The Alchemy of the Three Magi: The Secret Remedy Within Frankincense, Myrrh, and Gold

Just over 2,000 years ago, a group of Magi arrived in Bethlehem bearing three extraordinary gifts for the newborn Jesus, one of the most beloved spiritual teachers in history.

According to the Gospel of Matthew, these gifts were gold, frankincense, and myrrh.

Over the centuries, these treasures have been interpreted symbolically: gold representing kingship, frankincense symbolizing divinity, and myrrh foreshadowing mortality and the eventual anointing of the dead. But there is another dimension to their significance that is often left untouched.

What if the gifts of the Magi were more than mere offerings of wealth and reverence? What if they were medicine? 

Frankincense and myrrh were not ordinary aromatic commodities. They were precious botanical resins transported across continents, traded alongside gold and gemstones, incorporated into religious ceremonies, and prepared by ancient physicians for a remarkable range of medicinal applications. Their value extended far beyond their fragrance.

For thousands of years, these resins occupied an important place in the medical traditions of Egypt, Arabia, Greece, India, and China. They were burned, infused, macerated, incorporated into ointments, applied to wounds, and administered in medicinal preparations. And perhaps most interestingly, they were not always used independently.

In Traditional Chinese Medicine, frankincense and myrrh are one of the most valued medicinal pairings, revered for their complementary actions on Qi and Blood. The combination is traditionally used to address pain, inflammation, swelling, and stagnation. Today, researchers have investigated the chemical constituents of both resins, their anti-inflammatory and antimicrobial properties, and the pharmacological interactions that occur when they are combined.*

The Ancient Apothecary: Sovereign Offerings as Sacred Medicine

To understand the significance of frankincense and myrrh, we must first understand their value in the ancient world. The trees that produce these resins grow in relatively restricted regions of southern Arabia and the Horn of Africa. Frankincense comes from species of Boswellia, while myrrh is obtained from species of Commiphora. Both produce aromatic oleo-gum-resins that emerge when the bark is carefully incised.

These substances became some of the most valuable commodities of the ancient Near East. Their trade helped sustain entire kingdoms. Caravans transported the resins through the Arabian Peninsula, connecting southern Arabia with Egypt, Mesopotamia, Persia, Greece, and Rome. The routes became known collectively as the Incense Route, and the commerce surrounding these aromatic substances contributed significantly to the prosperity of ancient Arabian trading centers.

Their value was simultaneously economic, religious, and medicinal. In Egypt, aromatic resins were incorporated into temple offerings, perfumes, embalming preparations, and medicinal recipes. The famous Ebers Papyrus, dating to approximately 1550 BCE, preserves an extensive collection of medical prescriptions documenting the use of botanical, animal, and mineral substances.

Ancient Egyptian medicine did not maintain the modern division between pharmacology, spirituality, and ritual. A substance could be used in a temple ceremony, incorporated into a medicinal preparation, and valued for its aromatic properties without these applications being considered contradictory. Frankincense and myrrh belonged to this world.

The resins were incorporated into preparations involving aromatic ingredients mixed with honey, wine, oils, and other substances. Their use was not limited to burning them as incense. Ancient physicians understood that botanical substances could be prepared in different ways for different applications. The Egyptians developed ointments, infusions, medicinal wines, and compound preparations, demonstrating an established understanding of how different ingredients could be combined and administered.

A 2009 study published in the Proceedings of the National Academy of Sciences examining ancient Egyptian herbal wines found chemical evidence of medicinal botanical ingredients in vessels dating back thousands of years. The research provides an extraordinary glimpse into the sophistication of ancient botanical preparations.

The Gifts of Kings and Gods

The Biblical Archaeology Society highlights another fascinating historical connection. In 243 BCE, Seleucus II Callinicus, a Hellenistic king, reportedly offered gold, frankincense, and myrrh to Apollo at his temple in Miletus. The same three substances appear together in Matthew's account of the Magi.

This combination belonged to a broader tradition of presenting precious offerings to kings and deities. Gold, frankincense, and myrrh were substances associated with extraordinary value, sacred status, and royal honor. Their presence together reflected a tradition in which material wealth, divine reverence, and the most treasured substances of the natural world were closely intertwined.

The Magi belonged to an ancient tradition of Eastern wisdom in which celestial observation, sacred knowledge, medicine, and the study of natural substances were closely intertwined. Their gifts were not an arbitrary collection of valuables. Each carried profound significance within the religious, medicinal, and alchemical traditions of the ancient world.

