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[C reactive protein as a standard of efficience in antiinfectious therapy (author's transl)]
Insights
Sequential C-reactive protein (CRP) monitoring effectively controls antibiotic treatment in children with bacterial infections. CRP normalization indicates treatment success, though slower in neonatal sepsis cases.
Area of Science:
- Pediatric Infectious Diseases
- Clinical Chemistry
- Biomarker Research
Context:
- Assessing antibiotic efficacy in pediatric infections is crucial.
- C-reactive protein (CRP) is a key inflammatory marker.
- Different infections present unique treatment response patterns.
Purpose:
- To evaluate the utility of sequential C-reactive protein (CRP) measurements for monitoring antibiotic treatment.
- To compare CRP normalization timelines across different pediatric infections: bacterial pneumopathy, pyelonephritis, and neonatal sepsis.
- To correlate CRP levels with clinical, radiologic, and bacteriologic findings.
Summary:
- Sequential C-reactive protein (CRP) levels were monitored in 58 children with acute bacterial pneumopathy, pyelonephritis, or neonatal sepsis undergoing antibiotic therapy.
- CRP normalization occurred between days 4-9 in patients with pneumopathy and pyelonephritis, coinciding with clinical and radiologic improvement.
- Neonatal sepsis patients showed slower CRP normalization, reflecting a more protracted disease course.
Impact:
- Sequential CRP measurement is a valuable tool for controlling antibiotic treatment effectiveness in pediatric infectious diseases.
- Understanding differential CRP normalization rates aids in managing treatment expectations and assessing prognosis.
- This study highlights CRP's role in guiding therapeutic decisions in pediatric infections.
Abstract:
C reactive protein (CRP) levels are sequencially settled in 58 children, divided in three groups in dependence of their illness: acute bacterial pneumopathy, acute pyelonephritis or neonatal sepsis, all of them receiving antibiotic treatment. CRP values are compared with clinical, radiologic and bacteriologic findings, showing in patients of the first two groups a normalization between fourth and ninth day of treatment, together with clinical and radiologic improvement. In contrast, it was shown that normalization of CRP in neonatal sepsis group was quite slow related to the torpid evolution. The sequentially measure of CRP was prove useful as antibiotic treatment control in children affected with different infectious pictures.