LYMES SUPPORT BLEND 30ML

TOPICAL DIRECTIONS

Apply a small amount to intact skin and massage gently into areas requiring support.

Suitable areas may include:

Back • Shoulders • Arms • Legs • Feet • Muscles • Intact skin surrounding uncomfortable joints

Patch test before broader use.

This is a potent formulation containing substantial amounts of Oregano, Thyme, Clove and Cinnamon.

Avoid the face, eyes, mucous membranes, genital areas, broken skin and severely inflamed skin.

Wash hands after application.

Discontinue use if significant burning, redness or irritation occurs.

Internal use:

Drink one capsule full daily as needed.

We do suggest using this blend with our Lymes Support Protocol treatment and a full Parasite Cleanse Protocol 

LYMES SUPPORT BLEND 30ML

Patch test before broader use.

Avoid the face, eyes, mucous membranes, genital areas, broken skin and severely inflamed skin.

Wash hands after application.

Discontinue use if significant burning, redness or irritation occurs.

Lyme disease is a bacterial infection requiring appropriate diagnosis and treatment.

Lyme Support is intended as complementary botanical support and should not replace prescribed antibiotic treatment.

Untreated Lyme disease can progress to neurological, cardiac, arthritic and other manifestations.

Seek medical evaluation after a suspected tick exposure if symptoms such as an expanding rash, fever, neurological symptoms, facial weakness, severe headache, palpitations, fainting or new joint swelling occur.

Do not discontinue prescribed antibiotics or other medication because symptoms improve while using complementary products.

LYMES SUPPORT BLEND 30ML

Frankincense

Myrrh

Lavender

Oregano

Thyme

Black Seed Oil

Copaiba

Ginger

Rosemary

Lemon

Turmeric

Clove

Cinnamon

Olive Oil

LYMES SUPPORT BLEND 30ML

Lyme Support is a concentrated multi-component medicinal botanical formulation developed around the biological challenges associated with Lyme disease and recovery.

Lyme disease is caused by bacteria belonging to the Borrelia burgdorferi sensu lato complex and is transmitted through infected ticks.

The formulation combines:

Frankincense • Myrrh • Lavender • Oregano • Thyme • Black Seed Oil • Copaiba • Ginger • Rosemary • Lemon • Turmeric • Clove • Cinnamon • Olive Oil

The formulation has been constructed around several complementary pharmacological targets:

Direct experimental anti-Borrelia activity

Broad-spectrum antimicrobial phytochemistry

Inflammatory signalling regulation

NF-κB and cytokine modulation

Oxidative-stress protection

Neuromuscular and physical-comfort support

Cellular and tissue recovery

Particularly significant is the combination of Oregano, Cinnamon and Clove, because these oils have been directly investigated against Borrelia burgdorferi in laboratory studies.

Myrrh and Thyme have also been included in published screens examining stationary-phase B. burgdorferi.

The result is a formulation containing multiple active phytochemicals acting through different biochemical mechanisms rather than relying upon a single botanical constituent.

UNDERSTANDING LYME DISEASE

Lyme disease is a bacterial infection, not simply an inflammatory disorder.

Following transmission from an infected tick, Borrelia organisms can disseminate through the body and may affect several systems.

Depending upon the stage and presentation, Lyme disease can involve:

Skin
Joints
Nervous system
Heart
Musculoskeletal tissues

The body’s immune response to infection can generate substantial inflammatory signalling.

This means there are two very different biological issues to consider:

THE ORGANISM

Borrelia burgdorferi and related pathogenic Borrelia species.

THE HOST RESPONSE

The inflammatory, oxidative, immune and tissue responses generated during infection and recovery.

Lyme Support has been formulated around both sides of this biological equation.

THE BORRELIA RESEARCH BEHIND THE FORMULA

Laboratory researchers have specifically screened essential oils against Borrelia burgdorferi.

One important study investigated 34 essential oils against stationary-phase B. burgdorferi.

