Understanding Female Hormones: A Complete Guide to Hormone Testing, Balance, Modern Medicine and Natural Medicine

By Benjamin McAvoy, The Alchemist

Introduction: Understanding the Remarkable World of Female Hormones

Female hormones influence far more than the menstrual cycle. They play an important role in energy, mood, sleep, libido, fertility, bone strength, muscle development, metabolism, skin health, hair growth and the way a woman experiences different stages of life.

From puberty and the reproductive years to pregnancy, perimenopause and menopause, hormones are continually changing. These changes are a natural part of being a woman, but sometimes hormonal imbalances, underlying medical conditions, nutritional deficiencies, medications or changes associated with ageing can contribute to symptoms that affect everyday life.

Many women experience symptoms such as fatigue, weight changes, irregular periods, reduced libido, anxiety, poor sleep, hair thinning, acne, unwanted facial hair, breast tenderness and changes in mood. Some women may be told that their blood tests are normal, even though they continue to feel that something is not quite right.

This is where understanding hormones becomes valuable.

Hormone testing can provide useful information about what is happening inside the body. However, the results must be interpreted in context. A single hormone measurement rarely tells the entire story, and a result outside a laboratory's reference range does not automatically mean that treatment is necessary.

As Benjamin McAvoy, The Alchemist, approaches natural health, the aim is to look at the body as a connected system. Hormones do not work independently. They interact with the brain, adrenal glands, ovaries, thyroid, liver, metabolism, digestive system and other organs.

Modern medicine offers important diagnostic tests and effective treatments for many hormonal conditions. Natural medicine may also provide supportive approaches through nutrition, lifestyle changes and carefully selected supplements. The most appropriate approach depends on the individual, the underlying cause of the symptoms and the available evidence.

In this comprehensive guide, we will explore the major female hormones, what high and low results can mean, which blood tests are available, how to understand laboratory reference ranges, the benefits and limitations of testing, and how conventional and natural approaches can work together.

We will also examine the DUTCH hormone test, including what makes it different from standard blood testing and when it may or may not be useful.

An important principle: the goal is not simply to make every hormone higher or lower. It is to understand what the body needs, identify genuine problems and make informed decisions about health.

1. How the Female Hormone System Works

The endocrine system is a network of glands that produce chemical messengers called hormones. These messengers travel through the bloodstream and influence the activity of different tissues and organs.

Several organs are particularly important for female hormone health.

The hypothalamus and pituitary gland

Located in the brain, these structures help regulate the reproductive system. The hypothalamus communicates with the pituitary gland, which releases hormones such as follicle stimulating hormone (FSH) and luteinising hormone (LH). These signals help control ovarian function and the menstrual cycle.

The ovaries

The ovaries produce estradiol, progesterone, testosterone and other substances involved in reproductive health. They also release eggs and respond to signals from the brain.

The adrenal glands

These glands sit above the kidneys and produce hormones including DHEA, DHEA sulphate (DHEA-S), cortisol and small amounts of androgenic hormones. They contribute to the body's stress response and supply precursors that can be converted into sex hormones.

The liver

The liver helps process hormones and their metabolites. Liver health, medications and other factors can influence hormone metabolism and the proteins that transport hormones in the bloodstream.

The thyroid gland

Thyroid hormones regulate metabolic activity and can influence menstrual regularity, energy, body temperature, bowel function, skin and hair. Thyroid disorders can produce symptoms that resemble other hormonal problems.

Body fat and other tissues

Fat tissue is not simply an energy store. It participates in hormone metabolism, including the conversion of certain androgens into estrogens. Body composition and metabolic health can therefore influence the hormonal environment.

These systems communicate with one another. For example, the brain signals the ovaries to produce hormones, while the hormones produced by the ovaries feed information back to the brain.

This feedback system is one reason why interpreting a hormone result requires more than simply labelling it high or low.

2. Why Female Hormones Change Throughout Life

Hormones are dynamic. A woman's results may differ substantially depending on her age, menstrual cycle, reproductive stage and health.

Puberty and early adulthood

Hormonal changes during puberty help establish menstruation, breast development and other secondary sexual characteristics. During the early reproductive years, menstrual cycles may take time to become regular.

The reproductive years

Estradiol, progesterone and other reproductive hormones fluctuate throughout each menstrual cycle. These fluctuations are normal and necessary for ovulation and preparation of the uterine lining.

Pregnancy and breastfeeding

Pregnancy produces substantial changes in estrogen, progesterone and other hormones. Prolactin rises to support milk production, while breastfeeding can temporarily suppress ovulation.

Perimenopause

Perimenopause is the transition leading to menopause. Ovarian hormone production becomes less predictable, and women may experience irregular periods, hot flushes, sleep disturbance, changes in mood, vaginal dryness and changes in sexual function.

Hormone levels can fluctuate significantly during this stage. A single blood test may therefore provide only a limited picture.

Menopause and postmenopause

Menopause is generally diagnosed retrospectively after 12 consecutive months without a menstrual period, when another cause is not responsible. It commonly occurs between 45 and 55 years of age.

After menopause, estradiol and progesterone production from the ovaries falls substantially. Testosterone and DHEA also tend to decline with age, although their patterns differ between individuals.

Menopause does not mean that every hormone disappears. Hormones continue to be produced by the adrenal glands and peripheral tissues, and their effects remain relevant to bone, cardiovascular, sexual and general health.

3. Understanding Hormone Blood Tests and Reference Ranges

Before exploring individual hormones, it is important to understand what laboratory results actually mean.

A reference range is generally established from measurements in a defined population. It is not necessarily the ideal level for every woman, and it does not always distinguish healthy from unhealthy states.

A result can fall inside the reference range while a woman has a genuine medical problem. Conversely, a result slightly outside the range may be normal for her circumstances.

Interpretation depends on factors including:

• Age and reproductive stage.

• Whether menstrual cycles are regular.

• The day of the menstrual cycle when the sample was collected.

• Pregnancy or breastfeeding.

• Hormonal contraception or menopausal hormone therapy.

• Prescription medicines and supplements.

• The laboratory method used.

• Symptoms, examination findings and medical history.

Different laboratories can report different reference intervals and use different measurement units. Therefore, the ranges in this article are approximate educational examples, not universal diagnostic cut-offs. Australian laboratories may use different ranges, and the reference interval printed on the actual report should take priority.

A useful hormone investigation usually starts with a clinical question. For example, is the aim to investigate irregular periods, possible polycystic ovary syndrome (PCOS), infertility, unexpected breast milk production, early menopause or symptoms of androgen excess?

The answer determines which tests are appropriate.

4. Estradiol, E2 and Estrogen: Understanding the Difference

Estrogen is a family of hormones, not just one substance. The three principal estrogens are:

Estradiol (E2): The major biologically active estrogen during the reproductive years. It is produced mainly by the ovaries before menopause.

