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Oxytetracycline Pharmacokinetics After Intramuscular Administration in Cows with Clinical Metritis Associated with Trueperella Pyogenes Infection

机译:在奶牛肌内给药后的催产素药代动力学与Trueperella pycogenes感染相关的患者

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摘要

Systemic therapy with oxytetracycline is often used for treatment of clinical metritis although data about its penetration into the uterus and uterine secretion are lacking. Uterine secretions and milk from six cows with clinical metritis were collected for microbiological assay. The animals were treated intramuscularly with long-acting oxytetracycline (20 mg/kg) and samples of plasma, milk and uterine secretions were collected for determination of the antibiotic concentrations by HPLC-PDA analysis. Pharmacokinetics of the antibiotic and in silico prediction of its penetration into the uterus were described. with MIC values of 16–64 µg mL was isolated ( of cows = 4) from uterine secretions. Oxytetracycline showed fast absorption and penetration in the uterine secretions and milk. No change of withdrawal time for milk was necessitated in cows with clinical metritis. Maximum levels in uterine secretions and predicted concentrations of oxytetracycline in the uterus were lower than MIC values. Systemic administration of long-acting oxytetracycline did not guarantee clinical cure and was not a suitable choice for treatment of clinical metritis associated with . The appropriate approach to antibiotic treatment of uterine infections of cows requires knowledge on penetration of the antibiotics at the site of infection and sensitivity of pathogens.
机译:用氧赤素素的全身治疗通常用于治疗临床核炎,尽管缺乏关于其渗透到子宫和子宫分泌的数据。收集来自六头母牛的子宫分泌物和牛奶用于微生物测定。将动物肌肉内肌肉酸入氧化,长效氧化素(20mg / kg),并收集血浆,牛奶和子宫分泌物的样品,通过HPLC-PDA分析测定抗生素浓度。描述了抗生素的药代动力学和将其渗透到子宫中的硅基预测。在子宫分泌中分离出16-64μgml的MIC值(牛= 4)。催产素在子宫分泌物和牛奶中显示出快速吸收和渗透。在具有临床细胞炎的奶牛中,奶牛不需要牛奶的退出时间变化。子宫分泌物中的最大水平和子宫内氧氧杂环素的预测浓度低于MIC值。全身施用长效催产素不保证临床治疗,并不适合治疗与之相关的临床脑炎的合适选择。适当的玉米子宫感染抗生素治疗方法需要了解抗生素在感染遗留物和病原体敏感性的敏感性。

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