Among the strongest oils identified were:

OREGANO

CINNAMON BARK

CLOVE BUD

These demonstrated substantial activity against stationary-phase organisms at low experimental concentrations.

Importantly, the researchers went beyond an initial viability screen.

They performed subculture experiments to determine whether organisms could regrow after exposure.

Oregano and Cinnamon Bark were particularly active in these laboratory experiments.

The study also identified:

CARVACROL

as the most active tested constituent of Oregano oil against stationary-phase B. burgdorferi. (PubMed Central (PMC))

A subsequent laboratory screening study investigated another group of essential oils.

That research identified Myrrh and Thyme, among other oils, as having activity against stationary-phase B. burgdorferi under the experimental conditions.

Myrrh demonstrated particularly interesting activity at 0.1% in the study’s subculture experiments. (PubMed Central (PMC))

These studies provide an important mechanistic foundation for the antimicrobial architecture of Lyme Support.

OREGANO

Carvacrol — Major Anti-Borrelia Component

Oregano is one of the central medicinal oils in Lyme Support.

High-quality Origanum vulgare essential oil can contain substantial concentrations of:

CARVACROL

together with varying concentrations of:

Thymol
p-Cymene
γ-Terpinene

depending upon chemotype and source.

Carvacrol is a phenolic monoterpenoid with substantial antimicrobial activity.

Its antimicrobial mechanisms include effects on bacterial:

Cell-membrane integrity
Membrane permeability
Ion gradients
ATP homeostasis
Cellular metabolism

By disturbing microbial membrane structure, carvacrol can increase permeability and interfere with the electrochemical processes required for bacterial survival.

This is especially important to this formulation because researchers directly compared Oregano constituents against stationary-phase B. burgdorferi.

Carvacrol was considerably more active than p-cymene and α-terpinene in those experiments.

Oregano oil showed activity against stationary-phase Borrelia cultures even at very low experimental concentrations, and no regrowth was observed after treatment at particular concentrations in the study’s subculture system. (PubMed Central (PMC))

PRINCIPAL ACTIVE COMPONENT

Carvacrol

SECONDARY COMPONENTS

Thymol • p-Cymene • γ-Terpinene

PRIMARY PHARMACOLOGICAL RELEVANCE

Experimental anti-Borrelia activity • Bacterial membrane disruption • Antimicrobial activity • Inflammatory modulation

CINNAMON

Cinnamaldehyde — Potent Antimicrobial Phytochemistry

Cinnamon provides another major antimicrobial component.

Where the material used is Cinnamon Bark essential oil, its principal active constituent is generally:

CINNAMALDEHYDE

Cinnamaldehyde is a highly reactive aromatic aldehyde with significant antimicrobial activity.

Its reported antibacterial mechanisms include:

Disruption of microbial membranes

Alteration of membrane permeability

Interference with cellular enzymes

Disruption of energy metabolism

Effects on microbial proteins and cellular homeostasis

Cinnamon Bark essential oil was one of the strongest oils identified in the published B. burgdorferi stationary-phase screen.

The researchers subsequently investigated cinnamaldehyde itself.

Cinnamaldehyde demonstrated strong activity against both stationary-phase and replicating B. burgdorferi in laboratory experiments. (PubMed Central (PMC))

PRINCIPAL ACTIVE COMPONENT

Cinnamaldehyde — when Cinnamon Bark oil is used

PRIMARY PHARMACOLOGICAL RELEVANCE

Experimental anti-Borrelia activity • Antimicrobial membrane disruption • Metabolic interference • Broad antibacterial activity

CLOVE

Eugenol — Phenolic Antimicrobial & Inflammatory Modulator

Clove oil is characteristically rich in:

EUGENOL

Eugenol is a phenolic compound with significant pharmacological activity.

Its experimentally demonstrated actions include:

Antibacterial activity
Membrane disruption
Antioxidant activity
Inflammatory modulation
Analgesic activity

Clove Bud oil was among the strongest oils in the published stationary-phase B. burgdorferi screen.

