PITUITARY SUPPORT BLEND 30ML

PITUITARY SUPPORT BLEND 30ML

Apply a small amount to clean, intact skin.

Suitable areas include:

Back of neck

Upper chest

Shoulders

Wrists

Feet

A small amount may also be gently applied to the temples, provided it is kept well away from the eyes.

There is no physiological requirement to apply the product directly over the anatomical location of the pituitary gland.

The pituitary is located deep within the skull and cannot be reached by simply applying essential oils to the forehead.

PITUITARY SUPPORT BLEND 30ML

Avoid:

Eyes

Inside the nose

Mouth

Mucous membranes

Broken or irritated skin

Patch test before first use.

For external use only.

PITUITARY SUPPORT BLEND 30ML

Evening Primrose Oil • Black Seed Oil • Rosehip Oil • Rosemary • Pomegranate Oil • Frankincense • Holy Basil • Lavender • Clary Sage • Rose Geranium • Bergamot • Sandalwood • Neroli • Cedarwood • Grapeseed Oil

Supporting the Communication Centre of the Endocrine System

BLACK SEED / THYMOQUINONE

supports NF-κB, Nrf2, inflammatory and antioxidant pathways.

HOLY BASIL

supports stress adaptation and the wider HPA-axis environment.

CLARY SAGE

provides linalyl acetate and linalool with human neuroendocrine research involving cortisol and serotonin.

LAVENDER + BERGAMOT + NEROLI + SANDALWOOD

provide a concentrated central nervous-system and autonomic-support complex.

EVENING PRIMROSE

provides GLA and essential fatty acids supporting lipid-mediator physiology.

POMEGRANATE

provides punicic acid and lipid antioxidant support.

ROSEHIP + GRAPESEED

strengthen the essential-fatty-acid and tissue-support matrix.

ROSE GERANIUM

provides female reproductive and neuroendocrine-supporting phytochemistry.

ROSEMARY

provides 1,8-cineole-rich cognitive and neurological support.

FRANKINCENSE + CEDARWOOD

complete the neuroinflammatory, tissue and nervous-system support complex.

PITUITARY SUPPORT BLEND 30ML

Pituitary Support is a concentrated botanical formulation developed to support the neuroendocrine environment surrounding normal hypothalamic and pituitary function.

The formulation combines:

Evening Primrose Oil • Black Seed Oil • Rosehip Oil • Rosemary • Pomegranate Oil • Frankincense • Holy Basil • Lavender • Clary Sage • Rose Geranium • Bergamot • Sandalwood • Neroli • Cedarwood • Grapeseed Oil

The pituitary gland is sometimes called the “master gland,” but physiologically it does not operate independently.

It forms part of an interconnected system involving the:

Hypothalamus

Pituitary gland

Adrenal glands

Thyroid gland

Ovaries or testes

and numerous peripheral tissues.

The pituitary receives regulatory signals primarily from the hypothalamus and then releases hormones that communicate with endocrine organs throughout the body.

For this reason, Pituitary Support is designed around:

Neuroendocrine signalling

Stress-response physiology

Inflammatory regulation

Oxidative-stress protection

Essential fatty-acid support

Autonomic nervous-system regulation

rather than claiming to directly increase or decrease individual pituitary hormones.

THE PITUITARY GLAND

The pituitary is a small endocrine gland located at the base of the brain beneath the hypothalamus.

Despite its small size, it participates in the regulation of:

Reproduction

Thyroid function

Adrenal function

Growth

Lactation

Water balance

and several aspects of metabolism.

It consists principally of:

ANTERIOR PITUITARY

and

POSTERIOR PITUITARY

These regions have very different functions.

THE ANTERIOR PITUITARY

The anterior pituitary produces several important hormones.

ACTH

Adrenocorticotropic Hormone

ACTH stimulates the adrenal cortex and forms part of the body’s stress-response system.

TSH

Thyroid-Stimulating Hormone

TSH stimulates the thyroid gland to produce thyroid hormones.

LH

Luteinising Hormone

LH participates in ovulation and ovarian hormone production in women and testosterone production in men.

FSH

Follicle-Stimulating Hormone

FSH supports ovarian follicular development in women and spermatogenesis in men.

