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How it works
Book a time
Call or book online to schedule your appointment at a time that's convenient for you at our Rotherham clinic.
Quick blood draw
Professional phlebotomy service in comfortable surroundings. The process takes just a few minutes.
Laboratory analysis
Your sample is processed via a UKAS-accredited laboratory using advanced testing.
Expert results
Receive comprehensive results with doctor's commentary via secure online portal the next day.
What we test
Complete blood count analysis providing detailed information about your blood cells and overall blood health. These tests are essential for detecting anaemia, infections, bleeding disorders, and many other conditions.
Percentage of blood volume occupied by red blood cells.
Low levels may indicate anaemia or bleeding, while high levels can suggest dehydration or polycythaemia.
Iron-rich protein in red blood cells that carries oxygen throughout your body.
Low levels indicate anaemia, while high levels may suggest polycythaemia or dehydration.
Average concentration of haemoglobin in your red blood cells.
Helps classify different types of anaemia and indicates how well red blood cells are filled with haemoglobin.
Average amount of haemoglobin in individual red blood cells.
Low values may indicate iron deficiency anaemia, while high values can suggest B12 or folate deficiency.
Average size of your red blood cells.
Small cells may indicate iron deficiency, while large cells can suggest B12 or folate deficiency.
Number of red blood cells per unit of blood.
Low counts indicate anaemia, while high counts may suggest polycythaemia or dehydration.
Measures variation in red blood cell size.
High values suggest mixed anaemia types or nutritional deficiencies affecting red blood cell production.
Total number of infection-fighting white blood cells.
High counts may indicate infection or inflammation, while low counts suggest immune suppression or certain medications.
White blood cells that produce antibodies and fight infections.
Important for immune system function and fighting viral infections and some cancers.
White blood cells that fight bacteria and help remove dead or damaged tissue.
High levels may indicate chronic infections, autoimmune conditions, or blood disorders.
White blood cells involved in allergic reactions and inflammation.
Elevated levels may indicate allergic conditions, blood disorders, or inflammatory diseases.
White blood cells that fight parasites and play a role in allergic reactions.
High levels may indicate allergies, asthma, or parasitic infections.
Most abundant white blood cells that are first responders to bacterial infections.
High levels indicate bacterial infection or inflammation, while low levels suggest immune suppression.
Blood cells responsible for clotting and stopping bleeding.
Low counts may cause excessive bleeding, while high counts can increase clot formation risk.
Average size of platelets in your blood.
Can help diagnose bleeding disorders and monitor platelet production by bone marrow.
Comprehensive liver health assessment measuring liver enzymes, proteins, and waste products. These tests detect liver disease, monitor liver function, and assess overall liver health.
Enzyme primarily found in liver cells.
Elevated levels indicate liver damage or inflammation from various causes including hepatitis, alcohol, or medications.
Enzyme found in liver, heart, and muscle tissues.
Elevated levels may indicate liver damage, heart problems, or muscle injury.
Enzyme found in liver, bone, kidney, and digestive system.
High levels may indicate liver disease, bone disorders, or bile duct problems.
Enzyme primarily found in liver and bile ducts.
Elevated levels often indicate liver disease, bile duct problems, or alcohol-related liver damage.
Main protein made by the liver, maintains fluid balance.
Low levels may indicate liver disease, kidney problems, or malnutrition.
Group of proteins including antibodies and transport proteins.
Abnormal levels may indicate liver disease, kidney problems, or immune system disorders.
Total amount of albumin and globulin proteins in blood.
Abnormal levels may suggest liver disease, kidney problems, or nutritional issues.
Waste product from the breakdown of red blood cells.
High levels may indicate liver problems, bile duct blockage, or excessive red blood cell breakdown.
Comprehensive cardiovascular risk assessment measuring all cholesterol components and ratios. Essential for assessing heart disease risk and monitoring cardiovascular health.
Total amount of cholesterol in your blood.
High levels increase risk of heart disease and stroke. Optimal levels vary based on individual risk factors.
"Good" cholesterol that removes harmful cholesterol from arteries.
Higher levels are protective against heart disease. Low levels increase cardiovascular risk.
"Bad" cholesterol that can build up in artery walls.
High levels increase risk of heart attack and stroke by causing artery blockages.
Type of fat found in blood, stored for energy.
High levels increase heart disease risk and may indicate diabetes or metabolic syndrome.
All "bad" cholesterol types combined (total cholesterol minus HDL).
Better predictor of cardiovascular risk than LDL alone, especially in people with diabetes.
Ratio of total cholesterol to protective HDL cholesterol.
Lower ratios indicate better cardiovascular health and reduced heart disease risk.
Comprehensive thyroid assessment including hormones and antibodies. Essential for detecting thyroid disorders that affect metabolism, energy levels, and overall health.
Hormone that regulates thyroid gland activity.
High levels suggest underactive thyroid, while low levels indicate overactive thyroid.
Active form of the main thyroid hormone.
Low levels indicate hypothyroidism causing fatigue and weight gain, high levels suggest hyperthyroidism.
Most active thyroid hormone converted from T4.
