Conventional medicine is essentially the first line of treatment for many health conditions and diseases. Pharmaceutical companies continue to produce pain solutions, but the prevalence of chronic pain continues to spread. The chronic pain prevalence signals the possibility of a missing link that modern medicine fails to address.
Herbal remedies such as kratom shows the possibility of filling the void left by conventional medicine. Kratom, as an alternative to pain management medicine, is due to its chemical composition and interactions with the endocannabinoid system. As a native plant of South-Eastern Asis origin, kratom leaves contain mitragynine and 7-hydroxy mitragynine. These two alkaloids have medicinal and therapeutic qualities that make maeng da kratom an effective pain management agent.
To bring out kratom’s viability as an alternative pain solution, a look at its chemical interactions with the human endocannabinoid system to produce specific pain interventions is as follows.
Naturally Occurring
The alkaloids mitragynine and 7-hydroxymitragynine are natural and pose a low risk of potential abuse, or dependency, unlike many pharmaceutically produced pain remedies currently in use. Today, some conventional pain medications have an addiction, dependence, and abuse potential.
As a natural pain remedy, kratom can be an alternative to conventional pain-relieving opiates like morphine and oxycodone because there seems to be a low potential for its abuse. There may be medical opportunities to explore, including but not limited to using kratom as an opiate withdrawal aid.
Anti-oxidant, Anti-inflammatory, Analgesic, and Antimicrobial Agent
Using kratom as a medicinal intervention for various ailments goes a long way. Kratom still applies in treating infections, cough, and muscle pain in South East Asia. The alkaloids mitragynine and 7-hydroxymitragynine have medicinal value applicable in treating fibromyalgia and managing chronic pain like arthritis.
Kratom contains Rhynchophylline, which helps suppress and correct lightheadedness, convulsions, and numbness. Kratom gives an alternative to conventional pain medicine that ordinarily stops the pain related to epileptic seizures by making these therapeutic interventions.
Kratom leaves also contain a microbial activity that enhances the body’s immune system and fights against common bacteria and viruses. By providing antioxidants that fight disease-causing bacteria and viruses, kratom gives an alternative to conventional medicine that deals with the pain associated with bacterial and viral infections.
Opioid Addiction Withdrawal Aid
Opioid addiction withdrawal comes with painful symptoms such as fatigue, muscle pains, itchiness, and headaches. Kratom’s use as an opioid addiction withdrawal aid confirms the ability to offer alternatives in place on conventional painkillers adequately.
Besides mitragynine binding the opioid receptors, different receptor affinities enhance its opioid withdrawal effectiveness. By combining these two strengths, mitragynine makes it possible for kratom to deal with withdrawal complications without the need for conventional pain remedies.
Management of Chronic Pain
Conventional pain such as morphine and oxycodone have had kratom replace them in managing long-term pain ailments like cancer pain.
Kratom’s use as a pain remedy goes back to traditional times for muscle cramps and pain.
Kratom as a pain reliever goes back to traditional times when the natives of East Asia applied it to treat muscle pain. Currently, it offers analgesic support to chronic pain ailments like fibromyalgia and arthritis because of its analgesic properties combined with the anti-inflammatory and antioxidative profiles.
Kratom use for long-term pain conditions is good because, as a natural alkaloid, kratom poses a lower chance of drug dependence than industrially produced pain relief medicine.
Lower Chances of Overdose Deaths
A study result shows that kratom’s approach to pain suppression differs from how conventional pain relief agents work. Kratom compounds are structurally different from some traditional pain medication structures. Kratom molecules bind to pain receptors without suppressing the breathing system. Conventional pain relief agents bind the pain receptors through respiratory depression, posing a greater risk of overdose deaths.
In essence, this shows that kratom use as an alternative pain relief agent substantially decreases the risk of deaths due to drug overdose. As an alternative pain relief agent to conventional pain medicine, kratom reduces the chances of drug overdose deaths in abuse situations.
It is common for chronic pain patients to get dependence symptoms for their pain medication, developing a high tolerance for the drug. Drug dependence, in turn, makes the patients use more than is advisable, which may cause an overdose death. Kratom reduces the chances of these deaths significantly because it is not depressive to the respiratory pathway.
Conclusion
Kratom’s use in pain relief is an advantage to the medical field because of the benefits that kratom brings. Its effectiveness is an item of the research and anecdotal suggestions of beneficiaries of kratom use. Reviews from professionals and users agree on its potential benefits resoundingly.
Chronic pain patients who are not satisfied with the conventional pain medication they are using can research and ask questions relating to kratom as an alternative pain medication. Kratom is already an alternative to morphine and oxycodone as proof that it can offer pain relief without the severe risks that some of the conventional pain medications have. Through the questions and research, they will discover the great potential of kratom use.
However, there are fears and myths about kratom’s apparent dangers that need a research approach to ease the supposed fears. The inquiry can only benefit the conventional pain medicine sector because patients with chronic pain ailments will have an opportunity to use kratom without fear.