GH

Growth Hormone

Growth hormone participates in:

Growth
Body composition
Protein metabolism
Glucose metabolism
Tissue repair

Much of its growth-related activity occurs through:

IGF-1

Insulin-Like Growth Factor 1

PROLACTIN

Prolactin is particularly important in:

Breast development

and:

Milk production

but excessive prolactin outside its normal physiological context can interfere with reproductive function.

THE POSTERIOR PITUITARY

The posterior pituitary stores and releases hormones produced within the hypothalamus.

These include:

OXYTOCIN

involved in:

Uterine contractions

Milk ejection

and other neuroendocrine functions.

VASOPRESSIN / ADH

involved in:

Water balance

Kidney function

Blood osmolality

and aspects of blood-pressure regulation.

This demonstrates why the pituitary influences numerous systems throughout the body.

THE PITUITARY DOES NOT WORK ALONE

Pituitary function is controlled through multiple feedback systems.

Three are particularly important.

THE HPA AXIS

Stress & Adrenal Regulation

HYPOTHALAMUS

releases:

CRH

↓

PITUITARY

releases:

ACTH

↓

ADRENAL CORTEX

produces:

CORTISOL

Cortisol then participates in negative feedback to the hypothalamus and pituitary.

This is the:

HYPOTHALAMIC-PITUITARY-ADRENAL AXIS

or:

HPA AXIS

It regulates important aspects of:

Stress adaptation

Energy mobilisation

Inflammatory physiology

Blood-pressure regulation

Glucose metabolism

Sleep-wake physiology

Pituitary Support contains a substantial botanical complex directed toward the stress and neuroendocrine environment surrounding this axis.

THE HPT AXIS

Pituitary-Thyroid Communication

HYPOTHALAMUS

releases:

TRH

↓

PITUITARY

releases:

TSH

↓

THYROID

produces:

T4 + T3

↓

which feed back to the hypothalamus and pituitary.

This system regulates:

Metabolic rate

Energy

Thermogenesis

Cardiovascular function

Neurological function

and numerous aspects of cellular metabolism.

Pituitary Support is not a thyroid-hormone replacement and should not be represented as correcting abnormal TSH.

Its role is broader neuroendocrine wellness support.

THE HPO AXIS

Female Reproductive Function

In women:

HYPOTHALAMUS

releases:

GnRH

↓

PITUITARY

releases:

FSH + LH

↓

OVARIES

produce:

Estradiol + Progesterone

and support:

Follicular development and ovulation

This creates the:

HYPOTHALAMIC-PITUITARY-OVARIAN AXIS

Several ingredients in Pituitary Support have particular relevance to female neuroendocrine, cyclical and stress physiology, including:

Evening Primrose

Clary Sage

Rose Geranium

Lavender

Neroli

Bergamot

BLACK SEED OIL

Thymoquinone — Neuroinflammatory & Antioxidant Support

Black Seed — Nigella sativa — provides:

THYMOQUINONE

Thymoquinone is extensively investigated for activity involving:

NF-κB

an important transcription factor regulating inflammatory gene expression.

and:

Nrf2

a major regulator of cellular antioxidant defence.

Experimental research has demonstrated effects involving:

TNF-α

IL-1β

IL-6

Reactive oxygen species

Cellular antioxidant enzymes

This gives Black Seed an important role within Pituitary Support because endocrine tissues, like other tissues, depend upon an appropriately regulated inflammatory and oxidative environment.

PRINCIPAL ACTIVE COMPONENT

Thymoquinone

PRIMARY PHARMACOLOGICAL RELEVANCE

Antioxidant defence • NF-κB-associated inflammatory regulation • Nrf2 signalling • Neuroinflammatory support • Cellular protection

Black Seed should not, however, be described as directly “stimulating the pituitary.”

HOLY BASIL

Neuroendocrine Stress & HPA-Axis Support

Holy Basil — Ocimum tenuiflorum — is particularly relevant to the stress component of pituitary physiology.

Holy Basil essential oil can contain:

Eugenol

Linalool

β-Caryophyllene

and other chemotype-dependent volatile constituents.

Holy Basil preparations have been investigated clinically in relation to:

Psychological stress

Sleep

Fatigue

Cortisol-associated physiology

Human studies using standardised oral Holy Basil extracts have demonstrated measurable effects on stress responses, including cortisol-related outcomes.

This evidence provides strong botanical rationale for Holy Basil within a neuroendocrine formulation, while the pharmacology of the essential oil should be distinguished from that of concentrated oral extracts.

