Peptide Baseline Profile
Private Peptide Baseline blood test in London for £299, analysing hormones, metabolism & IGF-1 with 1-day results and full baseline health profile.
Turnaround time
1 business day
Biomarkers count
27
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Overview of the Peptide Baseline Blood Test Profile
The Peptide Baseline Profile is a comprehensive private blood test designed to establish important health markers before starting a peptide-related, longevity or medically supervised optimisation protocol.
The profile contains 27 listed biomarkers and laboratory profiles, covering blood health, male and female hormones, thyroid function, pancreatic enzymes, fasting glucose and insulin, longer-term blood sugar regulation, cholesterol, liver and kidney function, iron status, inflammation, vitamins, Magnesium and IGF-1.
Establishing baseline results before beginning a new protocol can make later monitoring more meaningful. If a laboratory value changes after treatment or supplementation begins, having a pre-treatment result can help show whether the change is new or was already present beforehand.
The Peptide Baseline Profile does not determine whether a peptide product is genuine, pure, sterile, effective or medically appropriate. It is a patient health assessment and should be interpreted alongside symptoms, medical history, medications, supplements and professional clinical advice.
What Does the Peptide Baseline Blood Test Profile Contain?
This profile includes 27 biomarkers and laboratory assessments covering blood health, sex hormones, thyroid function, pancreatic health, glucose and insulin regulation, cardiovascular health, liver and kidney function, iron status, inflammation, vitamins, minerals and IGF-1.
FBC - Full Blood Count assesses major red blood cell, white blood cell and platelet measurements and provides a broad overview of blood health before a new protocol is started.
Total Testosterone - Measures the total amount of testosterone circulating in the blood and provides a baseline measurement of androgen status.
Sex Hormone Binding Globulin (SHBG) - Measures a protein that binds testosterone and Oestradiol and influences how much circulating hormone remains available to tissues.
Free Testosterone (calculated) - Provides an estimate of testosterone that is not tightly bound to circulating proteins and may add context beyond Total Testosterone alone.
DHEA-S - Measures dehydroepiandrosterone sulphate, an adrenal hormone that acts as a precursor to several other steroid hormones.
Oestradiol - Measures a major form of oestrogen present in both women and men. Interpretation depends on sex, age, menstrual status where relevant and medication use.
Prolactin - Measures a pituitary hormone involved in reproductive and sex-hormone regulation.
Progesterone - Measures a steroid hormone whose interpretation differs according to sex, menstrual cycle stage, pregnancy status and hormonal treatment.
TSH - Measures Thyroid Stimulating Hormone, the pituitary hormone responsible for regulating thyroid hormone production.
FT3 - Measures Free T3, the biologically active thyroid hormone involved in energy use, metabolism and temperature regulation.
FT4 - Measures Free T4, the main circulating thyroid hormone produced by the thyroid gland and available to body 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.
Amylase - Measures an enzyme produced mainly by the pancreas and salivary glands that contributes to carbohydrate digestion.
Lipase - Measures a pancreatic enzyme involved in fat digestion. It can provide additional information when pancreatic health is being assessed.
Fasting Glucose - Measures blood glucose after an appropriate fasting period and establishes a baseline for current glucose regulation.
HbA1c - Reflects average blood glucose exposure over approximately the previous two to three months and provides information about longer-term blood sugar regulation.
Fasting Insulin - Measures circulating insulin during fasting and can provide additional information about insulin requirements and metabolic health.
LIPP - The Lipid Profile assesses cholesterol and triglyceride-related markers and provides a baseline for cardiovascular and metabolic health.
LFT - Liver Function Tests assess a group of markers relating to liver enzymes, bile processing and protein production.
U/E - Urea and Electrolytes assesses kidney-related markers and important electrolytes involved in hydration, nerve function and normal cellular activity.
ISP + Ferritin - Combines an Iron Status Profile with Ferritin to assess circulating iron, iron transport and stored iron reserves.
hs-CRP - Measures low concentrations of C-reactive protein and provides a non-specific baseline measure of systemic inflammatory activity.
