Dr. Morphine
Bluelighter
Notes before we get started here. All the things used to extract and adjust pH are easy to obtain and cheap. I think this is actually a safer way to consume opium alkaloids from latex because the other alkaloids in the latex aren't that healthy for people. Also you can get a predictable dose if you take care to measure things properly. These measurements can easily be done with the AI search using Brave Browser. Some of the other AI programs won't talk about things like extraction.
- Straw or Latex — 10 g Latex or
Use 10 mL water per gram of straw
- Distilled water — 300–400 mL
- Citric acid (non toxic)
- Household ammonia (5–10% ammonium hydroxide, NH₄OH) — unscented, no additives
- Tartaric acid (non toxic)
- pH test strips or meter
- Coffee filters
- beakers
Step 1: Acid Extraction (pH 3) –
Goal: Convert morphine and other alkaloids into water-soluble salts, leaving resins behind.
- Use 10 mL water per gram of straw.
- Adjust pH to 3.0 using citric acid (dissolve citric acid in other container with water first then add slowly. The citric acid in non toxic)
- Heat to 122–140°F but not above
- Stir gently for 60–90 minutes to extract the most alkaloids possible with citric acid solution
- Let sit for 10–15 minutes, then filter through a coffee filter or cloth. The liquid contains the alkaloids (morphine, codeine, thebaine etc)
Step 2: Alkaline Precipitation with Ammonia (to pH 9) – Goal: Precipitate morphine free base using ammonia
- Allow the acidic filtrate to cool to room temperature.
- Slowly add household ammonia (5–10% strength, unscented, and free of surfactants or dyes ) while stirring.
- Add dropwise at first, then in small increments monitoring pH carefully.
- Continue until pH reaches 8.8–9.2 (ideal: pH 9.1, the isoelectric point of morphine).
- Morphine will begin to precipitate as a white to off-white solid.
- Stir gently for 15–20 minutes, and optionally cool the mixture in the fridge for 4–12 hours.This increases precipitation efficiency, especially if the solution is dilute.
- Filter the mixture using a coffee filter or fine paper to obtain crude morphine free base
- Wash the precipitate with a small amount of cold, distilled water and dry at under 104° F if necessary. Any leftover ammonia, which won't be much anyway, will go away.
Step 3: Dissolve and Form Morphine Bitartrate Goal: Convert purified morphine free base into water-soluble morphine bitartrate
- Transfer the washed morphine free base (from Step 3) to a clean beaker.
- Add 100 mL of distilled water
- Slowly add tartaric acid (in small portions or as a separate 10% solution) while stirring.
- Continue until the pH reaches 4.5–5.5 (ideal: pH 5.0).
Optional: Once dissolved, add a small amount of activated charcoal (optional, ~0.5–1 g). Stir for 5–10 minutes to adsorb colored impurities. Filter through a coffee filter or fine paper to remove charcoal and any solids. You now have a clear or slightly yellow solution of morphine bitartrate.
(To prep for crystalization, reduce solution from 100 mL to 50 or even 30 mL by bringing the solution between 104° and 122° F until appropriate amount of evaporation has taken place (ask Brave Browser's AI about starting weights in grams of morphine precipitate with mL volumes and reduction targets in mL)
Step 4: Crystallization of Morphine Bitartrate. Goal: Recover pure, crystalline morphine bitartrate
- Cool morphine bitartrate to room temperature in the beaker.
- Cover beaker loosely and place in refrigerator 39-46° F for 12–24 hours.
- Crystals should form as fine needles or clusters.
- Filter, wash with 1-2 mL ice-cold water and dry.
------------------------------THE END--------------------------------
Consumption: 5–10 mg orally every 4 hours for adults recommended for morphine sulfate. About the same for morphine bitartrate.
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Notes: You don't have to do step 4. If you just go all the way through to step 3, you'll have a morphine solution with morphine bitartrate uniformly dissolved in the solution. That means you can do safer volumetric dosing provided you weighed things and measured volumes correctly. It's just important to know how much morphine precipitate (by weight) that you dissolved in that solution. So for instance, say you got 1 gram of morphine precipitate dissolved in that solution, in 100 mL of the water, each mL would contain 10 mg morphine bitartrate. If you had less morphine precipitate, you could use less water, and ask the AI program to do those calculations and specify what you want to end up with, how many doses etc.
