B+ Spore Syringe

$28.00

The B+ is one of the most famous mushroom when it comes to the Psilocybe cubensis strain. Analyzing the morphology of its spores will give you insights into the species’ unique characteristics of the B-positive spores.

In stock

Our B+ microscopy kit includes:

  • Pre-filled 10cc Syringe: Convenient access to your high-quality B+ spores
  • Sterile Alcohol Swab: Creates a hygienic research environment, allowing for accurate and dependable identification
  • Sterile Needle: Helps easy spore handling, for your optimal microscopy observations.

We handpick each strain from genetically isolated sources to give you the best genetics for your scientific research. Our syringes are filled with polysorbate 20, which helps to prevent clumping and keep your spore samples evenly dispersed throughout the syringe. Each syringe also comes labeled with the strain name (taxon and common), a list of ingredients (what’s inside the syringe), and a QR scannable photo where you can access more information specific to that cultivar.

B+ Cubensis Spores

B+ fungal spores are an excellent subject for microscopic study. Their distinctive color and size make them easy to identify. Additionally, their smooth surface texture allows for clear observation of their internal structures. By studying the spores of B+ fungi, you can gain insights into the biology of this species.

Here is some general information about our spores:

  • Genus: Psilocybe
  • Species: P. cubensis
  • Strain: B+
  • Spore Color: Purple-brown to black
  • Strain Origin: The B+ strain is a mutation of the Psilocybe cubensisstrain. Its exact origin is unknown, but it is believed to have originated in the United States.

Our B+ mushroom spores are intended for microscopy and taxonomic purposes only. Sales will be declined to California, Idaho, & Georgia due to legal restrictions. Please check with your local laws and regulations before ordering.

Under the Microscope

B+ Cubensis spores are often used in research due to their ease of identification. They can be used to study a variety of topics, including fungal genetics and spore morphology. They should be visible under a microscope at a magnification of 400x.

To examine our spores using a microscope, sterilize the slide and cover slip with rubbing alcohol. Then, place a small water droplet on the slide and add a small amount of spore solution. Place the cover slip over it and gently press down to disperse the spores. Now, you can observe the spores through the microscope.

When observing our spores this is what you’ll see:

Property Description
Color Purple-brown to black
Shape Oval-shaped, with a slightly pointed end
Size Relatively large, 7–10 micrometers long and 5–7 micrometers wide
Surface texture Smooth, with no visible markings or ornamentation
Arrangement B+ spores are typically arranged in clusters of four, known as tetrads
Density Moderately dense, with individual spores easily distinguishable
Overall appearance Uniform black, oval-shaped spores clustered together in varying formations

How to store your B+ spore syringe?

  • Store your B+ spore syringe in a cool, dark location with a temperature range of 2-8 °C
  • Shield the spores from direct sunlight, given their high sensitivity to light exposure
  • Proper storage guarantees an extended shelf life of up to 1 year, allowing sufficient time for your research

For more information on storing your spores, check out our article on How to Store Your Mushroom Spore Syringe and More.

Buy B+ Spores Online

Ready to start your scientific journey? Discover the captivating world of mycology with Fungushead’s spore syringes.

Order your B+ spore syringe and start exploring today!

Our B+ mushroom spores are intended for microscopy and taxonomic purposes only. Sales will be declined to California, Idaho, & Georgia due to legal restrictions. Please check with your local laws and regulations before ordering.

Strain Review

The B+ strain is recognized in mycological studies for its distinctive characteristics. It features a brown dome-shaped cap and a wide stem, making it a visually unique specimen within the P. Cubensis species. Its adaptability and resilience in various research environments make it a valuable strain for mycologists. This strain’s robust nature and genetic diversity are often subjects of study in the field of fungal biology and genetics.