Explore articles covering kratom alkaloids, including mitragynine and related compounds, their basic chemistry, and how researchers study their properties.
Health Safety
A look at the peer-reviewed research on how kratom's alkaloids interact with the brain's opioid and serotonin systems, and why human clinical evidence is still lacking.
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.
Strains Comparisons
Green and red kratom labels reflect harvest timing and drying methods, not distinct plant strains or guaranteed alkaloid content. This guide breaks down what the colors actually tell you and where the labeling system falls short.
Effects Timing
This guide explains why kratom tolerance builds at the receptor level and shares practical habits like strain rotation, minimal effective dosing, and periodic breaks to keep it manageable.
Kratom Basics
A breakdown of how kratom's effects shift from stimulating to sedating as dosage increases, explained through its underlying alkaloid chemistry and receptor activity.
Kratom Basics
An introduction to kratom powder covering its botanical origins, active compounds, traditional use, and key safety considerations for first-time users.
Strains Comparisons
Yellow Vietnam kratom's unusually wide alkaloid range makes it a strong case study for why lab-verified quality control matters when buying kratom online.
Strains Comparisons
Yellow Bali kratom powder offers a balanced middle ground between energizing white strains and sedating reds, thanks to its unique fermentation process and alkaloid makeup.
