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Peer-reviewed veterinary case report

Treatment of cats with Notoedres cati mange using imidacloprid

By Hellmann, Klaus et al.·Published in Parasitology research·2013·KLIFOVET AG, Germany·View original on PubMed

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Original publication title: Treatment of naturally Notoedres cati-infested cats with a combination of imidacloprid 10 % / moxidectin 1 % Spot-on (Advocate® / Advantage® Multi, Bayer).

Species:
cat

Plain-English summary

A group of cats with a highly contagious skin condition called feline scabies, caused by the Notoedres cati mite, were treated with a spot-on medication containing imidacloprid and moxidectin. After just one treatment, all the cats showed no signs of mites and their skin lesions completely healed within 28 days. The treatment was well tolerated and effectively eliminated the infestation. This means that if your cat is diagnosed with this type of mange, this spot-on treatment could be a very effective option.

People also search for: cat mange treatment · feline scabies symptoms · Notoedres cati treatment · imidacloprid moxidectin for cats · how to treat cat skin problems

Abstract

Notoedric mange (feline scabies) is a rare, but highly contagious disease of cats and kittens caused by Notoedres cati (N. cati), which can infest other animals and also humans. The study objective was to determine the efficacy and safety of 10 % imidacloprid/ 1 % moxidectin (Advocate®/Advantage® Multi spot-on for cats) against natural N. cati infestation in cats. Sixteen cats were randomly assigned to treatment group or negative control using pre-treatment mite counts. The treatment group received a single spot on treatment of the investigational veterinary product (IVP) according to label instructions. The control group stayed untreated. Five cats from the negative control were treated with the IVP at the end of the study and observed for 28 days to increase the treatment group. Skin scrapings and mite counts were performed 28 days post treatment (p.t.). Notoedric skin lesion assessments with clinical scoring were performed regularly. Five animals had to be removed prematurely from the study population due to different reasons. The number of viable N. cati mites in all treated animals 28 days p.t. was zero compared with 2.8 ± 3.0 in the negative control, being significantly lower for treated cats (p = 0.0019, Wilcoxon test). The resulting efficacy was 100 %. Clinical cure based on skin lesion assessment was achieved 28 days p.t. in 100 % of all treated animals completing 28 study days. The IVP was well tolerated and applied at the minimal therapeutic dose (10 mg imidacloprid/1 mg moxidectin/kg body weight) a high therapeutic efficacy in curing N. cati infestations and feline scabies clinical symptoms was recorded.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/23760872/