Blood test against hair loss in Zurich

‍How does a
bloodtest work?

Our blood test provides a detailed picture of your internal hair health. Relevant blood values—such as nutrients and hormones—are analyzed to identify the specific causes of your hair loss. This forms the basis for a personalized treatment plan that strengthens your hair from within and promotes healthy, sustainable growth.

WHAT IS TESTED IN A BLOOD TEST?

The blood test analyzes values directly related to hair health, metabolism, and cell regeneration—including nutrients, hormones, and metabolic parameters. This allows us to identify what your hair really needs.

WHY IS A BLOOD TEST IMPORTANT?

Hair loss often has internal causes. A blood test can reveal whether there is a deficiency, hormonal imbalance, or stress factor. This is the only way to develop a targeted and effective treatment plan.

HOW IS THE TEST CONDUCTED?

The blood sample is taken quickly and easily at our practice. Your sample is then analyzed in a specialized laboratory. After a few days, you will discuss the results with our doctors.

WHAT HAPPENS AFTER THE ANALYSIS?

Based on your blood values, we develop your individual treatment plan—with PRP, exosomes, targeted supplements, and care recommendations tailored to your needs.

Process of Blood test

Bloodtest

01

Our medical professionals analyze your hair to determine the exact causes of hair loss—whether hormonal, genetic, or due to external influences. Based on this analysis, you will receive personalized treatment with lasting results.

Hair diagnosis

02

We use our analysis device to assess the condition of your scalp and hair structure. This allows us to determine how healthy your hair is and which treatment will provide it with optimal support.

Consultation & Therapy Plan

03

Based on your analysis results, you will receive a personalized treatment plan with the treatment methods that best support your hair growth.

persönliche BEHANDLUNG durch Blutdiagnostik

Aus der Analyse Ihrer Biomarker erstellen wir einen Therapieplan, die Haarausfall gezielt an der Ursache bekämpft und Ihr Haarwachstum von innen stärkt.Dabei entnehmen wir Ihr Blut nicht nur zur Analyse der relevanten Biomarker, sondern auch zur bestmöglichen Vorbereitung Ihrer PRP-Behandlung – inklusive Messung der Thrombozytenkonzentration, um ein optimales Ergebnis zu erzielen.

Analyse von Markern wie:

Ferritin
Zink
TSH
Cortisol
Vitamin D
CRP
Thrombozyten

Wir sind die einzige Praxis in der Schweiz, die die PRP-Aufbereitung nach präziser Thrombozytenmessung durchführt. So stellen wir sicher, dass Ihre Eigenbluttherapie mit der optimalen Zellkonzentration erfolgt – für ein maximal wirksames und sicheres Ergebnis.

Schluss mit dem Rätselraten, welche Vitamine oder Behandlungen Sie brauchen – wir beraten Sie auf Basis Ihrer Daten.

Beginnen Sie jetzt Ihre Behandlung

For men - individual
‍Solutions for almost all hair types and causes

Book a free consultation

For women - Individual solutions 
for every type of hair loss

Book a free consultation

VISIBLE RESULTS

prior

AFTER 5 Months

Jana F.

PRP Behandlung, Exosomen & Supplements

Verdichtung im Scheitelbereich
kräftigeres Haar
Natürliches Haarbild

”

Ich hätte nie gedacht, dass eine Kombination aus Behandlung und Nahrungsergänzung so effektiv sein kann. Schon nach wenigen Monaten merkte ich, dass meine Haare kräftiger wurden.“

”

prior

Nach 3 Monaten

Michael W.

PRP Behandlung + Supplements

Deutlich erhöhte Haardichte
Mehr Volumen
Natürliche Haarlinie

”

Ich hätte nie gedacht, dass man so schnell so viel erreichen kann. Mein Haar fühlt sich wieder voll an – und das spiegelt sich auch in meinem Selbstbewusstsein wider.

”

prior

Nach 5 Monaten

Marie S.

