mRNA Therapy Could Repair Damaged Lungs
A combination of mRNA and a new lipid nanoparticle could help heal damaged lungs, according to UPenn researchers.
A combination of mRNA and a new lipid nanoparticle could help heal damaged lungs, according to UPenn researchers.
A combination of mRNA and a new lipid nanoparticle could help heal damaged lungs, according to UPenn researchers.
Read MoreA first-of-its-kind study examined parallel lung and placental changes in response to prenatal steroids.
Read MoreThe investigational treatment improved lung function and quality of life in previously hospitalized COVID-19 patients with long-term pulmonary complications.
Read MoreThe scanning method reveals how air moves in and out of the lungs during breathing in patients with asthma, COPD, and those who have received a lung transplant.
Read MoreResearchers found that medical ozone therapy can improve lung function in mice with sepsis-induced acute lung injury.
Read MoreCystic fibrosis patients with elevated levels of bacteria infected by Pf phage in their sputum experience a faster decline in lung function.
Read MoreResearchers from UC San Francisco have uncovered evidence that microplastics in the air—shed from tires and degrading garbage—could be linked to serious health risks, including lung and colon cancers.
Read MoreOn November 20, the healthcare industry recognizes World COPD Day 2024 with an emphasis on importance of measuring lung function, also known as spirometry.
Read MoreDiffusion capacity of the lungs for carbon monoxide (DLCO) testing is used to assess the transfer of gases from the alveoli into the bloodstream. Abnormal DLCO results can help diagnose, distinguish, and manage cardiopulmonary diseases such as asthma.
Read MoreChildren with abnormal BMI—whether high or low—are at risk for impaired lung function in adulthood, new research shows.
Read MoreNew sub-analyses show that brensocatib reduced pulmonary exacerbations and slowed lung function decline for most subgroups of patients with non-cystic fibrosis bronchiectasis.
Read MoreThe experimental blood test analyzes 32 proteins to predict an individual’s risk of developing severe lung diseases like COPD, offering potential for earlier intervention.
Read MoreA pilot study suggests that changes in voice patterns recorded via smartphone may help detect early flare-ups in chronic obstructive pulmonary disease.
Read MoreThe model identified with 96% accuracy bronchopulmonary dysplasia in premature infants by analyzing their sleep breathing patterns.
Read MoreResearchers find that phosphocholine—an important component in the body’s metabolism—can counteract the toxic effects of PM2.5 on lung cells.
Read MoreAn NIH study found that lung function remained stable or improved after patients with sickle cell disease underwent low-intensity blood stem cell transplants.
Read MoreA new study finds individuals with higher genetic risk for COPD show lower lung function starting in childhood.
Read MoreThe effects of the gut microbiome on our health are far-reaching—research shows that even our lungs are influenced by this community of microbes.
Read MoreA new study shows that early changes in blood proteins can predict bronchopulmonary dysplasia in preterm infants, enabling timely diagnosis and targeted treatments.
Read MoreInsmed’s brensocatib demonstrates a reduction in exacerbations and lung function decline measures compared to placebo in a 52-week phase 3 trial for non-cystic fibrosis bronchiectasis.
Read MoreA meta-analysis with 35,000 children from eight European countries underscores the link between green urban spaces and respiratory health in childhood.
Read MoreA study reveals long-term lung abnormalities in severe COVID-19 patients, with some showing initial recovery followed by deterioration two years later.
Read MoreAn observational one-year study found the therapy significantly reduced lung disease severity and prevented disease progression in children aged 6 to 11 with cystic fibrosis.
Read MoreResearchers utilized AI to analyze CT scans, discovering lung deformities to the surfaces of the lungs in severe COVID-19 patients.
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