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Peer-reviewed veterinary case report

Small Babesia canis parasites found after death in puppy

By Demeter, Zoltán et al.·Published in Acta veterinaria Hungarica·2011·n University Department of Pathology and Forensic Veterinary Medicine Istv&#xe1·View original on PubMed

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Original publication title: Postmortem small babesia-like morphology of Babesia canis - short communication.

Species:
dog

Plain-English summary

A 7-week-old male Labrador puppy was brought to the vet with severe anemia and dark urine. Unfortunately, the puppy was euthanized due to his serious condition. After his passing, tests revealed he had an infection caused by a parasite called Babesia canis, which can lead to severe blood issues in dogs. This case highlighted that the parasite can appear differently in tissue samples after death, making diagnosis challenging. Sadly, the puppy did not survive, but this information can help vets identify similar cases in the future.

People also search for: puppy anemia dark urine · Babesia canis in dogs · Labrador puppy blood infection

Abstract

Here we report a case of canine babesiosis with unusual morphology of the causative agent. A male, seven-week-old Labrador retriever puppy, exhibiting severe anaemia and haemoglobinuria, was presented at the Clinic of Internal Medicine in February 2011. The puppy was euthanised. The most relevant pathological changes were icterus, severe splenomegaly, generalised lymphadenopathy and haemoglobin nephrosis. Samples were collected from various organs for histology within one hour post mortem. Impression smears were also prepared from the spleen after overnight storage at 4 °C. Tissue sections and smears showed the presence of multiple, coccoid intraerythrocytic bodies that measured 1-2 μm and resembled small babesiae. No large piroplasms were seen. DNA was extracted from the spleen, and a conventional PCR was performed for the amplification of a 450-bp region of the 18S rRNA gene of piroplasms. The causative agent was identified as Babesia canis canis, with 99% sequence identity to other European isolates. Sequence identity to B. gibsoni was only 91%. This is the first account to verify that the morphology of the large canine piroplasm, B. canis, can be uniformly small babesia-like post mortem or following the storage of tissue samples.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/22079703/