Gold represented sovereignty and incorruptibility. Frankincense was revered for its sacred and medicinal properties, while myrrh held an equally important place in the preparation of medicines, anointing oils, and preservation rituals. Together, these three substances formed an offering that united material wealth, sacred symbolism, and the ancient art of healing.

Frankincense: The Sacred Resin of Inflammation and Restoration*

Frankincense is obtained from trees belonging to the genus Boswellia, a group of aromatic trees native to parts of Arabia, northeast Africa, and India. Among the most prized varieties is Boswellia sacra, traditionally harvested in Oman and Yemen. The resin is collected by making shallow incisions in the tree's bark. A milky exudate emerges and gradually hardens into translucent tears, ranging in color from pale gold and ivory to amber.

For thousands of years, frankincense has been associated with purification, protection, and sacred ceremony. Yet its medicinal history is equally significant. Ancient practitioners used frankincense in preparations for respiratory complaints, digestive discomfort, inflammatory conditions, and wounds. In different medical traditions, the resin was burned, chewed, infused, or incorporated into ointments.

Its modern pharmacological interest centers on the chemical complexity of the resin. Frankincense is an oleo-gum-resin, meaning it contains several distinct chemical fractions. Its volatile oils are responsible for much of its characteristic fragrance and contain aromatic compounds such as monoterpenes. Its resin fraction contains boswellic acids, a group of pentacyclic triterpenic acids that have attracted considerable scientific interest. The water-soluble gum contains polysaccharides that contribute to the physical structure of the resin.

This distinction matters because frankincense is not a single active compound. It is a complex botanical substance whose chemical composition varies according to species, geographical origin, harvesting conditions, and extraction method.

Boswellic Acids and the Inflammatory Response*

The boswellic acids are particularly interesting. Among them, acetyl-11-keto-β-boswellic acid (AKBA) and 11-keto-β-boswellic acid (KBA) have received considerable attention for their potential effects on inflammatory pathways.

One of the most frequently investigated mechanisms involves 5-lipoxygenase (5-LOX), an enzyme that participates in the metabolism of arachidonic acid, producing leukotrienes, which are signaling molecules involved in inflammatory and immune responses. Certain boswellic acids have demonstrated the ability to influence this pathway.

The significance is considerable because leukotrienes participate in processes associated with inflammatory conditions, including those affecting the respiratory system and joints. Researchers have also investigated boswellic acids in relation to other inflammatory pathways, including the regulation of enzymes involved in tissue degradation.

A particularly interesting area of research concerns osteoarthritis. A randomized, double-blind, placebo-controlled study published in 2008 investigated 5-Loxin, a standardized Boswellia serrata extract enriched in AKBA, in 75 people with knee osteoarthritis. Over 90 days, the researchers reported improvements in pain and physical function in the treatment groups compared with placebo. The study also investigated matrix metalloproteinase-3, an enzyme associated with cartilage degradation.

The National Center for Complementary and Integrative Health notes that several studies suggest oral Boswellia preparations may improve osteoarthritis-related pain and inflammation.

Frankincense and Digestive Health

Frankincense also has a long history of use in traditional preparations for digestive complaints. Historical medical traditions employed the resin for stomach discomfort and inflammatory conditions affecting the digestive tract. Modern research has investigated the potential effects of Boswellia extracts on intestinal inflammation, including their influence on inflammatory mediators and immune activity.

Some human studies have explored Boswellia preparations in inflammatory bowel conditions, although the clinical evidence remains limited and varies according to the preparation used. The traditional use of frankincense for digestive health is part of a much older medicinal history, while its efficacy as an oral treatment for particular gastrointestinal diseases remains an active area of investigation.

The medicinal importance of frankincense lies in the breadth of its chemistry. Its resin contains multiple classes of compounds that interact with biological systems in different ways, making it considerably more complex than a simple aromatic oil.

Myrrh: The Ancient Medicine of Wounds, Digestion, and Protection*

Myrrh occupies an equally important position in the ancient medical world. Derived from the resin of Commiphora trees, particularly Commiphora myrrha, myrrh has been used for thousands of years across northeastern Africa, southern Arabia, and the Mediterranean.

Its name is associated with the ancient world of perfumery, medicine, anointing, and sacred ritual. It was sufficiently valuable to become a major commodity in the incense trade, and its presence in Egyptian burial practices gave it an enduring association with preservation and mortality.

But myrrh was not simply a substance for embalming the dead. It was also a medicine for the living.

Ancient practitioners valued myrrh for its astringent, antiseptic, and wound-supporting properties. It was used in preparations for mouth sores, skin injuries, digestive complaints, and inflammatory conditions. In traditional Arabic and Unani medicine, it was also employed as an antimicrobial, expectorant, carminative, and anthelmintic; a substance traditionally used against intestinal worms and other parasites.