Vitamin D - Measures Vitamin D status, which is relevant to bone health, muscle function, calcium regulation and general health.
Vitamin B12 - Measures Vitamin B12 status, which is important for normal red blood cell production, nervous system function and DNA synthesis.
Folate - Measures Vitamin B9, which is important for normal cell division, DNA synthesis and red blood cell formation.
Magnesium - Measures an essential mineral involved in muscle contraction, nerve signalling, energy metabolism and numerous enzyme reactions.
Who May Benefit From the Peptide Baseline Blood Test Profile?
This test may be suitable for people who want objective baseline laboratory results before beginning a peptide-related, longevity or medically supervised optimisation protocol.
Establish results before starting a protocol - Create a clear laboratory baseline that can be compared with future monitoring results.
Review hormone status beforehand - Measure Total Testosterone, Free Testosterone, SHBG, Oestradiol, DHEA-S, Prolactin and Progesterone before treatment begins.
Assess thyroid function - Establish TSH, FT3 and FT4 levels before introducing interventions that may coincide with changes in energy, weight or metabolism.
Check glucose and insulin regulation - Review Fasting Glucose, Fasting Insulin and HbA1c before a protocol begins.
Assess liver and kidney health - LFT and U/E provide useful baseline information about major organ systems.
Review pancreatic enzymes - Amylase and Lipase provide baseline pancreatic measurements where clinically relevant.
Assess nutritional status - Review Vitamin D, Vitamin B12, Folate, Magnesium and iron status before supplementation or other interventions.
Establish IGF-1 before monitoring - A pre-treatment IGF-1 result can provide a useful comparison point when growth hormone-related pathways are clinically relevant.
Arrange a private baseline blood test in London - Access broad laboratory testing before a peptide-related protocol through London Blood Tests.
Symptoms and Reasons to Consider the Peptide Baseline Blood Test Profile
You may wish to consider the Peptide Baseline Profile if you are planning a peptide-related or longevity protocol and want to understand your starting laboratory measurements first.
You are considering starting a new peptide-related protocol - Baseline testing creates a reference point before any intervention begins.
You expect to repeat testing after several weeks - Pre-treatment results make subsequent monitoring easier to interpret.
You want to establish hormone levels before treatment - Testosterone-related markers, Oestradiol, DHEA-S, Prolactin and Progesterone provide baseline hormonal information.
You want to monitor IGF-1 over time - Establishing an IGF-1 result before starting can make later comparisons more meaningful.
You have concerns about glucose or insulin regulation - Fasting Glucose, Fasting Insulin and HbA1c provide metabolic information before treatment.
You want to check liver and kidney markers first - LFT and U/E provide baseline information about organ function before introducing a new protocol.
You want pancreatic markers checked - Amylase and Lipase establish pre-treatment measurements where pancreatic monitoring is considered relevant.
You are changing several supplements or interventions at once - Baseline measurements can help distinguish pre-existing findings from later changes.
You have existing fatigue, weight or hormonal symptoms - Baseline testing may reveal laboratory findings that deserve clinical assessment before beginning another intervention.
You want objective information rather than relying only on how you feel - Blood testing provides measurable starting values for future comparison.
Baseline testing is designed to document where your laboratory markers stand before an intervention begins. It does not provide medical clearance for peptide use and cannot show whether an unlicensed or externally sourced product is authentic, pure or sterile.
If baseline testing identifies a significant abnormality, it may be appropriate to investigate that finding before beginning a new protocol. Severe or unexplained symptoms should be assessed by an appropriate healthcare professional rather than relying solely on blood testing.
How to Prepare
Avoid unusually strenuous exercise and excessive alcohol before testing where practical, as these may temporarily influence some liver, metabolic and inflammatory markers. Do not stop prescribed medication simply to obtain a different blood test result unless advised by the clinician responsible for your treatment.
How to Book Your Peptide Baseline Blood Test Profile in London
Booking your Peptide Baseline Profile with London Blood Tests is simple and designed to fit around your schedule.
