Description
Pholiota nameko, also called nameko (jap. 滑子), Tuscany mushroom or golden cap, is a mushroom of the genus Strophariaceae. It lives saprobiontic and has a great importance especially as an ingredient of Japanese cuisine.
It is a relative of the golden cap mushroom, which is also native to Japan, but is only found in East Asia. In Japan it has been valued as a cultivated mushroom for a very long time. Lives as a decomposer on dead wood of beech or oak.
On infested wood, Pholiota nameko causes white rot: the wood progressively loses color, becomes fibrous, soft and loses its compressive strength. In the final stage of decay, it finally assumes a spongy consistency. Characteristic here are dark lines – spatially considered demarcation layers – that appear at the edge of the infested areas and along which the fungus regulates the moisture in the wood.
Pholiota nameko is also increasingly grown on a large scale in China. For example, production increased from one ton of cultivated mushrooms in 1986 to 172 tons in 2003. This makes the Japanese horsetail the tenth most cultivated mushroom in China. In terms of consistency and flavor, it does not come close to “our” horsetail.
Collection August 2024
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Properties
In Japan and other East Asian countries, Pholiota nameko is a popular edible fungus and is mainly eaten in miso soups, soba and nabemono. For this purpose, the Japanese stick fungus, like other edible wood decomposers, is grown in culture. This involved placing logs infested with the fungus in water until the first half of the 20th century. Then this spore-soaked water was spread on trimmed pieces of wood. This method worked because the Japanese hollyhock fungus can also colonize wood that still contains living cells.
In 1931, sawdust was used as a substrate for the first time. This method subsequently caught on and was optimized in the 1960s with the addition of wheat bran. Pholiota nameko cultivation has a long tradition in Japan, but is also associated with health risks. The spores of Japanese hollyhock sponge, inhaled over a long period of time, can lead to chronic pneumonia, also known in Japan as “mushroom farmer’s lung.”
According to Chinese studies, the water extract and sodium hydroxide of Pholiota nameko were 60% and 90% effective on sarcoma 180 implanted in rats. In addition, resistance to staphylococcal infection was significantly improved.
Growing
How to Grow Pholiota nameko?
Namekos are generally not picky and quickly colonize even the simplest substrates without much concentrated feed.
Pholiota nameko thrives in a wide range of temperatures from 18° to 28°C with about 85-90% humidity in the room. They need sufficient fresh air, but only little light.
PH Levels
Inoculation Phase
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Spawn Run
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Fruiting Phase
–
Harvest
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S
|
P
|
F
|
|
---|---|---|---|
Temp °C |
24-29 | 10-16 | 13-18 |
Relative Humidity % |
95-100 | 95-100 | 90-95 |
Duration d |
10-14 | 7-10 | 5-8 |
CO2 ppm |
>5000 | 500-1000 | 800-1200 |
FAE per h |
0-1 | 4-8 | 4-8 |
Light lux |
– | 50-1000 | 500-1000 |
How to Fruit P. nameko?
In the Far East, namekos are now preferably grown in bottles, where they are harvested only once. The Japanese market prefers bunches with crunchy small mushrooms.
However, Pholiota nameko still tastes excellent, even if it is screened. Disadvantage is the high spore load when it is allowed to grow larger.
A true swarm-former, benefits from few fruiting windows on the substrate block, but can also be fruited over a large area. Needs high moisture levels, but can get by with little light. Do not fruit nameko and herbaceous oyster in the same space, the spores of the nameko make the herbaceous oyster sick.
Cropping Cycle
Inoculation Phase
–
Spawn Run
–
Fruiting Phase
Two corps in 60 days, 10-14 days apart
Harvest
–
How to make Agar Culture Media?
- Dissolve the malt extract and agar in distilled water.
- Sterilize the solution by autoclaving at 121°C for 15-20 minutes.
- Pour the sterilized media into petri dishes or other containers under sterile conditions.
- The Yeast is optional, but you can add it to any recipe for nutritions, same for Peptone.
