Alacabenzi

Alacabenzi

Common Names: Alacabenzi

About

The Alacabenzi strain of Psilocybe cubensis is a hybrid mushroom known for its potency and reliability. It is a cross between the strains Golden Teacher and Psilocybe Mexicana, combining the easy cultivation and robust growth of Golden Teacher with the unique characteristics of Psilocybe Mexicana. This strain is favored for its consistent growth patterns and moderate to high potency, making it popular among both novice and experienced users.

Physical Characteristics

Caps:

Convex to broadly convex to plane at maturity, smooth, viscous when moist, coloration varies from golden brown to light yellow.

Gills:

Attachment adnate to adnexed, closer spacing, coloration starts light and turns darker with maturity.

Cognitive Effects

Enhanced Creativity

May stimulate abstract and creative thought processes.

Psychoactive Effects

Euphoria

Users often experience a sense of heightened happiness and well-being.

Helps With

Depression

Some studies suggest potential benefits in treating depression.

Anxiety

Can potentially reduce symptoms of anxiety in some users.

Potential Side Effects

Nausea

Common especially in raw consumption.

Headache

Can occur post-trip or during comedown.

Medicinal Chemistry

Look Alike Species

Psilocybe Cyanescens

Specie:

Psilocybe cyanescens

Edibility:

Psychoactive

Differences:P. cyanescens has a wavy cap and fruits in cooler temperatures.

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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