Tidal Wave Spore Syringe | Psilocybe cubensis

Explore Tidal Wave Psilocybe cubensis, a distinctive hybrid lineage valued for its unique morphology, stable spore characteristics, and strong presence in advanced microscopy research. A premium addition to any collection and ideal for comparative taxonomy studies.

🔬 Strain Background

Species: Psilocybe cubensis
Tidal Wave is a cultivated cubensis variety recognized for its distinct identity and consistent characteristics. It has gained attention within the mycology community for its unique morphology and reliable performance in microscopy research.

🧬 Genetic Lineage

This strain is commonly associated with selective hybridization work within Psilocybe cubensis, often linked to B+ and Penis Envy type genetics. The result is a stable lineage with recognizable and consistent microscopic traits.

👨‍🔬 Origin & Development

Tidal Wave is believed to have emerged through selective genetic work within the mycology community. Its continued preservation and circulation have resulted in a consistent and well defined profile suitable for research and observation.

🍄 Morphological Notes

• Dark purplish brown spores when viewed in mass
• Ellipsoid to subellipsoid spore shape
• Spore size typically ranges from 11 to 14 micrometers in length and 7 to 9 micrometers in width
• Smooth spore surfaces with clear structural definition
• Pronounced apical germ pore visible for identification
• Basidia typically four spored with cheilocystidia present
• No clamp connections observed

🧠 Research Significance

Tidal Wave spores are highly valued for their clear microscopic features, stable morphology, and hybrid lineage characteristics. Their well defined traits make them well suited for spore measurement, comparative microscopy, and taxonomic study within the Psilocybe genus.

💉 Available Research Format

This product is offered in the following format, selectable above:

• 10ml Spore Syringe with 16g 1.5" needle

⚠️ Intended Use Disclaimer:
All Psilocybe spores and cultures are sold strictly for microscopy and taxonomy purposes only. No cultivation or germination is implied or encouraged.