Longevity Foundation Panel (Female)
Private Longevity Foundation Panel Female in London for £499, checking 81 advanced health markers with results in approximately 2 business days.
Turnaround time
2 business days
Biomarkers count
81
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Overview of the Longevity Foundation Panel Female
The Longevity Foundation Panel Female is a comprehensive private health profile designed to provide a detailed baseline across cardiovascular, metabolic, hormonal, thyroid, nutritional and major organ systems.
The panel contains 81 listed biomarkers and laboratory assessments, combining general blood health with advanced cardiovascular markers such as Apolipoprotein B and Lipoprotein (a), glucose and insulin-related measurements, Cystatin-C, female reproductive hormones, thyroid antibodies, IGF-1, detailed iron studies, vitamins, minerals and comprehensive urine analysis.
Rather than attempting to measure “longevity” with a single result, the profile looks across several biological systems that can be monitored over time. This makes it useful for women who want a broad health baseline, wish to follow changes in laboratory markers over time or want additional information before discussing their health with a GP or specialist.
The profile also includes CA125. CA125 is a tumour-associated marker that can increase for several benign and malignant reasons. It should not be interpreted as a stand-alone ovarian cancer screening or diagnostic test. All results require consideration of symptoms, medical history, age, menstrual or menopausal status, medications, supplements and other relevant clinical factors.
What Does the Longevity Foundation Panel Female Contain?
This test measures 81 listed biomarkers and laboratory assessments across blood health, inflammation, kidney function, cardiovascular health, metabolism, female hormones, thyroid function, iron status, pancreatic health, nutrition and urine health.
FBC - Full Blood Count assesses major red blood cell, white blood cell and platelet measurements and provides a broad overview of blood health, oxygen-carrying capacity and immune cell patterns.
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 inflammation and, where clinically appropriate, cardiovascular risk.
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 production 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 the body's normal acid-base balance.
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 main 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 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 amount 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 mainly in transporting triglycerides.
HDL Cholesterol - Measures cholesterol carried by high-density lipoproteins and forms part of the overall assessment of cardiovascular health.
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 found on potentially atherogenic lipoprotein particles and provides information beyond LDL Cholesterol alone.
APO B/A1 Ratio - Compares Apolipoprotein B with Apolipoprotein A1 and provides additional 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 routine cholesterol profile.
Homocysteine - Measures an amino acid influenced by genetics, kidney function and nutrients including Folate and Vitamin B12. Results require interpretation within wider cardiovascular and nutritional context.
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 transporting glucose from the bloodstream into cells.
C-Peptide - Measures a substance released when the body produces its own insulin and can provide additional information about endogenous insulin production.
Glucose - Measures glucose circulating in the blood at the time of collection and provides information about current blood sugar levels.
Follicle Stimulating Hormone (FSH) - Measures a pituitary hormone involved in ovarian function, follicle development and reproductive ageing.
Oestradiol - Measures a major form of oestrogen involved in reproductive health, menstrual cycle regulation and bone health.
Luteinising Hormone (LH) - Measures a pituitary hormone involved in ovulation and ovarian hormone production.
Progesterone - Measures a reproductive hormone that changes throughout the menstrual cycle and rises following ovulation.
Prolactin - Measures a pituitary hormone involved in reproductive regulation and breast physiology.
Testosterone - Measures circulating testosterone and provides information relevant to androgen status in women.
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 how much circulating hormone is available to tissues.
IGF-1 - Measures Insulin-Like Growth Factor 1, a hormone influenced by growth hormone signalling and involved in growth, tissue metabolism and other physiological processes.
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 is involved in the stress response, metabolism, blood pressure regulation and immune function.
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 metabolism, temperature regulation and energy use.
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 body 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 may also rise 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 primarily 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, tissue repair, protein synthesis 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 Folate, which is important for DNA synthesis, cell division and normal red blood cell production.
Vitamin B12 - Measures Vitamin B12 status, 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.
CA125 - Measures Cancer Antigen 125. CA125 may increase with several benign conditions as well as some cancers and should not be used alone to diagnose or exclude ovarian 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 assessment of kidney or urinary health.
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 in 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, renal 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 investigation.