The resin's medicinal reputation was built around several recurring applications: protecting vulnerable tissues, supporting wound healing, addressing microbial problems, and relieving discomfort.

Myrrh's Remarkable Chemical Composition

Like frankincense, myrrh is not a single chemical substance. It is an oleo-gum-resin containing a complex mixture of volatile oils, resins, and water-soluble gum. Its chemistry includes furanosesquiterpenes, a distinctive group of aromatic compounds that contribute to myrrh's characteristic fragrance and have attracted attention for their biological activity; other sesquiterpenes investigated for antimicrobial and anti-inflammatory properties; triterpenoids associated with several biological activities; and volatile aromatic constituents responsible for much of its distinctive warm, balsamic scent.

Researchers have identified hundreds of chemical constituents across the Commiphora genus. Their distribution varies considerably between species, geographic origins, and resin preparations. This variability is important because not every myrrh extract has the same chemical profile, and the pharmacological findings associated with one preparation cannot automatically be attributed to another.

Wound Healing and Tissue Protection

One of myrrh's most enduring traditional applications is its use in treating wounds. Its astringent properties made it particularly valuable in preparations intended for damaged or irritated tissues. Historically, myrrh was incorporated into ointments, washes, and other topical preparations. It was also used in formulations for mouth ulcers and gum complaints.

Modern research has investigated several mechanisms that may help explain these traditional applications. Laboratory studies have identified antibacterial and anti-inflammatory activity in myrrh preparations. Researchers have also investigated their influence on oxidative stress and biological processes involved in tissue repair.

One particularly interesting area is wound healing. Experimental research suggests that certain Commiphora extracts may influence inflammatory signaling and tissue-repair processes. These findings provide a scientific basis for further investigation into myrrh's historical use on damaged tissues.

There is also a modern regulatory recognition of its traditional topical applications. The European Medicines Agency's Committee on Herbal Medicinal Products recognizes specific myrrh preparations, on the basis of longstanding traditional use, for minor mouth ulcers, inflammation of the mouth, minor wounds, and small boils.

Digestive Health and the Gastrointestinal System

Myrrh has an extensive history in traditional digestive medicine. Across different herbal systems, it was used as a stomachic and carminative, or substances traditionally employed to support digestion and relieve gastrointestinal discomfort. Ancient preparations incorporated myrrh into formulations for stomach complaints, intestinal disturbances, and other digestive conditions.

Modern pharmacological research has investigated myrrh's potential gastroprotective and anti-inflammatory properties. Some animal studies have reported protective effects against experimentally induced gastric injury. Researchers have also examined its influence on inflammatory mediators and oxidative stress within gastrointestinal tissues.

These findings are particularly interesting because inflammation and oxidative stress are involved in many forms of gastrointestinal tissue damage. The broader significance is that myrrh contains a complex range of compounds that may influence several biological processes relevant to gastrointestinal health.

Antimicrobial and Antiparasitic Activity

Another important dimension of myrrh's medicinal history is its use against microbial organisms and parasites. Traditional practitioners employed it in preparations for infections, intestinal complaints, and conditions associated with microbial imbalance.

Modern research has investigated these applications in considerable detail. Laboratory studies have identified antibacterial and antifungal activity in certain myrrh extracts and isolated compounds. Other investigations have examined its potential antiparasitic properties.

One particularly well-known preparation is Mirazid, a commercial myrrh extract that has been investigated in Egypt for its potential use against schistosomiasis, a parasitic disease caused by blood flukes. Some early clinical studies reported encouraging results, but subsequent investigations did not consistently reproduce them. Myrrh's antiparasitic potential remains an area of scientific investigation, although the existing evidence does not establish it as an effective treatment for schistosomiasis.

The distinction between laboratory activity and clinical effectiveness is important, particularly when examining traditional medicines. A substance may demonstrate genuine antimicrobial activity under experimental conditions without necessarily producing reliable therapeutic outcomes in humans. Nevertheless, myrrh's antimicrobial chemistry remains an important field of investigation.

Inflammation and Pain

Myrrh has also been traditionally used for painful joints, inflammatory conditions, and musculoskeletal complaints. In Unani and other traditional medical systems, it was incorporated into preparations intended to address swelling, discomfort, and conditions involving impaired circulation.

Modern research has investigated its potential analgesic and anti-inflammatory effects. Experimental studies suggest that certain myrrh constituents may influence inflammatory signaling pathways, including NF-κB and MAPK, which participate in the regulation of inflammatory responses. Researchers have also investigated the effects of myrrh extracts on inflammatory cytokines, including TNF-α, IL-1β, and IL-6. These are important signaling molecules involved in the body's inflammatory response.

