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Peer-reviewed veterinary case report

Signs and treatments linked to survival in dogs with tick paralysis

By Rick Atwell & Dianne Vankan·Published in Animals·2024·School of Veterinary Science, The University of Queensland, Gatton 4343, Australia, CH·View original on DOAJ

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Original publication title: Prospective Study of 506 Dogs with Tick Paralysis: Investigating Measures of Severity and Clinical Signs as Predictors of Mortality and Assessing the Benefits of Different Therapeutics

Species:
dog

Plain-English summary

A group of 506 dogs in Australia was studied for tick paralysis, a condition caused by toxins from tick bites that can lead to severe breathing problems. Symptoms included difficulty breathing and changes in facial expressions, which were linked to higher chances of mortality. The study found that older dogs were more at risk, and the only treatments that seemed to help were tick antiserum and antibiotics for severe cases. Many other medications did not improve survival rates. Overall, the findings highlight the importance of recognizing symptoms early and the need for effective treatment options.

People also search for: dog tick paralysis symptoms · tick bite treatment for dogs · why is my dog having trouble breathing

Abstract

Survey data from 42 Australian eastern seaboard veterinary practices involving 506 cases are reported with regard to clinical signs, disease severity, mortality, use of pharmaceuticals, and recovery times. New measures of disease severity (visual analogue scales (VAS) and facial expressions) were tested alongside “gold standard” measures (neuromuscular junction (NMJ) scores). Univariable and multivariable logistic regression analyses were conducted to evaluate associations between variables. The VAS scores were progressive, prognostic (especially the respiratory scores) and correlated with the NMJ scores. The presence of inspiratory dyspnoea and crackles on the day of hospitalisation, progressing to expiratory dyspnoea and an expiratory wheeze 24 h later, were highly predictive of mortality. Altered facial features on hospital admission were also highly predictive of mortality. The previously used respiratory score (using various clinical signs) was not predictive of mortality. Older animals had a higher mortality rate, and no gender or breed susceptibility was found. The only pharmaceuticals that were positively associated with mortality were tick antiserum and, in severe cases, antibiotics. The use of many pharmaceutical products (acepromazine, atropine, steroids, antihistamines, antiemetics, diuretics, and S8 anti-anxiety and sedation drugs) had no effect on mortality. More drug classes were used with increasing clinical severity and specific factors (e.g., vomiting/retching, hydration) affected the period of hospitalisation. Geographic variation in respiratory signs and toxicity scores was evident, whereas mortality and disease severity were not different across regions.

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Original publication on DOAJ: https://doi.org/10.3390/ani14020188