Estrone (E1): Becomes a relatively more important estrogen after menopause and is also produced through conversion in peripheral tissues.

Estriol (E3): Becomes particularly important during pregnancy.

When a woman receives a standard estradiol blood test, the laboratory is measuring E2. Therefore, estradiol and E2 are two names for the same hormone in this context, rather than separate tests for two different hormones.

What does estradiol do?

Estradiol contributes to:

• Development and maintenance of reproductive tissues.

• Regulation of the menstrual cycle.

• Growth of the uterine lining.

• Vaginal lubrication and tissue health.

• Bone density.

• Skin and connective tissue function.

• Brain signalling and aspects of mood and cognition.

• Sexual function.

• Changes in body fat distribution.

Estradiol is not simply a fertility hormone. Its effects extend throughout the body.

What are normal estradiol blood levels?

The following are broad illustrative ranges sometimes used by laboratories for non-pregnant adult women. Exact limits vary substantially.

Reproductive stageApproximate estradiol (E2)Early follicular phase20–150 pg/mLAround ovulation80–400 pg/mLLuteal phase30–250 pg/mLPostmenopauseOften below 20–30 pg/mL

To convert estradiol from pg/mL to pmol/L, multiply by approximately 3.67. For example, 50 pg/mL is approximately 184 pmol/L.

These figures are not intended to diagnose an individual. Estradiol levels can vary considerably during a normal cycle, and some assays are less accurate at the very low concentrations found after menopause.

What can high estradiol mean?

Higher-than-expected estradiol may occur during the normal pre-ovulatory rise. It may also occur in pregnancy or with estrogen-containing medicines.

Persistently elevated levels outside the expected context may warrant investigation for:

• Certain ovarian cysts or hormone-producing ovarian tumours.

• Increased peripheral estrogen production.

• Some liver disorders affecting hormone metabolism.

• Medication-related effects.

• Less commonly, other endocrine or reproductive conditions.

Symptoms sometimes associated with excess estrogen exposure include breast tenderness, heavy or irregular bleeding and changes in the menstrual cycle. These symptoms are not specific enough to diagnose high estrogen by themselves.

High estradiol is not automatically harmful. The timing, duration, cause and balance of the broader hormonal system all matter.

What can low estradiol mean?

Low estradiol may be expected after menopause. It can also occur with:

• Reduced ovarian function or premature ovarian insufficiency.

• Hypothalamic amenorrhoea associated with inadequate energy intake, substantial exercise or significant stress.

• Certain pituitary disorders.

• Some medical treatments.

• Breastfeeding or other circumstances that suppress ovulation.

Symptoms may include hot flushes, night sweats, vaginal dryness, painful intercourse, reduced sexual desire, menstrual changes and loss of bone density over time.

Modern medical treatment for estrogen-related problems

Treatment depends on the cause.

For women experiencing troublesome menopausal symptoms, menopausal hormone therapy may be appropriate after an individual assessment of benefits, risks and contraindications. Vaginal estrogen can be particularly useful for genitourinary symptoms, including dryness and discomfort.

Unexplained uterine bleeding, especially after menopause, needs medical assessment. Women with an intact uterus who use systemic estrogen generally also require adequate progestogen protection to reduce the risk of endometrial hyperplasia.

Where estrogen is elevated because of an ovarian condition or another underlying disorder, treatment focuses on that condition rather than simply trying to lower estrogen.

Natural approaches to estrogen health

Supportive measures include a balanced diet, regular physical activity, adequate sleep and maintaining a healthy weight where appropriate.

Vegetables, fruit, legumes and whole grains supply fibre and nutrients that support general metabolic health. Cruciferous vegetables such as broccoli and cabbage contain compounds involved in normal metabolism, but eating them should not be presented as a proven way to correct a hormonal disorder.

Phytoestrogens, found in foods such as soy, can have weak estrogen-like or modulatory effects. They are not equivalent to prescription estrogen, and their effects vary.

Supplements marketed as estrogen detoxifiers should be approached cautiously. There is no reliable evidence that every woman needs to detox estrogen, and there is no single estrogen level that is ideal for everyone.

5. Progesterone: The Hormone of the Luteal Phase

Progesterone is produced mainly by the corpus luteum after ovulation. During pregnancy, the placenta becomes the major source.

Progesterone helps prepare and maintain the uterine lining for pregnancy. It also influences the menstrual cycle and has effects on the brain, sleep and other tissues.

What does progesterone do?

Progesterone helps to:

• Prepare the endometrium for implantation.

• Support early pregnancy.

• Counterbalance estrogen-driven growth of the uterine lining.

• Regulate the timing of menstruation.

• Influence body temperature after ovulation.

• Contribute to normal reproductive function.

What are typical progesterone levels?

Progesterone changes dramatically throughout the menstrual cycle. Illustrative ranges include:

StageApproximate progesteroneFollicular phaseBelow 1 ng/mLAround ovulationVariable, often rising above 1 ng/mLMid-luteal phaseApproximately 5–20 ng/mL or higherPostmenopauseUsually below 1 ng/mL

The conversion factor is approximately 3.18 nmol/L for each 1 ng/mL.

A progesterone level above approximately 3 ng/mL can provide evidence of recent ovulation in an appropriately timed test, but it does not by itself establish that the luteal phase is adequate or predict pregnancy success.

What can low progesterone mean?

Low progesterone may simply mean that the sample was taken before ovulation or at the wrong point in the cycle.

When progesterone is unexpectedly low in the mid-luteal phase, possibilities include:

• No ovulation during that cycle.

• Irregular ovulation associated with PCOS or other conditions.

• Reduced ovarian function.

• A sample taken at the wrong time.

• Certain fertility-related problems.

Potential symptoms include irregular periods, difficulty conceiving and changes in premenstrual symptoms. These symptoms alone cannot confirm a progesterone deficiency.

The concept of an isolated luteal phase progesterone deficiency is clinically complex. A single measurement is particularly limited because progesterone can fluctuate considerably over a short period.

What can high progesterone mean?

Higher levels may be normal after ovulation or during pregnancy. Prescription progesterone or progestogen medicines can also affect results.

Unexpectedly high levels may require assessment for pregnancy, medication effects or, less commonly, an ovarian or adrenal condition.

Modern medical treatment

Progesterone or other progestogen treatment may be used for specific indications, including endometrial protection during systemic estrogen therapy in women with an intact uterus and selected fertility treatments.

The type of medicine, dose and duration depend on the indication. Progesterone should not automatically be prescribed just because a woman has mood changes, breast tenderness or difficulty sleeping.

