Natalensis Spore Print

Psilocybe natalensis Spore Print – South African Specimen for Microscopic & Taxonomic Research

The Psilocybe natalensis spore print offers an extraordinary opportunity for scientific exploration and academic analysis of one of Africa’s most intriguing Psilocybe species. Discovered in the grasslands of South Africa, P. natalensis is a close genetic relative of Psilocybe cubensis yet exhibits unique morphological, ecological, and genetic traits that distinguish it as a subject of serious taxonomic interest.

Each spore print is carefully and ethically harvested from mature fruiting bodies, preserved on sterile foil to maintain integrity and minimize contamination. These prints are handled in clean lab conditions, packaged securely in protective, moisture-resistant envelopes, and labeled clearly for research use.

Mycologists, students, and educators alike will find P. natalensis prints to be an excellent tool for studying spore development, pigmentation, substructure, and classification. Whether you’re building a spore library, conducting DNA comparison, or simply observing under magnification, this spore print offers a rare and valuable addition to any scientific collection.

Key Features:

• Sourced from mature, healthy Psilocybe natalensis specimens.
• Sterile and carefully prepared for maximum purity and viability.
• Unique dark purple to brown elliptical spores ideal for taxonomy and microscopy research.
• Intended strictly for microscopy, taxonomy, and educational purposes.
• Not for cultivation.

This spore print is intended solely for microscopic, academic, and taxonomic research and is not to be used for cultivation or consumption. Ideal for use in educational settings, lab environments, and institutional mycology programs, the Psilocybe natalensis spore print is an excellent material for detailed scientific inquiry.

Recommended research applications include:

• Microscopic examination of spore morphology, including surface texture, size, wall thickness, and pigmentation
• Comparative taxonomy across Psilocybe species to study evolutionary divergence and genetic lineage
• Photodocumentation for scientific journals, presentations, and field identification guides
• Educational demonstrations for students learning about fungal biology, basidiomycete reproduction, and spore dispersal patterns

Instructions for Microscopy Use

1. Prepare Your Workspace:
2. • Ensure a clean and sterile working area to maintain the purity of the spore print.
   • Use sterile gloves, tools (scalpel, tweezers), and clean microscope slides.
2. Preparing the Microscope Slide:
3. • Carefully open the spore print’s protective packaging.
   • Using a sterile scalpel, gently scrape a small section of spores onto a clean microscope slide.
3. Applying the Cover Slip:
4. • Place a glass cover slip over the spores to distribute them evenly.
   • Optionally, add a small drop of sterile water or a staining solution to improve spore visibility.
4. Observation Under Microscope:
5. • Use a microscope with 400x–1000x magnification for a clear and detailed view.
   • Psilocybe natalensis spores are elliptical, smooth, and dark purple to brown in pigmentation.
   • Document spore dimensions, surface texture, and arrangement for taxonomy research.
5. Documenting Your Findings:
6. • Record spore morphology, including size, shape, and pigmentation.
   • Compare observations to reference materials for classification and study.

⚠️ Important Notice: This product is sold for microscopic and research purposes only. It is not intended for cultivation, ingestion, or any use that violates applicable laws. Purchasers must be 18 years or older, and are responsible for complying with local, state, and federal regulations.