Description

More About This Golden Cluster Fuck (Psilocybe cubensis) Liquid Culture

Rare genetics. Legendary name. Massive clusters.

Golden Cluster Fuck is a standout F4 isolate descended from the iconic Golden Teacher, selectively bred by Veritas Mycology for one thing: insane clustering performance. Known for producing tightly packed fruiting bodies and generous flushes, this culture has become a favorite among collectors, educators, and underground cultivators looking for both beauty and output.

Why Choose Golden Cluster Fuck?

Like its Golden Teacher parent, this strain is admired for its resilience and forgiving nature, making it a great option for newer cultivators. But what sets it apart is its unique phenotype: rather than sporadic fruiting, it produces dense clusters—ideal for visual study, documentation, or high-efficiency substrate use.

Though technically a novelty strain, GCF represents a fascinating case study in how selective breeding can dramatically enhance yield behavior within Psilocybe cubensis. It’s a collector’s gem and a community favorite for a reason.

To support optimal growth, pair this culture with our Wood Lovers Super Bag—formulated specifically for wood-loving or cluster-forming species.

Product Details:

• Species: Psilocybe cubensis (Golden Cluster Fuck, F4 isolate)
• Lineage: Descended from Golden Teacher
• Format: 10 cc liquid culture in sterile syringe
• Best Use: For microscopy/taxonomy (or cultivation with genetics option selected)
• Phenotype Notes: Heavy cluster-forming, dense flushes, resilient across conditions
• Storage: Refrigerate on arrival; use within 2–3 months for best results
• Shipping: Fast, secure, and discreet with tracking

 Legal Disclaimer: This product is intended for microscopy and taxonomy only unless the genetics option is specifically selected at checkout. Always follow local laws.

Want to dig deeper?

Learn how phenotypes like GCF are created through selective isolation and genetics by reading this breakdown of mushroom fruiting behavior and phenotype expression.