Supernatural Botanical users have likely encountered the chemical terms “mitragynine” and “7-hydroxy mitragynine.” A large scientific vocabulary helps describe the impact of Kratom on our understanding of plants. We will simplify the information about these substances by showing their basic concepts before explaining their similarities and variations.
What Is Kratom?
Kratom exists naturally in Southeast Asia, where Thailand, Indonesia, and Malaysia represent its main growing regions. Human beings have used kratom leaves as medicine for hundreds of years.
Consumers prepare Kratom leaves through several methods, either by chewing them, boiling tea, or producing powdered forms to achieve energizing or relaxant effects and reduced pain symptoms. The natural substances in Kratom include two primary chemicals, which are mitragynine and 7-hydroxy mitragynine.
What Is Mitragynine?
The major chemical compound in Kratom is identified as mitragynine. The “leader” chemical responsibility within the plant rests with this substance. During kratom consumption, the majority of experienced effects, such as relaxation or energy boost, stem from mitragynine. Your brain reacts with specific areas when you use this substance. Two important brain regions that control pain sensations and mood states alongside energy operate in that space.
Even at moderate use levels of Mitragynine users experience alertness along with increased focus. Larger kratom doses produce relaxative effects that may lead to sleepiness. People take Kratom because it helps them remain energized during the day and experience relaxing effects at night.
What Is 7-Hydroxymitragynine?
Now, let’s talk about 7-hydroxy mitragynine. Kratom contains 7-oh, but the plant has far less of this chemical than it does of mitragynine. 7-hydroxy mitragynine exists in the plant at low concentrations but delivers a potency that exceeds mitragynine by several times. Several experts estimate that 7-hydroxy mitragynine possesses between a tenfold to twentyfold greater potency than its relative mitragynine.
The intense pain relief and relaxation effects of Kratom stem from its chemical component, 7-hydroxy mitragynine. Mitragynine produces energizing effects that the weaker chemical 7-hydroxy mitragynine fails to generate. The two substances perform different functions in the body, with 7-Hydroxymitragynine delivering pain relief and body relaxation above all else.
Should We Treat Mitragynine Differently From 7-Hydroxy Mitragynine?
No, they represent separate chemical compounds. Their familial relationship exists, although they perform different functions. Kratom mainly contains mitragynine, which occurs in substantial concentrations throughout the plant. Concerning potency, the quantities of 7-hydroxy mitragynine are minimal, although the strength exceeds that of mitragynine. Effects Energy, focus, relaxation and pain relief as well as deep relaxation mitragynine.
This chemical is also found in Kratom, but there’s a lot less of it in the plant compared to mitragynine. Even though it’s present in smaller amounts, 7-hydroxy mitragynine is much stronger. Some scientists say it’s about 10 to 20 times stronger than mitragynine!
This chemical is responsible for Kratom’s more intense effects, like pain relief or relaxation. It doesn’t give you energy like mitragynine does. Instead, it helps more with things like soothing pain and calming your body.
Are Mitragynine and 7-Hydroxymitragynine the Same?
The short answer is no, they are not the same. They are related, like cousins in the same family, but they have different jobs. Mitragynine is the main chemical, and it’s found in large amounts in Kratom. On the other hand, 7-hydroxy mitragynine is much stronger but found in very small amounts.
Let’s compare them:
| Feature | Mitragynine | 7-HydroxyMitragynine |
| Amount in Kratom | Found in large amounts | Found in tiny amounts |
| Strength | Less strong | Much stronger |
| How They Work | Works slowly | Works quickly and intensely |
| Effects Energy | Focus, relaxation | Pain relief, deep relaxation |
Kratom acquires its condition-specific effects from the combined action of these two compounds. Think of them as a team: The door effect comes from steady consequences of mitragynine alongside enhanced effects from 7-hydroxy mitragynine.
How Do These Chemicals Affect the Body?
These brain receptors enable the activity of mitragynine alongside 7-hydroxy mitragynine. Your brain holds many tiny receptors which function as doors to adjust your pain response and happiness levels as well as your heart rate.
- Mitragynine: It opens the doors slowly. This compound produces controlled effects resulting in either energy boosts or relaxation throughout the use period.
- 7-HydroxyMitragynine: The compound creates rapid access through strong and immediate effects. The compounds deliver swift pain management techniques as well as create profound peace of mind.
Why Does the Amount Matter?
7-Hydroxymitragynine delivers stronger effects than mitragynine, so users require less to experience its impact. The kratom industry depends heavily on laboratory measurements since experts monitor the levels of 7-hydroxy mitragynine in these products. The appropriate use of Kratom demands caution because excessive amounts lead to excessive effects.
How Are They Made?
Here’s an interesting fact: Inside the kratom plant, researchers transform mitragynine into 7-hydroxy mitragynine. As kratom plants mature, they convert minimal amounts of naturally present mitragynine into its potent derivative, 7-hydroxy mitragynine. A natural distribution in kratom plants shows that mitragynine substantially exceeds 7-hydroxy mitragynine.
Experts achieve the synthesis of 7-hydroxy mitragynine from mitragynine through laboratory modifications. Lab creation of 7-hydroxy mitragynine occurs for study purposes or to develop enhanced products.
Why Do People Use Kratom?
People choose to use Kratom for different purposes. People use Kratom to boost their daily energy levels. Dosages of Kratom help users experience both a heightened sense of energy and delayed feelings of anxiety or reduced pain perception. Here’s how mitragynine and 7-hydroxy mitragynine contribute to these effects:
- Energy and Focus: At low consumption levels, mitragynine spreads throughout the body to enhance your energy and wakefulness.
- Relaxation: You will experience both relaxation and peacefulness from higher amounts of mitragynine alongside smaller quantities of 7-hydroxy mitragynine.
- Pain Relief: Pain reduction benefits emerge strongly from 7-hydroxy mitragynine.
Safety and Responsibility
Responsible use of Kratom follows the same rules as using any product or substance. Taking too much of the potent 7-hydroxy mitragynine can generate side effects that affect the user. Potential side effects from using Kratom include dizziness and nausea, along with extreme exhaustion.
When beginning with Kratom, it’s better to start with small doses before understanding your body’s reaction. Select your kratom medications exclusively from Supernatural Botanical’s high-grade production line to obtain safe, harmonized levels of mitragynine and 7-hydroxy mitragynine compounds.
Conclusion
Although mitragynine and 7-hydroxy mitragynine are different compounds, they collaborate synergistically to generate Kratom’s distinctive characteristics. The plant chemical mitragynine occurs at higher levels and produces mild effects, yet 7-hydroxy mitragynine creates stronger effects at reduced dosage levels. These chemicals, when combined, produce the exceptional kratom characteristics that countless people have learned to appreciate across the globe.
