Tag: Alkaloids

Mitragynine, the most abundant psychoactive alkaloid in kratom leaves, is extensively metabolized in the body. Understanding exactly **what does kratom metabolize into** is crucial because some of its metabolites are far more potent and contribute significantly to its overall effects and safety profile.

While the lotus has been revered in traditional medicine for millennia, specific compounds rather than the plant itself are under modern pharmacological investigation to determine **what drug is made from lotus**. The primary psychoactive compounds, nuciferine and apomorphine, hold significant interest for potential development into pharmaceutical drugs.

Kratom's primary alkaloid, mitragynine, makes up about 66% of its total alkaloid content [1.4.6]. So, what is the metabolite of kratom? When ingested, mitragynine is converted in the liver into the more potent 7-hydroxymitragynine [1.4.1, 1.4.6].

Kratom extract is fundamentally more potent than kratom powder due to its significantly higher concentration of alkaloids, the active compounds in the Mitragyna speciosa plant. This critical difference means that a much smaller amount of extract is needed to achieve effects comparable to a larger amount of powder, a key consideration for consumers evaluating if **is kratom extract stronger than powder**.

Evidence suggests mescaline, the primary psychoactive alkaloid found in cacti like peyote, has been used in ceremonial contexts for over 5,700 years. This powerful hallucinogen is the answer to the question, "What drug do you get from cactus?", and it originates from several species native to the Americas.

According to a 2025 study published in the journal *Experimental and Clinical Psychopharmacology*, bedtime kratom use was associated with modest improvements in self-reported sleep duration and quality in some users. For those exploring this herbal supplement for rest, understanding **what kind of kratom makes you sleep** is key, as not all varieties are suited for promoting relaxation.

For thousands of years, an herbal preparation known as ma huang in traditional Chinese medicine has been used to treat respiratory ailments. The key active compound in this plant, and the answer to the question 'What is the naturally occurring ephedrine?', is the alkaloid ephedrine, derived primarily from species of the *Ephedra* plant genus.

The tropical tree *Mitragyna speciosa*, or kratom, contains over 40 structurally related alkaloids in its leaves. When answering "What is the chemical name for kratom?" the focus is on its two main psychoactive components: mitragynine and the more potent 7-hydroxymitragynine.

Native to Southeast Asia, kratom ($Mitragyna speciosa$) has been traditionally used for centuries. What are the three types of kratom, and how are their classifications based on the leaf's central vein color, and perceived effects like stimulation or relaxation?

While commonly associated with one key component, the medicinal plant *Ruta graveolens*, or rue, contains a complex mix of active ingredients, with the flavonoid rutin often cited as a principal contributor to its effects. This multi-compound nature means that the plant's overall pharmacological action is a result of a synergy between several chemical classes, including flavonoids, alkaloids, coumarins, and essential oils.