Community wisdom on salt versus freebase mitragynine is a mixed bag. Some of what circulates is accurate. A lot isn't. Here's what the chemistry actually says.

The Myth: Salts Are "Weaker"

This one won't die. The claim is that salt conversion degrades the alkaloid or reduces potency. It doesn't. Salt conversion is a reversible chemical process — the freebase and its salt form are the same molecule in different states. What changes is solubility and bioavailability, not the amount of active compound.

The Myth: Freebase Hits Faster

More nuanced. Freebase forms are fat-soluble and can cross certain membranes more efficiently. Salt forms are water-soluble and dissolve more readily in aqueous environments. The practical difference depends heavily on route of administration and individual physiology. It's not a clean rule.

What's Actually Different

• Solubility: Salts dissolve in water. Freebase doesn't (or does so poorly).
• Stability: Salt forms are generally more stable, with longer shelf life under comparable storage conditions.
• Texture: Lactate salt is typically white and crystalline. Freebase is a fine powder, often with a slightly different color.
• Onset: Possible differences depending on individual factors. Not universal.

The Bottom Line

Choose based on your use case. If you want something that mixes into water cleanly, lactate salt is the practical choice. If you want the broadest alkaloid context, a high-quality freebase preserves more of that profile. Neither is a compromise. They're different tools.