MEA
MEA, MYA, PDYA, and DFA
PDA
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MPYA
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PDYA
-
Fruiting Containers
Trays
Autoclavable bottles and polypropylene bags
Bags
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1
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2
-
Substrate
1 pound of mushrooms in the first flush from 5 pound blocks of hardwood sawdust (supplemented with rice bran)
Growing Additives
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Biological efficiencie
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Sometimes we miss a piece
Growing Chracteristics
Pholiota nameko also has a conidial stage that allows sporulation directly from the mycelium. A single spore can project a homokaryotic mycelium and create fungi with homokaryotic spores.
Identification
Natrual Habitat
Pholiota nameko is a saprobiontic wood-dweller and is originally found only on the East Asian islands. In Europe, it is only found in cultivation. The fungus primarily colonizes dead wood of oaks and beeches.
On stumps and trunks of deciduous trees in temperate Asian forests, especially deciduous oak and beech
How to identify Pholiota nameko
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Cap
3-8 cm
Hemispherical to convex
Finally flat
Surface is covered with an orange sticky slime that envelops the mushroom buds tightly and thins as the mushrooms mature
The mucus quickly collapses, leaving a slimy coating
Smooth lid surface
Hymenium
White to yellow, turning brown as they mature
Partial veil sticky/membranous
Adherent to upper regions of stalk or along inner peripheral margin
Stipe
5-8 cm long
Equal
Covered with fibrillae
Swollen near the base
Veil
Bbrown
Viscous
Rapidly
Evanescent
Spores
Cinnamon brown
Elliptical
Small 4 to 7 µ × 2.5 to 3.0 µ
Smooth
Without distinct germ pore
Absence of pleurocystidia
Clamp connections
Hyphae
Whitish
Longitudinally radial
Light orange or reddish from the center as the mycelium ages
In sterilized grain, the mycelium is densely cotton-white and mottled with yellowish to orange areas when ripe
Danger of confusion
Kuehneromyces mutabilis, Armillaria solidipes
Consuming
Gorumet Perception
Smell
moldy, floury, not pleasant
Taste
floury, mild
Flesh
White
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Nutritional content of 100g
Composition
Immunostimulating Compounds
Polysaccharid (β-Glucan)
Function: These complex carbohydrates strengthen the immune system.
Benefit: They are known for their anti-cancer properties and support the body in the fight against tumors.
Lectine
Function: Proteins that bind to specific carbohydrates.
Benefit: They have immunomodulating effects and can inhibit the growth of cancer cells.
Proteoglycans
Function: Molecules that combine proteins and carbohydrates.
Benefit: They support cell communication and have anti-tumor properties.
Antioxidant ingredients
Phenolic compounds
Function: Antioxidants that neutralize free radicals.
Benefit: They protect cells from damage caused by oxidative stress and have anti-inflammatory properties.
Selenium
Function: An essential trace element with an antioxidant effect.
Benefit: It supports the immune system and protects against cell damage.
Fatty acids
Linoleic acid
Function: An essential fatty acid required in the diet.
Benefit: It helps reduce inflammation and supports cardiovascular health.
Unique/Important Ingredients
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Vitamin-Rich Components
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other names
other names
Chinesisch (traditionell) | 光滑環銹傘 |
Chinesisch (vereinfacht) | 光帽磷伞 |
Chinesisch (vereinfacht) | 滑子蘑 |
Chinesisch (vereinfacht) | 滑菇 |
Chinesisch (vereinfacht) | 珍珠菇 |
Estnisch | jaapani mampel |
Tschechisch | šupinovka nameko |
Türkisch | nameko mantarı |
Wissenschaftl. Name | Pholiota nameko |
Nameko or Namerako (Japanese For “Slimy Mushroom”), Slime Pholiota, Viscid Mushroom, Nameko, Namerako, Slimy Mushroom, Slime Pholiota, Viscid Mushroom, Toskana Pilz, Goldkäppchen, Japanisches Stockschwämmchen, Agaricus Microsporus, Collybia Nameko, Pholiota Nameko, Pholiota Glutinosa Kawam, Kuehneromyces Nameko
Taxonomical Hierarchy
Kingdom | Fungi |
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Division | Basidiomycota |
Class | Agaricomycetes |
Order | Agaricales |
Family | Strophariaceae |
Genus | Pholiota |
Species | P. microspora |
Ecology | Saphrobiontisch |
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