Natural support

Adequate food intake, appropriate exercise, sufficient sleep and management of underlying causes of disrupted ovulation can support reproductive health.

There is no well-established natural supplement that reliably raises progesterone to a therapeutic level in women with a genuine hormonal disorder. Wild yam products, in particular, should not be assumed to convert into progesterone in the human body.

6. Testosterone in Women: More Than a Male Hormone

Testosterone is commonly associated with men, but women also produce it. In women, testosterone is made by the ovaries and adrenal glands, and it can also be formed in peripheral tissues from hormone precursors.

Although the quantities are much smaller than in men, testosterone contributes to normal female physiology.

Potential functions include:

• Sexual desire and arousal.

• Maintenance of muscle and bone.

• General wellbeing and aspects of energy.

• Normal reproductive and metabolic function.

However, fatigue, low mood, poor concentration and reduced libido are not reliable indicators of testosterone deficiency on their own.

Total testosterone versus free testosterone

These measurements answer different questions.

Total testosterone measures the testosterone circulating in the blood, including testosterone bound to proteins and the unbound portion.

Free testosterone refers to the small fraction not bound to proteins. It is available to enter tissues more readily, although the biology of hormone action is more complex than free concentration alone.

Most testosterone in the blood is bound to sex hormone binding globulin (SHBG) or albumin.

A woman can have a total testosterone level within the laboratory range but a relatively high free testosterone level if SHBG is low. Conversely, high SHBG can result in low free testosterone even when total testosterone is not low.

What are typical female testosterone levels?

For adult women, broad illustrative ranges sometimes encountered are:

TestApproximate rangeTotal testosterone15–70 ng/dLTotal testosterone in SI unitsApproximately 0.5–2.4 nmol/L

Some laboratories use narrower ranges, and concentrations are low enough in women that the measurement method matters considerably.

Liquid chromatography tandem mass spectrometry (LC-MS/MS) is generally preferred when accurate measurement of low female testosterone concentrations is important. Some routine immunoassays are less reliable at these concentrations.

What can high testosterone mean?

Elevated testosterone may be associated with:

• Polycystic ovary syndrome.

• Certain adrenal disorders.

• Non-classic congenital adrenal hyperplasia.

• Some ovarian or adrenal hormone-producing tumours.

• Certain medicines or testosterone-containing products.

Symptoms may include acne, oily skin, excess facial or body hair, scalp hair thinning and irregular periods. Severe androgen excess can cause voice deepening, increased muscle mass or clitoral enlargement.

Rapid development of these symptoms, particularly with a substantial rise in testosterone, requires prompt medical assessment.

What can low testosterone mean?

Low testosterone may occur with age, reduced ovarian function, certain medications or changes in hormone production.

Some women experience reduced sexual desire, but there is no single testosterone cut-off that reliably diagnoses a female sexual desire disorder. Low libido can also be related to pain, relationship factors, depression, sleep problems, menopause, medication effects or other medical conditions.

Modern medical treatment

For high testosterone associated with PCOS, treatment may include combined hormonal contraception, selected anti-androgen medicines and metabolic interventions, depending on symptoms and reproductive goals. Anti-androgens require appropriate precautions because of potential risks during pregnancy.

Testosterone treatment for women is not a general treatment for fatigue, weight gain or ageing. Evidence supports consideration of carefully monitored testosterone therapy for selected postmenopausal women with diagnosed hypoactive sexual desire disorder after a thorough biopsychosocial assessment.

Treatment should use appropriate formulations and specialist guidance. Compounded preparations, pellets and doses designed for men can produce excessive concentrations and unwanted effects.

Natural support

When high testosterone is related to PCOS, regular physical activity, sustainable dietary changes and attention to metabolic health can help improve some symptoms. Inositol supplements may be considered in selected circumstances, but evidence varies and they are not a replacement for appropriate assessment or established treatment.

A balanced diet, adequate sleep and addressing underlying health conditions are preferable to taking testosterone boosters or anti-androgen supplements without supervision.

7. Free Testosterone and Calculated Free Testosterone

Free testosterone deserves particular attention because it can sometimes clarify results that appear confusing when only total testosterone is measured.

What is calculated free testosterone?

Calculated free testosterone is an estimate derived from total testosterone, SHBG and albumin, using a mathematical model of how testosterone binds to these proteins.

It is not a separate hormone. It is a calculation intended to estimate the unbound fraction.

Some laboratories also report a free androgen index (FAI), calculated from total testosterone and SHBG. The FAI is not identical to free testosterone and can be misleading when SHBG is very low or very high.

What does high free testosterone suggest?

A high result may indicate that more testosterone is available relative to binding proteins. It can be seen in PCOS, particularly when SHBG is reduced, or in other causes of androgen excess.

Possible symptoms include acne, unwanted facial hair, irregular periods and scalp hair thinning.

What does low free testosterone suggest?

A low result can occur when total testosterone is low, when SHBG is high or both.

Possible contributors to high SHBG include estrogen-containing oral contraceptives, pregnancy, hyperthyroidism and certain liver conditions. Low SHBG can occur with insulin resistance, obesity, hypothyroidism and other conditions.

The meaning of a result depends on why the test was ordered. A calculated result should not be treated as proof that a woman needs testosterone treatment.

How is it treated?

Treatment focuses on the underlying condition. If the main concern is excess facial hair, acne or irregular periods, the best approach may differ from the approach for a woman experiencing low sexual desire.

Correcting a genuine thyroid disorder, reviewing medication effects or treating PCOS may be more useful than directly manipulating testosterone.

8. SHBG: Sex Hormone Binding Globulin

SHBG stands for sex hormone binding globulin. It is a protein produced primarily by the liver that binds to sex hormones, particularly testosterone and estradiol.

SHBG is not itself a sex hormone, but it has a major influence on how much hormone circulates in bound and unbound forms.

What are typical SHBG levels?

A broad illustrative adult female range is approximately 18–144 nmol/L, although many laboratories use different ranges according to age and clinical circumstances.

The result must be interpreted using the laboratory's own reference interval.

What can high SHBG mean?

Higher SHBG can occur with:

• Estrogen-containing oral contraceptives.

• Pregnancy.

• Hyperthyroidism.

• Certain liver conditions.

• Some medications.

• Increasing age and other physiological changes.

High SHBG can reduce the proportion of testosterone that is free. This may contribute to a low calculated free testosterone result, but symptoms cannot be attributed to SHBG alone.

What can low SHBG mean?

Lower SHBG can be associated with:

• Insulin resistance.

• PCOS.

• Obesity or metabolic dysfunction.

• Hypothyroidism.

• Certain liver conditions.

• Some medications and androgen exposure.

Low SHBG can increase the free fraction of testosterone and help explain why some women experience androgen-related symptoms even when total testosterone is not markedly elevated.