PRP Behandlung + Supplements

Auffüllung der lichten Schläfenbereiche
Stärkere Haarstruktur
definierter Haaransatz

”

Die Ausdünnung an den Seiten hat mich lange verunsichert. Heute sehe ich wieder Fülle in meinem Haar – das verändert nicht nur mein Aussehen, sondern auch mein Gefühl für mich selbst.

”

prior

Nach 3 Monaten

Yann P.

PRP Behandlung, Exosomen & Supplements

Deutlich dichterer Haarwuchs am Hinterkopf
Reaktivierung der Haarfolikel
Mehr Volumen

”

Ich hätte nicht gedacht, dass man in so kurzer Zeit einen solchen Unterschied sehen kann. Schon nach wenigen Wochen fühlte sich meine Kopfhaut gesünder an – und heute wachsen die Haare wieder sichtbar nach. Ich bin begeistert!

”

prior

Nach 5 Monaten

Jasmina L.

PRP Behandlung + Supplements

Deutlich volleres
kräftigere Haarstruktur
Natürliches Volumen

”

Ich habe mich lange nicht mehr wohl mit meinen Haaren gefühlt. Die Behandlung hat nicht nur mein Haarwachstum reaktiviert – sie hat auch mein Selbstvertrauen zurückgebracht. Ich bin sehr dankbar.

”

prior

Nach 3 Monaten

Ahmed M.

PRP Behandlung + Supplements

Verdichtung im Scheitelbereich
Gleichmäßigerer Haarwuchs
Strukturverbesserung

”

Ich war besorgt, weil mein Haar immer dünner wurde. Nach der gezielten Einnahme der individuell abgestimmten Nährstoffe sah ich bereits nach wenigen Wochen eine klare Verbesserung. Heute fühle ich mich wieder wohler – und sicherer.

”

prior

Nach 3 Monaten

Takomi O.

PRP Behandlung + Exosomen

Mehr Volumen
Kräftigeres Haar
Sichtbare Verdichtung

‍

”

Schon nach wenigen Wochen habe ich gemerkt, wie mein Haar kräftiger wurde. Heute sehe ich den Unterschied jeden Tag im Spiegel – und das macht etwas mit meinem ganzen Auftreten.

”

prior

Nach 5 Monaten

Emilia L.

PRP Behandlung + Supplements

Füllung im Stirnbereich
gesünder wirkendes Haar
Harmonischer Haaransatz

”

Ich hätte nie gedacht, dass sich mein Haar so erholen kann. Heute fühle ich mich wieder weiblich, lebendig – und einfach ich selbst.

”

prior

Nach 3 Monaten

Moh A.

PRP Behandlung + Supplements

Sichtbare Verdichtung
dichteres Haarbild
Regeneration der Kopfhaut

”

Ich war skeptisch, ob sich bei mir überhaupt noch etwas verändern lässt. Doch schon nach kurzer Zeit zeigte sich der erste Fortschritt – heute ist mein Haar wieder sichtbar dichter und ich fühle mich endlich wieder wohl

”

Discover the cause of your hair loss
‍— with a blood analysis.

In our ultra-modern one in Zurich, our experienced team of experts analyses the causes of your hair loss using a professional hair analysis and a supplementary blood analysis. This is how we develop an individual and targeted solution that is precisely tailored to you.

Book a free consultation now

Oft gestellte Fragen

The results of a blood test are crucial for selecting the right treatment for hair loss. Only when the cause is clearly identified can a targeted and personalized therapy be initiated. This approach allows both the underlying triggers and the visible symptoms of hair loss to be treated effectively.‍

‍

Medication for Hormonal Imbalances or Deficiencies

In cases of hormonally induced hair loss, several active substances can be used.

Minoxidil, available as a solution or foam, is applied directly to the scalp. It improves blood circulation around the hair follicles, enhances hair density, and stimulates new growth.

For men, Finasteride in tablet form is a proven option. It works by inhibiting the conversion of testosterone into dihydrotestosterone (DHT) — the hormone responsible for shrinking hair follicles.

