Albino A+ Spores
Striking, pale, and instantly recognisable, Albino A+ (AA+) is a leucistic Psilocybe cubensis strain prized for its distinctive appearance under microscopy.
Albino A+ Spores
Species: Psilocybe cubensis
Spore Colour: Dark purple-brown
Microscopy Level: Intermediate
Notable Features: Leucistic fruiting bodies, high spore contrast, distinct morphology
Overview
Albino A+ is a leucistic cubensis strain known for its pale, almost white appearance and strong visual contrast under the microscope. Despite the name, Albino A+ is not a true albino strain – instead, it exhibits reduced pigmentation while still producing dark spores.
Collectors and researchers are drawn to AA+ for its unique presentation and reliable spore characteristics, making it a popular reference strain in cubensis microscopy.
Key Characteristics of Albino A+ Spores
Appearance
Albino A+ fruiting bodies are famous for their pale caps and stems, often appearing white to off-cream in colour. This reduced pigmentation sets the strain apart visually and contributes to its popularity among collectors.
Microscopy Characteristics
Under magnification, Albino A+ spores display classic cubensis morphology with a strong visual contrast against lighter background material. Common observations include:
- Smooth, ellipsoid spore shape
- Deep purple-brown pigmentation
- Consistent distribution in both prints and syringes
These characteristics make AA+ a useful strain for studying pigmentation contrast and comparative cubensis morphology.
Origin & Background
Albino A+ is believed to originate from selective isolation within the A+ lineage, favouring reduced pigmentation while maintaining stable genetic traits. Over time, it gained popularity due to its distinctive appearance and reliable microscopic features.
Spore Morphology Under High Magnification
When examined under higher magnification, Albino A+ spores show several features of interest to microscopy enthusiasts:
- Apiculus: Clearly visible and well-defined, aiding in identification
- Wall Thickness: Moderate and uniform, typical of stable cubensis strains
- Germ Pore: Present and discernible under proper lighting and focus
Comparative Note:
Compared to strains like B+, Albino A+ spores often appear slightly more uniform in shape and offer stronger contrast due to the strain’s reduced overall pigmentation.
This makes AA+ particularly useful as a comparison strain when studying spore structure across multiple cubensis varieties.
Why Collect Albino A+ Spores?
Albino A+ is commonly chosen by collectors because it offers:
- Distinct visual contrast under microscopy
- Consistent, reliable spore morphology
- A unique leucistic reference within cubensis studies
- Strong comparability with popular baseline strains
Related Strains
If Albino A+ interests you, you may also want to explore:
- Golden Teacher Spores – A classic benchmark strain for microscopy
- B+ Spores – Known for resilience and dark spore deposits
- PE6 Spores – A hybrid strain with distinctive microscopic traits
Why Buy Albino A+ Spores from Gorilla Spores?
- Verified, authentic cubensis genetics
- Sterile preparation under lab conditions
- Discreet UK shipping
- Trusted by microscopy enthusiasts across the UK
Albino A+ Spores – Frequently Asked Questions
Are Albino A+ (AA+) spores legal in the UK?
Yes — Albino A+ (AA+) spores are legal to buy, own, and study in the UK for microscopy and research purposes. Psilocybin-containing material is illegal, but spores do not contain psilocybin. Gorilla Spores sells spores strictly for lawful research and educational use.
What format do Albino A+ spores come in?
We offer Albino A+ spores as both spore syringes and spore prints, suitable for microscopy study and reference collections.
Are Albino A+ spores good for beginners?
Yes. Albino A+ spores are suitable for beginners due to their clear pigmentation, consistent morphology, and ease of identification under the microscope.
What do Albino A+ spores look like under the microscope?
Under magnification, Albino A+ spores appear:
- Ellipsoid and smooth
- Dark purple-brown in colour
- Consistent in size, typically within the standard cubensis range
Despite the pale appearance of the fruiting bodies, the spores themselves remain darkly pigmented.
Is Albino A+ truly albino?
No. Albino A+ (AA+) is a leucistic Psilocybe cubensis strain, meaning it lacks most pigmentation but is not a true albino. True albino strains lack all pigmentation, including in spores.
How long do Albino A+ spore syringes last?
When stored properly in a cool, dark environment such as a refrigerator (around 2–8°C), spore syringes can last 6–12 months or longer. Spore prints typically last even longer when stored dry and sealed.
Do you ship Albino A+ spores discreetly?
Yes. All orders from Gorilla Spores are shipped in plain, unbranded packaging with secure internal protection to ensure safe delivery.
How should I store Albino A+ spores?
For best results:
- Spore Syringes: Store in a refrigerator at 2–8°C
- Spore Prints: Store in a cool, dry, dark place
Avoid heat, direct sunlight, and humidity to preserve viability.
Are your Albino A+ spores authentic?
Yes. All Albino A+ syringes and prints are sourced from verified cubensis genetics, quality-checked, and prepared under sterile laboratory conditions. Gorilla Spores does not sell mixed or mislabeled strains.
Can Albino A+ spores be used for cultivation?
No. Gorilla Spores sells spores strictly for microscopy, taxonomy, and research purposes. Cultivation of Psilocybe cubensis is illegal in the UK and many other countries.
Legal Notice:
Gorilla Spores sells spores strictly for microscopy, taxonomy, and educational research. Cultivation of psilocybin-producing mushrooms is illegal in the UK. Please review our Legal Use Policy for more information.
Written by the Gorilla Spores Research Team
The Gorilla Spores Research Team produces and reviews educational content focused on Psilocybe cubensis strains, spore morphology, and microscopy-based observation. All reference material is created for lawful research and educational purposes and is reviewed for accuracy, clarity, and responsible presentation. View author profile