Description
Enter the realm of advanced mycological research with Yeti 168, a true albino Psilocybe cubensis variety that represents the pinnacle of genetic innovation. This 10cc isolated spore syringe contains specimens of one of the most striking albino strains ever developed, offering researchers unprecedented access to study the complete absence of pigmentation in fungal structures.
The Yeti 168 Legacy: Masterwork of Genetic Isolation
Yeti 168 stands as a testament to the artistry of modern mycological genetics, developed by the same renowned isolation group responsible for legendary strains like DCM95 (DC Mak) and other celebrated genetic lines. This true albino variant represents years of meticulous selection and isolation work, building upon the already exceptional True Albino Teacher (TAT) lineage to achieve complete leucistic expression.
The strain's development showcases the intersection of scientific methodology and mycological passion, where expert cultivators employed advanced isolation techniques to stabilize this remarkable albino phenotype. The result is a strain that maintains the robust characteristics of its TAT heritage while exhibiting the striking icy white appearance that defines true albino variants.
Distinctive Research Characteristics
Complete Albino Expression: Exhibits total absence of pigmentation in spores, resulting in translucent to white coloration under microscopic examination
Genetic Stability: Maintains consistent albino traits across generations, demonstrating successful stabilization of the leucistic mutation
TAT Lineage Heritage: Carries the robust genetic foundation of True Albino Teacher while expressing enhanced albino characteristics
Morphological Uniqueness: Displays distinctive structural variations typical of advanced albino isolates
Research Value: Offers exceptional opportunities for studying pigmentation genetics and albino expression in Psilocybe cubensis
Ready to explore this groundbreaking albino strain? Access our Complete Yeti 168 Research Guide for advanced microscopy techniques and genetic analysis protocols.
Research Applications and Scientific Value
Yeti 168 presents extraordinary value for advanced mycological research, particularly in the study of genetic mutations and pigmentation pathways in fungi. The strain's complete albino expression provides researchers with an ideal subject for examining the mechanisms behind leucistic traits and their inheritance patterns in Psilocybe cubensis. This makes it invaluable for both academic research and educational demonstrations of fungal genetics.
The specimen's genetic stability offers consistent results for comparative studies, while its connection to the renowned DCM95 isolation group adds historical significance to any research collection. Educational institutions studying fungal morphology, genetics programs exploring mutation inheritance, and researchers investigating pigmentation pathways will find Yeti 168 an essential addition to their specimen libraries.
Advanced Research Features
Genetic Analysis Ready: Stable genetics suitable for multi-generational phenotype studies
Microscopy Excellence: Exceptional visual contrast and clarity for detailed morphological examination
Educational Value: Perfect for demonstrating albino mutations and inheritance patterns
Comparative Research: Ideal for side-by-side studies with pigmented variants
Professional Documentation: Complete isolation lineage and development history available
Expert Support: Access to specialized guidance for advanced research protocols
Product Specifications
Classification: Isolated Spore Syringe
Species: Psilocybe cubensis (True Albino variant)
Volume: 10cc sterile solution
Strain: Yeti 168
Genetic Line: True Albino Teacher isolate
Isolation Group: DCM95 development team
Purpose: Microscopy and taxonomic research
Important Legal Notice
Atlas Spores provides these specimens exclusively for legal microscopy, taxonomic research, and educational purposes. Our spore syringes contain no active compounds and are intended solely for scientific study. Purchasers assume full responsibility for understanding and complying with all applicable local, state, and federal regulations governing these materials.
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