Treatment and natural approaches

There is no universal treatment for an SHBG result itself. The focus is on the cause.

For example, a clinician may investigate thyroid function, glucose regulation, liver health or medication effects. Lifestyle measures may improve insulin resistance and metabolic health in women with PCOS.

It is not advisable to take supplements solely to raise or lower SHBG without understanding the reason for the result.

9. DHEA and DHEA-S: Important Hormone Precursors

DHEA stands for dehydroepiandrosterone. It is an androgen precursor produced mainly by the adrenal glands, with a smaller contribution from the ovaries.

DHEA can be converted into androstenedione and then into testosterone or estrogens in different tissues.

DHEA-S, or dehydroepiandrosterone sulphate, is the sulphated form. It circulates at higher concentrations than DHEA and generally changes more slowly, making it a useful marker of adrenal androgen production.

What does DHEA do?

DHEA is part of the body's steroid hormone production pathway. It contributes to the supply of precursors used to produce other sex hormones.

DHEA levels tend to decline with age. However, a decline does not automatically mean that supplementation is necessary or beneficial.

What are typical DHEA-S ranges?

DHEA-S ranges vary considerably with age and laboratory method. Broad illustrative ranges for adult women may be approximately 35–430 µg/dL, but younger women may have substantially higher levels than older women.

This is not a universal range. Age-specific laboratory intervals are particularly important for DHEA-S.

DHEA itself is more variable and is less commonly used alone to investigate adrenal androgen excess.

What can high DHEA-S mean?

Elevated DHEA-S can suggest increased adrenal androgen production. Possible causes include:

• PCOS.

• Non-classic congenital adrenal hyperplasia.

• Certain adrenal disorders.

• Rare androgen-producing adrenal tumours.

• DHEA supplementation.

A markedly elevated result, particularly alongside rapid-onset facial hair, severe acne, voice changes or other signs of virilisation, warrants prompt assessment.

What can low DHEA-S mean?

Lower levels may be associated with ageing, reduced adrenal androgen production, certain pituitary or adrenal disorders, or medication effects.

A low result alone does not diagnose adrenal insufficiency. If adrenal insufficiency is suspected, other tests, such as cortisol and ACTH testing, may be necessary.

Modern medical treatment

Treatment depends on the cause of an abnormal result. For example, PCOS is managed differently from an adrenal disorder.

DHEA is not a standard general anti-ageing treatment, and routinely raising DHEA levels has not been shown to improve health in every woman with a low result.

Natural medicine and DHEA supplementation

DHEA supplements are hormones, not ordinary nutritional supplements. They can increase androgen and estrogen exposure, potentially causing acne, unwanted hair growth, scalp hair loss and other adverse effects.

They may also be unsuitable for women with hormone-sensitive conditions and can interact with prescribed treatments.

For these reasons, DHEA should not be started simply because a woman feels tired or has a result below a population average. Medical supervision is important, and availability and regulatory status can differ between countries.

10. Prolactin: The Hormone Associated With Breast Milk Production

Prolactin is produced by the pituitary gland. Its best-known function is supporting breast milk production after childbirth.

Prolactin also interacts with reproductive signalling. When prolactin is persistently elevated, it can suppress the normal reproductive hormone pathway and interfere with ovulation.

What are typical prolactin levels?

A common illustrative reference range for non-pregnant adult women is approximately 5–25 ng/mL, although laboratories differ. Pregnancy and breastfeeding can produce much higher concentrations.

Prolactin is particularly sensitive to circumstances surrounding the blood test.

It may rise temporarily with stress, exercise, sexual activity, nipple stimulation, poor sleep or the discomfort of a blood draw.

What can high prolactin mean?

Elevated prolactin, known as hyperprolactinaemia, can be associated with:

• Pregnancy and breastfeeding.

• Certain medicines, including some antipsychotics and anti-nausea drugs.

• Hypothyroidism.

• Kidney disease.

• Pituitary prolactin-producing tumours called prolactinomas.

• Other pituitary or medical conditions.

Possible symptoms include irregular or absent periods, infertility, reduced libido, vaginal dryness and unexpected milk production from the breasts.

Headaches or visual changes may occur when a pituitary lesion affects nearby structures.

What can low prolactin mean?

Low prolactin is less commonly a clinical concern. It can occur with some pituitary disorders or after certain treatments, and may be relevant when milk production is unexpectedly poor after childbirth.

Low prolactin is not generally treated simply to bring the number into a higher range.

Modern medical treatment

A mildly elevated result may need to be repeated under more controlled conditions. Clinicians may also check pregnancy status, thyroid function, medication history and, where appropriate, macroprolactin, a form that can complicate interpretation.

If a prolactinoma is diagnosed, dopamine agonist medicines such as cabergoline are commonly used in appropriate patients. Other causes require their own treatment.

Significant headaches, new visual disturbances or other concerning neurological symptoms warrant prompt medical evaluation.

Natural support

Reducing avoidable stress before blood collection, reviewing sleep and checking for medication or thyroid-related causes can help clarify a result.

There is no proven herbal treatment that safely replaces the medical investigation of persistent hyperprolactinaemia. Supplements intended to influence dopamine or prolactin should be discussed with a clinician, especially when prescription medicines are involved.

11. Bringing the Hormones Together

Understanding each hormone individually is useful, but the greatest value often comes from looking at the relationships between them.

Consider three examples.

Example one: Normal total testosterone with low SHBG

A woman may have a total testosterone result within the reference range but a higher calculated free testosterone because SHBG is low. If she also has irregular periods, acne and excess facial hair, PCOS may be one possibility to investigate.

Example two: Low progesterone with irregular periods

A low progesterone result may reflect a blood sample collected before ovulation rather than a true deficiency. If cycles are irregular, the clinician may need to assess whether ovulation is occurring and investigate the reason.

Example three: Low estradiol with raised FSH

In a woman experiencing absent periods, this combination may suggest reduced ovarian function. However, the diagnosis depends on age, reproductive history, medications and the full clinical picture. In a younger woman, further assessment may be particularly important.

The lesson is simple: a hormone panel should be interpreted as a pattern, not as a collection of unrelated numbers.

12. Other Blood Tests That Can Help Explain Hormonal Symptoms

Female hormone symptoms can overlap with many other conditions. Depending on the clinical situation, additional tests may be more informative than expanding a sex hormone panel.

Common examples include:

• FSH and LH: Help assess ovarian and pituitary signalling in selected circumstances.

• TSH and free T4: Investigate thyroid function.

• Full blood count: Can help identify anaemia and other blood abnormalities.

• Ferritin and iron studies: Assess iron stores, particularly when there are heavy periods, fatigue or hair loss.

• Vitamin B12 and folate: Considered when symptoms or risk factors suggest deficiency.

