Exploring the Gut-Lung Connection in Pediatric Asthma: From Early Microbial Influences to Tailored Microbiome-Based Therapies—A Comprehensive Review - Summary - MDSpire
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Exploring the Gut-Lung Connection in Pediatric Asthma: From Early Microbial Influences to Tailored Microbiome-Based Therapies—A Comprehensive Review
To synthesize evidence on the gut-lung axis and its critical role in childhood asthma pathogenesis, emphasizing early microbial influences and potential microbiome-based therapies.
Key Findings:
Dysbiosis leads to delayed microbial maturation and depletion of beneficial taxa, compromising immune homeostasis and increasing asthma risk.
Microbial metabolites, especially short-chain fatty acids and tryptophan derivatives, regulate immune responses and airway inflammation, suggesting therapeutic targets.
Microbial signatures correlate with specific asthma endotypes, enabling patient stratification and tailored treatment approaches.
Interpretation:
The gut-lung axis is crucial for understanding asthma's development, underscoring the need for targeted interventions based on microbial health to improve patient outcomes.
Limitations:
Need for rigorous clinical trials to validate microbiome-targeted interventions, including specific designs for different asthma endotypes.
Complexity of asthma heterogeneity complicates treatment strategies, necessitating personalized approaches.
Conclusion:
Integrating microbiome insights with clinical practices can enhance prevention and treatment of asthma in children, promoting personalized medicine approaches and addressing urgent healthcare needs.
Study found species-specific differences in biofilm -forming capacity and antimicrobial susceptibility among supragingival bacterial isolates from patients with active dental caries.
