About Kratoms

Learn About Kratoms, 7-Hydroxy, Psuedo and MGM

7-OH (7-Hydroxymitragynine)7-OH is a minor alkaloid found naturally in the kratom leaf, but it is also the primary active metabolite created when your liver processes standard mitragynine. Potency: It is roughly 13–46 times more potent than morphine and significantly stronger than standard mitragynine. Role: Most researchers believe 7-OH is responsible for the majority of the pain-relieving (analgesic) effects associated with kratom.Availability: While it exists in tiny amounts in the leaf (usually 0.02%), it is now being chemically concentrated or synthesized into standalone tablets and shots.

2. Pseudo (Mitragynine Pseudoindoxyl)"Pseudo" is a further rearrangement of the 7-OH molecule. In the body, it is a metabolite of 7-OH (meaning 7-OH breaks down into Pseudo). Potency: It is widely considered even more potent than 7-OH. Some studies suggest it has a higher affinity for the $\mu$-opioid receptors, making it significantly more powerful as a pain reliever. Effect Profile: While 7-OH is often described as "heavy" or "sedating," Pseudo is frequently reported by researchers and users to be even more sedating with a faster onset, though it is much rarer to find in commercial products.Creation: In a lab setting, it is created by "rearranging" the 7-OH molecule through a specific chemical process.

3. MGM (MGM-9, MGM-15, etc.)"MGM" refers to a series of semi-synthetic derivatives developed by pharmaceutical researchers (specifically a team at Chiba University in Japan) to find safer alternatives to traditional opioids. MGM-9: A derivative of 7-OH designed to be more potent but potentially with fewer side effects (like respiratory depression).MGM-15: A newer, even more refined version designed for intense pain management. The Difference: Unlike 7-OH or Pseudo, which can occur naturally in the body as you digest kratom, MGM compounds are purely lab-created. You will not find MGM-9 or MGM-15 in a kratom leaf; they are structural "upgrades" designed to bind more tightly to receptors.