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Disruption of the gut microbiota in early life can have lasting effects on immunity, metabolism, and overall health. This peer-reviewed study investigates how early antibiotic exposure influences gut microbial composition and whether targeted interventions can help restore balance. The research focuses on key bacterial genera such as Bifidobacterium and Bacteroides, which play a critical role in immune system maturation and gut barrier integrity. By analysing microbial shifts following antibiotic treatment, the study highlights potential strategies for mitigating long-term consequences through microbiota-supportive nutrition.
This resource provides clinically relevant insights to help you:
Understand the short- and long-term effects of early-life antibiotic exposure on gut microbiota
Evaluate the specific bacterial groups most affected by antibiotics and their functional roles
Recognise links between microbiota disruption and increased risk of immune-related conditions
Consider microbiota-targeted nutritional strategies for at-risk infants
Translate microbiome research into practical approaches for neonatal and pediatric care
Click “View Content” or download the publication directly on our page to access the complete peer-reviewed article from a trusted scientific source. Inside the resource, you will find detailed microbiota data, expert interpretation, and clinical implications to support your practice.
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