In some cases, Spironolactone may help women, although scientific evidence for its effectiveness is still limited.

For alopecia areata (circular hair loss), topical glucocorticoids in the form of creams, foams, or solutions are often prescribed to reduce inflammation. In more severe cases, modern medications such as Janus kinase inhibitors (e.g., Baricitinib) may be used.‍

‍

Dietary Adjustments and Nutritional Supplements

If a blood test reveals nutritional deficiencies, dietary changes are the first step. For instance, iron deficiency should be treated until the ferritin level rises above 70 ng/ml to support stable hair growth.

In addition, supplements containing iron, zinc, selenium, biotin, or B vitamins can help correct deficiencies. However, these should only be taken under medical supervision, as overdosing can pose health risks.

For temporary hair loss, a supplementation period of about three months may be beneficial, while chronic cases often require long-term treatment.‍

‍

PRP Treatment: Autologous Blood Therapy to Strengthen Hair Roots

The PRP treatment (Platelet-Rich Plasma), also known as autologous blood therapy, is a modern and natural approach to revitalize weakened hair follicles and promote hair growth. A small amount of the patient’s blood is drawn, processed using a specialized technique, and the concentrated plasma is then injected directly into the scalp.

This plasma is rich in growth factors and regenerative proteins that stimulate cell division, improve scalp circulation, and activate the hair roots. PRP can help slow down hair loss, strengthen follicles, and support the regrowth of new hair.

The PRP method is particularly suitable for:

Diffuse hair loss caused by stress, nutrient deficiency, or hormonal imbalance
Early stages of androgenetic alopecia
Supporting other therapies such as Minoxidil or Finasteride

Typically, several sessions spaced a few weeks apart are recommended initially to achieve stable results. Periodic maintenance treatments help sustain the long-term benefits.

Since only autologous (natural) substances are used, PRP therapy is exceptionally well tolerated. It is suitable for both men and women and can be easily combined with other treatments.‍

‍

When a Hair Transplant Becomes an Option

A hair transplant is particularly suitable when hair follicles are permanently damaged or inactive. In this procedure, healthy follicles from the back of the head are transplanted into bald areas.

Because the hair at the back of the head is resistant to DHT, this method is also effective for hereditary (androgenetic) hair loss.

Before undergoing the procedure, hair loss should be stabilized to ensure a natural and lasting result. The best outcomes are achieved in patients with clearly defined hair loss patterns and realistic expectations.‍

‍

Combining Different Treatment Approaches

In many cases, combining several treatment methods yields the best results. While medications and supplements target the root cause, a hair transplant can restore visible density and improve appearance.

An increasingly popular complementary option is PRP therapy (Platelet-Rich Plasma). By injecting growth factors derived from the patient’s own blood into the scalp, PRP enhances follicle regeneration and can significantly boost the effectiveness of other treatments — especially when used early and alongside them.‍

Nutrient Deficiencies as a Common Cause

Deficiencies in essential nutrients are among the most frequent — and at the same time, most treatable — causes of hair loss. Trace elements such as iron, zinc, selenium, and copper are crucial for cell division, pigmentation, and the structural integrity of hair follicles. When these nutrients are lacking, hair becomes brittle, thin, and more prone to shedding. The ferritin level, which indicates the body’s iron stores, is particularly important. Low ferritin is one of the main causes of diffuse hair loss (telogen effluvium). Levels below 40 ng/ml often lead to increased shedding, and even values between 40 and 70 ng/ml can negatively affect hair growth.Zinc strengthens the immune system and protects the scalp from inflammation. B vitamins promote cell division and stimulate the hair roots — a deficiency can result in split ends, dull hair, and hair loss.

