The Science
Kambo's profound effects on the human body are attributed to its unique bioactive peptides, which interact with cellular receptors to trigger beneficial biological responses. Used for centuries by Amazonian tribes, Kambo has gained increasing attention in modern science, where rigorous research has begun to validate its therapeutic properties.
This ancient medicine bridges the gap between traditional wisdom and contemporary scientific understanding, offering insights into its remarkable ability to detoxify, heal, and restore balance.
The peptides in Kambo have been the subject of genuine research by scientists worldwide. One of the earliest discoveries was made by Dr. Vittorio Erspamer, a Nobel Prize-nominated pharmacologist who identified several peptides in Kambo that were previously unknown to science. His work demonstrated that these peptides interact with the human body in highly specific ways, binding to cellular receptors to stimulate physiological responses.
Subsequent studies have explored the effects of Kambo peptides on immune function, pain modulation, and detoxification. Research has highlighted the following key findings:
Pain Management: Studies show that dermorphin and deltorphin, peptides unique to Kambo, bind to mu and delta opioid receptors with higher potency than morphine, offering powerful, natural pain relief without the risk of addiction.
Detoxification and Cellular Regeneration: Phyllomedusin and phyllocaerulein have been found to promote detoxification by stimulating the gastrointestinal tract and other elimination pathways, enhancing the body’s ability to expel toxins.
Immune Modulation: Adenoregulin, a peptide in Kambo, interacts with adenosine receptors, which play a crucial role in immune system regulation and stress adaptation.
Antimicrobial Properties: Tryptophyllins have demonstrated strong antimicrobial activity against bacteria, fungi, and viruses, supporting the body’s defense mechanisms.
These findings have been published in peer-reviewed journals, underscoring the scientific community's recognition of Kambo’s potential. Patents have been filed on some of these peptides due to their unique properties, including their analgesic, antimicrobial, and anti-inflammatory effects. around us.
FULL LIST OF PEPTIDES IN KAMBO…
Kambo's natural peptides activate healing processes, enhance resilience, and support overall health.
Phyllokinin: Improves blood flow by dilating blood vessels, aiding in circulation and nutrient delivery.
Dermorphin: A potent natural painkiller that binds to opioid receptors.
Deltorphin: Enhances endurance and provides powerful analgesic effects.
Adenoregulin: Regulates cellular energy transfer and nervous system function, promoting balance.
Bombesin: Supports digestion and exhibits antimicrobial properties.
Phyllomedusin: Stimulates detoxification by activating smooth muscle contractions.
Phyllocaerulein: Enhances digestive processes and reduces inflammation.
Sauvagine: Regulates stress responses via the adrenal cortex and improves cardiovascular health.
Caerulein: Similar to phyllocaerulein, it aids digestion and offers pain relief.
Tryptophyllins: Protect against pathogens with strong antimicrobial activity.
Modern scientific studies highlight Kambo's ability to address a range of physical and emotional conditions. Research-backed benefits include:
Detoxification: Peptides such as phyllomedusin and phyllocaerulein aid in the removal of toxins from the liver, kidneys, and intestines, supporting overall organ health.
Immune Enhancement: Studies suggest that Kambo can stimulate the production of white blood cells, improving immune system resilience.
Neuroprotection: Research into the effects of Kambo peptides on neurological health indicates potential for reducing brain fog and supporting mental clarity.
Stress Regulation: Sauvagine and adenoregulin work on the adrenal glands and nervous system, helping to balance the body’s stress responses.
Published Research Highlights
Some notable studies include:
Erspamer et al : Early work on Kambo peptides identified their interaction with opioid and adenosine receptors, laying the foundation for further exploration of their analgesic and immune-modulating properties.
Clinical Immunology Reports: Highlighted Kambo’s role in boosting the innate immune response, with potential applications in autoimmune and chronic conditions.
Journal of Natural Products: Published findings on the antimicrobial effects of tryptophyllins, demonstrating their ability to combat resistant bacterial strains.
SOURCES AND REFERENCES ON KAMBO RESEARCH:
