Articles tagged with Lungs
New data suggests that certain glucocorticoids, such as corticosterone, may be less harmful to fetal brain development than others like dexamethasone. This finding has significant implications for treating preterm infants and reducing the risk of cerebral palsy and cognitive impairment.
A study by Wajahat Mehal and colleagues found that aspirin reduces liver damage caused by acetaminophen overdose. In contrast, glucocorticoid therapy may cause varying levels of brain injury in neonates, depending on the type of steroid used. These findings have important implications for treatment strategies.
Researchers discovered a gene, EC-SOD, that reduces mortality risk for patients with acute lung injury. The study identified specific SNPs in the gene that decrease inflammation and severity of lung injury.
Researchers used scanning electron microscopy to study scorpion book lungs, revealing new variation and phylogenetic significance. The findings suggest a significant change in respiratory apparatus evolution early in modern scorpion history.
Researchers have identified three genes from the 1918 flu virus that enabled it to replicate in lung tissue, a key factor in its lethality. The discovery could help identify potential virulence factors in new pandemic strains and inform the development of new antiviral drugs.
Researchers have identified a gene mutation in SFTPA2 that is linked to an inherited form of idiopathic pulmonary fibrosis, a lethal lung disease affecting older adults. The same mutation is also associated with lung cancer.
Researchers discovered that phenazine molecules activate the transcription factor SoxR in Pseudomonas aeruginosa, influencing biofilm formation and gene expression. This finding suggests that tampering with phenazine trafficking could make antibiotics more effective against CF patients' infections.
UK researchers have identified a potential new avenue for improving lung development in premature babies, which could help alleviate respiratory problems. The study suggests that altering the function of a molecule called CaR could mature the lungs of very premature babies.
Research finds that progressive lung damage in CF patients can begin as early as infancy, even if lung function is normal shortly after diagnosis. Early intervention in the first six months of life may be key to slowing disease progression.
Cincinnati Children's scientists have discovered a critical gene that regulates lung maturation and surfactant production in newborns. Deletion of the Foxm1 gene led to immature lungs and respiratory distress in mice, highlighting its importance for human health.
University of Michigan researchers have developed a simple method for detecting contaminants in heparin, a blood-thinning drug used to prevent and treat blood clots. The new method uses potentiometric polyanion sensors to distinguish pure heparin from tainted heparin containing oversulfated chondroitin sulfate.
The study found that liver transplantation can significantly improve survival for patients with lung metastasis from primary liver cancer. The researchers identified liver transplantation as a key factor in extending patient survival, and recommended it as a standard treatment option for these patients. Additionally, the study suggeste...
Researchers found that patients receiving donated lungs may develop arrhythmias, including atrial fibrillation, within 30 days of transplantation. Herpes zoster, or shingles, is also a common complication after lung transplantation, but antiviral prophylaxis and treatment with the antibody RATG can be protective.
Researchers found that a healing process in patients with idiopathic pulmonary fibrosis (IPF) actually worsens symptoms. In healthy individuals, the body forms new blood vessels to promote wound healing, but in IPF patients, this process backfires, causing more shortness of breath.
A multi-institution team has identified 26 genes that are frequently mutated in lung adenocarcinoma, more than doubling the number of known associations with the disease. The study also detailed key pathways involved in lung cancer and described patterns of genetic mutations among different subgroups of patients.
UT Southwestern researchers suggest that RSV may persist in the lungs of children, leading to recurrent wheezing and chronic airway disease. The study's findings contradict current thinking on the destruction of ribonucleic acid viruses like RSV.
A study found that chest computed tomography (CT) can detect disease progression involving the lungs in high-risk patients with head and neck cancer. Indeterminate small solitary pulmonary nodules carry a higher risk of being malignant, highlighting the importance of aggressive evaluation and management.
Researchers identified two new genes and confirmed a third's role in increased uric acid levels, associated with up to 40-fold gout risk. Genetic testing may one day identify individuals at risk before symptoms develop.
The discovery of Aerosteon riocoloradensis reveals a unique bird-like respiratory system with air sacs. This finding supports the theory that birds evolved from dinosaurs and provides insights into their adaptation for flight.
TB bacteria coat themselves with mannose, making them attractive to lung cells that clean up unwanted sugar. This allows the bacteria to slip by the immune system, leading to latent infection. Two strains of TB have been found that do not use this sugar coating, suggesting specific interactions between strains and human immune systems.