Hormonal Imbalances and Their Effect on Hair

Hormonal imbalances can also significantly affect hair growth. The thyroid gland plays a key role in this process. The TSH (thyroid-stimulating hormone) baseline value is an important indicator of thyroid function. Both hyperthyroidism (overactive thyroid) and hypothyroidism (underactive thyroid) can cause hair loss, as they disrupt the metabolic activity of hair follicles. In androgenetic alopecia, hair follicles are overly sensitive to the male sex hormone dihydrotestosterone (DHT). This hormone causes the follicles to shrink, reducing blood supply and leading to follicular miniaturization. In women, elevated androgen levels caused by polycystic ovary syndrome (PCOS) can lead to hair loss. Common accompanying symptoms include acne, increased body hair, and irregular menstrual cycles.‍

Inflammation and Autoimmune Reactions

Inflammatory processes play a role in many forms of hair loss. Elevated inflammatory markers such as C-reactive protein (CRP) in the blood may indicate chronic inflammation that damages hair follicles and inhibits hair growth.

If an autoimmune condition is suspected, antinuclear antibodies (ANA) are tested. These can indicate immune system dysfunction — as seen in alopecia areata (circular hair loss). In this condition, the body’s own immune cells (T-lymphocytes) attack the hair roots, triggering inflammation. It is important to note that alopecia areata is not caused by nutrient deficiencies or hormonal changes — blood results in these cases clearly indicate an autoimmune reaction.‍

Identifying Genetic Predisposition

Genetic factors also play a significant role, particularly in androgenetic alopecia. The hypersensitivity of hair follicles to DHT is hereditary. Researchers have identified several genes associated with this type of hair loss, including the androgen receptor gene, which appears to be especially influential.

Approximately 20–30% of women exhibit increased sensitivity to androgens and may develop genetically induced hair loss — even when hormone levels in the blood are within the normal range.

‍

In cases of hair loss, a blood test is a key component in identifying the underlying cause. It helps detect nutrient deficiencies, hormonal imbalances, or inflammatory processes that may impair hair growth. A comprehensive blood analysis includes several important parameters that provide clues about the source of the problem.‍

Thyroid Hormones and Metabolism

The thyroid gland regulates numerous metabolic processes and therefore has a direct influence on hair growth. The thyroid hormones T3 (triiodothyronine) and T4 (thyroxine) act directly on the cells responsible for hair formation. Both an overactive thyroid (hyperthyroidism) and an underactive thyroid (hypothyroidism) can lead to hair loss.

In hypothyroidism, hair usually grows more slowly, becomes dry, brittle, and loses its shine. Hyperthyroidism, on the other hand, often causes fine, fast-growing hair that breaks easily. Interestingly, even mild thyroid dysfunction can cause noticeable hair loss.‍

Iron, Zinc, and Other Minerals

Iron is essential for the production of red blood cells and the oxygen supply to hair follicles. The ferritin level in the blood indicates how well the body’s iron stores are filled. Levels below 40 ng/ml often lead to diffuse hair loss (telogen effluvium). Even levels up to 70 ng/ml can contribute to hair shedding—normal hair growth usually resumes only once ferritin levels exceed about 70 ng/ml.

Zinc plays a vital role in scalp health, immune function, and cell regeneration. It supports the formation of keratin, the primary structural protein of hair. A deficiency can cause brittle hair and increased shedding.

Other important trace elements include:

Selenium: Supports thyroid function and protects cells from oxidative stress.
Copper: Contributes to hair pigmentation and structural stability.‍

Vitamins for Healthy Hair

Several vitamins are indispensable for strong hair growth and healthy follicles:

Vitamin B12: Supports cell division and growth, promoting hair regeneration.
Vitamin D: Important for the formation of new hair follicles and regulation of calcium balance.
Biotin (Vitamin B7): A key building block for keratin, the structural protein of hair.
Folic Acid (Vitamin B9): Promotes cell division within the hair roots.
Vitamin C: Improves iron absorption and protects hair cells from free radicals.‍

Inflammatory Markers and Immune Values

Inflammatory markers such as erythrocyte sedimentation rate (ESR) and C-reactive protein (CRP) indicate whether chronic inflammation is present in the body. Such inflammation can damage hair follicles and disrupt growth.

