In this article, you will learn about the relationship between kratom and the immune system. In particular, you’ll discover how kratom inhibits the release of pro-inflammatory mediators, vascular permeability, and opioid receptors. While these properties are not exactly what we’d call “anti-inflammatory,” they still may prove useful in boosting the immune system. This natural antioxidant substance is what makes kratom a useful substitute for natural immune boosters.
kratom is a stimulant
The DEA recently announced that it plans to make kratom a Schedule 1 controlled substance, placing it in the same category as heroin, marijuana, and LSD. Public outcry forced the DEA to withdraw the plan, and kratom remains legal in the United States. However, it remains unclear why the drug has been banned in the first place. The drug’s safety is still debated, and the FDA has not ruled on whether or not it should be legalized.
kratom inhibits pro-inflammatory mediator release
There are several ways that kratom can affect your immune system. Moreover, it has a wide range of stimulant, sedative, and antinociceptive effects. It inhibits the release of pro-inflammatory mediators, reduces vascular permeability, and improves immunity. However, there are also some side effects of kratom, such as arrhythmias, impaired memory, and even coma or death. Additionally, kratom may cause a number of psychological and physical manifestations.
kratom inhibits vascular permeability
There are several benefits of kratom for the body. The extract inhibits the release of pro-inflammatory mediators, enhances immunity, and stimulates the immune and tissue repair and healing processes. The first human pharmacokinetic study was conducted in Thailand. Ten healthy, chronic users of kratom were administered kratom tea for 7 days. Mitragynine was the main ingredient, and its pharmacokinetics were linear and its excretion by the kidneys was minimal.
kratom inhibits opioid receptors
Bali kratom leaf has a wide range of medicinal properties and is widely used for its stimulant, sedative, and analgesic effects. Its use has historically been associated with opium withdrawal. Its phenylpropanolamine and mitragynine alkaloids function as partial agonists on the u-opioid receptor. While it is not known which receptor kratom inhibits in the immune system, it is known to have psychoactive effects.
kratom is addictive
While the DEA claims that kratom has no medical uses, it has been used by Asian cultures for hundreds of years. In addition to treating diarrhea and cough, kratom has been used as an energy boost and for sexual purposes. It has also been used to treat opiate withdrawal symptoms. The potential for abuse and dependence may outweigh the benefits of kratom. While its effects on the immune system are unknown, it has been linked to liver and central nervous system damage.
kratom has anti-inflammatory properties
While the effects of kratom may not be immediately obvious, the herb’s anti-inflammatory properties have helped manage pain. Physical pain, often caused by disease, may cause anxiety, depression, and stress. Either way, pain can make it difficult for a person to function in daily life. Research shows that kratom may relieve chronic pain, improve the immune system, and reduce inflammation.
It is a metabolism booster
If you’ve been thinking about trying Kratom, you’re probably wondering if it’s safe and effective for you. Although research is mixed, many people report benefits, and kratom is no different. The herb improves your immune system’s function by boosting your metabolism and providing increased oxygenation to your tissues. It may even help with conditions such as chronic fatigue syndrome.
It is a pain reliever
While the effects of kratom vary with doses, many users experience a sedative or stimulant effect. Small doses may cause the user to be talkative and alert, while higher doses can lead to sedation or even loss of consciousness. People who consume high doses should speak with a healthcare professional before attempting to use kratom for pain management.
It is an opioid substitute
A drug called epoetin alfa has shown promise in treating chronic pain. The drug was developed by researchers at The University of Texas at Austin to target the receptors on the immune cells. In a study published July 5 in The Journal of Neuroscience, the researchers found that the drug could reduce pain in mice. Although the drug is not inexpensive, it may be used for a limited population, or in combination with other therapies.