that one is not in this book.Furaltadone
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that one is not in this book.Furaltadone
But I'm not using amprolium at the moment, I'm using two drugs which have nothing to do with thiamine -So while my above proof is from a Vet book it is only referring to using Amprolium to treat.
But since the OP is really not even treating with it I guess it wouldn't matter.
BUT I too like proof from a credible source and there is not any to my knowledge about using those two specific drugs to treat Cocci.
My whole point was if treating for Cocci to not use vitamins.But I'm not using amprolium at the moment, I'm using two drugs which have nothing to do with thiamine -
If you need a textbook to believe the science I am relaying to you, check out Veterinary Parasitology by Taylor, Coop, & Wall. Page 322. Lots of info on the use of nitroimidazoles and nitrofurans (and why they aren't generally used in Poultry for human consumption anymore - not because of efficacy, as they are considered highly effective by way of DNA and RNA disruption, but because of concerns of mutagenicity.) They are still widley used in pigeons and other birds however - and again, all of this is sort of a moot point as
1. It's what I had on hand (for pigeons), so it's what I used in an emergency.
2. It seems to be working just fine, and while I'm in no way saying your suggestions aren't BETTER for use in Poultry, in fact I agree with you that Corid is a more preferred drug in treating Cocci, though it's efficacy is only considered moderate.
Also: while I disagree about not using vitamins in such a compromised dying bird being treated with Furaltadone and Ronidazole (which targets DNA/RNA and has nothing to do with vitamin synthesis), I DO agree that added vitamins would not be advised for a healthy-seeming flock being treated (either as diagnosed or as preventative care) with Corid/Amorolium based on the very different way that drugs works as a coccidiostat. Amprolium works by blocking thiamine uptake and preventing carbohydrate synthesis in the coccidian Protozoa - this is not how Ronidazole works.
Hope this helps clarify things and explains them a little better. I was a biology major in college, so forgive me if I get a little nerdy scientific on things. I do appreciate your advice, experience and help.
Again, Ronidazole is a highly effective antiprotozoal - coccidiosis is caused by coccidial protozoan. So she IS being treated for coccidiosis. The rest of the flock will be treated with Corid. And I always follow with vitamins and probiotics for 2 weeks after any medications are done.
I'm very confident in the efficacy of Ronidazole for Cocci and suspect it's lack of use in Poultry has to do with the fact that standards/approvals of drugs on birds used for human consumption are a bit different than in the pigeon hobby.
We are taking about Coccidia here, not Cocci. Cocci is a term used for round shape bacteria. Eimeria parasites are called Coccidia, and they appear much larger under a microscope than cocci do. I'm a retired Clinical Lab Scientist, so I already knew how to ID many human parasites when I got chickens. I just had to buy a good microscope and study poultry parasites. I had plenty of practice on other parasites before I realized those little spores I was seeing so many of were not mold or fungi or even clostridia spores. They were either Coccidia sporozoites or merozoites or maybe even gametes....
Why Bayer Animal Health decided against seeking FDA approval for Toltrazuril in the US is probably the usual profit motive: cost vs benefit. Maybe they would change their corporate minds if enough people called. I've heard that Coccidia are responsible for more poultry deaths than any other pathogen, so maybe the next caller should be you.
Ronidazole does NOT work against the species of coccidia that cause disease in chickens. I have looked up Ronidazole in multiple veterinary pharmacology books, and it does not work against Eimeria. Sure, as you have noted, it works against some other flagellated protozoal species, but its mode of action is not effective against Eimeria.
We are taking about Coccidia here, not Cocci. Cocci is a term used for round shape bacteria. Eimeria parasites are called Coccidia, and they appear much larger under a microscope than cocci do. I'm a retired Clinical Lab Scientist, so I already knew how to ID many human parasites when I got chickens. I just had to buy a good microscope and study poultry parasites. I had plenty of practice on other parasites before I realized those little spores I was seeing so many of were not mold or fungi or even clostridia spores. They were either Coccidia sporozoites or merozoites or maybe even gametes.