Description

Oak Ridge Spore Syringe Kit

Name: P. Cubensis "Oak Ridge" Spore Syringe Kit
SKU: 18797
Availability: InStock

Disclaimers

The Oak Ridge spores for sale are considered “active spores” which are for microscopy purposes only. DO NOT CONTACT US ABOUT ANYTHING REGARDING CULTIVATING OR GERMINATING OAK RIDGE MUSHROOMS.

Shipping is unavailable to California, Idaho, & Georgia. These 3 states strictly prohibit the possession of spores from psilocybin and psilocin producing mushroom species. Orders to these states will be refused and voided. Any payments made for orders to CA, ID, or GA will subsequently incur a $5 cancellation fee.

The provided images are for informational and educational purposes only and should only be used as a reference point. Images and spores are also acquired from outside, trusted sources in a legal manner. We do not condone or participate in the cultivation of psilocybin or psilocin producing mushroom species.

When you buy Oak Ridge spores, visibility is dependent on the characteristics of the spores themselves. As a result, not all spore syringes will look the same visibly. Despite any visible differences, they are still viable for microscopy research. More information on how we make our spore syringes and possible visible differences, check out our FAQ or blog post How To Make Spore Syringes.

Oak Ridge Spores Information

This Cubensis variety originates from Oak Ridge, TN. Their discoverer is a forager and mycologist who goes by the alias “Jeetered”. Jeetered found specimens growing on horse dung a few miles away from the Y12 National Nuclear Laboratory.

This laboratory is now a nuclear safety and security facility that has a historical significance during WWII. It was built during the Manhattan Project with the purpose of enriching uranium in order to create the first atomic bombs.

At the time of their discovery, these Oak Ridge mushrooms were the furthest north that Cubensis had ever been collected and recorded in the US. It’s known as a cold-hardy variety. Thus, even if you live in a cold environment you can still get good research from these spores.

Oak Ridge specimens have a picture-perfect Cubensis look with long cream colored or white stems and proportionally sized caps on top. The caps are golden brown and tend to be medium sized.

Oak Ridge spores are favored among researchers for a multitude of reasons. To start with, once you get them under the microscope they provide mind blowing research. Indeed, the results are often vigorous, fast, and strong. Additionally, the spores produce large mushroom flushes with full canopies when allowed to germinate in the wild. Another thing about this variety is that it is reported to be resistant to diseases and contaminations. This makes studying them a breeze! To conclude, this is definitely a Cubensis variety you’ll want to check out!

Why Buy Our Oak Ridge Syringes?

We strive to provide you with the cleanest possible products. We make the all of our Oak Ridge mushroom spore syringe solution in front of Laminar Flow Hoods with HEPA filters. These HEPA filters have an efficiency rating of 99.97%. Meaning that the filter removes 99.97% of particles in the air. To make the actual spore solution, we take clean Oak Ridge spores and mix them into sterile distilled water. Then, a magnetic stirrer properly mixes the solution to ensure an even distribution of spores throughout the solution.

Ships next business day
Discreet packaging
Spore syringes remain viable for around 1 year
Store spore syringes in the fridge for best results
Do not freeze

Microscopic Features

Oak Ridge mushroom spores can vary in color from dark purple to black. There are subellipsoid (ellipse) shaped. Additionally, they are present on a 4-spored basidia. The caps range anywhere from 20-75mm in diameter with a convex shape that later flattens with age. Moreover, stems are generally large and measure between 150-200mm, sometimes even larger. The caps of Oak Ridge mushroom specimens usually leave behind very dark prints and for that reason they’re excellent for providing future research specimens.