At particular experimental concentrations, Clove produced substantial reductions in Borrelia viability. (PubMed Central (PMC))

Eugenol additionally affects inflammatory pathways including NF-κB-related signalling and inflammatory mediator production in experimental systems.

This gives Clove a dual role within Lyme Support:

DIRECT MICROBIAL PRESSURE + INFLAMMATORY REGULATION

PRINCIPAL ACTIVE COMPONENT

Eugenol

PRIMARY PHARMACOLOGICAL RELEVANCE

Experimental anti-Borrelia activity • Broad antimicrobial action • Antioxidant activity • Inflammatory modulation • Analgesic activity

THYME

Thymol & Carvacrol

Thyme provides another phenolic antimicrobial fraction.

Depending upon the chemotype, Thymus vulgaris essential oil may be rich in:

Thymol
Carvacrol
Linalool
Geraniol

A thymol-rich medicinal oil has a substantially different chemical profile from a linalool-rich thyme chemotype.

Thymol and carvacrol are potent phenolic monoterpenes.

Their antimicrobial mechanisms include:

Bacterial membrane destabilisation
Increased membrane permeability
Ion leakage
Disturbance of proton gradients
Interference with cellular energy metabolism

White Thyme essential oil was among the oils demonstrating activity against stationary-phase B. burgdorferi in laboratory screening, although it did not sterilise the culture at the lower tested concentrations in the same way as the strongest hits. (PubMed Central (PMC))

PRINCIPAL ACTIVE COMPONENTS

Thymol • Carvacrol — chemotype dependent

PRIMARY PHARMACOLOGICAL RELEVANCE

Antimicrobial activity • Experimental anti-Borrelia activity • Membrane disruption • Inflammatory modulation

MYRRH

Furano-Sesquiterpenes & Direct Experimental Borrelia Activity

Myrrh is particularly interesting because it is not present in this formulation merely as a traditional resin.

Commiphora myrrha essential oil was directly investigated against stationary-phase B. burgdorferi.

In laboratory screening, Myrrh demonstrated significant activity at low experimental concentrations.

In the 0.1% treatment/subculture experiment, researchers reported no Borrelia regrowth following Myrrh treatment, although regrowth occurred at the lower 0.05% concentration. (PubMed Central (PMC))

Myrrh contains a chemically complex fraction rich in sesquiterpenes and furano-sesquiterpenoids.

These compounds have also attracted research for:

Antimicrobial activity
Inflammatory modulation
Antioxidant effects
Analgesic mechanisms

PRINCIPAL ACTIVE FRACTION

Furano-sesquiterpenes and related sesquiterpenoids

PRIMARY PHARMACOLOGICAL RELEVANCE

Experimental anti-Borrelia activity • Antimicrobial support • Inflammatory regulation • Antioxidant activity

BLACK SEED OIL

Thymoquinone — Immune, Oxidative & Inflammatory Regulation

Black Seed Oil provides:

THYMOQUINONE

Thymoquinone is one of the most extensively researched constituents of Nigella sativa.

Its importance in Lyme Support lies predominantly in the host-response side of the formulation.

Thymoquinone has demonstrated effects involving:

NF-κB signalling
Nrf2 antioxidant pathways
TNF-α
IL-1β
IL-6
Reactive oxygen species
Cellular antioxidant defence

These mechanisms are relevant to inflammatory and oxidative stress.

Thymoquinone has also demonstrated broad antimicrobial activity in experimental research.

PRINCIPAL ACTIVE COMPONENT

Thymoquinone

PRIMARY PHARMACOLOGICAL RELEVANCE

Inflammatory regulation • Antioxidant defence • Immunomodulation • Cellular protection • Antimicrobial support

Black Seed therefore complements the direct anti-Borrelia oils by supporting regulation of the biological environment surrounding infection and recovery.

