KSSS Squats Mushroom Spores

Discovered by ethnomycologist John Allen on the Thai island of Koh Samui, the Koh Samui Super Strain quickly became one of the most popular and sought-after Psilocybe cubensis varieties in the research community. The “Super Strain” designation refers to its vigorous growth characteristics and exceptional spore production.

The KSSS Squats isolation is a unique offshoot that produces compact, short-bodied mushrooms resembling small pumpkins, with broad, nearly flat caps and dense stems. Under the microscope, its spores exhibit the distinctive cubensis morphology, providing an excellent visual study of this strain’s genetic stability and structural traits.

Because of its hardiness and resistance to contamination, KSSS is ideal for both beginner and intermediate researchers. Its exotic origin and strong genetic lineage make it a staple for microscopy enthusiasts seeking to explore regional variations within Psilocybe cubensis.

Strain Origin

Originally discovered on the island of Koh Samui, Thailand, by ethnomycologist John Allen. The KSSS Squats isolation was developed from the original Koh Samui Super Strain, enhancing its compact and dense structural characteristics.

Mushroom Features

• Distinct “Squats” morphology with short, thick stems and round, flat caps

• Dense, robust growth pattern characteristic of the Super Strain lineage

• Naturally resistant to contamination

• Tropical origin with genetic ties to the Thai Psilocybe cubensis population

• Ideal for microscopy research due to strong spore production

Research Difficulty

Beginner to Intermediate – Easy to handle and resilient, making it a great strain for new mycologists and researchers studying morphology and structure under magnification.

What’s Included

Each Koh Samui Super Strain (KSSS) Squats Spore Kit from Shaman Mushroom Spores includes:

• One 10ml sterile syringe filled with premium KSSS Squats 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