If an autoimmune condition is suspected, antinuclear antibodies (ANA) are also measured. Elevated levels can indicate autoimmune processes that may contribute to hair loss.‍

Hormonal Values: Testosterone, SHBG, and Others

In hormonally induced hair loss—such as androgenetic alopecia—male sex hormones are evaluated. These include testosterone, dihydrotestosterone (DHT), and sex hormone-binding globulin (SHBG). Only the free, unbound form of testosterone is biologically active and capable of affecting the hair follicles.

If hormonal imbalances are suspected, additional hormones such as androstenedione, prolactin, luteinizing hormone (LH), and follicle-stimulating hormone (FSH) are analyzed—especially in women experiencing menstrual irregularities or excessive hair growth.‍

The results of a blood test are crucial for selecting the right treatment for hair loss. Only when the cause is clearly identified can a targeted and personalized therapy be initiated. This approach allows both the underlying triggers and the visible symptoms of hair loss to be treated effectively.‍

‍

Medication for Hormonal Imbalances or Deficiencies

In cases of hormonally induced hair loss, several active substances can be used.

Minoxidil, available as a solution or foam, is applied directly to the scalp. It improves blood circulation around the hair follicles, enhances hair density, and stimulates new growth.

For men, Finasteride in tablet form is a proven option. It works by inhibiting the conversion of testosterone into dihydrotestosterone (DHT) — the hormone responsible for shrinking hair follicles.

In some cases, Spironolactone may help women, although scientific evidence for its effectiveness is still limited.

For alopecia areata (circular hair loss), topical glucocorticoids in the form of creams, foams, or solutions are often prescribed to reduce inflammation. In more severe cases, modern medications such as Janus kinase inhibitors (e.g., Baricitinib) may be used.‍

‍

Dietary Adjustments and Nutritional Supplements

If a blood test reveals nutritional deficiencies, dietary changes are the first step. For instance, iron deficiency should be treated until the ferritin level rises above 70 ng/ml to support stable hair growth.

In addition, supplements containing iron, zinc, selenium, biotin, or B vitamins can help correct deficiencies. However, these should only be taken under medical supervision, as overdosing can pose health risks.

For temporary hair loss, a supplementation period of about three months may be beneficial, while chronic cases often require long-term treatment.‍

‍

PRP Treatment: Autologous Blood Therapy to Strengthen Hair Roots

The PRP treatment (Platelet-Rich Plasma), also known as autologous blood therapy, is a modern and natural approach to revitalize weakened hair follicles and promote hair growth. A small amount of the patient’s blood is drawn, processed using a specialized technique, and the concentrated plasma is then injected directly into the scalp.

This plasma is rich in growth factors and regenerative proteins that stimulate cell division, improve scalp circulation, and activate the hair roots. PRP can help slow down hair loss, strengthen follicles, and support the regrowth of new hair.

The PRP method is particularly suitable for:

Diffuse hair loss caused by stress, nutrient deficiency, or hormonal imbalance
Early stages of androgenetic alopecia
Supporting other therapies such as Minoxidil or Finasteride

Typically, several sessions spaced a few weeks apart are recommended initially to achieve stable results. Periodic maintenance treatments help sustain the long-term benefits.

Since only autologous (natural) substances are used, PRP therapy is exceptionally well tolerated. It is suitable for both men and women and can be easily combined with other treatments.‍

‍

When a Hair Transplant Becomes an Option

A hair transplant is particularly suitable when hair follicles are permanently damaged or inactive. In this procedure, healthy follicles from the back of the head are transplanted into bald areas.

Because the hair at the back of the head is resistant to DHT, this method is also effective for hereditary (androgenetic) hair loss.

Before undergoing the procedure, hair loss should be stabilized to ensure a natural and lasting result. The best outcomes are achieved in patients with clearly defined hair loss patterns and realistic expectations.‍

‍

Combining Different Treatment Approaches

In many cases, combining several treatment methods yields the best results. While medications and supplements target the root cause, a hair transplant can restore visible density and improve appearance.

