Male Hair Loss Profile

What is the Male Hair Loss Profile?

The Male Hair Loss Profile is a comprehensive blood test designed to identify underlying medical causes of hair thinning or hair loss in men. While genetics play a role, many men experience hair loss due to hormone imbalance, nutrient deficiency, thyroid dysfunction, or metabolic stress.

This profile includes:

Hormones

• Testosterone

• Free Testosterone (calculated)

• Sex Hormone Binding Globulin (SHBG)

• Follicle Stimulating Hormone (FSH)

• Luteinising Hormone (LH)

• Prolactin

• DHEA-S

• Cortisol

• Oestradiol

Thyroid Function

• Thyroid Stimulating Hormone (TSH)

• Free T4

Nutrients & Health Markers

• Vitamin D

• Vitamin B12

• Folate

• Zinc

• Ferritin

Liver & Kidney Function

• Comprehensive Liver Function Test (LFT)

• Renal Panel (excluding potassium, sodium, chloride, bicarbonate)

Full Blood Count

• Full Blood Count (FBC)

Together, these markers provide a holistic assessment of factors that influence hair follicle health, hormone balance, energy levels, and overall wellbeing.

Why do I need a Male Hair Loss Profile?

Male hair loss is often attributed solely to genetics, but many treatable or modifiable factors can accelerate hair thinning or worsen pattern hair loss. Identifying these issues early allows for targeted intervention rather than guesswork.

This profile helps determine whether hair loss is driven by hormonal imbalance, nutrient depletion, thyroid dysfunction, stress hormones, or systemic health issues.

You may benefit from this test if you experience:

• Receding hairline or crown thinning

• Sudden or accelerated hair shedding

• Thinning hair despite hair loss treatments

• Low libido or erectile changes

• Chronic fatigue or low energy

• Increased stress or poor sleep

• Weight or muscle mass changes

• Family history of early hair loss

Benefits of the Male Hair Loss Profile

1. Identifies hormonal drivers of hair loss
   Assesses androgens, oestrogen balance, and pituitary hormones.

2. Detects thyroid-related hair thinning
   Thyroid dysfunction is a common but overlooked cause.

3. Assesses nutrient deficiencies
   Zinc, ferritin, B12, folate, and vitamin D are critical for follicles.

4. Evaluates stress hormone impact
   Cortisol imbalance can disrupt hair growth cycles.

5. Supports libido and energy assessment
   Hormones affecting hair also influence sexual health and vitality.

6. Checks liver and kidney processing
   Ensures hormones and nutrients are metabolised effectively.

7. Screens for anaemia or inflammation
   FBC helps identify systemic contributors to hair loss.

8. Supports personalised treatment planning
   Enables targeted medical or nutritional intervention.

Step-by-step – how we offer Male Hair Loss Profile testing

Clinic-based testing (UK-wide)

• Choose your nearest UK clinic

• Attend your appointment

• Blood samples collected by a qualified clinician or phlebotomist

• Samples are sent to the laboratory for analysis

At-home or hotel testing (+£60)

• A qualified phlebotomist visits your home or hotel

• Blood samples collected in a comfortable setting

• No clinic visit or travel required

Both services are available UK-wide.

Your Male Hair Loss Profile results explained

Results suggesting deficiency or imbalance

Low ferritin, zinc, vitamin D, or B vitamins may impair hair follicle growth and regeneration. Hormonal imbalances such as low testosterone, elevated oestradiol, or abnormal cortisol may disrupt the hair growth cycle.

Thyroid dysfunction can also contribute to diffuse thinning or shedding.

UK reference interpretation:

• Abnormal: Outside laboratory reference ranges

Results within optimal ranges

Results within range suggest that hair loss is less likely driven by nutritional, hormonal, or metabolic factors. Genetic or androgen sensitivity may be more relevant in this context.

These results help rule out medical contributors.

UK reference interpretation:

• Normal: Within laboratory reference ranges

Mixed findings

Many men show a combination of mild deficiencies and hormonal shifts rather than a single cause. Addressing these collectively often improves hair quality, energy, and overall health.

Clinical context is essential for interpretation.

UK reference interpretation:

• Mixed: Some markers outside reference ranges