What Are the Healing Properties of Amber?

Amber has been credited with healing powers for thousands of years, but the modern evidence tells a split story. The fossilized resin does contain biologically interesting compounds, most notably succinic acid and a family of molecules called abietane diterpenoids, and some of these show genuine activity in laboratory experiments. The catch is that wearing amber as jewelry or placing it against the skin has not been shown to deliver those compounds into the body in any meaningful amount. Understanding where the real chemistry ends and the wishful thinking begins is the key to making sense of amber’s reputation.

A Very Old Medicine Cabinet

Amber’s medicinal use stretches back to classical antiquity and persisted in European pharmacy well into the early modern period. Physicians ground it into powder and mixed it into pills, lozenges, solutions, and even food, prescribing it for bleeding disorders, urinary problems, dysentery, plague, epilepsy, melancholy, and a long list of other ailments.¹ Some of the more colorful applications included treatments for impotence, halitosis, and drunkenness. This tradition was not fringe folk medicine; amber appeared in formal pharmacopoeias and was combined with botanical, animal, and mineral ingredients by trained apothecaries.

What kept amber in the medicine cabinet for so long was partly its unusual physical properties. It feels warm to the touch compared to stone, it can be electrostatically charged by rubbing, and it has a faint piney scent when heated. To pre-scientific observers, these traits suggested hidden vitality. The modern question is whether the chemistry of amber validates any of those intuitions.

What Amber Actually Contains

Baltic amber, the variety most commonly sold for health purposes, is fossilized conifer resin roughly 44 million years old.¹ Its composition is complex, but two groups of compounds attract the most scientific interest.

The first is succinic acid. Baltic amber contains more succinic acid and related compounds than amber from other geological deposits.² Succinic acid is not exotic; your own cells produce it constantly as part of basic energy metabolism.³ It is also used as a food additive and appears in fermented foods. The question for amber healing claims is not whether succinic acid does anything biologically, but whether wearing amber can get any of it into your body.

The second group is abietane-type diterpenoids. Researchers analyzing Baltic amber samples found a wide variety of these molecules, some of them unique to the fossilized material. Three of the identified abietanes showed selective activity against methicillin-resistant Staphylococcus aureus (MRSA) in lab tests.⁴ That result is genuinely interesting from a drug-discovery standpoint, but it involved chemically extracting and isolating the compounds, not wearing a bead around your neck.

The Teething Necklace Problem

The most popular modern health claim about amber involves necklaces marketed for teething babies. Sellers assert that body heat causes the beads to release succinic acid through the skin, reducing pain and inflammation from erupting teeth. This claim has been tested directly, and it failed.

When researchers submerged whole amber beads in solutions designed to mimic skin conditions, no measurable succinic acid was released. The only exception was light-colored beads placed in a fat-mimicking solvent, and those beads simply broke apart into fragments rather than releasing the compound in any controlled way.⁵ Even if trace amounts were somehow absorbed, researchers have pointed out that body heat alone would not be sufficient to trigger the kind of anti-inflammatory response that would relieve teething pain.⁶

Meanwhile, the risks of putting a string of small beads around an infant’s neck are concrete and well-documented. There have been case reports of strangulation, and health agencies including Health Canada have issued explicit warnings about the strangulation and aspiration dangers these products pose.⁷ Surveys of caregivers who use the necklaces reveal a troubling pattern: even among parents who recognize the risks of strangulation and bead ingestion, many still use the products and report inadequate precautions like poor hygiene of the beads.⁸ Pediatric professionals have concluded that amber teething necklaces carry scientifically proven risks with no scientifically proven benefits, and they recommend against their use.⁶

What Succinic Acid Can Do in a Lab

The irony of amber healing claims is that succinic acid, the compound sellers point to, actually does have interesting biological effects when studied properly in controlled settings. The problem is the delivery method, not the molecule itself.

In cell culture experiments, succinate has been shown to suppress the release of several inflammatory signaling molecules from immune cells called macrophages.⁹ This is a legitimate anti-inflammatory effect, but it was observed with purified succinate applied directly to cells at controlled concentrations, not with anything passively leaching from a bead.

Amber extracts have also shown antioxidant activity, scavenging free radicals and reducing oxidative stress in cell models.¹⁰ Researchers attribute this to polyphenolic and aromatic compounds present in the resin. Again, these are results from chemically prepared extracts applied under controlled conditions.

