Jack Frost Spore Syringe – 10cc
$20.00
Jack Frost is a true albino Psilocybe cubensis hybrid created from True Albino Teacher (TAT) × Albino Penis Envy (APE). Famous for its icy white coloration, blue bruising, and nearly transparent spores, this modern genetic is unmistakably deserving of its name.
Product Description
Jack Frost is a true albino Psilocybe cubensis hybrid created by crossing two legendary albino lines: True Albino Teacher (TAT) and Albino Penis Envy (APE). Developed by the mycologist known as Wombat, the genetic combines its parents into one of the most visually recognizable modern cubensis varieties.
Fruiting bodies begin almost entirely white, with thick pale stems and striking caps that often open dramatically and curl upward with maturity. As the tissue ages or bruises, cool blue tones can spread across the otherwise white surface, creating the icy appearance behind the Jack Frost name.
Its albino characteristics continue all the way to the spores. Unlike typical P. cubensis, which produces dark purple-brown spores, Jack Frost produces extremely lightly pigmented to essentially colorless spores—an important microscopic characteristic of its true albino genetics.
About this strain
Jack Frost was developed by Wombat from a cross between True Albino Teacher and Albino Penis Envy, commonly written as:
True Albino Teacher (TAT) × Albino Penis Envy (APE) → Jack Frost
Both parental lines carry true albino characteristics, and Jack Frost expresses this heritage through white fruiting bodies and essentially colorless, translucent spores rather than the dark spore pigmentation typical of P. cubensis.
Another defining characteristic appears as the caps mature. Jack Frost caps can open broadly and curl upward, exposing pale gills underneath. Combined with pronounced blue bruising against the white tissue, mature specimens can develop dramatic white-and-blue coloration unlike the traditional golden-brown appearance of the species.
Its documented parentage, true albino spore characteristics, and unusual mature morphology make Jack Frost particularly interesting for comparative microscopy and genetic research.