NEOPREDISAN 135-1 - Disinfection against excreted endoparasites, bacteria, enveloped viruses, fungi and yeasts
- maltenevermann
- 1 day ago
- 2 min read
The only approved disinfectant against excreted endoparasites, such as parasitic protozoa (coccidia, cryptosporidia, etc.) and worm eggs (parasitic roundworms, nematodes, etc.), bacteria, enveloped viruses, fungi and yeasts, with salicylic acid as keratolytic acid.
Approved until 31.12.2035 in Germany BAUA DE-0034026-03 and a number of other European countries, ask if your country is included!
Adopted by the DVG (German Veterinary Medical Society) in the disinfectant list
(source: www.dvg.net):
for use in animal husbandry
for use in veterinary practices, veterinary clinics and animal shelters
Why disinfect against endoparasites?
Endoparasites such as roundworms and coccidia infest the internal organs.
They can lead to major economic damage in livestock farming due to poor feed conversion and reduced weight gain, and deaths can also occur in the case of heavy infestations. Most endoparasites have a direct development cycle, i.e. infected animals excrete permanent stages (e.g. worm eggs and coccidia oocysts) with their feces, which are directly infectious to other animals when ingested. Treating the animals with dewormers or coccidiostats only leads to a temporary improvement in the clinical picture.
Only adult or vegetative forms in the animal are killed.
The excreted permanent stages of the endoparasites on the stable surfaces can remain infectious for considerable periods of months or even years.
Effective control requires appropriate medication and disinfection at the right time to prevent the spread.
NEOPREDISAN 135-1 has an effective and long-lasting effect against excreted endoparasites and their permanent stages, thereby drastically reducing the risk of infection from stable surfaces.
The use of NEOPREDISAN 135-1 increases the success of dewormers or coccidiostats.
The combined application of disinfection after the use of medication ensures that no reinvasion of already excreted permanent stages occurs.
