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How common is Angiostrongylus vasorum infection in dogs in southern

By Lempereur, Laetitia et al.·Published in Parasites & vectors·2016·Faculty of Veterinary Medicine·View original on PubMed

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Original publication title: Prevalence of Angiostrongylus vasorum in southern Belgium, a coprological and serological survey.

Species:
dog

Plain-English summary

A study found that 4.7% of dogs in southern Belgium tested positive for a lungworm infection called Angiostrongylus vasorum, which can cause symptoms like coughing and breathing problems. Among dogs showing signs of illness, the infection rate was higher at 8.6%. The researchers used a blood test and stool samples to detect the infection, and they noted that even healthy dogs could carry the lungworm larvae in their feces. This highlights the importance of testing for this infection, especially in dogs that show respiratory distress. Further research is needed to understand the infection better and how it spreads.

People also search for: dog coughing lungworm infection · Angiostrongylus vasorum symptoms · dog respiratory problems Belgium

Abstract

BACKGROUND: Canine angiostrongylosis, a gastropod-borne helminthic infection, is increasingly being described in North America and is now reported in many European countries. In dogs, Angiostrongylus vasorum may cause a wide spectrum of clinical signs. Respiratory distress such as coughing and dyspnoea are the most frequently described manifestations. The aim of the present study was to gain additional information on the distribution, prevalence and risk factors associated with A. vasorum infection in dog from southern Belgium through the combined used of a commercially available in-clinic assay for detection of circulating antigen (Angio Detect™, IDEXX, Westbrook, USA) and coprology in two different canine populations: dogs with clinical signs compatible with angiostrongylosis and asymptomatic dogs or dogs presented for unrelated conditions (control). RESULTS: A total of 979 dogs were enrolled in the study from November 2014 until February 2016. Seven hundred fifty-seven dogs were included in the control group, whereas 222 dogs had clinical signs compatible with angiostrongylosis. Forty-six dogs out of 979 (4.7 %) had A. vasorum circulating antigen. There was a highly significant difference between the two populations (3.6 % (27/747) and 8.6 % (19/222) in control and symptomatic dogs, respectively) (P = 0.00379). First stage larvae (L1) of A. vasorum were found in seven out of 24 serologically positive control dogs and in six out of 17 serologically positive symptomatic dogs. Interestingly, L1 of Crenosoma vulpis were detected by Baermann technique in one control and nine symptomatic dogs, respectively. Out of 17 Angio Detect™ (IDEXX, Westbrook, USA) positive dogs with negative (14) or not performed Baermann test (three), one dog was positive in both in-house ELISAs (Ag and Ab) and one dog was positive for Ag. Statistical analysis was unable to detect any risk factors associated with the direct and/or indirect detection of A. vasorum. CONCLUSIONS: This seroepidemiological study demonstrated for the first time a high seroprevalence in Southern Belgium for A. vasorum. The Angio Detect™ was found to be suitable in this context as the collection, preservation and examination of stools were difficult. Nevertheless, discrepancies were observed between the different available tests. Additional research is clearly needed. Also, coproscopy remains a very useful tool in dogs infected for less than nine weeks and for the identification of other canine lung nematodes such as C. vulpis. This study also demonstrates that asymptomatic dogs may shed A. vasorum L1 in their faeces and therefore contribute to the maintenance of A. vasorum life-cycle.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/27716374/