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Albino Avery is a rare strain of Psilocybe cubensis believed to be an albino mutation of the Cambodian strain. There’s not a spot of pigment on the fruiting bodies, which gives them incredibly beautiful eye appeal. Albino Avery was named after the founders child. This True albino Cambodian is truly a stunning albino. Avery is a must have for any collector.
Albino Bluey Vuitton is a phenotype-noted albino spore lineage preserved by Basidium Equilibrium. Consistent macromorphology with medium–broad lamellae; prepared as an isolated spore syringe for microscopy and taxonomy.
⚠ Spores are intended for microscopy, taxonomy, and novelty purposes only.
Albino Burma Isolated syringe is an easy way to explore this beautiful albino Mushroom. Burma hailing from currently Maynmar region. This unique albino Bas Eq original find, this Albino feature is found sometimes in a controlled environment.
Psilocybe Cubensis Hybrid: Tidalwave X Albino Penis Envy Over the course of a meticulous four-year project led by Northwest Stylz Mycology and their dedicated team of friends, a unique hybrid emerged. This exceptional strain is the result of crossing Tidalwave and Albino Penis Envy.
Albino Melmac Isolated Spore Syringe
Strain origin – Found by Basidium Equilibrium, this unique variant of Melmac is a must have.
Unlock a true albino APE cut with this rare isolated syringe. Clear spores, strong mycelial vigor, and full flush potential—perfect for microscopy enthusiasts.
Strain origin: Texas PE6 was a hybrid project that seemed to go off the rails in 2016 with samples getting out before the project was finalized. This is an Albino morphology of that same project. This was originally found By Basidium Equilibrium
Amazon mushroom strains trace their roots back to South America. While this strain has been genetically isolated, it is thought to retain characteristics similar to those found in mushrooms still thriving in certain regions of the Amazon rainforest.
Ape Revert is a leucistic spore lineage attributed to Jake Oncid, noted for creamy-white pigmentation and a distinct cap profile. Prepared as an isolated spore syringe for microscopy and taxonomy.
Apehilly Bumpkin (HBPXAPE) isolated spore syringe, known for its etherial glow and unique properties. Perfect for enthusiasts and researchers alike. This is the newest Cross/Hybrid brought to you by BAS! Strain origin: Hillbilly Pumpkin X Albino Penis Envy spore hybrid strain
Apehilly Bumpkin (HBPXAPE) V3 isolated syringe. Perfect for enthusiasts and researchers alike. This is the newest Cross/Hybrid brought to you by Basidium EQ The combination of Hillbilly Pumpkin and Albino Penis Envy gives it beautifully unique coloring and size. This variant of Apehilly Bumpkin is a taller unique morphology of the cross.
Atlantis number 7 – Isolated Spore Syringe The Enigmatic Psilocybe Tampanensis Pheno
Originating from the Louisiana wetlands, the elusive Wild Tampanensis remains hidden in nature. ATL 7, also known as Atlantis #7, emerges from a Dutch sample. This remarkable variety is a prolific truffle producer, making it an essential addition to any collector’s repertoire.
B+ originated in the 1990’s and has been considered a classic strain since. Producing Large, thick, long stemmed, brown capped mushrooms for your research.
Bas discovered the BAPER (Blue Albino Penis Envy Revert) while searching for specimens of the Philly Golden Teacher strain in the lab. This rare mutation
Blue Magnolia is a legacy spore lineage documented by Doc Danks Seeds, noted for a classic cap profile and medium-to-broad lamellae. Prepared as an isolated spore syringe for microscopy and taxonomy.
⚠ Spores are intended for microscopy, taxonomy, and novelty purposes only.
Blue Meanie has distinct features, from its captivating looks to its natural spore productivity, make it a top pick for mycology enthusiasts. It offers a glimpse into the diverse, resilient world of mushrooms. Whether you’re a beginner or an experienced cultivator, Blue Meanie encourages you to uncover nature’s genetic mysteries.
An isolated spore syringe is a sterile aqueous suspension containing basidiospores collected from selectively refined Psilocybe cubensis genetics. Unlike broad multi-spore collections, isolated lines are associated with documented trait stability and lineage tracking developed over multiple generations of observation and refinement.
Each spore syringe contains thousands of carefully prepared spores suspended in purified solution, allowing for consistent microscopic examination and long-term specimen preservation. Within our catalog, isolated spore syringes represent the most stabilized and thoroughly documented cubensis genetics available.
Psilocybe cubensis exhibits remarkable genetic diversity across regional landraces, hybrid families, and selectively refined phenotypes. Through years of structured documentation and observational study, specific lineages have been refined for consistent morphological traits, including cap structure, pigmentation shifts, albino expressions, and mutation behaviors.
Our isolated spore syringe collection reflects this long-term refinement process. These genetics represent the pinnacle of documented cubensis lineages within our expanding archive of over 100 publicly released strains.
Researchers seeking broader context may explore our Genetic Vault for detailed strain history and lineage documentation.
Multi-spore syringes contain genetically diverse spore populations, often representing the full spectrum of a given specimen’s genetic variability. In contrast, isolated spore syringes originate from lines that have undergone selective stabilization to reinforce observable traits and reduce unpredictable variation.
This distinction is essential when studying phenotype consistency, mutation patterns, and comparative morphology across cubensis families. For further insight into genetic variability and mutation behavior, see our article on Mushroom Mutations Explained.
At Basidium Equilibrium, each spore syringe is prepared within sterile laboratory environments utilizing advanced air filtration systems to ensure purity and precision. Our process prioritizes documentation, structural integrity, and long-term specimen reliability.
Every syringe is carefully assembled to maintain consistent spore suspension, ensuring even distribution and dependable microscopy preparation.
For optimal preservation, spore syringes should be stored under refrigeration at or below 40°F (4°C). Cool storage maintains dormancy and supports long-term structural stability of the spores for archival and microscopy purposes.
Proper handling and temperature control contribute significantly to preserving specimen quality over extended periods.
⚠ Spores are intended for microscopy, taxonomy, and novelty purposes only.
Within this collection, you will find some of the most recognized and studied cubensis families, including:
Hybrid crosses and rare vault releases
Each isolated spore syringe represents years of documentation and lineage refinement within our genetic library.
In the context of fungal genetics, “isolated” refers to a lineage that has undergone selective refinement and documentation to stabilize observable traits. While a spore syringe contains reproductive basidiospores, the originating genetic line has been tracked and refined over time to reinforce consistent phenotype expression within Psilocybe cubensis families.
Multi-spore syringes contain a broader range of genetic variability collected from a single specimen. Isolated spore syringes originate from refined genetic lines associated with stabilized traits and documented lineage history. This distinction is important for researchers studying morphology, mutation patterns, and comparative genetic behavior across cubensis strains.
Spore syringes should be stored under refrigeration at or below 40°F (4°C). Cool storage maintains dormancy and supports long-term structural integrity of the spores. Proper temperature control and sterile handling contribute to preserving specimen quality for microscopy and archival purposes.
Isolated lineages are associated with trait consistency due to prior refinement and documentation. However, because spores represent the reproductive phase of the fungal life cycle, genetic recombination may still occur. Researchers interested in stabilized clonal expression typically study mycelial tissue rather than spores.
