assessments, including advanced cardiovascular markers, detailed male hormones, immunoglobulins, Cystatin-C, C-Peptide, thyroid antibodies, PSA, specialist B-vitamin measurements, comprehensive iron testing, urine analysis and an advanced omega fatty-acid profile.
Clinic appointments are available alongside home and hotel phlebotomy depending on location and availability, providing flexible options for men looking for an advanced longevity blood test in London or a comprehensive private health assessment near them.
The Longevity Deep-Dive Panel Male provides a detailed snapshot of current laboratory health rather than a prediction of lifespan. Repeat testing under similar conditions may be useful when monitoring meaningful changes over time.