Billings Phillip, Walton Stuart, Shmalberg Justin, Santoro Domenico
Department of Small Animal Clinical Sciences, College of Veterinary Medicine, University of Florida, 2015 SW 16th Avenue, Gainesville, FL 32610, USA.
Department of Comparative, Diagnostic and Population Medicine, College of Veterinary Medicine, University of Florida, Gainesville, FL 32610, USA.
Microorganisms. 2023 Jun 30;11(7):1726. doi: 10.3390/microorganisms11071726.
, an aquatic oomycete with pathogenic potential in mammals, causes gastrointestinal and cutaneous disease in dogs. Mefenoxam, an agricultural anti-oomycotic compound, has a demonstrated the ability to inhibit growth in vitro and has been associated with efficacy in treating gastrointestinal pythiosis in several case reports. Electronic medical records of dogs seen at University of Florida Small Animal Hospital and treated with mefenoxam between 2013 and 2020 were searched. Dogs were included in this study upon previous definitive diagnosis with either organism identification using culture, PCR, or antibody ELISA, or a combination of these tests with or without supportive histopathological analysis. Since 2013, mefenoxam had been administered to 25 dogs with cutaneous pythiosis and 16 dogs with gastrointestinal pythiosis. In both gastrointestinal and cutaneous pythiosis groups, the administration of mefenoxam was associated with a survivability rate of approximately 51%. There was a statistically significant difference in the time to death between cutaneous (245 days (52-530)) and gastrointestinal (90 days (21-203)) groups; dogs infected with cutaneous pythiosis survived significantly longer after being diagnosed with the disease ( = 0.035). The dogs in this study experienced increased survival rates and time to death, in the absence of side effects due to mefenoxam, compared with previously published literature. The results of this retrospective study, with some limitations, are promising and should prompt further investigation into the use of mefenoxam in the treatment of both gastrointestinal and cutaneous pythiosis.
,一种对哺乳动物具有致病潜力的水生卵菌,可导致犬类胃肠道和皮肤疾病。甲霜灵,一种农业抗卵菌化合物,已证明具有体外抑制生长的能力,并且在几例病例报告中与治疗胃肠道腐霉病的疗效相关。检索了2013年至2020年期间在佛罗里达大学小动物医院就诊并接受甲霜灵治疗的犬类电子病历。在先前通过培养、PCR或抗体ELISA进行生物体鉴定,或这些测试与支持性组织病理学分析的组合进行明确诊断后,犬类被纳入本研究。自2013年以来,甲霜灵已用于25只患有皮肤腐霉病的犬和16只患有胃肠道腐霉病的犬。在胃肠道和皮肤腐霉病组中,甲霜灵的给药与约51%的生存率相关。皮肤组(245天(52 - 530))和胃肠道组(90天(21 - 203))之间死亡时间存在统计学显著差异;感染皮肤腐霉病的犬在被诊断出疾病后存活时间明显更长(P = 0.035)。与先前发表的文献相比,本研究中的犬在没有甲霜灵副作用的情况下,生存率和死亡时间有所增加。这项回顾性研究结果虽有一些局限性,但很有前景,并应促使对甲霜灵在治疗胃肠道和皮肤腐霉病中的应用进行进一步研究。