• HbA1c or fasting glucose: Help assess glucose regulation and metabolic risk.

• Lipid profile: Assesses cholesterol and related cardiovascular risk factors.

• Liver and kidney function tests: May be appropriate when underlying disease or medication effects are suspected.

• Pregnancy testing: Important whenever pregnancy is possible and menstrual changes occur.

• 17-hydroxyprogesterone: May be used when investigating certain causes of androgen excess.

Not every woman needs every test. The most effective approach is targeted investigation based on symptoms, age, medical history and examination.

13. FSH and LH: The Hormones That Help Regulate the Ovaries

Two additional hormones are often useful when investigating female reproductive health: follicle stimulating hormone (FSH) and luteinising hormone (LH).

Both are produced by the pituitary gland and help coordinate ovarian function.

Follicle stimulating hormone (FSH)

FSH helps stimulate the development of ovarian follicles, which contain developing eggs. It also supports the production of estradiol by the ovaries.

FSH levels change throughout the menstrual cycle and usually rise as ovarian function declines during the menopause transition.

A broad illustrative range for FSH during the reproductive years may be approximately 3–10 IU/L during the early follicular phase, although values vary by laboratory and cycle stage. Around menopause, FSH may rise substantially, sometimes above 25–30 IU/L.

A high FSH result can be associated with menopause, reduced ovarian reserve or premature ovarian insufficiency. However, one result is not sufficient to diagnose every one of these conditions.

Low or inappropriately normal FSH can occur with hypothalamic or pituitary disorders, including situations involving significant energy deficiency.

Luteinising hormone (LH)

LH helps trigger ovulation and supports progesterone production after ovulation.

LH normally rises sharply around ovulation. This is why a result collected at one point in the menstrual cycle may look very different from a result collected at another time.

Higher LH can occur around ovulation, during menopause and in some women with PCOS. However, an elevated LH level or an increased LH-to-FSH ratio is not, by itself, a reliable diagnostic test for PCOS.

Low LH may occur with hypothalamic or pituitary disorders and in other circumstances that suppress reproductive signalling.

Why are FSH and LH useful?

When interpreted alongside estradiol, menstrual history and symptoms, FSH and LH can help clinicians investigate:

• Absent or irregular menstrual periods.

• Suspected premature ovarian insufficiency.

• Menopause when the diagnosis is uncertain.

• Certain fertility problems.

• Possible hypothalamic or pituitary dysfunction.

Testing is not always required to diagnose menopause in women aged 45 or older who have typical symptoms and menstrual changes. Hormone levels fluctuate during perimenopause, so repeated testing may sometimes add little value.

14. What About PCOS and Female Hormone Imbalances?

Polycystic ovary syndrome, commonly called PCOS, is one of the most frequently encountered hormonal conditions in women of reproductive age.

PCOS is associated with a combination of reproductive, androgenic and metabolic features. It can influence menstrual regularity, fertility, skin, hair growth and insulin sensitivity.

Possible symptoms include:

• Irregular periods or absent ovulation.

• Acne or oily skin.

• Excess facial or body hair.

• Thinning scalp hair.

• Difficulty conceiving.

• Insulin resistance or increased metabolic risk.

Not every woman with PCOS has the same symptoms, and not every woman with PCOS has elevated testosterone on a blood test.

Diagnosis generally considers the combination of ovulatory dysfunction, clinical or biochemical androgen excess and ovarian morphology or, in appropriate adults, an accepted alternative assessment of ovarian follicle number. Other causes must be excluded.

A clinician may request total testosterone, SHBG, calculated free testosterone, DHEA-S and other investigations according to the presentation. FSH, LH, thyroid tests, prolactin and 17-hydroxyprogesterone may also be useful in selected circumstances.

Modern medical approaches to PCOS

Treatment depends on the woman's goals and symptoms.

Combined oral contraceptives may help regulate bleeding and improve acne or excess hair growth in appropriate patients. Metformin may be useful for selected metabolic indications. Other medicines may be considered for hirsutism, fertility or metabolic risk.

Lifestyle support is important, but it should be individualised and non-judgemental. Women with PCOS can benefit from sustainable nutrition, regular exercise, adequate sleep and screening for relevant metabolic conditions.

Natural medicine and PCOS

Natural approaches may support general health and complement medical care.

A balanced eating pattern with adequate protein, fibre and minimally processed foods can support metabolic health. Exercise can improve insulin sensitivity even when weight does not change.

Myo-inositol or combinations of inositols are sometimes considered, but the evidence for different preparations and doses remains variable. They should not be represented as a guaranteed cure for PCOS or infertility.

Herbal products should be reviewed for interactions, pregnancy safety and suitability for the individual. Natural medicine is most useful when it supports a clear treatment plan rather than attempting to correct every laboratory number.

15. Perimenopause and Menopause: When Hormones Begin to Change

Perimenopause can be a challenging time because hormone levels may fluctuate rather than simply decline in a predictable way.

Women may notice hot flushes, night sweats, sleep changes, mood changes, reduced sexual desire, vaginal dryness, altered menstrual cycles or changes in body composition.

Some women experience only mild symptoms. Others find that symptoms interfere significantly with work, relationships and quality of life.

Which blood tests are useful?

For women aged 45 and older with typical menopausal symptoms, the diagnosis is often made from the clinical history rather than a hormone panel.

Testing may be appropriate in younger women, when symptoms are unusual, when periods stop unexpectedly or when another medical condition is suspected.

Depending on the circumstances, a clinician may consider FSH, estradiol, thyroid testing, a pregnancy test or other investigations.

Testing every sex hormone repeatedly is not usually necessary simply because a woman is approaching menopause.

Modern medical options

Menopausal hormone therapy can be an effective treatment for troublesome hot flushes and night sweats. It can also help prevent bone loss in appropriate patients.

Women with a uterus generally need a progestogen alongside systemic estrogen to protect the endometrium.

Vaginal estrogen and other local treatments can help with vaginal dryness, discomfort and urinary symptoms. Non-hormonal treatments are also available for women who cannot or prefer not to use hormone therapy.

The choice depends on symptoms, medical history, age, time since menopause and individual risks and preferences.

Natural approaches during menopause

Lifestyle strategies include regular resistance and weight-bearing exercise, adequate dietary protein, calcium-rich foods, vitamin D when indicated, limiting smoking and excessive alcohol, and addressing sleep difficulties.

Some women choose herbal preparations for menopausal symptoms. The evidence varies considerably by product, and herbal treatments can have side effects or interact with medicines.

Black cohosh, for example, has mixed evidence and has been associated with rare reports of liver injury. It should not be assumed to be suitable for every woman.

A personalised approach is more useful than treating menopause as a condition that every woman should manage in exactly the same way.

