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Peer-reviewed veterinary case report

New urine tests FLOTAC and Mini-FLOTAC detect Capillaria plica in dogs

By Maurelli, Maria Paola et al.·Published in BMC research notes·2014·View original on PubMed

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Original publication title: FLOTAC and Mini-FLOTAC for uro-microscopic diagnosis of Capillaria plica (syn. Pearsonema plica) in dogs.

Species:
dog

Plain-English summary

A dog in southern Italy was diagnosed with a Capillaria plica infection, a type of worm that can live in the urinary bladder. Traditional urine tests for this infection often miss it, so researchers tested two new methods, FLOTAC and Mini-FLOTAC, to see if they could find more eggs in the urine. The FLOTAC method was the most effective, detecting an average of 70 eggs per 10 ml of urine, compared to 40 with Mini-FLOTAC and only 32 with the standard method. These new techniques could help vets diagnose this infection more accurately and effectively.

People also search for: dog urinary infection treatment · Capillaria plica diagnosis · dog urine test results

Abstract

BACKGROUND: Capillaria plica (syn. Pearsonema plica) is a nematode that resides in the urinary bladder and rarely in ureters or in the kidney pelvis of various carnivores, especially foxes and dogs. Urine sedimentation technique is actually the only diagnostic tool that permits the identification of C. plica eggs, but its sensitivity is low and when an infection is suspected (or when it is necessary to confirm treatment efficacy) more than one examination of urine sediment should be performed. The present paper reports a clinical case of natural C. plica infection in a dog from southern Italy. In addition, two new techniques, FLOTAC and Mini-FLOTAC, were used for the diagnosis of C. plica in dog urine and compared with the technique of sedimentation. RESULTS: Using FLOTAC with fresh urine and sodium chloride as flotation solution, were obtained the best results for the diagnosis of C. plica in dog urine in term of eggs counted (mean eggs per 10 ml of urine = 70.3 FLOTAC vs 40.3 Mini FLOTAC vs 32.8 sedimentation) and coefficient of variation (CV%) (6.2 FLOTAC vs 13.4 Mini-FLOTAC vs 32.9 sedimentation). CONCLUSIONS: The FLOTAC was the more sensitive method, but also the Mini-FLOTAC could be a valid alternative diagnostic method because gave better results than the classical sedimentation and can be used in place of the FLOTAC in laboratories where the centrifugation step cannot be performed.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/25178780/