yeah those sound familiar for human use too
again inthe immunocomprimised
but in the general population it's just supportive care and let the body beat it up
i still would like to know why clinda can work prophylacticly given that it's a parasite?????
Most of the treatments for one-celled intestinal parasites, including flagellated organisms, are antibiotics. Remember, a lot of the antibiotics work by inhibiting cell wall or cell membrane formation, or interfering with ion pumps, etc, which is fairly universal in cells of most any species - bacteria to human and all in between. The parasites or the bacteria just live faster, so they die faster (before the drug reaches toxic level in people/animals).
All drugs (medicines) are poisons. It's just a matter of finding doses that have tolerable/minimal side effects to the host while killing or inhibiting growth of the parasite/bacteria/virus, etc. Some drugs have wide (sometimes huge) safety margins, some have very narrow safety margins.
For instance, cancer chemotherapy drugs often have narrow safety margins (hence the high rate of side-effects) since they are trying to kill abnormal cells that are actually a part of the host. Most antibiotics and antiparasitic drugs have wider safety margins since they are trying to kill organisms that are not inherently part of the host, therefore drugs can be selected more easily that have lower side-effect on the host species and a greater effect on the target organism.
This same effect can bite vets in the arse if they're treating species that have very little information known about how drugs work in them. A drug that is perfectly safe in one species can be highly toxic to another species. I could give you a list, but that would get boring really fast (even for those that aren't bored already).