16. The DUTCH Hormone Test: What Is It?

DUTCH stands for Dried Urine Test for Comprehensive Hormones.

It is a specialist urine-based hormone assessment that measures selected hormones and their metabolites. Rather than relying solely on a single blood sample, the test uses dried urine samples collected at several points during the day.

The test is offered by Precision Analytical and is available through practitioners and providers in different countries.

One reason it attracts interest is that it examines not only selected hormone markers but also the breakdown products produced as the body processes hormones.

This can provide a different perspective from a conventional blood test.

What can the DUTCH Complete test measure?

Depending on the specific test ordered, the DUTCH Complete panel can include:

• Estrogen markers and selected estrogen metabolites.

• Androgens, including testosterone-related markers and DHEA-S.

• Progesterone metabolites.

• Cortisol and cortisone markers.

• A pattern of urinary cortisol measurements across the day.

• Selected additional markers, which may include melatonin-related and organic acid measurements.

The precise markers depend on the test version.

How is the test collected?

The patient collects small urine samples on filter paper at specified times, usually across one day. The samples are then sent to the laboratory for analysis.

Collection instructions are important because the timing of the samples, medications, supplements and hormone treatments can affect interpretation.

For women who menstruate, the recommended collection day depends on the clinical question and the test instructions. A mid-luteal collection may be used when the aim is to examine hormone patterns after ovulation, but the appropriate timing is not the same for every woman.

The test can be convenient for people who prefer home collection or who want information about hormone metabolites and the daily cortisol pattern.

What makes DUTCH different from a standard blood test?

A conventional blood test measures hormones circulating in the blood at the time of collection. It is particularly useful for assessing certain reproductive disorders and investigating high or low circulating hormone levels.

The DUTCH test examines urinary hormone metabolites, offering information about how selected hormones are processed and excreted.

For example, it can report different estrogen metabolites, including markers associated with different metabolic pathways. It can also provide information about urinary cortisol patterns across the day.

This additional information can be interesting when a practitioner is investigating a complex presentation and has a clear question that the test may help answer.

However, more measurements do not automatically mean a more accurate diagnosis or a better treatment outcome.

Urinary hormone metabolites are not interchangeable with blood concentrations. A result showing a particular estrogen metabolite pattern does not, on its own, prove that a woman has a dangerous estrogen imbalance or that she needs a specific supplement.

The potential benefits of DUTCH testing

1. A broader picture of hormone metabolism

The test includes selected hormone breakdown products that are not routinely included in standard blood panels. This may provide additional descriptive information about estrogen and androgen metabolism.

2. A daily cortisol pattern

Multiple samples can show how urinary free cortisol and related markers vary across the day. This is different from a single cortisol measurement.

3. Convenient home collection

Some women prefer collecting samples at home rather than attending a collection centre for repeated blood draws.

4. Additional information for complex cases

When symptoms remain unexplained after an appropriate medical assessment, a practitioner may find some DUTCH markers useful as supplementary information.

5. A structured starting point for discussion

The report can help organise questions about hormone production, metabolites, medications, symptoms and lifestyle. It may encourage a more detailed conversation about which conventional investigations are still needed.

These are potential advantages of the information collected. They should not be confused with proof that the test improves diagnosis or treatment outcomes in every patient.

What are the limitations of DUTCH testing?

A balanced discussion must also address its limitations.

1. It does not replace standard medical investigations

A urine hormone test cannot replace a pregnancy test, thyroid investigations, appropriate blood testosterone measurements or other investigations needed to diagnose specific conditions.

2. Metabolites do not directly measure hormone action

Urinary metabolite levels are influenced by production, metabolism, excretion, collection conditions and other factors. They do not provide a complete measurement of what is happening inside every tissue.

3. Interpretation requires care

There is limited evidence that treatment decisions based on many of the specialised DUTCH metabolite ratios improve patient outcomes. An unusual ratio should not automatically lead to treatment.

4. Results can be affected by medicines and supplements

Hormone therapy, DHEA, some medications and collection timing can influence results. The practitioner must know what the patient is taking.

5. The test can be expensive

A comprehensive panel may cost considerably more than a targeted set of conventional investigations. Its cost is harder to justify when the additional results are unlikely to change management.

6. It can create unnecessary concern

A large report may contain many values outside its reference intervals. Without careful interpretation, this can encourage unnecessary supplements, repeat testing or attempts to correct findings that are not established medical problems.

Is DUTCH better than blood testing?

The answer depends on the question.

For investigating suspected PCOS or androgen excess, appropriately collected blood tests are central to standard medical assessment. For many reproductive questions, serum hormone testing remains the conventional starting point.

DUTCH may provide supplementary information about selected metabolites and daily urinary patterns. It is not universally superior, and it should not be promoted as a test that identifies every underlying cause of female hormonal symptoms.

The strongest approach is to select the test that answers the clinical question, rather than choosing the largest panel available.

What about the cost?

Benjamin McAvoy's website lists a DUTCH Complete test kit with consultation. The listed price and package details can change, so readers should confirm the current price, inclusions, collection requirements and suitability directly with the provider.

For more information, visit:

https://benjaminmcavoy.com/dutch-complete-test-kit-including-consultation

17. Blood Testing Versus DUTCH: Understanding the Pros and Cons

The following comparison can help women decide what to discuss with their doctor or qualified practitioner.

FeatureConventional blood testsDUTCH urine testMeasures circulating hormone levelsYes, for the hormones orderedNo, measures urinary hormones and metabolitesStandard role in diagnosing many endocrine conditionsWell establishedUsually supplementaryProvides selected estrogen metabolitesUsually not in routine panelsYesShows a pattern of urinary cortisol across the dayNot with one routine blood sampleYes, with appropriate collectionRequires collection timingOften importantAlso importantCostOften lower, depending on test and eligibilityOften higherReplaces medical assessmentNoNoEvidence that results improve all hormone-related outcomesDepends on the condition and testLimited for many specialised interpretive uses

The advantages of blood testing

Blood tests are widely used in clinical medicine, and many have established roles in diagnosing and monitoring specific conditions.

They can help identify thyroid disease, hyperprolactinaemia, ovarian insufficiency, androgen excess and other medical problems when selected appropriately.

They are also important when evaluating unexpectedly high testosterone or DHEA-S, where significant abnormalities may require further investigation.

Some tests may be available through the Australian health system when they meet relevant clinical and eligibility requirements.

The disadvantages of blood testing

Hormone levels fluctuate, so a single measurement may not represent the full pattern.

Some tests need to be collected at a particular time of day or menstrual cycle stage. Certain assays also have limitations when hormone concentrations are very low.

Blood testing can be less informative when the clinical question specifically concerns a broader range of hormone metabolites or a daily urinary cortisol pattern.