In wound-healing research, succinic acid has shown the ability to promote the migration of blood-vessel-lining cells and speed up the closure of experimental wounds in cell culture, suggesting it could enhance the formation of new blood vessels.¹¹ That study was actually investigating a synthetic wound dressing that releases succinic acid as it degrades, an engineered approach to delivering the molecule at the right place and concentration. It is a long way from a polished amber pendant.

The Anxiety and Sedation Research

One line of research that might surprise people involves succinic acid’s effects on the nervous system. Multiple animal studies have found that succinic acid, given orally to mice at specific doses, produces anxiety-reducing effects.¹² In standard behavioral tests, mice that received succinic acid explored open spaces more willingly, ate more readily in unfamiliar settings, and showed reduced stress-related rises in body temperature.

More recent work has explored how this might work at the molecular level. Computer modeling suggests succinic acid interacts with the same brain receptors targeted by benzodiazepines, a well-known class of anti-anxiety drugs. When succinic acid was combined with diazepam in mice, the calming effects were stronger than either compound alone, hinting at a synergistic relationship.¹³ Separate experiments confirmed that succinic acid suppressed general locomotor activity and increased time spent in dark, sheltered areas, consistent with a sedative-like action on the central nervous system.¹⁴

These findings are intriguing, and they hint at why traditional healers may have felt that amber preparations had calming properties when taken internally, as described in historical pharmacopoeias. But “intriguing mouse data” is a long way from “proven treatment for human anxiety.” No clinical trials in humans have established dosing, safety, or efficacy for succinic acid as an anxiolytic. And once more, none of this research involved wearing amber; the mice received measured oral doses of pure succinic acid.

Succinic Acid in Skin Care

While amber jewelry does not appear to deliver succinic acid through the skin, the cosmetics industry has begun using purified succinic acid in a very different context. Recent laboratory research found that when hyaluronic acid and succinic acid were combined and applied directly to aged human skin cells, the combination triggered several beneficial changes. Senescent fibroblasts, the kind of worn-out skin cells that accumulate with aging, showed improved gene expression related to autophagy (the cell’s self-cleaning process) and reduced expression of genes associated with cellular aging.¹⁵ The combination also boosted the production of collagen-related genes and growth factors in fat cells beneath the skin surface.

This type of research is behind the growing interest in succinic acid as a “biostimulator” in injectable skin treatments and topical formulations. It is worth distinguishing this from the amber-jewelry narrative, though. The cosmetic application involves purified, pharmaceutical-grade succinic acid delivered directly to target tissues at known concentrations. It has as much to do with wearing an amber bracelet as taking an aspirin tablet has to do with chewing on willow bark, the connection is historical and chemical, but the delivery and dose are entirely different.

The Antimicrobial Angle

The discovery that Baltic amber harbors diterpenoids active against MRSA has attracted attention from researchers interested in new antibiotics.⁴ Antibiotic resistance is a growing global health threat, and natural products have historically been a rich source of drug leads. The researchers who identified the active abietanes in amber explicitly suggested that fossilized resins represent “an untapped source of previously uninvestigated natural product-based therapeutic analogs.”

This is drug-discovery work at its earliest stage. The compounds were extracted, purified, and tested against specific bacteria in laboratory dishes. Nobody is suggesting you grind up an amber necklace and sprinkle it on a wound. But it does mean amber is not biologically inert; its chemistry includes molecules that evolution shaped to protect ancient trees from microbial attack, and some of those molecules retain their punch after tens of millions of years in the ground. Whether any of them will ever become a usable drug is a question for years of further development.

Why the Delivery Gap Matters So Much

A recurring theme across all the legitimate amber research is the gap between what compounds in amber can do when extracted and purified and what they can do while locked inside a polished bead resting against your skin. Almost every healing claim made by amber jewelry sellers implicitly assumes that wearing the material is enough to get its active ingredients into your bloodstream. The bead-leaching study showed that assumption is wrong: intact amber beads simply do not release succinic acid under conditions that mimic skin contact.⁵

This should not be surprising if you think about what amber is. It survived millions of years underground precisely because it is chemically stable and resistant to breakdown. That durability is the whole reason it exists as a collectible gem. Asking the same material to also dissolve on contact with warm skin is asking it to be two contradictory things at once.

