🧬🌿 Interactions Between Host Genetics and the Gut Microbiome Influence Susceptibility to Childhood Asthma and Lung Function
🦠🔬 The gut–lung axis highlights how intestinal bacteria communicate with the lungs through immune and metabolic pathways. Healthy microbial diversity supports balanced immune development, reducing allergic responses and airway inflammation. However, disruptions caused by antibiotics, poor diet, or environmental stressors can alter this balance, potentially worsening lung function and increasing asthma risk. Genetics may further determine which microbial patterns are protective or harmful, making each child’s response unique. 🌱🧒
🌍💡 Understanding this connection opens doors for personalized prevention and treatment strategies. Probiotics, targeted nutrition, microbiome therapies, and early genetic screening could help reduce asthma development and improve respiratory outcomes. By integrating genomics with microbiome science, researchers aim to design smarter interventions that support long-term lung health in children, offering hope for healthier futures and fewer breathing challenges. 💚🌬️
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