Spore FAQ
This page provides a detailed reference covering mushroom spores, their scientific purpose, handling, storage, legality, and terminology. It is intended as an educational resource for individuals interested in mycology, taxonomy, and microscopy.
All spores supplied by Mycotown are provided strictly for microscopy, taxonomy, and educational research purposes.
ushroom spores are microscopic reproductive cells produced by fungi. They serve a similar biological function to seeds in plants, allowing fungi to reproduce and spread.
In mycology, spores are examined to study:
- Shape and size
- Wall thickness and surface texture
- Pigmentation
- Species and strain identification
- Genetic lineage and variation
Spores are typically analysed using light microscopy at varying magnifications.
In a research and educational context, mushroom spores are used for:
- Microscopic examination
- Taxonomic classification
- Comparing species and strain characteristics
- Academic and personal study of fungal biology
Mycotown does not sell spores for cultivation, germination, or growing purposes.
Spores are reproductive cells, while mycelium is the vegetative network of fungal cells that develops after germination.
Mushroom spores are commonly supplied in several formats for research use, including:
- Spore syringes – spores suspended in sterile solution
- Spore prints – spores deposited on a sterile surface
- Spore swabs – spores collected using sterile swabs
Each format is suitable for microscopic examination when handled appropriately.
A spore syringe contains mushroom spores suspended in a sterile liquid solution. This format allows for even distribution of spores on microscope slides and is commonly used for research observation.
Spores are biologically active reproductive cells. However, their ability to germinate (viability) depends on factors such as age, handling, and storage conditions.
Research-grade spores are prepared and packaged with microscopy and educational study in mind. This typically includes:
- Sterile preparation techniques
- Clear species and strain labelling
- Visual verification prior to packaging
Research-grade does not imply suitability for cultivation.
Spore syringes, prints, and swabs are prepared using sterile laboratory techniques to reduce contamination risk. However, spores are a natural biological material and absolute sterility cannot be guaranteed.
Yes. Spores can naturally carry microscopic contaminants due to their biological origin. Sterile handling and packaging significantly reduce, but do not eliminate, this risk.
For research integrity, mushroom spores should be stored:
- In a cool environment
- Away from direct sunlight
- In sealed, sterile packaging
- With minimal temperature fluctuations
Proper storage helps preserve spore structure and longevity.
When stored correctly, spores can remain intact for extended periods. However, longevity varies depending on storage conditions, format, and handling.
Mycotown does not guarantee long-term viability.
Species
A species is a biological classification defined by shared genetic and morphological characteristics.
Examples include:
- Psilocybe cubensis
- Psilocybe cyanescens
- Psilocybe semilanceata
Strain
A strain is a genetic variant or lineage within a species. Strains may display subtle differences in appearance, growth patterns, or microscopic traits.
Spores within the same species share core identifying features. However, slight variations in size, shape, or pigmentation may be observed between strains.
Some species, such as Psilocybe cubensis, have been extensively studied and selectively isolated, resulting in many documented strains. Other species are primarily studied at the species level due to limited genetic variation or documentation.
Spore legality depends on regional laws and regulations. In many locations, spores are legal to possess for microscopy and research, while cultivation may be restricted.
Customers are responsible for understanding and complying with their local laws before purchasing.
No.
Mycotown does not provide:
- Cultivation instructions
- Growing guides
- Germination advice
- Substrate or fruiting information
All educational content is limited to spores, taxonomy, and research.
International shipping availability depends on destination import laws and regulations. Customers should ensure spores are permitted in their country before placing an order.
Mushroom spores are generally safe to handle when standard laboratory hygiene practices are followed, including:
Working in clean environments
Washing hands after handling
Avoiding inhalation of airborne spores
Additional educational resources are available in the Mycotown learning hub, including guides on:
- Mushroom strain guides
- What mushroom spores are
- How spores are stored
- Differences between species and strains

Written by Mycotown Editorial Team
The Mycotown Editorial Team is responsible for producing and reviewing educational and reference content across the site. Our focus is on accurate, responsible information relating to mushroom spores, microscopy, and lawful research practices. View author profile