ABSTRACT
Aims: This study focused on the serologic detection of Toxoplasma gondii infection in two groups of cats:stray and household groups. In addition, hematologic assessment of seropositive and seronegative cats was done. Methods: Sixty cats were serologically tested for anti-Toxoplasma gondii antibodies using the latex agglutination test. Six collection sites for each group of cats were identified in the urban communities of Sta Rosa and San Pedro, Laguna, Philippines. The 60 cats collected were divided into 30 stray and 30 household cats. Results: Results revealed that 28 (46.67%) of the 60 cats were seropositive. There were more household cats (28.33%) which showed seropositivity compared to stray cats (18.33%), however the difference was statistically insignificant (p>0.05) . Hematologic tests through complete blood count showed significantly (p<0.05) higher number of seropositive cats with abnormalities on hemoglobin level, red blood cell count, segmenter (neutrophil) and monocyte counts compared to the control. Other parameters such as percent packed cell volume, white blood cell count, eosinophil and lymphocyte counts showed insignificant (p>0.05) results across seropositive cats and the control. Blood chemistry analysis showed significantly higher (p<0.05) potassium level irregularities in seropositive cats relative to the seronegative cats. Other parameters such as amylase, blood sugar, blood uric acid, creatinine and blood urea nitrogen were statistically insignificant (p>0.05). Conclusions: Although Toxoplasma gondii infection suggests possible cause of hematologic abnormalities, it is recommended that further studies on this aspect be done to provide more basic and clinical research information that would improve cat health management.
Subject(s)
Cats , Blood Chemical Analysis , Cats/parasitology , Cats/blood , Toxoplasmosis, Animal , Toxoplasmosis, Animal/diagnosis , Toxoplasmosis, Animal/epidemiology , Toxoplasmosis, Animal/parasitology , Toxoplasmosis, Animal/pathologyABSTRACT
Objetivos: revisar a literatura nacional referente aos principais dados de estudos de toxoplasmose sobre a epidemiologia, patologia e imunologia, frequência de anticorpos e isolamento do parasito em suínos, e as literaturas nacional e internacional sobre avaliação molecular de cepas isoladas de suínos. Fonte de dados: foram pesquisadas as bases de dados Scielo, Scopus, Science Direct e Google Scholar. Síntese dos dados: a toxoplasmose em suínos apresenta alta prevalência sorológica e de identificação do parasito, por isolamento ou detecção de DNA, em grande parte do território nacional, causando problemas neurológicos, reprodutivos e econômicos e aumentando o risco de transmissão para a população humana. As principais fontes de infecção para os suínos ainda são os gatos errantes, responsáveis pela disseminação e adaptação do parasito a novos hospedeiros e condições de sobrevivência alternativas. A biologia molecular trouxe grande contribuição, não somente para a detecção em amostras de animais mortos, mas, principalmente, na elucidação do comportamento evolutivo do parasito na espécie suína. Conclusões: a toxoplasmose em suínos é um problema real tanto na criação como produção de alimentos, o que resulta em grave problema econômico e de saúde pública. Apresenta prevalência variável em suínos no mundo e alta variabilidade genotípica, principalmente na América do Sul.
Aims: To review the national literature of toxoplasmosis about epidemiology, pathology, immunology, antibody frequency and parasite isolation in swine, and the national and international literature on molecular evaluation of strains isolated from swine. Source of data: Survey was performed in Scielo, Scopus, Science Direct and Google Scholar databases. Summary of findings: Toxoplasmosis in swine presents high serological prevalence and parasite identification by isolation or DNA detection, is widely distributed in national territory, causing neurological, reproductive, and economical problems, and increases the risk of transmission to human population. Errant cats, which are the main source of infection to swine, are responsible for the dissemination and adaptation of the parasite to new hosts and alternative survival conditions. Molecular biology contributed significantly to the parasite detection in samples from dead animals and, particularly, in the elucidation of the parasite evolutional behavior in swine species. Conclusions: Toxoplasmosis in swine is a real problem in both breeding and food production, becoming a serious problem to public health. It presents a variable prevalence in swine around the world, and presents high genotypic variability, particularly in South America.