Sunny Side Up Mushroom Spores

Sunny Side Up is one of the most unique Psilocybe cubensis varieties to emerge in the research community. While its exact origins remain unclear, this leucistic strain has quickly gained attention among mycologists for its remarkable coloration and distinct morphology. Leucism, a genetic trait that limits melanin and pigment production, gives this strain its signature pale-white stems and partially pigmented caps.

Under the microscope, Sunny Side Up spores display characteristics typical of Psilocybe cubensis, making them an excellent subject for both beginner and intermediate researchers. The contrast in pigmentation patterns, particularly the golden hue at the center of the cap, offers a fascinating example of pigment expression in mushroom species.

The name “Sunny Side Up” comes from its appearance: white edges and a golden center, closely resembling a freshly cracked fried egg. Its unique aesthetic and rarity make it a sought-after specimen for microscopy study and a standout addition to any spore collection.

Strain Origin

The precise origin of Sunny Side Up is currently unknown. It is believed to be a recent leucistic mutation or isolation within the Psilocybe cubensis family, first appearing in the modern spore research community.

Mushroom Features

• Distinct leucistic traits with minimal pigmentation

• White stems and pale caps with a golden-yellow center

• Does not typically grow in tight clusters

• Rare, recently developed Psilocybe cubensis variety

• Unique pigmentation pattern ideal for microscopy research

Research Difficulty

Beginner to Intermediate – Suitable for researchers interested in studying pigmentation variation and leucistic characteristics within Psilocybe cubensis.

What’s Included

Each Sunny Side Up Spore Kit from Shaman Mushroom Spores includes:

• One 10ml sterile syringe filled with premium Sunny Side Up mushroom spores in a purified research solution

• One sterile needle for use during sample preparation

• Individually packaged and sealed in a sterile environment to ensure the highest quality for microscopy research