KISS Method of Growing Psilocybin Mushrooms (PF-Tek)

I have taken all the information I could gather and compiled it into this super sleek yet extremely effective method for fruiting some cakes with your favorite fungus.

Such a fungi

*snickers*

(Magic Mushrooms, Shrooms, Psilocybin)
This article will go over one of the most basic grow techniques for growing a wide variety of mushrooms, including Shaggy Mane, Lion’s Mane, and P. Cubensis.

Step 1: Supplies to Begin To begin growing mushrooms

 You will need the following for the PF Tek:
-Pressure Cooker
-Organic Brown Rice Flour
-Vermiculite
-Perlite
-Canning jars. (Be sure to use wide-mouthed tapered jars!)
-Spore Syringe
-Aquarium/Terrarium/Large Tupperware (for humidity chamber)
-Hammer and Nail
-Aluminum foil
– Alcohol lamp or lighter

PF Tek is a method of mushroom cultivation pioneered by Robert McPherson, aka Psylocybe Fanaticus, T.P. & Nanook. This technique (Tek) originally utilized organic rye berries, but later included brown rice flour and vermiculite.

Step 2: Preparing Your Jars for Spore Syringes

Spore syringes are the easiest way to get started
growing mushrooms with this technique. They can be
ordered online from a variety of sources.
To prepare your jars, you will need a hammer and
nail.
Remove the jar lid and lay the flat lid rubber side up
on a table.
Take a nail and make 2 – 4 holes evenly
spaced around the edge.

Step 3: Mix the Substrate

The substrate is what the fungus will feed off of. It will consist of brown rice flour, vermiculite, and water.
First, take the dry ingredients and mix them in a bowl.
After they are well mixed add the water.
For 12x 250mL (~8oz): I have heard of adding ‘worm castings’ (earthworm poop) to substrate to give better flushes of mushrooms.
-9 cups vermiculite
-3 cups brown rice flour
-3 cups water
For my mixing bowl, I halved the amounts above and mixed only half the substrate at a time.

Step 4: Fill the Jars

Once your substrate is well mixed and moist, begin filling your prepared jars with the substrate. Don’t pack the mixture down, just loosely fill the jar.
Leave about 1/2 inch of space between the substrate and the top of the jar. I just filled my jars up to the threading for the lid. Be sure to wipe up any moisture/substrate on the 1/2″ inside and outside the jar.
Fill the rest of the jar with dry vermiculite. This is to make a barrier between the substrate and contaminants in the air.

Step 5: Get Your Jars Ready for Sterilizing

Now close up all your jars, with the rubber side facing upwards (upside down from how they were designed)
Place a square of foil over the lid covering the holes and sealing the jar from contaminants in the air. Crumple it down nice and tight, forming it around the jar lid.
Put about 3 inches of water in your pressure cooker and place as many jars as you can, stacking them if you have to. I had no problem putting jars directly on the bottom of the cooker, but I have seen people put old canning jar rings in the bottom to help prevent jars from cracking.
READ your pressure cooker’s manual if you have it! It can be a dangerous tool if improperly used.

Step 6: Sterilization

Close up your cooker and put it on a stove.
Start the stove up and wait until the pressure regulator (the ball/weight on top of the cooker) starts shaking. This is around 11-15psi depending on the manufacturer.
Let the jars and substrate sterilize for about an hour. Once the hour is up, let the cooker stand for about 3 hours to cool down, you can also sterilize in the evening and let it cool down overnight.

Step 7: Inoculation

Inoculation is the process of introducing spores of your choosing into the sterilized substrate to take hold and grow. In this step, be sure to take precautions to prevent contamination of the jars!!
Leave the jars in the pressure cooker until you are ready to Inoculate. It is best to use a cleaned small room (such as a bathroom), HEPA flow hood, or glove box when Inoculating.
Here is the basic order of things during the Inoculation procedure:

  1. Open the pressure cooker
  2. Remove a jar
  3. Heat the syringe needle until it is red hot, with either a lighter or alcohol lamp
  4. Remove the foil
  5. Insert the needle into the hole you punched with a nail earlier
  6. Inject some (about 1ml or so) of the spore saturated fluid into the substrate, on the wall of the glass jar. You should be able to see the needle tip and the water run down the side of the jar.
  7. Repeat with the other nail holes
  8. Replace the foil and continue with the next jar, reheat the needle if it touches anything unsterilized or every 3 or so jars to prevent contaminations.

Step 8: Incubation

Now that the hard part is over, you just need to let the jars rest somewhere warm and dark. Like in a cupboard above the refrigerator, or a cardboard box by your computer tower.
This allows the spores to incubate into mycelium the body that absorbs nutrients and water. Keep them around 80-86 degrees F. It will just take longer for the mycelium to grow if it isn’t near the optimum temperature.
It takes around 3 to 4 days to see the first hairs of mycelium forming as white spots and 3 to 5 weeks to let the fungus get to a 100% foothold in all the substrate, depending on temperature conditions.

Step 9: Science

Mycelium Mushrooms are part of the Basidiomycota phylum which reproduce using spores (basidiospores) created on the gills (basidia) of the mushroom. Hyphae is the stringy organic material making up the mycelium.
When hyphae from 2 different mycelium bodies meet they share genetic material and create a dikaryotic, secondary mycelium structure from which the fruit bodies (basidiocarps) form.
That is why we inject spores in multiple places to create more than 1 mycelium body!

Step 10: Fruiting Chamber

A simple fruiting chamber can be fashioned out of an aquarium or a large Tupperware box.
The main purpose of the chamber is to create a high humidity (90% to 100%) environment for our mushrooms to flourish. To easily humidify the chamber, fill a strainer with your perlite and soak it in a bowl of water for 5 to 10 minutes, drain it, and line the bottom of the container with it.
This will allow the water to slowly evaporate to create high humidity. Place squares of aluminum foil where you will be putting your substrate cakes in the next step. Be sure to use some sort of cover to keep the humidity in the chamber.
If you can drill holes into the sides of the container to allow air exchange, the mushrooms produce CO2 and require O2 to live!

Step 11: Birthing Your Cakes

Once the mycelium has taken a hold over all the substrate in the jar, the next step would be to pop the colonized cake out or birth it.
Birthing is a fairly simple process of taking the foil and lid off the jar, flipping it upside down on a paper plate or piece of foil, and giving it a few smacks downward to dislodge it. After birthing, it is a good idea to soak the cake in water for about 24 hours.
Temperature shocking the fungus by soaking it in the refrigerator causes the fruits to appear quicker than a room temperature soak. I have also seen methods that roll the cake in dry vermiculite after it has been soaked and birthed.
Remember that mushrooms are 80 to 90% water! 

Step 12: Wait for Your First Flush

It takes about 2 weeks for the first flush to complete growing depending on the species.
The cakes should last for about 3 or 4 flushes, in which you may “dunk” the cakes for 24 hours between flushes to rehydrate them. If you plan on picking the mushrooms, just grab them from the base with your forefinger and thumb and break them off at the base.
They can either be cooked fresh, freeze-dried or air-dried for cooking later!
Good luck!

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