39 results
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D2.100 - The usefulness of the forced oscillation technique in the diagnosis of bronchial asthma in seniors

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D2.111 - Wheeze phenotypes in infants whose mothers have asthma

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D2.99 - A mechanosensitive cytoskeleton protein talin2 involved in asthma pathogenesis

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D2.102 - Adult Gut Microbiota and Metabolomics in Different Phenotypes of Asthma

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D2.103 - Exploring association between lung function, asthma and epigenetic predisposition to obesity

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D2.104 - Dissecting the molecular mechanisms underlying TSLP-driven non-type 2 inflammatory responses in severe asthma

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D2.105 - Clinical remission of severe asthma: 5-year follow-up

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D2.106 - Molecular Clustering Using microRNA Expression Profiles in Pediatric Asthma Reveals Differential Corticosteroid Responsiveness

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D2.107 - Effect of n-3 long-chain polyunsaturated fatty acid and vitamin D supplementation on human lung organoids

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D2.108 - Real-life experience after 6 months with Tezepelumab in specialized asthma units across northern Spain

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D2.109 - Interleukin-17A gene polymorphism contribute to the elderly asthma susceptibility: evidences from a case-control study

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D2.110 - MicroRNA Signatures of Pediatric Obesity-Associated Asthma: Identifying Molecular Links Between Obesity and Asthma in Children

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D2.112 - The Impact of Obesity in Asthma and Small Airway Dysfunction: Prevalence, Clinical characteristics, and Predictors

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D2.114 - Insights from the BREATHE Study: Comorbidity Burden and Biomarker Trends in Severe Asthma Patients

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- D3.114 - Does severe asthma exist in preschool children?

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- D3.115 - Outcome and complications of COVID-19 among children with asthma in South Korea: a national incident cohort study

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- D3.116 - Mepolizumab as game changer in a case of severe occupational asthma with rhinitis and contact dermatitis

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- D3.117 - Targeting Mast Cells with Briquilimab, an Anti-Human c-Kit (CD117) Antibody, Mitigates COPD-Like Features in an Allergen and Cigarette Smoke-Exacerbated Asthma Model Using Humanized h/mCD117 Mice

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- D3.118 - Antibiotic Cocktail-Induced Gut Microbiota Dysbiosis Modulates Gut and Airway Immunity, Attenuating Allergic Airway Inflammation

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- D3.119 - Selection of Biologics for Severe Pediatric Asthma with Allergic Eosinophilic Phenotype