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DALL·E 2025-03-01 16.25.05 - A hyper-realistic image of a bitter oyster mushroom (Panellus stipticus) emitting a soft, natural bioluminescent glow in a dark forest. The mushroom h.jpeg
Shop Bitter Oyster 10ML Liquid Culture Syringe

Bitter Oyster 10ML Liquid Culture Syringe

$25.00

Bitter Oyster (Panellus stipticus) Overview

The Bitter Oyster (Panellus stipticus) is a small, wood-loving mushroom known for its striking bioluminescence. This fungus belongs to the Mycenaceae family and is commonly found growing on dead hardwood in temperate forests across North America, Europe, and Asia. Its cap is small, kidney-shaped, and typically light brown to tan with a wrinkled surface. While not considered edible due to its extreme bitterness and tough texture, it has a fascinating history of medicinal and practical use.

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Bitter Oyster 10ML Liquid Culture Syringe

$25.00

Bitter Oyster (Panellus stipticus) Overview

The Bitter Oyster (Panellus stipticus) is a small, wood-loving mushroom known for its striking bioluminescence. This fungus belongs to the Mycenaceae family and is commonly found growing on dead hardwood in temperate forests across North America, Europe, and Asia. Its cap is small, kidney-shaped, and typically light brown to tan with a wrinkled surface. While not considered edible due to its extreme bitterness and tough texture, it has a fascinating history of medicinal and practical use.

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Add To Cart

Historical Uses

  1. Medicinal Applications: The Latin name "stipticus" refers to its astringent properties, and in the past, P. stipticus was used to stop bleeding (styptic effect). Traditional healers would apply it to wounds to promote clotting.

  2. Early Illumination: In some cultures, its bioluminescence was used for navigation in the dark, particularly in folklore and old-world exploration.

  3. Tannin Source: Historically, the mushroom’s high tannin content may have been used for leather tanning or as an alternative to oak-based tanning methods.

Modern Uses

  1. Bioluminescence Research: Panellus stipticus is extensively studied in mycological and genetic research, particularly for its luciferase-related bioluminescence, which could have applications in bioengineering and synthetic biology.

  2. Environmental Monitoring: Some research suggests that its luminescence can be affected by environmental toxins, making it a potential bioindicator for pollution.

  3. Bioremediation: Like other fungi, P. stipticus plays a role in breaking down lignin and cellulose, aiding in the decomposition of deadwood and promoting healthy forest ecosystems.

  4. Artistic & Aesthetic Uses: Some artists and biologists cultivate it for glowing mushroom displays, harnessing its natural glow for unique exhibits.

Interesting Fact

The bioluminescence of P. stipticus varies by region—North American strains typically glow brightly, while European and Asian strains lack luminescence.

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