75 biomarkers to guide your health journey.

The blood test assesses your vitamin D status. Low levels can contribute to bone pain and muscle weakness.

Your GeneFuel specialist can use the result to guide appropriate nutritional changes or supplementation. Taking more is not always better.

Your result checks the amount of B12 in your blood. Low levels can be relevant when investigating tiredness, tingling or changes in sensation.

Reviewing B12 alongside your diet, symptoms and blood count helps your specialist decide whether nutritional advice or further assessment is appropriate.

The test checks folate in your blood. A low result can help explain some changes in your blood count.

Looking at folate alongside B12 helps your specialist review nutritional needs without assuming that every cause of tiredness is a vitamin deficiency.

The test checks magnesium in your blood. This does not capture all the magnesium stored in your tissues.

Your specialist can consider the result alongside your diet, medicines and kidney function before recommending changes to your intake.

The test measures zinc in your blood. Illness, sample timing and other factors can affect the result.

Your specialist can assess whether your intake needs attention. This also helps avoid unnecessary high-dose zinc, which can interfere with copper absorption.

The blood result gives one part of the picture of your copper status. Inflammation and hormonal factors can affect it.

Your specialist can review copper alongside zinc, your diet and any supplements before deciding whether a change is appropriate.

The result helps assess your iron reserves. Ferritin can also rise with inflammation, so a higher result does not always mean excess iron.

Together with your blood count and other iron results, ferritin helps your specialist assess whether low iron stores may need attention.

It reports these two omega-3 fats as a percentage of the cells’ fatty acids, reflecting intake over time.

Your specialist can use it to discuss oily fish or suitable supplementation and review how your levels change after adjustments to your routine.

This result checks circulating iron. Levels vary, so it is interpreted with ferritin and iron-binding measures.

The combined results help your specialist review iron availability before recommending changes.

It estimates how much additional iron could bind to transferrin, the main iron-transport protein.

Read alongside iron and ferritin, it adds context to a review of possible iron shortage or excess.

The result reflects iron-binding capacity rather than the amount of stored iron.

Together with iron and transferrin saturation, it helps your specialist make sense of your iron results.

It compares circulating iron with total iron-binding capacity and reports a percentage.

It helps your specialist interpret iron availability alongside ferritin, rather than relying on one result.

The blood test checks circulating calcium. It does not measure bone strength or directly show how much calcium you eat.

Your specialist can review calcium with albumin, vitamin D and kidney markers to decide whether the result needs further assessment.

It describes the relationship between the two measurements. It does not establish a deficiency or show that you need to change either supplement.

Your specialist can review the individual results and your current intake before discussing any nutritional changes.

This test checks blood glucose after fasting, providing a snapshot of your blood sugar at that time.

Alongside HbA1c and your history, the result can guide a discussion about food, movement and whether further clinical assessment is needed.

It measures glucose attached to haemoglobin and reflects average blood sugar over roughly the past two to three months.

Tracking it helps your specialist review longer-term patterns. Some blood conditions affect its accuracy, so it is considered alongside your other results.

The test measures insulin after fasting. Interpreting it with glucose provides more context than either result alone.

Your specialist can use the pattern to inform a metabolic health review and discuss appropriate nutrition, activity or further assessment.

It is a calculation, rather than a separate blood test, and provides an estimate of how your body responds to insulin.

Your specialist can consider it alongside HbA1c, medical history and other risk factors. It does not diagnose diabetes on its own.

The test checks how much uric acid is in your blood. Higher levels can increase the likelihood of gout, although not everyone develops symptoms.

The result can support a review of diet, alcohol, medicines and kidney function, with medical follow-up where needed.

The result helps assess whether your thyroid may be underactive or overactive. It is interpreted with thyroid hormone levels.

This can add useful context when discussing symptoms such as tiredness, temperature sensitivity or changes in weight, and whether further assessment is needed.

Free T3 measures the portion circulating without being attached to proteins. Its meaning depends on TSH and other thyroid results.

Your specialist can review the pattern with your symptoms and medicines. The number alone does not explain your energy levels.

Free T4 measures the portion not attached to proteins, providing information about the thyroid hormone available in your blood.

Looking at free T4 with TSH helps your specialist assess whether thyroid function may warrant further clinical review.

The test looks for antibodies associated with autoimmune thyroid conditions. A positive result does not, by itself, show how well your thyroid works.

Your specialist can review the result with TSH, thyroid hormones and your history to identify appropriate follow-up.

The result can add evidence of an immune response involving your thyroid. It is different from measuring thyroglobulin itself.

Reviewing it alongside other thyroid tests helps your specialist decide whether an underlying thyroid concern needs medical assessment.