PRINCIPAL ESSENTIAL-OIL COMPONENTS

Eugenol • Linalool • β-Caryophyllene — chemotype dependent

PRIMARY PHARMACOLOGICAL RELEVANCE

Stress adaptation • HPA-axis support • Neuroendocrine wellness • Inflammatory and antioxidant support

CLARY SAGE

Linalyl Acetate, Linalool & Neuroendocrine Regulation

Clary Sage — Salvia sclarea — commonly contains:

LINALYL ACETATE

and:

LINALOOL

Human research in women has demonstrated measurable changes in neuroendocrine markers following Clary Sage exposure, including reductions in plasma cortisol and increases in serotonin in one study.

This makes Clary Sage particularly relevant to:

HYPOTHALAMIC-PITUITARY-STRESS COMMUNICATION

and female neuroendocrine wellbeing.

Its strongest evidence is therefore not that it “balances estrogen,” but that its volatile chemistry can influence stress-associated neuroendocrine physiology.

PRINCIPAL ACTIVE COMPONENTS

Linalyl Acetate • Linalool

PRIMARY PHARMACOLOGICAL RELEVANCE

Neuroendocrine support • Cortisol-response support • Serotonergic physiology • Autonomic regulation

LAVENDER

Linalool & Linalyl Acetate — Central Nervous-System Regulation

Lavender contributes:

LINALOOL

LINALYL ACETATE

These compounds demonstrate neuropharmacological activity involving:

Glutamatergic signalling

Neuronal excitability

Voltage-dependent ion channels

Serotonergic pathways

Lavender has also been studied extensively in relation to:

Stress

Anxiety

Sleep

Autonomic function

These effects are particularly relevant because hypothalamic and pituitary endocrine systems are tightly integrated with the central nervous system.

PRIMARY PHARMACOLOGICAL RELEVANCE

Central neuronal regulation • Stress support • Autonomic recovery • Sleep-supporting physiology

BERGAMOT

Autonomic & Cortisol-Response Support

Bergamot commonly contains:

LIMONENE

LINALYL ACETATE

LINALOOL

Human studies have investigated Bergamot in relation to:

Salivary cortisol

Heart-rate variability

Parasympathetic activity

Stress

Anxiety

This gives Bergamot a particularly useful role in supporting:

AUTONOMIC RECOVERY

and the broader HPA-axis environment.

PRIMARY PHARMACOLOGICAL RELEVANCE

Autonomic regulation • Parasympathetic recovery • Stress-response support • Cortisol-associated physiology

NEROLI

Female Neuroendocrine & Autonomic Support

Neroli — Citrus aurantium var. amara flower oil — commonly contains:

Linalool

Limonene

Linalyl Acetate

α-Terpineol

Human research in women has investigated Neroli in relation to:

Autonomic function

Stress

Blood pressure

Endocrine-associated symptoms

Sexual wellbeing

This makes Neroli especially relevant to the intersection between:

Female endocrine health

and:

Neuroendocrine stress physiology

PRIMARY PHARMACOLOGICAL RELEVANCE

Female neuroendocrine support • Autonomic regulation • Stress recovery

EVENING PRIMROSE OIL

GLA & Lipid-Mediator Support

Evening Primrose Oil contains:

LINOLEIC ACID

and:

γ-LINOLENIC ACID — GLA

GLA can be metabolised into:

DGLA

which participates in eicosanoid and other lipid-mediator pathways.

These pathways contribute to:

Inflammatory regulation

Cell-membrane physiology

Female cyclical wellbeing

Evening Primrose therefore supports the wider endocrine environment through:

ESSENTIAL FATTY-ACID PHYSIOLOGY

rather than through direct pituitary stimulation.

PRINCIPAL ACTIVE FRACTION

Linoleic Acid • γ-Linolenic Acid

POMEGRANATE OIL

Punicic Acid & Cellular Antioxidant Support

Pomegranate seed oil — Punica granatum — is particularly rich in:

PUNICIC ACID

a conjugated linolenic acid.

Pomegranate preparations have attracted considerable research interest in:

Oxidative stress

Inflammation

Metabolic health

Cellular signalling

Pomegranate seed oil is chemically different from Pomegranate juice or polyphenol-rich peel extracts.

