Because I am in a mood...
Posting what I found when I googled "Entamoeba Histolytica Die Off". I think we caught it early. BUT DAMN!!!!
Entamoeba histolytica
Entamoeba histolytica is one of the most aggressive and invasive parasites on our planet. Five to seven weeks after exposure, it invades nerve and muscle tissue in the large intestine, damaging both and potentially causing inflammatory bowel disease. It can ingest red blood cells, penetrate tissues by boring through their walls, and if it invades the liver, go systemic and travel throughout the body, typically causing dysentery.
As mentioned in Tom’s case, E. histo can form amebic abscesses in the liver if not treated in a timely manner. If surgery is performed to remove the abscesses, toxins are released into the bloodstream, overwhelming the body’s immune and detoxification capabilities.
E. histo can travel virtually anywhere in the body. It can migrate to the liver, lungs, and even the brain. As a matter of fact, one theory postulates that many appendicitis attacks are caused by E. histo infections.
Blood and stool testing can reliably detect E. histo infections. Treatment necessitates the use of antibiotics and other drugs, as aggressive therapy is required to eradicate this resistant pathogen. A qualified doctor can prepare the body not only for the toxic effects of the medications, but also the toxic load created as the parasites die off.
The liver will be under increased demands from processing the circulating toxins, and healthy bacteria naturally existing in the GI tract will need to be replaced as they are killed off by the antibiotics. The gut will also require nutritional support to help repair and rebuild the blistering and scarring that can occur when a parasite burrows into its lining. And, because the intestinal wall is likely to be damaged from the infection, nutritional supplementation should be employed to aid in mucosal barrier restoration.
Entamoeba histolytica
Entamoeba histolytica is one of the most aggressive and invasive parasites on our planet. Five to seven weeks after exposure, it invades nerve and muscle tissue in the large intestine, damaging both and potentially causing inflammatory bowel disease. It can ingest red blood cells, penetrate tissues by boring through their walls, and if it invades the liver, go systemic and travel throughout the body, typically causing dysentery.
As mentioned in Tom’s case, E. histo can form amebic abscesses in the liver if not treated in a timely manner. If surgery is performed to remove the abscesses, toxins are released into the bloodstream, overwhelming the body’s immune and detoxification capabilities.
E. histo can travel virtually anywhere in the body. It can migrate to the liver, lungs, and even the brain. As a matter of fact, one theory postulates that many appendicitis attacks are caused by E. histo infections.
Blood and stool testing can reliably detect E. histo infections. Treatment necessitates the use of antibiotics and other drugs, as aggressive therapy is required to eradicate this resistant pathogen. A qualified doctor can prepare the body not only for the toxic effects of the medications, but also the toxic load created as the parasites die off.
The liver will be under increased demands from processing the circulating toxins, and healthy bacteria naturally existing in the GI tract will need to be replaced as they are killed off by the antibiotics. The gut will also require nutritional support to help repair and rebuild the blistering and scarring that can occur when a parasite burrows into its lining. And, because the intestinal wall is likely to be damaged from the infection, nutritional supplementation should be employed to aid in mucosal barrier restoration.