An increasingly popular complementary option is PRP therapy (Platelet-Rich Plasma). By injecting growth factors derived from the patient’s own blood into the scalp, PRP enhances follicle regeneration and can significantly boost the effectiveness of other treatments — especially when used early and alongside them.‍

Nutrient Deficiencies as a Common Cause

Deficiencies in essential nutrients are among the most frequent — and at the same time, most treatable — causes of hair loss. Trace elements such as iron, zinc, selenium, and copper are crucial for cell division, pigmentation, and the structural integrity of hair follicles. When these nutrients are lacking, hair becomes brittle, thin, and more prone to shedding. The ferritin level, which indicates the body’s iron stores, is particularly important. Low ferritin is one of the main causes of diffuse hair loss (telogen effluvium). Levels below 40 ng/ml often lead to increased shedding, and even values between 40 and 70 ng/ml can negatively affect hair growth.Zinc strengthens the immune system and protects the scalp from inflammation. B vitamins promote cell division and stimulate the hair roots — a deficiency can result in split ends, dull hair, and hair loss.

Hormonal Imbalances and Their Effect on Hair

Hormonal imbalances can also significantly affect hair growth. The thyroid gland plays a key role in this process. The TSH (thyroid-stimulating hormone) baseline value is an important indicator of thyroid function. Both hyperthyroidism (overactive thyroid) and hypothyroidism (underactive thyroid) can cause hair loss, as they disrupt the metabolic activity of hair follicles. In androgenetic alopecia, hair follicles are overly sensitive to the male sex hormone dihydrotestosterone (DHT). This hormone causes the follicles to shrink, reducing blood supply and leading to follicular miniaturization. In women, elevated androgen levels caused by polycystic ovary syndrome (PCOS) can lead to hair loss. Common accompanying symptoms include acne, increased body hair, and irregular menstrual cycles.‍

Inflammation and Autoimmune Reactions

Inflammatory processes play a role in many forms of hair loss. Elevated inflammatory markers such as C-reactive protein (CRP) in the blood may indicate chronic inflammation that damages hair follicles and inhibits hair growth.

If an autoimmune condition is suspected, antinuclear antibodies (ANA) are tested. These can indicate immune system dysfunction — as seen in alopecia areata (circular hair loss). In this condition, the body’s own immune cells (T-lymphocytes) attack the hair roots, triggering inflammation. It is important to note that alopecia areata is not caused by nutrient deficiencies or hormonal changes — blood results in these cases clearly indicate an autoimmune reaction.‍

Identifying Genetic Predisposition

Genetic factors also play a significant role, particularly in androgenetic alopecia. The hypersensitivity of hair follicles to DHT is hereditary. Researchers have identified several genes associated with this type of hair loss, including the androgen receptor gene, which appears to be especially influential.

Approximately 20–30% of women exhibit increased sensitivity to androgens and may develop genetically induced hair loss — even when hormone levels in the blood are within the normal range.

‍

In cases of hair loss, a blood test is a key component in identifying the underlying cause. It helps detect nutrient deficiencies, hormonal imbalances, or inflammatory processes that may impair hair growth. A comprehensive blood analysis includes several important parameters that provide clues about the source of the problem.‍

Thyroid Hormones and Metabolism

The thyroid gland regulates numerous metabolic processes and therefore has a direct influence on hair growth. The thyroid hormones T3 (triiodothyronine) and T4 (thyroxine) act directly on the cells responsible for hair formation. Both an overactive thyroid (hyperthyroidism) and an underactive thyroid (hypothyroidism) can lead to hair loss.