Provides detailed insight into thyroid function and metabolism regulation.
Antibodies that attack thyroid tissue.
High levels indicate autoimmune thyroid conditions like Hashimoto's thyroiditis.
Antibodies against thyroglobulin protein.
Elevated levels suggest autoimmune thyroid disease or thyroid cancer monitoring.
Complete male hormone assessment including sex hormones, stress hormones, and regulatory factors. Essential for men's health, fertility, energy levels, and overall wellbeing.
Primary male sex hormone essential for muscle mass, bone density, and sexual function.
Low levels cause fatigue, low libido, muscle loss, and mood changes. Levels naturally decline with age.
Biologically active testosterone not bound to proteins.
More accurate indicator of testosterone availability to tissues than total testosterone alone.
Protein that binds and transports sex hormones in blood.
High levels reduce free testosterone availability, while low levels increase free hormone levels.
Hormone that stimulates testosterone production in testicles.
High levels with low testosterone suggest testicular problems, while low levels indicate pituitary issues.
Hormone that regulates sperm production and testicular function.
Essential for male fertility assessment and diagnosing reproductive hormone disorders.
Hormone that can suppress testosterone production when elevated.
High levels in men cause low testosterone, erectile dysfunction, and reduced fertility.
Primary stress hormone that affects metabolism and immune function.
Chronic elevation suppresses testosterone and causes fatigue, weight gain, and mood changes.
Hormone precursor that declines with age, affecting energy and wellbeing.
Low levels associated with fatigue, mood changes, and reduced stress resilience.
Primary estrogen hormone, important for bone health and cardiovascular function in men.
Too high or too low levels can affect libido, mood, and metabolic health.
Hormone that affects mood, sleep quality, and acts as a testosterone precursor.
Important for stress response and overall hormonal balance in men.
Protein produced by prostate gland, used for prostate health screening.
Elevated levels may indicate prostate enlargement, inflammation, or cancer requiring further investigation.
Comprehensive iron status assessment measuring iron levels, storage, and transport. Essential for detecting iron deficiency anaemia and iron overload conditions.
Protein that stores iron in your body, best indicator of iron stores.
Low levels indicate iron deficiency, while high levels may suggest iron overload or inflammation.
Amount of iron in your blood available for immediate use.
Essential for oxygen transport and energy production. Varies throughout the day and with meals.
Critical vitamin assessment including B vitamins and vitamin D. Essential for energy production, nervous system function, bone health, and immune system support.
B vitamin essential for DNA synthesis and red blood cell production.
Deficiency causes megaloblastic anaemia, fatigue, and increased cardiovascular risk.
Vital B vitamin for nervous system function and red blood cell formation.
Deficiency causes pernicious anaemia, fatigue, numbness, and memory problems.
Essential for bone health, immune function, and muscle strength.
Deficiency causes bone weakness, increased infection risk, and muscle pain. Common in UK due to limited sunlight.
Complete kidney health assessment measuring waste filtration and kidney efficiency. Essential for detecting kidney disease and monitoring kidney function over time.
Waste product filtered by healthy kidneys.
High levels indicate reduced kidney function and may signal kidney disease or dehydration.
Waste product from protein breakdown that kidneys should filter out.
Elevated levels may indicate kidney problems, dehydration, or high protein diet.
Estimated glomerular filtration rate measuring kidney efficiency.
Values below 60 indicate kidney disease requiring medical monitoring and lifestyle changes.
Essential marker for muscle health assessment. Important for detecting muscle damage and monitoring physical fitness and recovery.
Enzyme released when muscle tissue is damaged.
High levels may indicate muscle damage from exercise, heart attack, or muscle diseases.
Gold standard diabetes screening test measuring long-term blood sugar control. Essential for detecting diabetes and pre-diabetes conditions.
Shows average blood sugar levels over the past 2-3 months.
Values above 42 mmol/mol indicate diabetes, while 42-47 mmol/mol suggests pre-diabetes requiring lifestyle changes.
Highly sensitive inflammation marker that indicates cardiovascular risk and general inflammation levels. Important for heart disease prevention and overall health assessment.
Highly sensitive marker of inflammation and cardiovascular risk.
Elevated levels increase heart attack and stroke risk, indicating need for lifestyle changes or medical intervention.
Essential screening for gout and kidney stone risk. High levels can cause painful joint inflammation and increase cardiovascular disease risk.
Waste product that can form crystals in joints when elevated.
High levels cause gout attacks and increase kidney stone risk. Associated with metabolic syndrome and cardiovascular disease.
Take control of your men's health
Book Your Well Man Ultimate TestComprehensive men's health assessment — booking just takes a minute
Important information
Doctor support included
Every test includes comprehensive doctor's commentary to help guide your next steps and understand your health results in context.
UKAS accredited
All testing is performed in our UKAS-accredited laboratory ensuring the highest standards of accuracy and reliability.
Professional testing
Visit our comfortable clinic in Rotherham for professional blood testing services with experienced phlebotomists.
Complementary care
This test doesn't replace GP care - results should be reviewed with a clinician as needed for ongoing health management.