A new dinosaur discovery from Argentina reveals the presence of air sacs in a 10-meter-long predatory dinosaur, Aerosteon riocoloradensis, which shares characteristics with birds. This finding supports decades of research suggesting that birds evolved from dinosaurs.
A new pig model for cystic fibrosis has been developed, closely mirroring the disease in human infants. The study's findings suggest that this model will aid in understanding the disease and may speed up the discovery of new treatments.
Researchers are conducting a new study to investigate the safety and effectiveness of airway bypass using drug-eluting stents for patients with advanced emphysema or COPD. The trial aims to provide a minimally invasive treatment option for patients who have limited treatment options, such as lung reduction surgery and inhalers.
Naren Vyavahare aims to extend the durability of bioprosthetic heart valves beyond 20 years through chemical linking of neomycin to tissue. Improved durability will enable surgeons to implant valves in younger patient populations with reduced risk of failure.
Researchers found that targeting Streptococcus milleri group (SMG) bacteria can disrupt Pseudomonas aeruginosa bacterial communities, leading to clinical benefits for patients. The approach has shown positive results in treating severe lung infections and may also be a treatment option for individuals with chronic lung infections.
A study by Johns Hopkins researchers found that NRF2, a master gene regulating antioxidant and pollutant-detoxifying genes, is significantly decreased in smokers with advanced COPD compared to those without. This discovery could lead to new drug therapies targeting the condition.
Research suggests that eating broccoli may help patients with chronic lung disease by reducing oxidative stress and inflammation. The study found decreased levels of NRF2-dependent antioxidants and increased oxidative stress markers in lungs of smokers with COPD.
Researchers discovered a way to restore function of CF airway cells by manipulating cellular quality control machinery. This technique could significantly reduce sticky mucus that clogs lungs and leads to life-threatening infections.
A new drug development project aims to create a modified beta-blocker that targets the heart without affecting lungs, benefiting hundreds of thousands of heart patients with respiratory conditions. The treatment has the potential to become the general medicine of choice for all heart patients due to its reduced side effects.
Researchers at University of Cincinnati are studying variations of rare lung disease Lymphangioleiomyomatosis (LAM) to better understand its manifestations and develop more effective treatments. The study will compare patients with and without pulmonary hypertension to identify key differences in symptoms.
Researchers at Texas Instruments have developed a low-cost, portable spirometer using microelectromechanical system (MEMS) technology. The device can measure airflow and volume in a patient's lungs and is ideal for remote monitoring by healthcare workers.
A Phase 2 trial of PTC124 demonstrated statistically significant improvements in CFTR-mediated chloride transport and lung function in patients with nonsense-mutation CF. The study showed that PTC124 induced chloride transport responses across various patient genotypes, offering a potential new treatment paradigm for this genetic disease.
Researchers found that Mycoplasma pneumoniae infection can block the lung's natural protective response to tobacco smoke, leading to increased oxidative stress and tissue damage. This co-factor may contribute to the development of COPD among smokers.
A University of Michigan study found that cadmium exposure is a critical ingredient in smoking-related emphysema, increasing the risk by up to double. Even low-level exposure through second-hand smoke or other means can also increase lung disease risk.
Researchers discovered insects use air bubbles to survive underwater, but find limits to depth and surface area. The study found bugs can dive as deep as 30 meters without bubble rupture.
Research at MIT shows how insects trap air on their bodies to create an external lung, enabling them to stay underwater indefinitely. The stability of the bubble depends on the spacing of hairs on the insect's abdomen, which must be balanced with surface area for breathing.
Researchers at Johns Hopkins have linked extreme fatigue in lung-scarring disease to poor sleep quality, finding a 25% loss in R.E.M. sleep time among patients. The study shows that people with stiffened lungs and sleep problems experience reduced physical and mental activity scores.
Researchers have found a way to limit immune system's response and reduce inflammation in lungs caused by influenza, using CD200R receptor. Mice treated with mimic of CD200 or antibody to stimulate CD200R showed reduced weight loss and inflammation.
Researchers at the Trudeau Institute have made a new discovery about how white blood cells are navigated to the lung airways during an influenza infection. The findings suggest that specific types of white blood cells can recognize chemical messages produced by infected lungs, allowing them to move into tissues and attack the virus.
NOAA researchers discovered that inhaled brevetoxins from red tides can damage DNA and attach to genetic code, potentially leading to cancer. Long-term exposure could add to cumulative DNA damage, increasing cancer risk.
