The History of Kambo

Kambo, also referred to as Sapo by locals in Peru, stands out as a remarkable non-psychoactive traditional medicine hailing from the heart of the Amazon rainforest. This unique substance is derived from the secretions of the awe-inspiring giant monkey frog, scientifically known as Phyllomedusa Bicolor.

Renowned in Peru and Brazil as the "vaccine of the forest," Kambo holds a reputation as a detoxifying purgative, an immune-boosting elixir, and a potent remedy for chronic pain, imbalances and drug dependency.

In 1986, Kambo gained the attention of renowned Italian scientist and Nobel Prize nominee, Vittorio Erspamer, based at the University of Rome. After analyzing a sample of Kambo, he described it as containing a 'fantastic chemical cocktail' with unparalleled potential for medical applications among amphibians. The substances he referred to were peptides, which are short-chain amino acids that form the building blocks of proteins in our bodies.

Presently, there are approximately 70 Kambo patents filed, primarily in the United States. While scientists have been able to isolate and synthesize some of the peptides found in Kambo, there is simply no substitute for the authentic experience.

Among the peptides present in Kambo, some are classified as neuropeptides, which specifically target brain and body activity by interacting with neurons. These naturally occurring neuropeptides include insulin, oxytocin, collagen, creatine, and endorphins. Additionally, Kambo contains bioactive peptides, which consist of specific amino acid sequences that perform functions recognized as beneficial by the body.

At a cellular level, Kambo effectively opens up the body, enabling the removal of deposits left by foreign substances without causing stress to the cells. This unique combination of peptides acts as a key, allowing Kambo to penetrate the blood-brain barrier rather than being filtered out by the body's defense systems. As a result, Kambo becomes an incredibly potent method for addressing various ailments.

Key Kambo peptides include:

Phyllomedusin: This peptide strongly affects the digestive system and contributes to the purging effects of Kambo, inducing gut contractions. It also influences salivary glands, tear ducts, and deep purging processes.

Phyllokinin: Known for its impact on blood vessel dilation, Phyllokinin enhances blood flow in affected areas, facilitating the passage of other Kambo peptides across the blood-brain barrier. In addition to its physical effects, Kambo can contribute to better chemical balance in the brain.

Phyllocarulein: Another vasodilator that increases blood flow, Phyllocarulein helps lower blood pressure, promotes the flow of gut contents, and enhances stomach acid secretion. It stimulates both the pituitary gland and adrenal cortex, potentially leading to pain relief.

Adenoregulin: This peptide regulates the action of various neurotransmitters in the brain, including serotonin, which initially induces a calming effect followed by increased focus, mental clarity, and heightened responsiveness to external stimuli. Adenoregulin has also shown efficacy in targeting cancer cells.

Deltorphins: With actions on opioid receptors, Deltorphins help alleviate pain and induce a sense of calm and euphoria. They can also positively impact addictive conditions.

Dermaseptin: Possessing potent antimicrobial properties, Dermaseptin combats fungal and bacterial infections. It actively fights and eliminates pathogens such as E. coli, salmonella, gonorrhea, herpes, viruses, HIV, candida, and malaria.

Sauvagine: This peptide reduces the frequency and intensity of brain activity by acting on the adrenal glands, triggering increased dopamine release.

Tryptophyllins: Highly potent against the yeast Candida, Tryptophyllins exhibit biological activity and show potential in cardiovascular, anti-inflammatory, and anti-cancer therapies.