To effectively microdose LSD, you should utilize a technique called volumetric dosing, which involves dissolving a tab of LSD in liquid to ensure an even distribution.
What you will need:
- An amber bottle with a 1mL dropper (avoid using a clear bottle to protect the LSD from UV rays)
- An accurate syringe or graduated cylinder
- Distilled water or vodka (avoid using tap water to prevent degradation)
- An LSD tab
Step 1: Sterilize your amber bottle
Begin by sterilizing the amber bottle to eliminate any potential contaminants that could compromise the solution. Remove the rubber parts of the bottle and boil both the bottle and glass pipette in water for 10 minutes. Then, let them dry on a clean towel. Ensure your work surfaces are disinfected. If desired, you can further sterilize the bottle by placing it in an oven at approximately 130°C/250°F for 10 minutes and allowing it to cool. Alternatively, you can rinse the bottle with 70%+ isopropyl alcohol instead of using the oven.
Step 2: Measure your solvent
Using a syringe or cylinder, measure out 20ml of distilled water, vodka, or a combination of the two, and fill the amber bottle. Avoid using tap water, as chlorine residues can degrade the LSD and render it ineffective. Vodka can prevent bacterial growth.
Step 3: Add the LSD tab
Place the LSD tab into the bottle and seal it tightly. Gently shake the bottle to facilitate mixing, and store it in the refrigerator to minimize degradation. Leave it overnight to ensure the solution is thoroughly blended.
Step 4: Calculate dose distribution
Once completed, you will have a 20ml solution containing a specific amount of LSD, depending on the potency of your individual tab. To determine the dosage of each microdose, use the following formula:
(Dose of tab in micrograms) / 20mL = X micrograms/mL
For example, if your tab is 100µg, each milliliter of your solution will contain 5µg of LSD. You can adjust the concentration according to your desired dosing requirements by performing basic mathematical calculations and establishing a ratio.