COPAIBA

β-Caryophyllene — CB2-Mediated Inflammatory Regulation

Copaiba oil is frequently rich in:

β-CARYOPHYLLENE

β-Caryophyllene is a selective agonist of the CB2 cannabinoid receptor.

CB2 receptors are strongly associated with immune and inflammatory regulation.

Activation of CB2 has been investigated for downstream effects involving:

NF-κB
TNF-α
IL-1β
IL-6
Oxidative signalling
Immune-cell activation

β-Caryophyllene also has significant experimental analgesic and anti-inflammatory activity.

This makes Copaiba particularly relevant where infection and recovery are accompanied by musculoskeletal discomfort and inflammatory burden.

PRINCIPAL ACTIVE COMPONENT

β-Caryophyllene

PRIMARY PHARMACOLOGICAL RELEVANCE

CB2 receptor activation • Cytokine modulation • NF-κB regulation • Analgesic support • Inflammatory control

TURMERIC

Turmerones — Volatile Anti-Inflammatory Chemistry

Turmeric essential oil must be distinguished pharmacologically from curcumin.

Curcumin is largely a non-volatile polyphenol and is not the principal active component of distilled Turmeric essential oil.

Turmeric essential oil instead contains compounds including:

ar-Turmerone
α-Turmerone
β-Turmerone

depending upon source and extraction.

Turmerones have been investigated for:

Inflammatory signalling
Oxidative stress
Neurological inflammatory mechanisms
Cellular protection

PRINCIPAL ACTIVE COMPONENTS

ar-Turmerone • α-Turmerone • β-Turmerone

PRIMARY PHARMACOLOGICAL RELEVANCE

Inflammatory modulation • Antioxidant support • Neuroinflammatory support • Cellular protection

Turmeric therefore strengthens the host-recovery side of Lyme Support.

GINGER

Zingiberene-Rich Volatile Fraction

Ginger essential oil differs chemically from ginger extracts rich in gingerols.

Its volatile fraction commonly contains:

α-Zingiberene
β-Sesquiphellandrene
β-Bisabolene
Camphene and other terpenes

depending upon source.

These volatile compounds contribute antioxidant and inflammatory-modulating activity.

Ginger also provides a warming circulatory and neuromuscular component to the formula.

PRINCIPAL ACTIVE COMPONENTS

α-Zingiberene • β-Sesquiphellandrene • β-Bisabolene

PRIMARY PHARMACOLOGICAL RELEVANCE

Inflammatory modulation • Antioxidant activity • Musculoskeletal support

ROSEMARY

1,8-Cineole, α-Pinene & Camphor

Rosemary essential oil commonly contains varying proportions of:

1,8-CINEOLE

α-PINENE

CAMPHOR

depending upon chemotype.

These monoterpenes have demonstrated pharmacological effects involving:

Inflammatory signalling
Antioxidant mechanisms
Microbial activity
Neuromuscular physiology

1,8-Cineole in particular has significant research surrounding inflammatory mediator regulation.

Rosemary therefore contributes to both the antimicrobial and physical-recovery components of the formula.

PRINCIPAL ACTIVE COMPONENTS

1,8-Cineole • α-Pinene • Camphor

PRIMARY PHARMACOLOGICAL RELEVANCE

Inflammatory regulation • Antioxidant activity • Antimicrobial support • Neuromuscular support

FRANKINCENSE

Terpene-Mediated Inflammatory Support

Frankincense essential oil contains a species-dependent mixture of compounds including:

α-Pinene
α-Thujene
Limonene
Sabinene
Other monoterpenes and sesquiterpenes

Experimental research on frankincense volatile fractions has demonstrated anti-inflammatory activity involving pathways such as COX-2 and inflammatory mediator production.

Frankincense therefore belongs predominantly to the host inflammatory-response component of Lyme Support.