Choose the Peptide Baseline Profile
Select the Peptide Baseline Profile online and review the 27 included biomarkers and laboratory profiles 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 sample.
Attend your appointment
Attend after following the fasting and preparation instructions. A trained professional will collect your blood sample safely and efficiently.
Laboratory analysis
Your sample is sent to the laboratory, where FBC, Total Testosterone, Sex Hormone Binding Globulin (SHBG), Free Testosterone (calculated), Oestradiol, DHEA-S, TSH, FT3, FT4, Amylase, Lipase, Fasting Glucose, HbA1c, Fasting Insulin, LIPP, LFT, U/E, ISP + Ferritin, hs-CRP, Vitamin D, Vitamin B12, Folate, Magnesium, IGF-1, Prolactin and Progesterone are assessed.
Receive your results securely
Your results are sent securely by email, ready to retain as your baseline and discuss with a GP, endocrinologist or other suitably qualified healthcare professional.
When Will I Receive My Results?
The expected turnaround time for the Peptide Baseline Profile is approximately 1 business day.
Results are sent securely by email once laboratory analysis and authorisation are complete. Turnaround usually begins when the laboratory receives your sample rather than necessarily from the time your blood is collected.
The profile includes specialist markers such as IGF-1, and occasional repeat analysis, quality review or laboratory processing may extend the expected turnaround.
Understanding Your Results
The primary purpose of the Peptide Baseline Profile is to establish values that can later be compared with follow-up testing. A baseline result is particularly useful when the same laboratory markers are repeated under similar fasting and collection conditions.
Hormonal markers should be considered together rather than independently. Total Testosterone can be reviewed alongside Free Testosterone and SHBG, while Oestradiol, DHEA-S, Prolactin and Progesterone provide additional hormonal context.
Fasting Glucose and Fasting Insulin provide information about fasting metabolic regulation, while HbA1c reflects a longer period of glucose exposure. LIPP, LFT and U/E provide additional cardiovascular and organ-function context.
IGF-1 requires age-specific interpretation and should not be treated as a direct measure of whether a peptide is effective. Similarly, a normal baseline panel does not prove that a future protocol will be safe.
A result outside the laboratory reference range does not automatically establish a diagnosis. Results should be interpreted alongside symptoms, medical history, medications, supplements, lifestyle and professional clinical advice.
Why Book With London Blood Tests?
Private peptide baseline blood testing in London - Establish key laboratory measurements before beginning a peptide-related or longevity protocol.
27 targeted biomarkers and profiles - Review hormones, thyroid function, metabolism, liver, kidney, pancreas, nutrition and inflammation within one assessment.
Detailed hormone baseline - Assess Total Testosterone, Free Testosterone, SHBG, Oestradiol, DHEA-S, Prolactin and Progesterone.
Metabolic assessment before treatment - Review Fasting Glucose, Fasting Insulin, HbA1c and the Lipid Profile before a new protocol begins.
IGF-1 baseline testing - Establish an IGF-1 measurement that can be compared with future results where clinically relevant.
Clinic and home visit options - Choose an in-clinic blood draw or arrange home or hotel phlebotomy depending on location and availability.
Secure laboratory results by email - Receive your authorised report securely once laboratory processing is complete.
Clear pricing before booking - The Peptide Baseline Profile is priced at £299, with sample collection charges shown separately.
Private Peptide Baseline Blood Test Profile in London
London Blood Tests provides the private Peptide Baseline Profile in London for people who want to establish key health measurements before beginning a peptide-related, longevity or optimisation protocol.
The profile assesses hormones, thyroid function, glucose and insulin regulation, cardiovascular markers, liver and kidney function, pancreatic enzymes, iron status, vitamins, Magnesium, inflammation and IGF-1.
Clinic appointments are available alongside home and hotel phlebotomy depending on location and availability, providing flexible options for people searching for a private peptide blood test in London or baseline testing near them.
London Blood Tests provides patient laboratory testing rather than peptide product analysis. This test cannot verify peptide purity, concentration, authenticity or sterility and does not replace appropriate medical supervision.