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GaryRN's photos were disgusting, and I want those things out of my body NOW if I have them. Can I do that while on antibiotics?
Posts: 311 | From CA | Registered: Jul 2008
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-------------------- 3 Strains Mycoplasma and Chlymedia 2001. After treatment fine for all 2004. Major symptoms since 2005. Diag Aug 2008 Lyme. 400 mg/d doxy 500 2/d Ceftin Posts: 164 | From Texas | Registered: Jun 2008
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WeRAll1
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Yes you can. It is a good idea to talk to your doctor anyway about what mix your on and adding this in case there is an interaction issue of some sort.
I know some anti oxidants are not supposed to be taken while on Mepron. But think they are referring to CoQ10.. But do not quote me or take my word on that for sure....
I am on anti biotic treatment and am doing the Salt C therapy as well. It is working well with marked improvements.
I have seen similar things and some that are on the LymePhotos website.
If people are going to start this it might be a good idea to share the protocol and instructions to start and ramp up slowly on dosing suggestions. As well recommended salt and c to use.
The newbie and Link Section of Lyme Stratagies Site is a good place to read all about the protocol and its considerations.
Here is part of the WikiPedia about Parasites. Knowledge is power.
Transmission
Life cycle of Entamoeba histolytica, an anaerobic parasitic protozoan.
Parasites inhabit living organisms and therefore face problems that free-living organisms do not. Hosts, the only habitats in which parasites can survive, actively try to avoid, repel, and destroy parasites. Parasites employ numerous strategies for getting from one host to another, a process sometimes referred to as parasite transmission or colonization.
Some endoparasites infect their host by penetrating its external surface, while others must be ingested. Once inside the host, adult endoparasites need to shed offspring into the external environment in order to infect other hosts. Many adult endoparasites reside in the host's gastrointestinal tract, where offspring can be shed along with host excreta. Adult stages of tapeworms, thorny-headed worms and most flukes use this method.
Among protozoan endoparasites, such as the malarial parasites and trypanosomes, infective stages in the host's blood are transported to new hosts by biting-insects or vectors. Larval stages of endoparasites often infect sites in the host other than the blood or gastrointestinal tract. In many such cases, larval endoparasites require their host to be consumed by the next host in the parasite's life cycle in order to survive and reproduce.
Alternatively, larval endoparasites may shed free-living transmission stages that migrate through the host's tissue into the external environment, where they actively search for or await ingestion by other hosts. The foregoing strategies are used, variously, by larval stages of tapeworms, thorny-headed worms, flukes and parasitic roundworms.
Some ectoparasites, such as monogenean worms, rely on direct contact between hosts. Ectoparasitic arthropods may rely on host-host contact (e.g. many lice), shed eggs that survive off the host (e.g. fleas), or wait in the external environment for an encounter with a host (e.g. ticks). Some aquatic leeches locate hosts by sensing movement and only attach when certain temperature and chemical cues are present.
Some parasites modify host behaviour to make transmission to other hosts more likely. For example, in California salt marshes the fluke Euhaplorchis californiensis reduces the ability of its killifish host to avoid predators.[6] This parasite matures in egrets, which are more likely to feed on infected killifish than on uninfected fish. Another example is the protozoan Toxoplasma gondii, a parasite that matures in cats but can be carried by many other mammals. Uninfected rats avoid cat odours, but rats infected with T. gondii are drawn to this scent, a change which may increase transmission to feline hosts.[7]
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