The result shows the level at the time of testing. Menstrual cycle stage, menopause and hormone medicines can change its meaning.

Your specialist can relate the result to your life stage and symptoms, rather than treating a normal cycle-related change as a problem.

Levels change substantially through the menstrual cycle. Sample timing is essential when using the result to assess whether ovulation has occurred.

Your specialist can review the result against cycle dates and hormone medicines to decide whether further assessment would be useful.

This result measures total testosterone, including hormone attached to proteins. Levels vary with age, sample timing and other factors.

Reviewing it with SHBG, symptoms and relevant history helps your specialist assess whether a hormone concern needs further investigation.

The test measures this binding protein. Changes in SHBG can alter how much testosterone is available to your tissues.

It helps your specialist interpret total testosterone more accurately, particularly when the number does not seem to fit your symptoms.

This calculated index helps assess androgen availability in appropriate clinical settings. It is not a direct measurement of free testosterone.

Your specialist can consider it when reviewing symptoms of androgen excess, alongside other hormone results and your medical history.

The blood result reflects one part of the communication between your brain and reproductive organs. Age and menstrual cycle timing affect interpretation.

Your specialist can review FSH with LH and other hormones when discussing reproductive health or changes around menopause.

The test measures LH at the time of sampling. Its level can rise sharply around ovulation.

Reading LH with FSH, other hormones and cycle timing helps your specialist understand the pattern and decide whether further review is appropriate.

The test checks prolactin in your blood. Pregnancy, medicines and stress around sampling can influence the result.

Your specialist can consider it when reviewing changes in periods, sexual function or unexpected breast milk production, with medical follow-up when needed.

The test measures DHEA-S in your blood. Levels naturally change with age and need to be interpreted in that context.

It can add information to a review of androgen-related symptoms. A low result is not, by itself, a reason to take DHEA supplements.

The result adds context to total testosterone, particularly when SHBG levels affect how much hormone is available.

Your specialist can compare the results with your symptoms and sample timing before deciding whether a further hormone assessment is appropriate.

The test checks cortisol at a particular time. Levels follow a daily rhythm and are affected by illness, medicines and sampling conditions.

Your specialist can assess whether the result needs follow-up. A single blood reading cannot measure your overall stress burden or diagnose burnout.

Total cholesterol gives an overall measurement. It does not show how cholesterol is distributed between different particles.

Your specialist reviews it with LDL, HDL and other risk factors to identify which parts of your cardiovascular health need attention.

This test measures the cholesterol carried in HDL. A higher number is not an unlimited guarantee of protection.

Your specialist considers HDL with the rest of your lipid results, rather than treating it as a target to raise in isolation.

The result measures the cholesterol carried in LDL particles.

It helps your specialist discuss cardiovascular risk and whether dietary changes or further clinical advice are appropriate for you.

It is calculated by subtracting HDL from total cholesterol, giving a broader view than LDL alone.

Your specialist can use it alongside other risk factors to review cardiovascular health and changes over time.

The result measures triglycerides in your blood. Recent food, alcohol and metabolic health can influence the level.

Reviewing the result with glucose and cholesterol can help your specialist discuss eating patterns, alcohol intake and activity, or recommend further medical assessment.

The result adds information about these particles alongside the amount of cholesterol carried in HDL.

Your specialist can consider it with Apo B and your lipid profile when reviewing cardiovascular risk.

The result helps assess the number of these particles, adding information beyond the amount of cholesterol they carry.

Your specialist can use it when reviewing cardiovascular risk, particularly when LDL cholesterol and other lipid results give different signals.

A raised result can add to cardiovascular risk even when routine cholesterol results look reassuring.

Knowing your level can inform a broader prevention discussion. Diet and exercise usually have little effect on Lp(a) itself, so other risk factors remain important.

The result can rise when folate or B12 is low, but kidney function and other factors also matter.

It can help focus a nutritional review. Lowering the number with supplements does not automatically mean a lower risk of heart disease.

It summarises the relationship between two lipid results. Different cholesterol levels can produce the same ratio.

Your specialist can use it as part of a wider cardiovascular review while still checking the individual cholesterol measurements.

The calculation adds context to the individual apolipoprotein results.

Your specialist can consider the pattern with your cholesterol levels and medical history. The ratio does not replace a full assessment of cardiovascular risk.

It summarises the relationship between two blood-fat measurements. The units used affect the number.

Your specialist can review it with the individual lipid results and glucose markers. It does not diagnose insulin resistance or heart disease on its own.

The result can add information to a cardiovascular risk review, but recent illness or injury can also raise it.

