Athlete Profile Blood Test in Sharjah — A, B & C Packages

Red cells, white cells, haemoglobin, haematocrit, and platelets. In athletes this is the first place to look for anaemia (a common cause of poor endurance), infection, and overtraining-related immune changes. Endurance athletes can show a dilutional "sports anaemia" pattern that needs interpreting against training load — not just the reference range.

Serum iron, TIBC, transferrin saturation, and ferritin. Iron deficiency is one of the most common and most fixable causes of fatigue and reduced performance, particularly in endurance athletes and in women who train heavily. Ferritin is also an acute-phase reactant, so it can read falsely normal during inflammation — which is why it is read alongside CRP-style context and training timing.

Deficiency is widespread in the UAE, including in people who train indoors. Low vitamin D is associated with reduced bone density, muscle weakness, and slower recovery from musculoskeletal strain — which is exactly the area Dr. Wali's specialty covers.

Both are required for red cell production and neurological function. Deficiency is more common in plant-based diets and can present as fatigue, tingling, or reduced exercise tolerance before anaemia appears.

Total testosterone is the headline androgen marker. Free testosterone measures the fraction actually available to tissue, which matters when SHBG is abnormal. Estradiol matters for both men and women — in men it is produced from testosterone and influences recovery, mood, and bone health. All androgen markers are strongly time-of-day dependent — see Preparation.

These regulate the testosterone axis and the menstrual cycle. Together with testosterone they help distinguish central (pituitary) causes from testicular or ovarian causes of abnormal hormone results. Prolactin can be raised by overtraining, stress, and some medications.

The key muscle-breakdown marker. Useful for spotting excessive training load and recovery debt — but also the easiest marker to misread, because CK is legitimately elevated for 48–72 hours after hard training. It is only meaningful if the sample is drawn after adequate rest.

Trace minerals involved in immune function, antioxidant defence, and hormone metabolism. Zinc is lost through sweat and is commonly low in athletes. Copper and zinc compete for absorption, so they are read together.

Fasting glucose and HbA1c. Screens for prediabetes and diabetes, and helps explain unexplained fatigue or poor body-composition change.

Total cholesterol, HDL, LDL, triglycerides, and ratios. Athletes are not automatically protected from cardiovascular risk, and lipid changes can also reflect overtraining, diet, or thyroid status.

Includes ALT, AST, and GGT. Important caveat: heavy training raises AST and ALT because these enzymes are also released from muscle. An isolated rise in a hard-training athlete is not automatically liver disease — it needs to be read alongside CK.

Urea, creatinine, eGFR, and related markers. Creatine supplementation raises creatinine and can look like reduced kidney function on paper. Tell us if you take creatine so we can flag it on the report.

A broad mineral and trace-element screen — including magnesium, calcium, phosphorus, selenium, and others — relevant to cramping, bone health, recovery, and antioxidant status.

Endogenous steroid hormones such as cortisol, DHEA-S, and related precursors. This is not an anabolic steroid test — see "What This Test Cannot Do." It is used to assess stress-axis and adrenal function, which are relevant to overtraining.

A full fat- and water-soluble vitamin screen, useful when multiple deficiencies are suspected or when diet is restricted.