Biopharmacology of syphilotherapy.

M F Rein
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Abstract

Data collected from experimental rabbit syphilis and from in vitro studies with nonpathogenic treponemes can be extended only with great caution to human syphilis. The following tentative conclusions may be drawn: penicillin acts on Treponema pallidum by interfering with cell wall synthesis. Concentrations of penicillin greater than 0.1 mug/ml do not have increased treponemicidal effect. Regimens producing penicillinemia for at least 8 days are considerably more efficient than treatment yielding high peak serum levels of brief duration. Treponemal residence in antibiotic-protected sites increases the need for long duration therapy. Other antibiotics are less effective than penicillin, and patterns of antibiotic interaction against treponemes do not match those seen with other bacteria.

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梅毒治疗的生物药理学。
从实验性兔梅毒和非致病性密螺旋体的体外研究中收集的数据只能非常谨慎地扩展到人类梅毒。可以得出以下初步结论:青霉素通过干扰细胞壁合成作用于梅毒螺旋体。青霉素浓度大于0.1马克杯/毫升不增加杀密螺旋体效果。产生至少8天青霉素血症的方案比产生短暂高峰血清水平的治疗有效得多。密螺旋体在抗生素保护部位的停留增加了长期治疗的需要。其他抗生素不如青霉素有效,抗生素对密螺旋体的相互作用模式与其他细菌的相互作用模式不匹配。
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Biopharmacology of syphilotherapy. Syphilis therapy: an historical perspective. Tetracycline in the treatment of uncomplicated male gonorrhea. Whatever has happened to locomotor ataxy. Accidental exposure to T. pallidum in professional life.
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