The advantages of DUTCH testing

DUTCH can add information about selected urinary metabolites and patterns that are not normally included in a standard hormone panel. Home collection can also be convenient.

The disadvantages of DUTCH testing

It can be expensive, it requires careful interpretation, and some of its specialised markers have uncertain clinical implications.

A result may provide interesting biochemical information without changing the treatment that is medically appropriate.

Which should a woman choose?

For most women, the best starting point is a proper clinical assessment followed by targeted conventional investigations where indicated.

DUTCH can be considered as an additional tool when there is a clear reason to collect the extra information and the patient understands its limitations.

It is generally unwise to purchase a large hormone panel before clarifying what symptoms need investigation and which results would meaningfully change the plan.

18. Natural Medicine and Female Hormone Health: What Can Help?

Natural medicine has an important place in supporting general health, particularly when it focuses on nutrition, lifestyle, correcting identified deficiencies and carefully selected herbal or nutritional products.

However, natural does not automatically mean safe, and not every product marketed for hormone balance has strong clinical evidence behind it.

The best approach is to identify the woman's main symptoms, understand any relevant blood test findings and select interventions that are appropriate for her circumstances.

Nutrition and hormonal health

A nutritious diet supplies the building blocks required for normal hormone production and metabolism.

Important nutritional considerations include:

Protein: Supports muscle maintenance, tissue repair and normal metabolic function.

Healthy fats: Provide essential fatty acids and contribute to overall nutritional health.

Fibre: Supports bowel regularity, gut health and metabolic health.

Iron: Particularly important for women experiencing heavy menstrual bleeding. Iron deficiency can contribute to fatigue, weakness and hair loss.

Vitamin B12 and folate: Important for blood cell production and normal neurological function.

Vitamin D and calcium: Important for bone health, particularly after menopause.

Iodine and selenium: Involved in thyroid function, although excessive supplementation can be harmful.

A woman does not necessarily need to take all these nutrients as supplements. Ideally, dietary intake, symptoms and appropriate investigations should guide decisions about supplementation.

Stress, sleep and the hormonal system

The brain and endocrine system communicate continuously. Poor sleep, psychological stress, inadequate nutrition and excessive exercise can influence reproductive signalling.

For some women, particularly those who are not consuming enough energy for their activity level, improving nutrition and reducing excessive training may help restore menstrual function.

Stress management, adequate sleep and realistic exercise routines can support wellbeing, although they should not be presented as cures for every hormonal disorder.

Herbal medicine

Herbs have traditionally been used to support women's health. Some may be useful for selected symptoms, but the strength of evidence differs between herbs, preparations and conditions.

For example, some preparations have been studied for menopausal symptoms, menstrual discomfort or sleep. Results are variable, and product quality, dose, contraindications and interactions all matter.

Herbal treatments should not replace investigations for persistent abnormal bleeding, unexplained androgen excess, significant prolactin elevation or suspected ovarian or adrenal disease.

Women who are pregnant, breastfeeding, trying to conceive or taking prescription medicines should obtain professional advice before using hormonal herbs.

Supporting hormone metabolism

The liver processes many hormones, while the kidneys and digestive system contribute to the elimination of various metabolites.

A balanced diet, sufficient hydration, regular physical activity and avoiding excessive alcohol support general health. Adequate fibre also supports bowel function.

However, the idea that every woman needs to detox estrogen is not supported by good evidence. Special detoxification programs are not a substitute for diagnosing and treating a genuine hormonal condition.

19. Products for Female Hormone Support from Benjamin McAvoy, The Alchemist

For women interested in a natural approach to their health, Benjamin McAvoy, The Alchemist, provides information about naturopathic care and selected natural health products.

The following products and services may be worth discussing with a qualified practitioner, depending on a woman's symptoms, medical history and goals.

Explore the website here:

Benjamin McAvoy Naturopath and Natural Health Products

M Pause Supplement

<text color="secondary" size="sm">Product information supplied by Benjamin McAvoy's website</text>

Hormone BL is marketed as a herbal supplement for female hormone balance and menopausal symptoms.

The listed ingredients include:

• Black cohosh.

• Dong quai.

• Passionflower.

• Red raspberry leaf.

• Fenugreek.

• Licorice.

• Cramp bark.

• Chamomile.

• Saw palmetto.

• Wild yam.

• Kelp.

The product combines several traditional herbal ingredients that have been used for different aspects of women's health.

For example, black cohosh has been investigated for menopausal symptoms, while passionflower and chamomile have traditional uses related to relaxation. The presence of these herbs does not establish that the complete formula will correct a measured hormone abnormality, and evidence for the individual ingredients varies.

The product page lists a warning not to use the supplement during pregnancy or breastfeeding and also warns against use by people with high blood pressure. This is particularly relevant because licorice can increase blood pressure and lower potassium in susceptible individuals.

Kelp supplies iodine, which can affect thyroid function. Dong quai, fenugreek and other ingredients may also be unsuitable for some people or interact with medicines.

Women taking blood thinners, blood pressure medicines, diabetes medicines, thyroid treatments or hormonal medication should have the formula reviewed by their healthcare professional before use.

Product details: M Pause Supplement, 300 capsules

Naturopathic consultations

A consultation can help women discuss symptoms, medical history, diet, lifestyle and existing pathology results.

For women experiencing fatigue, irregular periods, unwanted hair growth, low libido or menopausal symptoms, an individual assessment may help identify which questions need further investigation.

A naturopathic consultation should complement, rather than replace, appropriate medical assessment and treatment.

Explore the service: Benjamin McAvoy Naturopath

DUTCH Complete testing and consultation

For women interested in a broader assessment of urinary hormone metabolites and daily cortisol patterns, Benjamin McAvoy's website also lists the DUTCH Complete test with consultation.

This may be worth discussing when there is a specific question that the additional information could help address. It is important to understand that the test is supplementary and does not replace conventional investigations for conditions such as PCOS, thyroid disease or ovarian insufficiency.

Explore the test: DUTCH Complete Test Kit Including Consultation

20. How to Prepare for a Female Hormone Blood Test

Correct preparation can improve the usefulness of hormone testing.

Before your appointment, consider the following.

Record your symptoms. Note whether you are experiencing fatigue, acne, irregular periods, hot flushes, reduced libido, hair thinning or other concerns.

Record your menstrual cycle. If you menstruate, note the first day of your last period and your usual cycle length. Your clinician can advise whether the test needs to be collected on a particular day.

List your medications and supplements. Include contraception, hormone replacement therapy, DHEA, testosterone products, herbal preparations and vitamins.

Ask about fasting. Some hormone tests do not require fasting, while testosterone testing and other investigations may have specific preparation requirements. Follow the instructions provided by your clinician and pathology service.