Crystals - Checks for crystals within the urine that may occur for several reasons and can sometimes be relevant to 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.
Who May Benefit From the Longevity Foundation Panel Female ?
This profile may be suitable for women who want an extensive private health assessment covering cardiovascular, metabolic, hormonal, thyroid, nutritional and major organ systems.
Establish a comprehensive longevity baseline - Record 81 health measurements that can be compared with future laboratory results over time.
Review cardiovascular health beyond standard cholesterol - Combine a detailed lipid assessment with ApoA1, ApoB, Apo B/A1 Ratio, Lipoprotein (a), Homocysteine and hs-CRP.
Assess glucose and insulin-related health - Review Glucose, HbA1c, Insulin and C-Peptide within the same profile.
Investigate female hormone changes - Assess FSH, LH, Oestradiol, Progesterone, Prolactin, Testosterone, FAI, SHBG and DHEA-S.
Review perimenopause or menopause-related changes - Hormonal measurements can provide useful laboratory context alongside age, symptoms, menstrual history and medication use.
Assess thyroid health comprehensively - Measure TSH, Free T3, FT4 and thyroid antibodies.
Review kidney health beyond Creatinine alone - Cystatin-C provides an additional kidney filtration marker alongside Creatinine, Urea and electrolytes.
Assess nutritional and iron status - Review detailed iron markers, Vitamin B12, Folate, Vitamin D, Magnesium, Zinc and Copper.
Arrange a comprehensive private health test in London - Access broad laboratory testing through London Blood Tests with flexible collection options.
Symptoms and Reasons to Consider the Longevity Foundation Panel Female
You may wish to consider the Longevity Foundation Panel Female if you want a detailed health baseline or are experiencing persistent symptoms that warrant broad laboratory investigation.
Persistent fatigue or reduced energy - FBC, iron status, Vitamin B12, Folate, Vitamin D, thyroid hormones, glucose regulation and female hormones may provide useful laboratory context.
Unexpected weight or metabolic changes - Glucose, HbA1c, Insulin, thyroid markers and lipid measurements may provide useful information.
Irregular or changing menstrual cycles - FSH, LH, Oestradiol, Progesterone and Prolactin may be relevant when interpreted according to cycle timing and reproductive stage.
Perimenopause or menopause-related concerns - Reproductive hormones, thyroid markers, cardiovascular measurements, vitamins and metabolic markers can provide a broader health overview.
Concerns about family cardiovascular risk - ApoB, Lipoprotein (a), Homocysteine and the wider lipid profile provide information beyond Total Cholesterol alone.
Hair thinning, weakness or reduced wellbeing - Iron status, thyroid function, Zinc, Copper, Vitamin D, Folate and B12 may provide useful laboratory context.
Increased thirst or concerns about glucose regulation - Glucose, HbA1c, Insulin, C-Peptide and Urine Glucose provide complementary information.
Urinary changes or recurrent urinary concerns - The extensive urine assessment includes cells, protein, glucose, bacterial analysis and culture where appropriate.
Previous abnormal kidney results - Creatinine, Cystatin-C, Urea and electrolyte measurements provide a broader kidney-related assessment.
Wanting a detailed preventative health baseline - The panel provides a broad set of laboratory measurements that can be followed longitudinally even when no single symptom is present.
The Longevity Foundation Panel Female is designed to assess many areas of health at the same time, but laboratory measurements cannot predict lifespan or guarantee future health. Their value lies primarily in identifying current patterns and establishing objective measurements that can be followed over time.
Many of the included markers are influenced by temporary factors. Hormones vary with menstrual cycle stage and menopause, hs-CRP and Ferritin can change during inflammation, Cortisol varies during the day, and glucose-related results can be influenced by recent food intake.
CA125 deserves particular caution. It is not specific to ovarian cancer and can increase for benign gynaecological and non-gynaecological reasons. Persistent or concerning symptoms should be assessed clinically regardless of the CA125 result.
How to Prepare
If reproductive hormone assessment is an important reason for testing, record the first day of your most recent menstrual period and your current cycle day where relevant. Do not stop hormonal contraception, HRT, thyroid treatment or other prescribed medication unless advised by the clinician responsible for your care.