The historical use of amber in medicine actually acknowledged this problem, even if unintentionally. Traditional practitioners did not hand patients a lump of amber and tell them to hold it. They ground it to a fine powder, mixed it with solvents and other agents, and administered it orally.¹ Whether those preparations worked is another question, but at least the delivery method was plausible in a way that skin contact with a polished bead is not.

How to Know If Your Amber Is Even Real

Before worrying about whether amber can heal you, it is worth asking whether the amber you bought is actually amber. The market is flooded with imitations made from synthetic resins like copal, plastic, and pressed amber powder (reconstituted material that may have lost many of the original compounds). These fakes can be difficult to distinguish from genuine Baltic amber by eye alone, and even experienced gemologists sometimes need help. Modern authentication relies on techniques like Fourier-transform infrared spectroscopy, which can identify the characteristic chemical fingerprint of natural amber and separate it from forgeries.¹⁶

Simple at-home tests exist but are imperfect. Genuine amber floats in saturated salt water, feels warm rather than cold to the touch, and produces a piney smell when rubbed vigorously or heated with a hot needle. None of these tests are foolproof, and high-quality copal (a younger, partially fossilized resin) can pass most of them. If you are buying amber specifically for its supposed succinic acid content, the fact that you might be wearing plastic or copal with little to no succinic acid is another layer of uncertainty on top of the already-unsupported delivery mechanism.

Where the Science Might Go Next

The most promising threads in amber research have nothing to do with jewelry. Succinic acid is being explored as an ingredient in advanced wound dressings designed for diabetic ulcers, where its ability to promote blood vessel formation and cell migration could be genuinely useful.¹¹ Its interactions with brain receptors involved in anxiety regulation are being probed as a possible pathway to new anxiolytic drugs with fewer side effects than current options.¹³ The antimicrobial diterpenoids in amber may inspire new antibiotic scaffolds at a time when we desperately need them. And the combination of succinic acid with hyaluronic acid is being developed for injectable skin biostimulation, targeting the cellular hallmarks of aging.¹⁵

All of these directions involve isolating specific compounds, formulating them at therapeutic concentrations, and delivering them to the right tissues through engineered systems. They take the interesting chemistry of amber seriously, which is more than can be said for the teething-necklace industry, but they also take pharmacology seriously. A molecule is only a medicine when it reaches the right place, at the right dose, at the right time. Amber on a string does none of those things.

1
AMHA – Acta medico-historica Adriatica. HISTORICAL SURVEY OF THE INTERNAL USE OF UNPROCESSED AMBER
2
Review of Palaeobotany and Palynology. Bitterfeld amber is not Baltic amber: Three geochemical tests and further constraints on the botanical affinities of succinite
3
PubMed Central. Succinate metabolism: a promising therapeutic target for inflammation, ischemia/reperfusion injury and cancer
4
ChemRxiv. Analysis of Abietane-Type Diterpenoids from Baltic Amber Samples
5
PubMed Central. Baltic amber teething necklaces: could succinic acid leaching from beads provide anti-inflammatory effects?
6
PubMed Central. Use of the amber teething necklace by the child population: risks versus benefits
7
PubMed. Infant Strangulation from an Amber Teething Necklace
8
PubMed. Knowledge, Attitudes, and Practices Regarding Amber Teething Accessories Among Brazilian Caregivers: A Cross-Sectional Study
9
PubMed Central. Succinate Is an Inflammation-Induced Immunoregulatory Metabolite in Macrophages
10
Muthanna Journal of Pure Science. Spectroscopic and Chemical Insights into Baltic Amber: Structure, Bioactivity, and Clinical Prospects
11
PubMed Central. A microenvironment-modulating dressing with proliferative degradants for the healing of diabetic wounds
12
PubMed. Anxiolytic-like effect of succinic acid in mice
13
Food Bioscience. Anxiolytic-like effect of succinic acid: A possible GABAergic intervention
14
PubMed. Succinic acid enhances sedative activity of diazepam through GABAergic receptor modulation: Evidence from behavioral approach and computational insights
15
PubMed Central. Hyaluronic and Succinic Acid: New Biostimulating Combination to Counteract Dermal and Subcutaneous Aging
16
PANGEEA. FOURIER-TRANSFORM INFRARED SPECTROSCOPY (FT-IR) AND X-RAY DIFFRACTOMETRY (XRD) AS METHODS FOR DISCRIMINATING AMBER AND AMBER-LIKE MATERIALS FROM THE ROMANIAN MARKET