Abstract

To evaluate the treatment outcome of severe peritonitis in rats submitted to permanent bilateral carotid occlusion (PBCO). Sixteen Wistar rats (mean age of 8.5 months) with PBCO underwent autogenously fecal peritonitis, and were treated with moxifloxacin combined with dexamethasone, and followed-up for 45 days. Ten rats (mean age five months) without PBCO were used as a control group. The variables were expressed by their mean and standard error of the mean (SEM). p<0.05 was used for rejecting the null hypothesis. The study was approved by the Ethics Committee. There was a significant increase (p=0.0002) in the mortality and morbidity in older rats that underwent PBCO (study group). However, even among the survival rats presenting with severe residual abscesses both in the abdomen and thorax cavities, they present an almost normal life. The treatment of severe autogenously fecal peritonitis with intraperitoneal moxifloxacin combined with dexamethasone was very effective in young rats without permanent bilateral carotid occlusion. The treatment reached reasonable results in older rats with PBCO, even considering residual abscesses on abdomen and thorax. Older age was the greater risk factor for the outcome of the treatment of severe peritonitis. Sepsis remains a challenging situation, especially in elderly.

Highlights

  • Fluor quinolones have been successfully used to treat multidrug-resistant and severe Gram-negative infections without major effects in human infants and neonatal rats[1,2]. Some of this sepsis comes from secondary peritonitis, which still is a great challenge for medical management

  • Assuming the absorptive similarity of these substances, from plasma into the peritoneum[16] as compared with that in the conjunctiva[17], this study aimed at to investigate the action of intraperitoneal moxifloxacin combined with dexamethasone on the morbidity and mortality in a fecal autogenously model of peritonitis in rats that underwent permanent bilateral carotid occlusion (PBCO)

  • Chronic cerebral hypo perfusion was induced by PBCO18,19, in 16 rats with mean age of two months

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Summary

Introduction

Fluor quinolones have been successfully used to treat multidrug-resistant and severe Gram-negative infections without major effects in human infants and neonatal rats[1,2]. Some of this sepsis comes from secondary peritonitis, which still is a great challenge for medical management. There is a vast arsenal of antimicrobial substances for using in human beings. These drugs, both systemic and local could have important side effects, which have been under investigation, due to bad outcomes in several patients[3,4,5,6,7,8]. Several therapeutically approaches have been used for dealing with these severe problems, including intraperitoneal substances[4,5,6,7,8,9]

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