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Wood ear mushrooms (Auricularia). More than an Asian kitchen staple

Auricularia, or wood ear mushroom, is one of the four most cultivated mushrooms in the world. Educational look at cuisine, TCM tradition and polysaccharides.

Mateusz Rosa

TCM therapist · Doctor of Acupuncture (WFAS) · author of a book on functional mushrooms

3 min read

Wood ear mushrooms (Auricularia). More than an Asian kitchen staple
Contents

Wood ear mushroom, also known as jelly ear or Judas's ear, is one of the four most widely cultivated mushrooms in the world. Best known from Asian cuisine, its history reaches far deeper than a bowl of soup.

What is Auricularia and where does its name come from?

Auricularia (Auricularia auricula-judae) owes its look to a distinctive, jelly-like ear shape, hence its common name. It grows on dead wood, mostly elder, and has accompanied Chinese cuisine for centuries thanks to its distinctive, crunchy texture.

The mushroom appeared on Chinese tables long before it became popular in Europe, and today its cultivation is among the most widespread in the world, alongside button mushroom, oyster mushroom and shiitake.

What does TCM tradition say about Auricularia?

In traditional Chinese medicine, wood ear mushrooms were described as an element supporting "movement" within the body, in the old framing associated with circulation. This is a cultural description recorded in classical herbal texts, not a modern claim about effect on the circulatory system. Read it as a story about the place of Auricularia in traditional diets, not as a promise of effect.

As with Reishi, it is worth separating the symbolism of old texts from modern knowledge of composition. One tells a story, the other describes chemical facts.

What composition of wood ear mushroom is worth knowing?

Auricularia is a rich source of polysaccharides, including beta-glucans with β-(1→3) and β-(1→4) bonds, the main studied component of this species. The fruiting body also contains protein (over 19 g per 100 g dry weight), melanin responsible for its dark color, phenolic compounds and B vitamins.

This is compositional data about the fruiting body, confirmed by laboratory analysis. For how to read extract ratios like "10:1" on a label, see how to read an extract label.

How does wood ear mushroom find its place at the table and in a ritual?

Beyond the kitchen, where Auricularia is added to soups and stir-fries for its signature crunch, this mushroom also appears as a fruiting body extract supplement.

  • Culinary · dried or fresh, added to soups and braised dishes in Chinese cuisine.
  • Traditional · in TCM described as supporting "movement" in the old framing.
  • Compositional · a source of polysaccharides, protein and phenolic compounds in the fruiting body.

If you take medication (especially blood thinners), are pregnant or breastfeeding, consult a doctor or pharmacist before use.


This content is for educational purposes only and does not constitute medical advice. A food supplement does not replace a varied diet or a healthy lifestyle. If in doubt, consult your doctor or pharmacist.

Wood ear (Auricularia) in scientific research

What was studied, on how many people and with what level of evidence. This overview describes studies, not the effects of a product.

1

human studies

0

placebo-controlled RCTs

1998–2025

years of publication

  • Liu E. et al., 2021

    E

    narrative review · preclinical studies (in vitro and rodent)

    not applicable

    The narrative review discussed Auricularia auricula-judae as a functional food.

    PMID 33543932
  • Cai M. et al., 2015

    E

    in vitro · preclinical studies (in vitro and rodent)

    not applicable

    The in vitro study examined the extraction, antimicrobial and antioxidant activity of crude polysaccharides from wood ear mushroom.

    PMID 26349516
  • Kho Y.S. et al., 2009

    E

    in vitro · preclinical studies (in vitro and rodent)

    not applicable

    The in vitro study examined the antioxidant capacity of fresh and processed fruiting bodies and mycelium of wood ear.

    PMID 19298211
  • Yoon S.J. et al., 2003

    E

    in vitro · preclinical studies (in vitro and rodent)

    not applicable

    The in vitro study examined the antithrombin-mediated anticoagulant activity of a polysaccharide from Auricularia auricula.

    PMID 14967412
  • Bian C. et al., 2020

    E

    in vitro · preclinical studies (in vitro and rodent)

    not applicable

    The in vitro study examined extraction optimisation, structural characterisation and anticoagulant activity of acidic polysaccharides from wood ear.

    PMID 32041370
  • Bian C. et al., 2022

    E

    animal study (mice) · preclinical studies (in vitro and rodent)

    not applicable

    The mouse study examined whether a novel polysaccharide from Auricularia auricula alleviates carrageenan-induced thrombosis.

    PMID 35956781
  • Jeong H. et al., 2007

    E

    animal study (rats) · preclinical studies (in vitro and rodent)

    not applicable

    The study in diet-induced hyperlipidemic rats examined the hypolipidemic effects of biopolymers from wood ear.

    PMID 24015062
  • Chen G. et al., 2011

    E

    animal study (ICR mice) · preclinical studies (in vitro and rodent)

    not applicable

    The study in ICR mice examined the cholesterol-lowering effect of an Auricularia auricula ethanol extract.

    PMID 23572806
  • Zeng F. et al., 2013

    E

    chemistry + animal (mice) · preclinical studies (in vitro and rodent)

    not applicable

    The study combined chemistry with a mouse model, examining the properties of a polysaccharide purified from solid-state fermentation as a hypolipidemic agent.

    PMID 23909573
  • Yuan Z. et al., 1998

    E

    animal study (KK-Ay mice) · preclinical studies (in vitro and rodent)

    not applicable

    The study in genetically diabetic KK-Ay mice examined the hypoglycaemic effect of a water-soluble polysaccharide from wood ear.

    PMID 9836425
  • Liu N. et al., 2021

    E

    animal study (mice) · preclinical studies (in vitro and rodent)

    not applicable

    The study in high-fat-diet and streptozotocin-induced diabetic mice examined the hypoglycaemic effect of Auricularia auricula polysaccharides.

    PMID 34505615
  • Hou R. et al., 2019

    E

    animal study (mice) · preclinical studies (in vitro and rodent)

    not applicable

    The mouse study examined the characterisation of natural melanin from Auricularia auricula and its hepatoprotective effect against acute alcohol-induced liver injury.

    PMID 30706914
  • Liu X. et al., 2019

    E

    in vitro / chemistry · preclinical studies (in vitro and rodent)

    not applicable

    The chemistry/in vitro study examined melanin extraction from Auricularia auricula waste residue.

    PMID 31763027
  • Ma Z. et al., 2022

    E

    in vitro (biosynthesis) · preclinical studies (in vitro and rodent)

    not applicable

    The in vitro study examined the biosynthetic pathways of melanin in Auricularia auricula.

    PMID 35419841
  • Son E.H. et al., 2025

    D

    open-label RCT (no blinding), maltodextrin control · the first human study found for wood ear

    50 people (24/26)

    The study examined 8 weeks of consuming a functional food with wood ear powder twice daily versus a control, measuring body composition, waist circumference, lipid profile, fibre intake, constipation scales (CAS, ROME II) and gut microbiota in Korean middle-aged adults. Open-label study (formally randomised but unblinded). The authors noted a small sample, no long-term data, and no dose-dependence assessment.

    PMID 39968271

Evidence levels: A · Cochrane review · B · systematic review · C · placebo RCT · D · pilot RCT · E · preclinical studies

What these studies don't say

  • Samples are usually small, most from a single population.
  • Results describe research interventions, not a dietary supplement.
  • The presence of a study is not a health claim.

Source: Aloha Fungi literature review, 1 September 2026; entries verified via PubMed or by DOI (Crossref). See the research

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