cfDNA profiling in COPD
febrero 20, 2026
Whole-genome cfDNA profiling identifies molecular clusters and pathways associated with oxidative damage and airflow limitation in COPD patients.
Whole-genome cfDNA profiling identifies molecular clusters and pathways associated with oxidative damage and airflow limitation in COPD patients.
Study exploring the association between eosinophils and circulating autoantibodies in COPD patients, considering airflow limitation and smoking status.
A 20 años de ECLIPSE, repasamos el estudio que transformó la comprensión de la EPOC, revelando su heterogeneidad, progresión y biomarcadores clave.
Early-stage lung immune infiltrate in idiopathic pulmonary fibrosis and its association with stable versus progressive disease in early IPF patients.
Review of the treatable traits approach in bronchiectasis, exploring phenotypes, endotypes, comorbidities, and its translation into clinical practice.
Observational study shows bronchiectasis symptoms independently predict exacerbations and identify patients who benefit from macrolide therapy, even with few prior episodes.
Discover how the Treatable Traits approach transforms the management of asthma, bronchiectasis, and COPD through personalized precision medicine strategies.
Study identifies 10-metabolite panel distinguishing COPD from healthy subjects with ~90% accuracy, highlighting lipid metabolism dysregulation and offering new diagnostic insights.
Study highlights the role of cellular senescence markers (p16, p21) and MMP-7 co-expression in fibrosing interstitial lung diseases.
Discover the latest advances now pipeline new COPD treatments pipeline, from monoclonal antibodies to emerging therapies, and future opportunities in clinical development.