Pediatric Intracranial Abscesses in a Tertiary Care Center: Antimicrobial Management, Diagnostic Yield of Molecular Testing and Radiologic Follow-Up

Key findings from this study

This research indicates that:

• Molecular testing substantially improves pathogen identification in pediatric intracranial abscesses compared to conventional diagnostic methods.
• Radiologic structural sequelae are common following abscess resolution, but their prognostic significance remains unestablished.
• Current antimicrobial management strategies lack standardization, necessitating development of evidence-based pediatric protocols.

Overview

Pediatric intracranial abscesses present management challenges across antimicrobial therapy, diagnostic methods, and radiologic monitoring. Current clinical practice demonstrates marked heterogeneity in treatment approaches. This tertiary care analysis examined antimicrobial stewardship, molecular diagnostic performance, and imaging-detected structural sequelae in pediatric patients with intracranial abscesses.

Methods and approach

The study reviewed pediatric cases of intracranial abscess managed at a tertiary care institution. Investigators assessed antimicrobial treatment strategies, diagnostic yield from molecular testing compared to conventional methods, and radiologic findings on follow-up imaging. The analysis characterized pathogen identification rates and structural sequelae prevalence across the patient cohort.

Results

Molecular testing substantially enhanced pathogen identification and diagnostic yield relative to conventional diagnostic approaches. The cohort exhibited radiologic evidence of structural sequelae following abscess resolution, though the prognostic implications of these imaging findings remained unclear. Treatment strategies varied substantially across cases, reflecting the absence of standardized pediatric protocols for managing intracranial abscesses in this population.

Implications

Standardized pediatric protocols for intracranial abscess management would improve antimicrobial stewardship and reduce unnecessary prolonged intravenous therapy. Prospective studies are required to identify candidates who can safely transition to shorter intravenous courses without compromising outcomes. Harmonized follow-up imaging protocols would establish the clinical significance of detected structural sequelae and guide long-term management strategies.

Scope and limitations

This summary is based on the study abstract and available metadata. It does not include a full analysis of the complete paper, supplementary materials, or underlying datasets unless explicitly stated. Findings should be interpreted in the context of the original publication.