Explore the science of kratom alkaloids, including how compounds like mitragynine are studied and what current research reveals about their effects.
Science Alkaloids
A practical breakdown of what a real kratom Certificate of Analysis must include and how to spot a COA that's more marketing prop than lab report.
Science Alkaloids
A breakdown of 7-hydroxymitragynine (7-OH), the minor kratom alkaloid formed through oxidation, and why concentrated 7-OH products differ chemically from whole-leaf kratom.
Science Alkaloids
A breakdown of kratom's two most pharmacologically active alkaloids, mitragynine and 7-hydroxymitragynine, and how their differing abundance and potency shape kratom's effects.
Science Alkaloids
Kratom's effects come from a complex mix of over 40 alkaloids, not just mitragynine percentage — this guide breaks down the key compounds and why they matter for understanding kratom's behavior and safety.
Science Alkaloids
A look at the two countries that legally export kratom worldwide, how their growing conditions shape strain differences, and why recent export rules have driven up prices.
Science Alkaloids
A look at what genuine kratom lab testing actually screens for, and why many products on the market skip these critical safety checks.
Science Alkaloids
Mitragyna hirsuta is kratom's little-known botanical cousin, sharing a native range and plant family but differing in its dominant alkaloid chemistry. Learn how this Southeast Asian plant has become a popular legal substitute wherever kratom faces restrictions.
Science Alkaloids
Harvest timing and leaf maturity determine the mitragynine to 7-hydroxymitragynine ratio in kratom, which explains why white, green, and red vein strains produce different effects.