PRINCIPAL ACTIVE FRACTION

α-Pinene and other Boswellia volatile terpenes

PRIMARY PHARMACOLOGICAL RELEVANCE

Inflammatory mediator regulation • Tissue-comfort support • Cellular recovery

LAVENDER

Linalool & Linalyl Acetate

Lavender contributes:

LINALOOL

LINALYL ACETATE

These compounds have been extensively investigated for neurological and inflammatory effects.

Linalool can influence neuronal excitability and neurotransmitter systems, while Lavender preparations have human research supporting effects on anxiety and nervous-system symptoms.

This is relevant because Lyme disease can be physically and neurologically exhausting.

Lavender provides a neurophysiological and recovery component rather than being included simply for fragrance.

PRINCIPAL ACTIVE COMPONENTS

Linalool • Linalyl acetate

PRIMARY PHARMACOLOGICAL RELEVANCE

Neuronal modulation • Inflammatory support • Sleep/stress physiology • Physical recovery

LEMON

D-Limonene

Lemon essential oil is typically dominated by:

D-LIMONENE

with smaller quantities of:

β-Pinene
γ-Terpinene
Other monoterpenes

Limonene has been investigated experimentally for antioxidant, inflammatory and immunomodulatory activity.

Its role within Lyme Support is primarily supportive rather than one of the formula’s principal direct anti-Borrelia components.

PRINCIPAL ACTIVE COMPONENT

D-Limonene

PRIMARY PHARMACOLOGICAL RELEVANCE

Antioxidant • Anti-inflammatory • Immunomodulatory support

THE MULTI-TARGET MECHANISM OF LYME SUPPORT

The formula can be divided pharmacologically into four major systems.

1. DIRECT EXPERIMENTAL ANTI-BORRELIA COMPLEX

Oregano / Carvacrol
Cinnamon Bark / Cinnamaldehyde
Clove / Eugenol
Myrrh / Sesquiterpenes
Thyme / Thymol-Carvacrol

These ingredients provide the most direct relationship between the formula and published B. burgdorferi laboratory research.

Oregano, Cinnamon Bark and Clove Bud were among the most active oils in one published stationary-phase Borrelia screen.

Myrrh and Thyme demonstrated activity in subsequent screening. (PubMed Central (PMC))

2. INFLAMMATORY-RESPONSE COMPLEX

Black Seed / Thymoquinone
Copaiba / β-Caryophyllene
Frankincense terpenes
Turmeric turmerones
Clove / Eugenol

These compounds provide overlapping activity relevant to:

NF-κB
COX-related pathways
TNF-α
IL-1β
IL-6
Oxidative inflammatory signalling

3. ANTIOXIDANT & CELLULAR-PROTECTION COMPLEX

Thymoquinone
Turmerones
Ginger terpenes
Rosemary terpenes
Myrrh compounds
Limonene

provide complementary mechanisms intended to support cellular defence against oxidative burden.

4. NEUROMUSCULAR & RECOVERY COMPLEX

Copaiba
Lavender
Ginger
Rosemary
Frankincense
Turmeric

provide complementary anti-inflammatory, analgesic, neurological and musculoskeletal-support mechanisms.

WHY THIS FORMULA IS DIFFERENT

The biological strategy can be represented as:

BORRELIA

↓

ANTIMICROBIAL PHYTOCHEMISTRY

Carvacrol • Cinnamaldehyde • Eugenol • Thymol • Myrrh sesquiterpenes
↓

HOST IMMUNE & INFLAMMATORY RESPONSE

Thymoquinone • β-Caryophyllene • Frankincense terpenes
↓

OXIDATIVE & CELLULAR STRESS

Turmerones • Ginger terpenes • Rosemary terpenes • Limonene
↓

PAIN • MUSCULOSKELETAL STRESS • NEUROLOGICAL BURDEN

β-Caryophyllene • Lavender • Ginger • Rosemary • Frankincense

This creates a formulation that addresses both microbial research targets and host-response pathways.

TOPICAL DIRECTIONS

Apply a small amount to intact skin and massage gently into areas requiring support.