Ask about the time of collection. Testosterone and some other hormones are best assessed at particular times of day, depending on the clinical question.

Do not stop prescribed medication without advice. Stopping hormonal contraception, hormone therapy or other medicines can affect results and may be unsafe.

Ask what each test is intended to investigate. Understanding the clinical question helps you decide whether the results are likely to change your treatment.

21. What Should You Do if Your Hormone Results Are High or Low?

An abnormal result should be the beginning of an investigation, not an automatic reason to start treatment.

A sensible process is:

1. Review the result against the laboratory's reference interval and the units used.

2. Consider age, menstrual cycle timing, pregnancy status and medications.

3. Compare the result with symptoms and relevant medical history.

4. Determine whether the test needs repeating or whether another investigation is required.

5. Identify the underlying cause before selecting treatment.

6. Agree on a plan to monitor symptoms and any necessary follow-up results.

For example, a high testosterone result with rapidly developing facial hair or voice changes deserves more urgent investigation than a small isolated abnormality without symptoms.

Similarly, persistently elevated prolactin should be assessed rather than managed solely through supplements, while low estradiol in a young woman with absent periods may require investigation of ovarian or hypothalamic function.

Where a hormonal disorder is identified, treatment can be individualised. Natural health measures may support the overall plan, but they should not delay necessary medical care.

22. The Benefits and Limitations of Hormone Testing

Hormone testing can be valuable, but its benefits depend on choosing the right investigation.

Benefits

• It can help identify or investigate specific endocrine disorders.

• It can provide evidence of androgen excess or reduced ovarian function.

• It may help clarify certain fertility and menstrual problems.

• It can help monitor selected treatments.

• It can identify results that require further investigation.

• It can provide a useful baseline when a test is clinically indicated.

Limitations

• Hormones fluctuate naturally throughout the day and menstrual cycle.

• Some symptoms are not specific to hormonal disorders.

• A result within the reference interval does not rule out every medical problem.

• An isolated abnormal result does not always establish a diagnosis.

• Extensive testing can generate confusing findings that do not change treatment.

• Testing can involve costs, inconvenience and anxiety.

• Some specialised tests have limited evidence supporting their use to guide treatment decisions.

The most useful test is not necessarily the most expensive or comprehensive one. It is the test that answers a meaningful clinical question and helps guide an appropriate decision.

23. When Should Women Seek Medical Advice?

Women should seek medical assessment for persistent or unexplained menstrual changes, significant fatigue, unexpected milk production, difficulty conceiving, new symptoms of androgen excess or symptoms that substantially affect quality of life.

Seek prompt assessment for rapidly developing facial or body hair, voice deepening or other signs of significant androgen excess.

Heavy bleeding, bleeding between periods and bleeding after menopause should not be assumed to be caused by a hormone imbalance without assessment.

Severe headaches accompanied by new visual changes also warrant urgent medical attention.

Women under 40 who experience absent periods or symptoms suggestive of early menopause should seek assessment because premature ovarian insufficiency has important implications for bone health, fertility and general health.

24. Frequently Asked Questions About Female Hormones

Can I have hormonal symptoms even if my blood tests are normal?

Yes. Hormone levels fluctuate, tests have limitations and some symptoms have causes unrelated to sex hormones. A normal result should be interpreted in context rather than dismissed or treated as proof that every possible condition has been excluded.

Which hormone test is best for women?

There is no single best test for every woman. Estradiol, progesterone, testosterone, SHBG, DHEA-S, prolactin, FSH and LH each answer different questions. Thyroid and metabolic investigations may also be important.

Does high testosterone always mean PCOS?

No. PCOS is a common cause, but other ovarian, adrenal and medical conditions can also cause elevated testosterone. Marked or rapidly developing androgen excess needs further investigation.

Can low testosterone explain low libido?

It may be one part of the picture, but no single testosterone level reliably explains sexual desire in every woman. Menopause symptoms, pain, medications, sleep, mood and relationship factors can also contribute.

Is estrogen always good for women?

Estrogen is essential for many aspects of health, including reproductive function and bone maintenance. However, the appropriate level and treatment depend on the woman's circumstances. Unnecessary hormone treatment can have risks.

Can natural medicine balance hormones?

Natural medicine may support nutrition, metabolic health, sleep and selected symptoms. Some supplements have evidence for particular uses, but many claims about correcting hormone imbalances are not well established. Treatment should be matched to the underlying problem.

Is the DUTCH test worth the money?

It may be useful for selected women who want additional information about urinary hormone metabolites and daily cortisol patterns. It is not necessary for everyone, and the additional information may not change the treatment plan. Discuss its likely value before purchasing it.

Should every woman have a complete hormone panel?

No. Routine testing of every hormone in an otherwise well woman is generally unnecessary. Testing is most useful when there is a specific clinical reason.

Conclusion: Understanding Your Hormones Is About Understanding Your Health

Female hormones influence many aspects of life, from menstruation and fertility to sleep, mood, bone strength and the transition through menopause.

DHEA, testosterone, free testosterone, SHBG, progesterone, prolactin and estradiol each play different roles. Their results need to be interpreted in the context of age, symptoms, reproductive stage, medications and the relationships between hormones.

Modern medicine provides established ways to investigate and treat many hormonal conditions. Natural medicine can also have a place in supporting general wellbeing through nutrition, lifestyle measures and appropriately selected herbal or nutritional products.

The DUTCH hormone test offers additional information about selected urinary hormone metabolites and daily cortisol patterns. It may be helpful in particular circumstances, but it should not be viewed as a replacement for standard blood testing or as a guarantee of a more accurate diagnosis.

For women interested in a natural and individualised approach, Benjamin McAvoy, The Alchemist, encourages a thoughtful understanding of the body and its interconnected systems. The aim should always be to understand the cause of symptoms, make informed choices and select appropriate support rather than simply chase numbers on a laboratory report.

Your hormones are an important part of your health, but they are only one part of the picture. The most effective approach combines sound medical investigation, individual circumstances, evidence-informed natural support and ongoing attention to how you feel and function.

Learn more about natural health consultations and products:

Benjamin McAvoy Naturopath Consultations Products

Medical disclaimer: This article is for educational purposes and is not a substitute for individual medical advice, diagnosis or treatment. The laboratory ranges are approximate examples and must not be used to diagnose or treat a condition without appropriate clinical assessment. Hormonal medicines and supplements can have significant side effects and interactions. Discuss abnormal results and treatment options with a qualified healthcare professional.

© 2004 - 2026. All rights reserved. Benjamin McAvoy Integrative Naturopath

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Integrative Naturopath, Iridologist and Medical Herbalist Chisholm, NSW. Serving clients in-clinic and via tele-health worldwide.

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