Any questions feel free to ask, and if anyone with more experience sees anything off or has anything anything to add just let me know.
- Straw or Latex — 10 g Latex or
Use 10 mL water per gram of straw
- Distilled water — 300–400 mL
- Citric acid (non toxic)
- Household ammonia (5–10% ammonium hydroxide, NH₄OH) — unscented, no additives
- Tartaric acid (non toxic)
- pH test strips or meter
- Coffee filters
- beakers
Step 1: Acid Extraction (pH 3) – Goal: Convert morphine and other alkaloids into water-soluble salts, leaving resins behind.
- Use 10 mL water per gram of straw.
- Adjust pH to 3.0 using citric acid (dissolve citric acid in other container with water first then add slowly. The citric acid in non toxic)
- Heat to 122–140°F but not above
- Stir gently for 60–90 minutes to extract the most alkaloids possible with citric acid solution
- Let sit for 10–15 minutes, then filter through a coffee filter or cloth. The liquid contains the alkaloids (morphine, codeine, thebaine etc)
Step 2: Alkaline Precipitation with Ammonia (to pH 9) – Goal: Precipitate morphine free base using ammonia- Allow the acidic filtrate to cool to room temperature.
- Slowly add household ammonia (5–10% strength, unscented, and free of surfactants or dyes ) while stirring.
- Add dropwise at first, then in small increments monitoring pH carefully.
- Continue until pH reaches 8.8–9.2 (ideal: pH 9.1, the isoelectric point of morphine).
- Morphine will begin to precipitate as a white to off-white solid.
- Stir gently for 15–20 minutes, and optionally cool the mixture in the fridge for 4–12 hours.This increases precipitation efficiency, especially if the solution is dilute.
- Filter the mixture using a coffee filter or fine paper to obtain crude morphine free base
- Wash the precipitate with a small amount of cold, distilled water and dry at under 104° F if necessary. Any leftover ammonia, which won't be much anyway, will go away.
Step 3: Dissolve and Form Morphine Bitartrate Goal: Convert purified morphine free base into water-soluble morphine bitartrate - Transfer the washed morphine free base (from Step 3) to a clean beaker.
- Add 100 mL of distilled water
- Slowly add tartaric acid (in small portions or as a separate 10% solution) while stirring.
- Continue until the pH reaches 4.5–5.5 (ideal: pH 5.0).
Optional: Once dissolved, add a small amount of activated charcoal (optional, ~0.5–1 g). Stir for 5–10 minutes to adsorb colored impurities. Filter through a coffee filter or fine paper to remove charcoal and any solids. You now have a clear or slightly yellow solution of morphine bitartrate.
(To prep for crystalization, reduce solution from 100 mL to 50 or even 30 mL by bringing the solution between 104° and 122° F until appropriate amount of evaporation has taken place (ask Brave Browser's AI about starting weights in grams of morphine precipitate with mL volumes and reduction targets in mL)
Step 4: Crystallization of Morphine Bitartrate. Goal: Recover pure, crystalline morphine bitartrate- Cool morphine bitartrate to room temperature in the beaker.
- Cover beaker loosely and place in refrigerator 39-46° F for 12–24 hours.
- Crystals should form as fine needles or clusters.
- Filter, wash with 1-2 mL ice-cold water and dry.
------------------------------THE END--------------------------------
Consumption: 5–10 mg orally every 4 hours for adults recommended for morphine sulfate. About the same for morphine bitartrate.
-------------------------------------------------------------------------------
Notes: You don't have to do step 4. If you just go all the way through to step 3, you'll have a morphine solution with morphine bitartrate uniformly dissolved in the solution. That means you can do safer volumetric dosing provided you weighed things and measured volumes correctly. It's just important to know how much morphine precipitate (by weight) that you dissolved in that solution. So for instance, say you got 1 gram of morphine precipitate dissolved in that solution, in 100 mL of the water, each mL would contain 10 mg morphine bitartrate. If you had less morphine precipitate, you could use less water, and ask the AI program to do those calculations and specify what you want to end up with, how many doses etc.
Any questions feel free to ask, and if anyone with more experience sees anything off or has anything anything to add just let me know.