A 2023 review in Naunyn-Schmiedeberg's Archives of Pharmacology examines the phytochemical composition and pharmacological properties of Commiphora myrrha, including its traditional uses for wounds, ulcers, digestive disorders, pain, and inflammatory conditions. The review highlights a broad range of experimental findings and the potential medicinal significance of its chemical constituents.

The medicinal potential of myrrh is therefore not confined to one particular organ or system. Its chemistry has attracted investigation across several areas of pharmacology. And this brings us to the most interesting part of the story: what happens when frankincense and myrrh are brought together.

The Alchemical Marriage: Why Frankincense and Myrrh Were Used Together*

In Traditional Chinese Medicine, frankincense and myrrh are known respectively as Ru Xiang (乳香) and Mo Yao (没药). Together, they form a recognized herbal pairing known as Dui Yao. The term refers to the practice of combining two medicinal substances whose properties complement one another, producing a formulation with a particular therapeutic purpose.

This is one of the most fascinating aspects of their history. Frankincense and myrrh were not simply combined because they shared a pleasant aroma or because both were considered precious. Their pairing developed within a sophisticated medical tradition that assigned specific functions to each substance.

Understanding Qi and Blood

To understand why these resins were paired, it helps to understand two fundamental concepts in Chinese medicine: Qi and Blood. Qi is commonly translated as vital energy, but within the traditional medical framework it refers more broadly to the functional activity that sustains physiological processes. Blood, meanwhile, refers to the nourishing and circulating substance that supports the tissues and organs.

The two are considered interdependent. Qi moves Blood, while Blood nourishes the systems through which Qi circulates. When their movement becomes impaired, Traditional Chinese Medicine describes the resulting condition as stagnation. Blood stagnation, in particular, is traditionally associated with fixed pain, swelling, trauma, and areas of impaired circulation.

This is where frankincense and myrrh become especially interesting.

In Chinese materia medica, frankincense is traditionally classified as a substance that activates Blood and promotes the movement of Qi. It is used in formulas addressing pain, swelling, and traumatic injury. Its traditional function is particularly associated with relieving pain by addressing stagnation.

Myrrh is also classified as a Blood-activating herb. It is traditionally employed for pain, swelling, trauma, and conditions involving Blood stagnation. Although the two herbs share certain traditional functions, they are not considered identical. Their complementary characteristics are precisely what makes the pairing significant.

Why Combine Them?

The traditional rationale is that the two resins reinforce one another's medicinal actions. Both are used to activate Blood and relieve pain, but their combination is understood to address stagnation more comprehensively than either substance alone. This makes the pairing particularly relevant to traditional formulas for traumatic injuries, painful swelling, and musculoskeletal complaints.

The pairing has a long history in Chinese herbal prescribing and is discussed in modern pharmacological research. A 2022 review published in the Chinese Journal of Natural Medicines examined the combination of frankincense and myrrh, including their traditional clinical applications, effective constituents, combination ratios, and potential mechanisms of action. The authors describe the pair as an important structural unit within Traditional Chinese Medicine prescriptions, with particular relevance to activating Blood and relieving pain.

The traditional understanding is that these two medicines achieve something more comprehensive together than either accomplishes independently.

This is where modern pharmacology becomes particularly interesting.

What Happens When the Resins Are Combined?

Researchers have begun examining whether the combination changes the way their individual constituents are absorbed and metabolized. A pharmacokinetic study published in 2023 investigated three important compounds associated with frankincense and myrrh: AKBA and KBA from frankincense, and MCS134 from myrrh. The researchers compared the compounds when administered independently and when the two resins were combined.

Using an animal model, they found that the presence of one resin influenced how certain compounds from both substances behaved within the body. This is a particularly interesting finding because it offers a possible explanation for why traditional practitioners valued the combination. Rather than acting as two entirely separate ingredients, their chemical constituents may influence one another's behavior within the body.

The study provides a scientific starting point for understanding the traditional pairing as something more than the sum of two ingredients. It is a relationship that deserves further investigation.

Gold: The Third Gift and the Alchemical Tradition*

The third gift of the Magi was gold. Unlike frankincense and myrrh, gold is not a botanical medicine. Its place in ancient healing traditions, however, is equally fascinating.

Gold has been associated with immortality, incorruptibility, sovereignty, and spiritual illumination across numerous civilizations. In ancient Egypt, gold was closely associated with the gods and the imperishable nature of the divine. Its resistance to corrosion made it a powerful material symbol of eternity.