How to Book Your Longevity Foundation Panel Female in London
Booking your Longevity Foundation Panel Female with London Blood Tests is simple and designed to fit around your schedule.
Choose the Longevity Foundation Panel Female
Select the Longevity Foundation Panel Female online and review the 81 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 instructions. A trained professional will collect your blood sample safely and efficiently, with the urine sample provided according to the supplied collection guidance.
Laboratory analysis
Your samples are sent to the laboratory, where 81 assessments covering blood health, cardiovascular risk, glucose regulation, female hormones, thyroid function, kidney and liver health, iron status, vitamins, minerals, inflammation, pancreatic health and urine health are analysed.
Receive your results securely
Your results are sent securely by email, ready to review yourself or discuss with a GP, endocrinologist, gynaecologist, cardiologist or other suitably qualified healthcare professional.
When Will I Receive My Results?
The expected turnaround time for the Longevity Foundation Panel Female is approximately 2 business days.
Results are sent securely by email once 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.
Because this is an extensive profile containing specialist cardiovascular, hormone, urine and other measurements, occasional repeat analysis, culture requirements or additional laboratory review may extend the turnaround for some components.
Understanding Your Results
Your Longevity Foundation Panel Female report will show individual laboratory results together with the relevant reference ranges or reporting criteria used by the analysing laboratory. Reference ranges can vary according to laboratory methodology, age and individual clinical circumstances.
Related biomarkers are generally more informative when reviewed together. ApoB, ApoA1, their ratio and Lipoprotein (a) add context to the standard lipid profile; Creatinine and Cystatin-C provide complementary kidney information; and iron status should be reviewed across Ferritin, Serum Iron, Transferrin, TIBC and Transferrin Saturation.
Female hormone measurements require particular context. FSH, LH, Oestradiol and Progesterone can vary substantially across the menstrual cycle and reproductive lifespan. Hormonal contraception, HRT and other treatments may also change expected concentrations.
A laboratory result within the reference range does not guarantee optimal health or exclude every medical condition, while an abnormal result does not automatically establish a diagnosis. Results should be interpreted alongside symptoms, medical history, medication, supplements, lifestyle and previous trends.
Why Book With London Blood Tests?
Private longevity blood testing in London - Access a comprehensive women’s health and longevity profile through London Blood Tests.
81 biomarkers and laboratory assessments - Review cardiovascular, metabolic, hormonal, thyroid, nutritional, inflammatory and major organ-system markers within one profile.
Advanced cardiovascular assessment - Combine traditional cholesterol measurements with ApoA1, ApoB, APO B/A1 Ratio, Lipoprotein (a), Homocysteine and hs-CRP.
Detailed female hormone assessment - Review FSH, LH, Oestradiol, Progesterone, Prolactin, Testosterone, SHBG, FAI and DHEA-S.
Advanced kidney and metabolic markers - Include Cystatin-C, Insulin and C-Peptide alongside routine kidney and glucose measurements.
Extensive nutritional assessment - Measure iron status, Vitamin B12, Folate, Vitamin D, Magnesium, Zinc and Copper.
Clinic and home visit options - Choose an in-clinic blood draw or arrange home or hotel phlebotomy depending on location and availability.
Secure results by email - Receive your authorised laboratory report securely once analysis is complete.
Private Longevity Foundation Panel (Female) Blood Test Profile in London
London Blood Tests provides the private Longevity Foundation Panel Female in London for women seeking an extensive assessment of cardiovascular, metabolic, hormonal, thyroid, nutritional and general health.
The panel combines 81 listed biomarkers and laboratory assessments, including advanced cardiovascular markers such as ApoB and Lipoprotein (a), detailed female hormones, Cystatin-C, glucose and insulin-related measurements, thyroid antibodies, iron studies and comprehensive urine testing.
Clinic appointments are available alongside home and hotel phlebotomy depending on location and availability, providing flexible options for women looking for a private longevity blood test in London or an advanced health assessment near them.
The profile provides laboratory information rather than a prediction of lifespan or future disease. Its greatest value is as a broad current health assessment and as a baseline that can be compared with future measurements where appropriate.