
Lyme disease is exceedingly difficult to treat, due to its well-known shape-shifting (pleomorphic) abilities, with conventional antibiotics often failing to produce a long-term cure. Could the commonly used natural plant Stevia provide a safer, and more effective means to combat this increasingly prevalent infection?
A promising new preclinical study has revealed that whole stevia leaf extract possesses exceptional antibiotic activity against the exceedingly difficult to treat pathogen Borrelia Burgdorferi known to cause Lyme disease. The study found,
"Stevia whole leaf extract, as an individual agent, was effective against all known morphological forms of B. burgdorferi."
At present, the CDC acknowledges that at least 300,000 are infected with Lyme disease, annually, with the conventional standard of care relying on antibiotics that are not only toxic but increasingly coming under scrutiny for addressing only surface aspects of the infection, often leaving antibiotic-resistance Lyme disease deep within the system to continue to cause harm.
B. burgdorferi has a complex life cycle, and can exist in radically different forms: spirochetes, spheroplast (or L-form which lacks a cell wall), round bodies or cyst form (which allows for dormancy and escaping PCR detection), and highly antibiotic-resistant biofilms. This pleomorphic property makes conventional treatment exceptionally difficult because while some conventional antibiotics are effective against forms with a cell wall such as spirochetes, they are ineffective against those without a cell wall. This enables B. burgdorferi to change form to evade eradication through conventional means. Also, biofilm formation creates a significant barrier against most conventional antibiotics, even when used in combination, and has been recently suggested to be the most effective mechanism of resistance.
