IV LYME & BIOFILM SUPPORT
Can I ever get better?
Have you done all these things and still suffer relapses off medication or herbal treatment?
- Done months to years of oral antibiotics
- Donemonths to years of IV antibiotics
- Done months to years of herbal preparations
- Done months to years of other treatments
Medical experts such as Joseph Burrascano MD, Robert Mozayeni MD, Henry Lindner MD, Ed Breitschwerdt DVM, with the help of leading labs such as Igenex, Galaxy, TLab, MDL and Vibrant have come to a much better understanding in the last 10 years of the central role of biofilms as a leading impediment to full recovery and durable remission from vector-borne infections. Red blood cells infected with Babesia or Bartonella raft together in the bloodstream, and particularly in the case of Babesia form large biofilms composed of either fibrin or platelets surrounding the infected red blood cells. This prevents the penetration of medications, herbs, or the immune system.
It is of central importance to penetrate and dissolve biofilms using oral agents such as nattokinase, lumbrokinase, serrapeptase or IV agents such as EDTA, DMSO to open up these "Death Stars" of highly adaptable microbes. These IVs or oral agents in combination with other therapies, whether antibiotics, herbs, other detox aids or SOT are essential to achieve durable remission.
Any chronic Lyme patient understands that full recovery is impossible without exposing microbes that evade immune detection by residing within Neutrophil Extracellular Traps (NETs), fibrin based biofilms with extracellular matrix secreted by various cells and microbes, or large rafts of infected red blood cells circulating together. (See microscopic images on laboratory reports from TLab).
This combination of high dose Vitamin C and a combo of biofilm agents, including the classic chelating agent EDTA helps directly kill microbes as well as dissolve and penetrate biofilms of multiple different kinds. EDTA is reportedly (as per the RGCC lab) capable of removing genetic material and proteins that the tick-borne infections use to replicate.

