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Albino Chodewave

Albino Chodewave

Common Names: Albino Chodewave

About

The Albino Chodewave (ACW) is a rare albino isolate of the original Chodewave strain of Psilocybe cubensis. This variant is distinguished by its striking white coloration, which is due to a genetic mutation that inhibits pigment production. The ACW is sought after not only for its unique appearance but also for its potent psychoactive properties. Cultivators value this strain for its robust growth and the dense, white mycelium that is characteristic of healthy specimens. The mushrooms typically exhibit a small to medium cap and a slender, fibrous stem.

Physical Characteristics

Caps:

Small to medium size, smooth texture, often appears slightly wrinkled, pure white coloration due to lack of pigmentation.

Gills:

Attachment adnate to adnexed, initially white but may turn slightly blue with age or damage.

Cognitive Effects

Enhanced Creativity

May stimulate abstract thinking and creativity.

Psychoactive Effects

Euphoria

Users often experience a state of euphoria and well-being.

Helps With

Depression

Some studies suggest potential benefits in treating depression.

Anxiety

Can reduce symptoms of anxiety in some users.

Potential Side Effects

Nausea

Can cause stomach discomfort and nausea.

Paranoia

High doses may lead to feelings of paranoia or anxiety.

Medicinal Chemistry

Look Alike Species

Psilocybe Subcubensis Mushroom

Specie:

Psilocybe cubensis

Edibility:

Psychoactive

Differences:ACW lacks pigmentation, resulting in a white cap and stem, unlike the typical brown or golden cap of common Psilocybe cubensis.

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References

  • Phylogenomics of the psychoactive mushroom genus Psilocybe and evolution of the psilocybin biosynthetic gene cluster

    • Therapeutic use of psilocybin from “magic mushrooms” is revolutionizing mental health treatment for many conditions, including depression, PTSD, and end-of-life care. However, knowledge of Psilocybe diversity and its evolutionary history is substantially incomplete. Our study presents the most extensive phylogenomic dataset across Psilocybe to date, with 23 samples derived from type specimens. Using ~3,000 single-copy gene families, we recovered a robust and well-supported phylogeny. Mapping psilocybin biosynthetic gene orthologs on the phylogeny revealed two types of gene cluster order corresponding to a deep split in the genus. Molecular dating suggests psilocybin biosynthesis arose in Psilocybe ~67 mya, concurrent with the K-Pg mass extinction event. A significant advancement in the understanding of Psilocybe evolution and psilocybin biosynthesis is presented.

    2024