Suitable areas may include:

Back • Shoulders • Arms • Legs • Feet • Muscles • Intact skin surrounding uncomfortable joints

Patch test before broader use.

This is a potent formulation containing substantial amounts of Oregano, Thyme, Clove and Cinnamon.

Avoid the face, eyes, mucous membranes, genital areas, broken skin and severely inflamed skin.

Wash hands after application.

Discontinue use if significant burning, redness or irritation occurs.

Internal use: Drink one capsule full daily as needed.

KEY BIOACTIVE COMPOUNDS

Carvacrol — Oregano

Thymol / Carvacrol — Thyme, chemotype dependent

Cinnamaldehyde — Cinnamon Bark

Eugenol — Clove

Thymoquinone — Black Seed Oil

β-Caryophyllene — Copaiba

Furano-sesquiterpenes — Myrrh

Turmerones — Turmeric essential oil

α-Zingiberene and related sesquiterpenes — Ginger essential oil

1,8-Cineole / α-Pinene / Camphor — Rosemary, chemotype dependent

Linalool / Linalyl Acetate — Lavender

α-Pinene and related terpenes — Frankincense, species dependent

D-Limonene — Lemon

INGREDIENTS

Frankincense, Myrrh, Lavender, Oregano, Thyme, Black Seed Oil, Copaiba, Ginger, Rosemary, Lemon, Turmeric, Clove, Cinnamon and Olive Oil.

IMPORTANT SAFETY INFORMATION

Lyme disease is a bacterial infection requiring appropriate diagnosis and treatment.

Lyme Support is intended as complementary botanical support and should not replace prescribed antibiotic treatment.

Untreated Lyme disease can progress to neurological, cardiac, arthritic and other manifestations.

Seek medical evaluation after a suspected tick exposure if symptoms such as an expanding rash, fever, neurological symptoms, facial weakness, severe headache, palpitations, fainting or new joint swelling occur.

Do not discontinue prescribed antibiotics or other medication because symptoms improve while using complementary products.

LYME SUPPORT

Advanced Multi-Target Botanical Support

Lyme Support is constructed around identifiable pharmacological targets rather than nonspecific wellness claims.

Carvacrol from Oregano provides one of the formula’s strongest experimental anti-Borrelia constituents.

Cinnamaldehyde from Cinnamon Bark demonstrated direct laboratory activity against both stationary-phase and replicating B. burgdorferi.

Eugenol-rich Clove provides antimicrobial, antioxidant and inflammatory mechanisms.

Thymol and Carvacrol from Thyme reinforce microbial membrane-targeting activity.

Myrrh provides sesquiterpene chemistry with direct experimental activity against stationary-phase Borrelia.

Thymoquinone from Black Seed targets inflammatory, oxidative and immune signalling.

β-Caryophyllene from Copaiba engages CB2-mediated inflammatory pathways.

Turmerones, Ginger terpenes, Rosemary terpenes and Limonene strengthen antioxidant, inflammatory and cellular-recovery support.

Lavender and Frankincense reinforce neurological, inflammatory and physical-recovery pathways.

The resulting strategy is:

MICROBIAL PRESSURE

Carvacrol • Cinnamaldehyde • Eugenol • Thymol • Myrrh sesquiterpenes

+

INFLAMMATORY REGULATION

Thymoquinone • β-Caryophyllene • Frankincense terpenes • Turmerones

+

OXIDATIVE & CELLULAR PROTECTION

Black Seed • Turmeric • Ginger • Rosemary • Lemon

+

PHYSICAL & NEUROMUSCULAR RECOVERY

Copaiba • Lavender • Ginger • Rosemary • Frankincense

LYME SUPPORT

Target the microbial environment.
Regulate inflammatory signalling.
Protect against oxidative burden.
Support neurological and musculoskeletal recovery.
Support the body through the demands of Lyme disease and recovery.

We do suggest using this blend with our Lymes support protocol treatment and a full parasite cleanse protocol