In Ayurveda, gold appears in the tradition of Swarna Bhasma, a specially prepared gold-based substance used within certain classical formulations. In traditional Chinese medicine, gold has also appeared in particular medicinal preparations, although its historical uses and methods of preparation differ substantially from modern supplement products.

Gold has therefore occupied a distinctive position in the history of alchemy and medicine: a material associated not only with wealth but also with the aspiration to preserve life and transform the human condition.

From Alchemical Gold to Ormus

Some alchemists believe that "alchemical gold" is linked to ORMUS, sometimes called monatomic gold or orbitally rearranged monoatomic elements. ORMUS is a nonmetallic, single-atom state of precious metal (such as gold).

This single-atom state has been said to enhanced meditation, spiritual awareness, and cellular vitality. Although the unusual atomic state, room-temperature superconductivity, pineal-gland decalcification, and DNA-repair effects have not been established through peer review, it remains a treasured substance in the search for full "conductivity" of the cells of the body, which may lead to an enhanced spiritual state of awareness.

The enduring fascination with gold also provides an interesting third dimension to the gifts of the Magi: the union of precious botanical medicines with a substance that has symbolized incorruptibility and transformation for millennia.

The Three Magi: Resurrecting the Ancient Pairing*

Because we believe the three “gifts” were given together for a reason, we decided, after heavy research, to pair them into a tincture: The Three Magi. To honor the complete trinity of the Magi, we unite wildcrafted Boswellia sacra frankincense sourced from Oman, precious Suhul myrrh (Commiphora myrrha) sourced from Ethiopia, and ORMUS gold to come as close to the original trinity as possible.

The questions at the top of our minds when creating this formula were: What if the gift of the Magi was … something more? Something that elevated the body to a higher state? One that could support the vitality of one of the most well-known spiritual teachers on the planet? 

Two Sacred Resins and the Third Gift

The Extraction

We extracted the two resins together in traditional Persian Saggi Arak spirits, made from raisins. Rather than relying on steam distillation to isolate volatile aromatic compounds, we use an extended liquid extraction of the resins.

This distinction is important. Steam-distilled essential oils represent only the volatile aromatic fraction of a botanical substance. They do not contain the full range of nonvolatile resin constituents, including the boswellic acids associated with frankincense. A liquid resin extraction provides a different chemical preparation, capable of incorporating constituents that are not present in the essential oil.

The Three Magi is prepared through an extended extraction process in biophotonic violet glass, bringing together the two resins and ORMUS gold in a formulation inspired by ancient apothecary traditions.

The result is a preparation that honors the history of these extraordinary substances while drawing upon the distinctive chemistry of their resins.

Reclaiming the Forgotten Treasures of the East

The Magi brought three gifts, filled with symbolism … and as we now know, medicine. Our hope is to now bring that medicine to you. Discover the Three Magi, and perhaps give one of the most sacred gifts on the planet.

Discover The Three Magi

*

*

*

1. Ancient Egyptian Herbal Wines (2009). Chemical analysis of ancient Egyptian vessels identified herbs and tree resins dispensed in wine, providing evidence for ancient medicinal preparations.
Full text: https://pmc.ncbi.nlm.nih.gov/articles/PMC2678600/

2. A Double Blind, Randomized, Placebo Controlled Study of the Efficacy and Safety of 5-Loxin for Treatment of Osteoarthritis of the Knee (2008)
Full text: https://pmc.ncbi.nlm.nih.gov/articles/PMC2575633/
PubMed: https://pubmed.ncbi.nlm.nih.gov/18667054/

3. Commiphora myrrh: A Phytochemical and Pharmacological Update (2023)
Full text: https://pmc.ncbi.nlm.nih.gov/articles/PMC9672555/
PubMed: https://pubmed.ncbi.nlm.nih.gov/36399185/

4. Combination Characteristics of Frankincense and Myrrh and Progress and Prospect of Their Combination Efficacy and Mechanism (2022)
PubMed: https://pubmed.ncbi.nlm.nih.gov/36471996/

5. Comparative Analysis of Pharmacokinetics and Metabolites of Three Main Terpenoids before and after Compatibility of Frankincense and Myrrh in Rats by UHPLC-MS (2023)
PubMed: https://pubmed.ncbi.nlm.nih.gov/37559536/
Publisher: https://www.benthamscience.com/public/article/133439

6. Boswellia: Usefulness and Safety — National Center for Complementary and Integrative Health (NCCIH)
This is not a primary study, but an authoritative evidence overview of human research on Boswellia, including osteoarthritis, asthma, and safety.
https://www.nccih.nih.gov/health/boswellia

*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.