Within Pituitary Support its principal role is:

Lipid antioxidant support

Cellular membrane support

Inflammatory-balance support

PRINCIPAL ACTIVE COMPONENT

Punicic Acid

ROSEHIP OIL

Essential Fatty Acids & Tissue Support

Rosehip Oil contains substantial:

LINOLEIC ACID

α-LINOLENIC ACID

and:

OLEIC ACID

depending upon source.

These fatty acids contribute to:

Cell-membrane structure

Skin-barrier function

Lipid signalling

Tissue health

Rosehip primarily provides the formula with a high-quality lipid-support matrix rather than functioning as a direct pituitary hormone regulator.

ROSE GERANIUM

Citronellol, Geraniol & Female Endocrine-Wellness Support

Rose Geranium commonly provides:

CITRONELLOL

GERANIOL

LINALOOL

These constituents demonstrate experimental:

Anti-inflammatory

Antioxidant

Neuroactive

properties.

Certain Pelargonium graveolens essential-oil preparations have also demonstrated estrogen-receptor activity in laboratory models.

This does not establish that topical Geranium increases estrogen in humans.

Its appropriate role within Pituitary Support is:

Female reproductive-wellness support

Neuroendocrine support

Inflammatory regulation

ROSEMARY

1,8-Cineole & Cognitive-Neurological Support

Rosemary essential oil can contain:

1,8-CINEOLE

α-PINENE

CAMPHOR

BORNEOL

depending upon chemotype.

Human aroma research has linked absorbed 1,8-cineole with aspects of cognitive performance.

Rosemary therefore contributes to:

Mental alertness

Cognitive performance

Neurological vitality

This is useful in a neuroendocrine formula because fatigue, poor concentration and stress frequently occur alongside endocrine complaints, although these symptoms are not specific to pituitary disease.

PRIMARY PHARMACOLOGICAL RELEVANCE

Cognitive support • Neurological vitality • Antioxidant and inflammatory support

FRANKINCENSE

Terpene-Mediated Neuroinflammatory Support

Frankincense essential oil contains species-dependent volatile terpenes including:

α-Pinene

α-Thujene

Limonene

Sabinene

These compounds demonstrate experimental:

Inflammatory

Antioxidant

Neuroactive

properties.

Within Pituitary Support, Frankincense contributes to:

Neuroinflammatory regulation

Cellular protection

Tissue support

Frankincense essential oil should not be confused with boswellic-acid-rich oral Boswellia extracts.

SANDALWOOD

α-Santalol & β-Santalol

Sandalwood — Santalum album — contains:

α-SANTALOL

β-SANTALOL

These sesquiterpene alcohols demonstrate experimental:

Neuroactive

Inflammatory-regulatory

Cellular

activity.

Human psychophysiological research has also demonstrated measurable changes in central and autonomic arousal following exposure to Sandalwood constituents.

Within Pituitary Support, Sandalwood contributes to:

Central nervous-system regulation

Stress recovery

Autonomic balance

CEDARWOOD

Sesquiterpene-Rich Neurological Support

If the Cedarwood used is Cedrus atlantica, its chemistry commonly includes:

β-HIMACHALENE

α-HIMACHALENE

γ-HIMACHALENE

and:

ATLANTONES

These sesquiterpene-rich fractions have experimental inflammatory and neurological relevance.

Cedarwood’s principal role within the formula is:

Nervous-system support

Inflammatory regulation

Stress-associated sensory support

The exact Cedarwood species should be specified on the raw-material documentation because Cedarwood oils from different botanical species have substantially different chemistry.

GRAPESEED OIL

Linoleic-Acid-Rich Carrier System

Grapeseed Oil provides a light lipid matrix rich in:

LINOLEIC ACID

with variable quantities of:

Oleic Acid

and:

Vitamin E-related compounds

depending upon processing.

It provides:

Carrier function

Lipid support

Skin conditioning

Distribution of lipophilic botanical compounds

PITUITARY SUPPORT & STRESS PHYSIOLOGY

One of the strongest scientific foundations for this formulation is the relationship between the pituitary gland and stress.

PSYCHOLOGICAL / PHYSIOLOGICAL STRESS

↓

HYPOTHALAMUS

CRH
↓

PITUITARY

ACTH
↓

ADRENAL CORTEX

CORTISOL

Fruitfull ingredients such as—

Holy Basil

Clary Sage

Lavender

Bergamot

Neroli

Sandalwood

—provide complementary support for this neuroendocrine and autonomic environment.

