Auto-SummaryThis post clarifies the author's updated understanding of a method for enhancing the effects of LSA using cinnamaldehyde instead of the previously suggested mint oil and acetaldehyde, which they now deem chemically inaccurate. They explain that acetaldehyde is not present in mint oil and that LSH, the supposed compound formed, is unstable and ineffective. Instead, they propose using cinnamaldehyde from cinnamon to create a more stable imine, which may enhance the experience. The post outlines a safe, low-risk extraction method involving cold water and cinnamon tincture, emphasizing caution and the importance of documenting personal experiences. The author also mentions a more advanced defatting step for those seeking a purer extract but stresses that the process remains experimental and should be approached with care.
Title: The Real Way: LSA & Cinnamaldehyde – No Mint Oil, No Butane, Just a Safer Imine
After years of digging into the old “mint oil and acetaldehyde” rabbit hole, I’ve got to set the record straight, including correcting my own earlier posts. The original idea—that mint oil is high in acetaldehyde and can stabilize LSA into d-lysergic acid hydroxyethylamide (LSH)—is chemically wrong. But there is a related, more plausible path that uses cinnamaldehyde from cinnamon. This post lays out the most careful, low-risk approach I’ve found to explore it.
1. Why the Mint Oil / Acetaldehyde Theory Fails Mint oil contains no meaningful acetaldehyde. Peppermint essential oil is mostly menthol, menthone, and terpenes. Acetaldehyde (boiling point 20 °C) evaporates immediately; it’s not sitting in a bottle of essential oil.
Even with a real acetaldehyde source like sherry, LSH is a carbinolamine adduct. It forms and falls apart in water within seconds, and stomach acid destroys it instantly. You cannot drink a stable LSH solution.
What some people felt from sherry + seeds was likely the alcohol and acetaldehyde’s own effects (flushing, sedation, toxicity) plus expectation. Not LSH.
2. The Cinnamaldehyde Imine – A More Stable Alternative Cinnamaldehyde (the main component of cinnamon bark oil) reacts with the primary amine of LSA to form a Schiff base imine: LSA–N=CH–CH=CH–Ph. This imine is more resistant to water than LSH, though it’s still an equilibrium mixture in the body. Anecdotal reports consistently describe cinnamon + LSA as more visual, euphoric, and faster-acting, possibly because the imine acts as a lipophilic prodrug, or because cinnamaldehyde itself is a mild vasodilator and MAO-B inhibitor. The chemistry is plausible enough to test, but it must be done with respect for safety.
3. The Least Proactive, Safest Approach (No Butane, No Heat, No Dangerous Solvents) Forget butane defats, ethanol extractions, and evaporating solvents for now. The method below is the absolute gentlest way to combine LSA and cinnamaldehyde while minimizing risk. It uses a standard cold water extraction (CWE) and cinnamon tincture added at the end. No open flames, no toxic fumes, no non-polar residues.
You will need:
Heavenly Blue morning glory seeds (untreated, organic if possible)
Clean, cold distilled or filtered water
Fresh lemon juice or a pinch of citric/tartaric acid (enough to pH ~3.5–4)
Cinnamon tincture: either a few drops of pure Cinnamomum verum (true cinnamon) bark essential oil, or a home-made high-proof ethanol tincture of cinnamon sticks. Avoid cassia oil—it contains coumarins that are hard on the liver.
A dark glass jar or bottle, a coffee filter or fine cloth, and a cool dark place.
Step-by-step:
Grind the seeds coarsely (not powder) in a dark room or under dim red light. A manual coffee grinder is perfect. Do not overheat.
Add acidified water – about 200 ml cold water with 1–2 teaspoons lemon juice per 10 g seeds. Stir the seed material into the water in your dark jar.
Soak in the fridge for 1.5–2 hours, shaking gently every 20–30 minutes. Keep it covered and cold to reduce extraction of non-polar gunk.
Strain through a cloth or coffee filter. Press out the liquid. Discard seed mush. You now have a cloudy, light-sensitive LSA water extract.
Add the cinnamon – drop 1–3 drops of true cinnamon essential oil into the strained liquid, or add 5–10 ml of cinnamon stick tincture (made by soaking crushed cinnamon in 95% ethanol for a week). The ethanol in the tincture is minimal and won’t pull extra nasties at this stage.
Let it rest – cover and leave the mixture in the dark at cool room temperature for 15–30 minutes. The slight ethanol and high concentration of cinnamaldehyde will drive some imine formation. Do not heat.
Dose immediately – drink the whole mixture. Some hold it in their mouth for a few seconds for possible sublingual absorption. After swallowing, avoid drinking large amounts of water, as dilution pushes the imine back to LSA.
Start low – if you’re new to this combo, treat it like a new substance. The cinnamaldehyde intensifies the experience, and some people are sensitive to it (mouth burn, stomach upset). Try 5–6 g seed equivalent the first time.
What to expect:
Faster onset (20–45 min), more colorful visuals, less body load than plain LSA for many.
The cinnamaldehyde may cause a mild warming sensation or slight nausea; ginger tea helps.
No mint oil, no acetaldehyde hangover.
The experience is still fundamentally LSA-based—sedating, introspective—not a clone of LSD.
4. If You Really Want a “Cleaner” Extract: The Defat Step My earlier posts talked about butane blasts. That is hazardous and unnecessary for most people. If you are experienced and dead set on a purer resin, a naphtha or hexane defat is far safer than butane:
Soak ground seeds in naphtha/hexane for an hour, discard the solvent (defats).
Dry the seed powder thoroughly.
Then do a cold ethanol extraction (95% ethanol, soak 2–4 h, strain, evaporate without heat in a well-ventilated dark place to a resin).
Dissolve that resin in a cinnamon-ethanol mixture as above. This yields a much cleaner product, but the simple CWE + cinnamon still works surprisingly well.
5. Bottom Line: Be Honest About What We Don’t Know We have no analytical proof of how much imine forms, how fast it hydrolyzes, or whether it crosses the blood-brain barrier intact. This is a black-box experiment based on organic chemistry principles and user reports. Treat it with caution, not as a guaranteed “organic LSD.” The real way isn’t about dangerous kitchen alchemy with false premises; it’s about using the best available knowledge to reduce harm and stay curious.
If you decide to explore this, document your experience carefully—set, setting, dose, preparation. That’s the only way we’ll ever move beyond theory.
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