Your specialist can consider whether the result reflects a temporary change and whether a repeat measurement or medical follow-up is appropriate.

The test measures haemoglobin concentration. A low result can indicate anaemia, which may contribute to fatigue or breathlessness.

Your specialist can review it with iron, B12, folate and the rest of your blood count to identify what needs further investigation.

The test counts platelets in your blood. It does not directly measure how well they work.

Your specialist can review an unusual count alongside your history and other blood results, and advise on medical follow-up rather than assuming it reflects a nutritional problem.

This measures their total number. Infection, inflammation, medicines and other factors can affect the count.

Your specialist can review the different white cell types and any recent illness to decide whether a change needs further assessment.

The result adds context to haemoglobin and red cell count. Hydration can affect it.

Your specialist can use the combined pattern when reviewing possible anaemia or other blood changes, rather than interpreting the percentage alone.

Smaller or larger cells can point towards different causes of anaemia, but the result is not diagnostic on its own.

Your specialist can compare it with iron, B12 and folate results to guide further review.

It adds detail to your blood count and often changes alongside red cell size.

Your specialist can use the pattern with other blood results to assess whether further investigation of anaemia is appropriate.

Greater variation can occur with several blood or nutritional changes. A raised result does not identify the cause.

Reviewing RDW with MCV, haemoglobin and nutrient results helps your specialist decide which changes need closer attention.

It complements MCH, which measures the amount per cell, and MCV, which describes cell size.

Your specialist can use these results together when reviewing a blood count that may need further assessment.

This test counts the cells in a given volume of blood. Cell number alone does not show their size or haemoglobin content.

Your specialist can review the count with haemoglobin and other blood measurements when discussing fatigue, breathlessness or an unexpected result.

The result counts this cell type as part of your blood differential.

It helps your specialist review changes in your overall white cell count and decide whether follow-up is needed.

The result counts monocytes within your white blood cell profile.

Your specialist can review this alongside the other cell types, keeping your symptoms and recent health in context.

The result counts this particular type of white blood cell.

It adds context to your blood count. Your specialist can discuss whether an unexpected result needs further assessment.

The result measures their number within your blood differential.

Your specialist can interpret the count alongside the other white cells and your history, rather than treating it as a standalone allergy test.

The test counts lymphocytes in your blood.

Your specialist can review the number with the rest of your blood differential when deciding whether an unusual pattern needs medical follow-up.

The test checks ALT in your blood. Levels can rise when liver cells are injured, although the result does not identify the cause.

Your specialist can review ALT with other liver markers, medicines, supplements and your history to decide whether further clinical assessment is needed.

An increased blood level can reflect changes in more than one part of the body, so it is not specific to the liver.

Your specialist can interpret AST with ALT and other results, taking recent exercise and your health history into account.

The result checks ALP in your blood. A raised level does not reveal which tissue it came from.

Reviewing ALP with GGT and other markers helps your specialist decide whether the pattern needs further liver or bone-related assessment.

A higher result can occur for several reasons, including alcohol use and some medicines.

Your specialist can review GGT with ALP and other liver results to decide what needs attention. The number is not a direct measure of how much alcohol you drink.

The test measures bilirubin in your blood. Raised levels can have several causes, including changes in red cell breakdown or liver processing.

Your specialist can review it with your blood count and liver markers to advise on appropriate follow-up.

The result can be influenced by hydration, inflammation and liver or kidney conditions.

Your specialist can use it alongside other markers to assess the wider pattern. It is not a direct measure of how much protein you eat.

These proteins help transport substances, maintain fluid balance and support immune functions. Different changes can produce the same total result.

Your specialist can compare total protein with albumin, globulin and other results to decide whether further assessment is needed.

The test measures blood creatinine. Muscle mass, diet and other factors can affect it, as well as kidney function.

Your specialist can review it with eGFR and your history to assess whether a change needs follow-up.

It is calculated using a kidney marker such as creatinine and other information. It is an estimate, and some body types or circumstances affect its accuracy.

Looking at the trend alongside other results helps your specialist decide whether your kidney health needs further assessment.

The blood test checks its concentration. The result reflects the balance between water and sodium, rather than simply how much salt you eat.

Your specialist can consider hydration, medicines and other results to decide whether an unusual level needs medical review.

This result gives an overall globulin level. It does not distinguish between every individual protein in the group.

Your specialist can compare it with albumin, total protein and your wider results to decide whether further testing would be useful.

It describes their relationship but does not show the cause of an abnormal result. AST can also come from muscles and other tissues.

Your specialist can consider the ratio with the individual enzyme levels and your history. It does not provide a standalone diagnosis.