In hypothyroidism, hair usually grows more slowly, becomes dry, brittle, and loses its shine. Hyperthyroidism, on the other hand, often causes fine, fast-growing hair that breaks easily. Interestingly, even mild thyroid dysfunction can cause noticeable hair loss.‍

Iron, Zinc, and Other Minerals

Iron is essential for the production of red blood cells and the oxygen supply to hair follicles. The ferritin level in the blood indicates how well the body’s iron stores are filled. Levels below 40 ng/ml often lead to diffuse hair loss (telogen effluvium). Even levels up to 70 ng/ml can contribute to hair shedding—normal hair growth usually resumes only once ferritin levels exceed about 70 ng/ml.

Zinc plays a vital role in scalp health, immune function, and cell regeneration. It supports the formation of keratin, the primary structural protein of hair. A deficiency can cause brittle hair and increased shedding.

Other important trace elements include:

Selenium: Supports thyroid function and protects cells from oxidative stress.
Copper: Contributes to hair pigmentation and structural stability.‍

Vitamins for Healthy Hair

Several vitamins are indispensable for strong hair growth and healthy follicles:

Vitamin B12: Supports cell division and growth, promoting hair regeneration.
Vitamin D: Important for the formation of new hair follicles and regulation of calcium balance.
Biotin (Vitamin B7): A key building block for keratin, the structural protein of hair.
Folic Acid (Vitamin B9): Promotes cell division within the hair roots.
Vitamin C: Improves iron absorption and protects hair cells from free radicals.‍

Inflammatory Markers and Immune Values

Inflammatory markers such as erythrocyte sedimentation rate (ESR) and C-reactive protein (CRP) indicate whether chronic inflammation is present in the body. Such inflammation can damage hair follicles and disrupt growth.

If an autoimmune condition is suspected, antinuclear antibodies (ANA) are also measured. Elevated levels can indicate autoimmune processes that may contribute to hair loss.‍

Hormonal Values: Testosterone, SHBG, and Others

In hormonally induced hair loss—such as androgenetic alopecia—male sex hormones are evaluated. These include testosterone, dihydrotestosterone (DHT), and sex hormone-binding globulin (SHBG). Only the free, unbound form of testosterone is biologically active and capable of affecting the hair follicles.

If hormonal imbalances are suspected, additional hormones such as androstenedione, prolactin, luteinizing hormone (LH), and follicle-stimulating hormone (FSH) are analyzed—especially in women experiencing menstrual irregularities or excessive hair growth.‍

Your blood shows what your hair is lacking

‍How does a bloodtest work?

WHAT IS TESTED IN A BLOOD TEST?

WHY IS A BLOOD TEST IMPORTANT?

HOW IS THE TEST CONDUCTED?

WHAT HAPPENS AFTER THE ANALYSIS?

Process of Blood test

Bloodtest

Hair diagnosis

Consultation & Therapy Plan

persönliche BEHANDLUNG durch Blutdiagnostik

For men - individual ‍Solutions for almost all hair types and causes

HEREDITARY HAIR LOSS

HORMONAL CAUSES

STRESS & LIFESTYLE

NUTRIENT DEFICIENCIES

Scalp problems

For women - Individual solutions for every type of hair loss

Hormonal changes

HEREDITARY HAIR LOSS

Stress & psychological stress

Nutrient deficiencies & nutrition

medication intake

Wrong hair care

VISIBLE RESULTS

Jana F.

Michael W.

Marie S.

Yann P.

Jasmina L.

Ahmed M.

Takomi O.

Emilia L.

Moh A.

Discover the cause of your hair loss ‍— with a blood analysis.

Oft gestellte Fragen

How much does a blood test cost?

How do the blood test results influence treatment?

What do blood values reveal about the causes of hair loss?

Which blood values are examined in cases of hair loss?

Why is a blood test useful for hair loss?

How much does a blood test cost?

How do the blood test results influence treatment?

What do blood values reveal about the causes of hair loss?

Which blood values are examined in cases of hair loss?

Why is a blood test useful for hair loss?

‍How does a
bloodtest work?

For men - individual
‍Solutions for almost all hair types and causes

For women - Individual solutions 
for every type of hair loss

Discover the cause of your hair loss
‍— with a blood analysis.