The objective is not to suppress normal cortisol production.

Cortisol is essential.

The objective is to support:

HEALTHY STRESS-RESPONSE REGULATION

PITUITARY SUPPORT & REPRODUCTIVE HEALTH

The pituitary directly controls two of the most important reproductive hormones:

FSH

and:

LH

In women these hormones participate in:

Follicular development

Ovulation

Ovarian hormone production

In men they participate in:

Testosterone production

and:

Spermatogenesis

Pituitary Support contains:

Evening Primrose

Clary Sage

Rose Geranium

Neroli

and several neuroendocrine-supporting botanicals.

These support the wider reproductive environment but should not be interpreted as directly increasing FSH or LH.

PITUITARY SUPPORT & THYROID HEALTH

The pituitary produces:

TSH

which regulates thyroid hormone production.

Thyroid hormones then provide feedback to both the hypothalamus and pituitary.

This is why abnormal TSH can indicate problems at different levels of the endocrine system.

Pituitary Support does not replace:

Levothyroxine

Antithyroid medication

or medical investigation of abnormal thyroid function.

Its role is complementary neuroendocrine support.

PITUITARY SUPPORT & PROLACTIN

The pituitary also produces:

PROLACTIN

Prolactin is physiologically essential during breastfeeding.

Outside pregnancy and breastfeeding, abnormally elevated prolactin can contribute to:

Irregular or absent menstruation

Infertility

Reduced libido

Galactorrhoea

and, in men:

Reduced testosterone

Sexual dysfunction

A botanical product should not be used to mask these symptoms.

Persistent symptoms require appropriate investigation because elevated prolactin can arise from medications, endocrine disorders and pituitary abnormalities.

THE MULTI-TARGET PITUITARY SUPPORT SYSTEM

1. HPA-AXIS & STRESS SUPPORT

Holy Basil • Clary Sage • Lavender • Bergamot • Neroli • Sandalwood

↓

NEUROENDOCRINE + AUTONOMIC REGULATION

↓

STRESS-RESPONSE SUPPORT

2. NEUROINFLAMMATORY SUPPORT

Black Seed • Frankincense • Holy Basil • Sandalwood

↓

NF-κB / Nrf2 / CYTOKINE & OXIDATIVE PATHWAYS

↓

CELLULAR & NEUROLOGICAL SUPPORT

3. FEMALE REPRODUCTIVE-AXIS SUPPORT

Evening Primrose • Clary Sage • Rose Geranium • Neroli

↓

FEMALE CYCLE + NEUROENDOCRINE WELLNESS

↓

HPO-AXIS ENVIRONMENT SUPPORT

4. ESSENTIAL FATTY-ACID & CELLULAR SUPPORT

Evening Primrose • Pomegranate • Rosehip • Grapeseed

↓

GLA • PUNICIC ACID • LINOLEIC ACID • α-LINOLENIC ACID

↓

CELL-MEMBRANE + LIPID-MEDIATOR SUPPORT

5. COGNITIVE & NEUROLOGICAL SUPPORT

Rosemary • Frankincense • Cedarwood

↓

COGNITIVE + NEUROLOGICAL WELLBEING

WHAT PITUITARY SUPPORT MAY SUPPORT

Neuroendocrine wellness

Healthy stress-response physiology

HPA-axis wellbeing

Female reproductive-axis wellbeing

Menstrual-cycle wellbeing

Mental and cognitive vitality

Healthy inflammatory regulation

Cellular antioxidant defence

Essential fatty-acid status of the topical lipid environment

Autonomic nervous-system recovery

General endocrine wellness

Stress-associated fatigue and reduced resilience

It is designed as a supportive botanical formulation, not as treatment for pituitary disease.

WHAT PITUITARY SUPPORT DOES NOT CLAIM TO DO

Pituitary Support should not be described as directly:

Increasing growth hormone

Increasing FSH

Increasing LH

Increasing oxytocin

Increasing or decreasing prolactin

Increasing TSH

Correcting low cortisol

Suppressing high cortisol

Treating pituitary adenomas

Shrinking pituitary tumours

Treating Cushing disease

Treating acromegaly

Treating hypopituitarism

Treating diabetes insipidus

or replacing prescribed pituitary, thyroid, adrenal or reproductive hormones.

The formulation supports the neuroendocrine environment rather than pharmacologically replacing pituitary hormones.