Researchers at UIC have identified a novel function for an enzyme involved in tissue injury in acute respiratory distress syndrome (ARDS). The finding offers new therapeutic targets for lung inflammation and injury prevention.
Researchers from the University of Navarra and Applied Medical Research Centre have identified five genes that play a crucial role in the metastasis of breast tumors to the lung. These genes were found to be common to both animal models and human patients with breast cancer, offering new insights into the complex process of tumor sprea...
Researchers from Penn Medicine found that increased activity of the Wnt pathway leads to expansion of lung stem cells. This discovery could hold promise for therapies to repair lung tissue after injury or disease.
Research from the University of Pennsylvania reveals that hyponatremia is associated with worse right heart function and poorer patient outcomes in PAH patients. The study found that low serum sodium levels are linked to higher mortality rates, hospitalization rates, and severity of right heart failure.
A new research project uses computer modeling to look at the best way of using ventilators while minimizing the risk of injury. Real-life data collected from patients will be used to create the models, which could lead to computer management of ventilators for optimal treatment and reduced harm.
A team of researchers from the University of Leeds has made a breakthrough in understanding finger clubbing by identifying its link to lung cancer. The team discovered that a genetic mutation prevents the breakdown of fatty compound PGE2, leading to swollen fingers and fingernails.
A large group of soldiers returning from Iraq were diagnosed with bronchiolitis, a disease affecting the small airways of the lung. Prolonged exposure to sulfur dioxide from a mine fire near Mosul, Iraq in 2003 was found to be a major risk factor for the condition.
Two studies using data from the CARDIA cohort provide insights into lung disease and lung function in young adults. Low levels of adiponectin in fat cells are associated with an increased risk of asthma in women, while high levels of ICAM-1 are linked to lower lung function.
Researchers found that COPD patients who lived longer than two years obtained more positive results from their PR program than those with end-stage COPD. The study suggests that other factors present at end of life may contribute to poorer outcomes in exercise capacity and quality of life.
Researchers found that long, thin multi-walled carbon nanotubes behave like asbestos fibers when inhaled, posing a risk of mesothelioma. The study suggests steps should be taken to prevent inhalation and regulate their use.
Researchers found that markers of oxidative stress were positively associated with declines in lung function five years later. The study used data from the CARDIA cohort and found associations between oxidized LDL and lower lung function in both men and women, but particularly in women.
Researchers at WashU Medicine have identified a new type of immune response linked to severe asthma and COPD, enabling more precise diagnosis and targeted treatment. The study's findings promise to revolutionize the management of chronic inflammatory lung disease by detecting specific biomarkers in the lungs or bloodstream.
A study of caregivers of deceased lung transplant patients found that they reported poorly controlled symptoms and a worse quality of dying and death process, leading to significant depressive and PTSD symptoms. The researchers highlight the urgent need for improved support systems to alleviate caregiver stress.
A study of children with sickle cell disease found a significant decline in lung function over time, with an average loss of 2 percent per year of total lung capacity. The decline is characterized by a restrictive pattern, and certain hemoglobin-beta genotypes are associated with increased risk.
Scientists at the University of Chicago have explained the physics governing how thin materials transition from wrinkles to folds under compression. The study's findings have implications for the design of foldable electronics and the production of synthetic lung surfactant for therapeutic uses, with potential applications in both fields.
Researchers have found that doxycycline, commonly used to treat acne, can prevent tissue damage caused by emphysema. The study suggests that the antibiotic boosts the body's ability to protect against lung damage by increasing VEGF levels.
Researchers are studying the effects of lunar dust on astronaut health in low-gravity environments. The study found that tiny particles can remain suspended in the airways and potentially cause lung damage for extended periods.
Researchers at UTMB have developed a promising antiviral therapy against RSV using custom-designed molecules that target the genetic machinery of the virus. These 'morpholino oligomers' show minimal toxicity and significantly reduce RSV replication in cell culture and mouse experiments.
A team of researchers from the University of Pittsburgh School of Medicine has identified a unique combination of blood proteins that distinguish IPF patients from normal controls with extraordinary sensitivity and precision. The five protein signature may help monitor lung fibrosis, detect disease progression, and evaluate treatment e...
Researchers at the University of Sheffield have developed a novel technology that illuminates the lungs, enabling clinicians to identify functional damage and diseases. The technique uses hyperpolarised noble gases to produce high-resolution images, shedding new light on lung conditions such as emphysema and cystic fibrosis.