DIRECTIONS FOR USE

Apply a small amount to clean, intact skin.

Suitable areas include:

Back of neck

Upper chest

Shoulders

Wrists

Feet

A small amount may also be gently applied to the temples, provided it is kept well away from the eyes.

There is no physiological requirement to apply the product directly over the anatomical location of the pituitary gland.

The pituitary is located deep within the skull and cannot be reached by simply applying essential oils to the forehead.

Avoid:

Eyes

Inside the nose

Mouth

Mucous membranes

Broken or irritated skin

Patch test before first use.

For external use only.

IMPORTANT MEDICAL INFORMATION

Symptoms attributed to “pituitary imbalance” should not be diagnosed from symptoms alone.

Pituitary disorders can alter several hormonal systems simultaneously.

Medical evaluation is particularly important for:

Persistent unexplained headaches

New visual-field changes

Loss of peripheral vision

Double vision

Unexplained milk production when not breastfeeding

Absent or markedly irregular periods

Persistent infertility

Marked loss of libido

Unexplained erectile dysfunction

Major unexplained weight changes

Excessive thirst and urination

Unexplained growth of hands, feet or facial features

Severe unexplained weakness

Repeated abnormal cortisol, thyroid, prolactin, FSH, LH or growth-hormone results

A sudden severe headache accompanied by visual changes, vomiting, altered consciousness or neurological deterioration requires urgent medical assessment.

INGREDIENTS

Evening Primrose Oil, Black Seed Oil, Rosehip Oil, Rosemary, Pomegranate Oil, Frankincense, Holy Basil, Lavender, Clary Sage, Rose Geranium, Bergamot, Sandalwood, Neroli, Cedarwood and Grapeseed Oil.

PITUITARY SUPPORT

Supporting the Communication Centre of the Endocrine System

BLACK SEED / THYMOQUINONE

supports NF-κB, Nrf2, inflammatory and antioxidant pathways.

HOLY BASIL

supports stress adaptation and the wider HPA-axis environment.

CLARY SAGE

provides linalyl acetate and linalool with human neuroendocrine research involving cortisol and serotonin.

LAVENDER + BERGAMOT + NEROLI + SANDALWOOD

provide a concentrated central nervous-system and autonomic-support complex.

EVENING PRIMROSE

provides GLA and essential fatty acids supporting lipid-mediator physiology.

POMEGRANATE

provides punicic acid and lipid antioxidant support.

ROSEHIP + GRAPESEED

strengthen the essential-fatty-acid and tissue-support matrix.

ROSE GERANIUM

provides female reproductive and neuroendocrine-supporting phytochemistry.

ROSEMARY

provides 1,8-cineole-rich cognitive and neurological support.

FRANKINCENSE + CEDARWOOD

complete the neuroinflammatory, tissue and nervous-system support complex.

The complete strategy is:

STRESS / NEUROENDOCRINE LOAD

↓
Holy Basil • Clary Sage • Lavender • Bergamot • Neroli • Sandalwood
↓

HPA & AUTONOMIC SUPPORT

INFLAMMATORY / OXIDATIVE LOAD

↓
Black Seed • Frankincense • Holy Basil
↓

NF-κB + Nrf2 + CELLULAR SUPPORT

REPRODUCTIVE / FEMALE ENDOCRINE ENVIRONMENT

↓
Evening Primrose • Clary Sage • Geranium • Neroli
↓

HPO-AXIS WELLNESS SUPPORT

CELL-MEMBRANE / LIPID PHYSIOLOGY

↓
Evening Primrose • Pomegranate • Rosehip • Grapeseed
↓

ESSENTIAL FATTY-ACID & TISSUE SUPPORT

COGNITIVE / NEUROLOGICAL FUNCTION

↓
Rosemary • Frankincense • Cedarwood
↓

MENTAL & NEUROLOGICAL VITALITY

PITUITARY SUPPORT

Support healthy neuroendocrine communication.

Support the physiological environment surrounding hypothalamic-pituitary function.

Support HPA-axis and stress-response regulation.

Support female reproductive-axis wellbeing.

Support healthy inflammatory and antioxidant pathways.

Support essential fatty-acid and cellular physiology.

Support autonomic, cognitive and neurological wellbeing.

Advanced botanical support for neuroendocrine wellness and the interconnected pituitary, stress and reproductive systems.