Research across Pneumonia
Related studies from across the Pneumonia family.
Oral amoxicillin or amoxicillin-clavulanate is non-inferior to intravenous treatment for severe CAP in children
Trial shows oral antibiotics work for children with severe pneumonia
This randomized controlled trial of 1,101 children with severe community-acquired pneumonia in sub-Saharan Africa found that step-down oral …
A large trial in Africa found that switching children from IV to oral antibiotics for pneumonia is as safe and effective as staying on IV tr…
Impact of Systemic Prophylactic Antibacterials on Ventilator Associated Pneumonia in ICU Patients
Antibacterials may lower pneumonia rates in patients on ventilators
Meta-analysis data suggests systemic prophylactic antibacterials significantly reduce the incidence of ventilator-associated pneumonia in IC…
A large review suggests that using certain medications can help prevent lung infections in patients requiring breathing machines in the ICU.
Nursing Care Improves Pediatric Pneumonia Outcomes
Nursing care boosts satisfaction, cuts pneumonia complications in kids
Meta-analysis of 166,859 pediatric pneumonia cases shows nursing interventions boost satisfaction and cut complications.
Structured nursing care for children with pneumonia improves satisfaction and reduces complications, a large meta-analysis finds.
Precision synbiotic reduces URTI incidence from 85.4% to 55.4% in toddlers
New synbiotic formula may cut common toddler infections and eczema
This multicenter randomized controlled trial of 390 healthy toddlers aged 1-3 years found that a precision synbiotic significantly reduced u…
A new combination of a specific sugar and healthy bacteria could significantly reduce respiratory infections, diarrhea, and skin issues in t…
Protocol for comparing azithromycin and doxycycline with beta-lactams in community-acquired pneumonia
New trial to test azithromycin vs doxycycline for pneumonia
This is a protocol for a planned randomized clinical trial involving 1120 adult patients hospitalized with community-acquired pneumonia. No …
A large trial will compare two antibiotic combos for hospitalized pneumonia patients. Which works better?
AI models provide high accuracy for pulmonary inflammation and COVID-19 detection in diverse populations
Artificial Intelligence Shows Promise for Detecting Lung Inflammation
This mini-review synthesizes evidence on artificial intelligence applications for detecting pulmonary inflammation and managing perioperativ…
New research shows that artificial intelligence tools can accurately identify lung conditions like pneumonia and COVID-19 from medical imagi…
Airway clearance techniques triple odds of treatment success in Chinese pneumonia patients
Airway clearance techniques may improve treatment for pneumonia patients
This meta-analysis of RCTs in Chinese adults with pneumonia found that adding airway clearance techniques to conventional treatment signific…
Adding airway clearance to standard care may help Chinese adults with pneumonia breathe better and face fewer complications.
Short-course antibiotic therapy yields comparable clinical and bacteriological success for adults with community-acquired pneumonia
Shorter antibiotics work just as well for pneumonia
This meta-analysis of 21 RCTs found that short-course antibiotic therapy (≤5 days) provides comparable clinical, bacteriological, and radiol…
For adults with pneumonia, 5 days or less of antibiotics works as well as longer courses, with fewer severe side effects.
AI diagnostic tools show high accuracy but limited real-world validation in systematic review
Artificial intelligence shows high accuracy in detecting various medical conditions
This systematic review of 24 studies synthesizes evidence on AI and deep learning for disease detection across multiple imaging modalities. …
New analysis of 24 studies shows AI tools can reach over 90% accuracy in spotting everything from lung cancer to skin disorders.
CD4+ T cells and Tim-3 regulate immune responses and cytokine-mediated injury in severe pediatric pneumonia
Immune system hurdles shape severity of severe childhood pneumonia
This narrative review examines how CD4+ T cells, Tim-3 (HAVCR2), and cytokines influence the host immune response in severe pneumonia. The a…
New research explores how specific immune cells and proteins may drive the intense inflammation seen in children with severe pneumonia.
Brain-Lung-Immune-Microbiome Axis replaces biomechanical models in understanding ventilator-associated pneumonia after traumatic brain injury
New Framework Explains Lung Infections After Brain Injuries
This narrative review explores the transition from a traditional biomechanical model of ventilator-associated pneumonia to a multidimensiona…
A new model suggests that brain injuries create a complex immune and microbiome response that leads to lung infections in intensive care pat…
Adrenergic receptor signaling modulates pulmonary innate immunity and barrier integrity in acute lung injury
Understanding How Nerve Signals Influence Lung Health During Severe Respiratory Infections
This systematic review synthesizes the role of adrenergic receptors (ARs) as a molecular interface between the sympathetic nervous system an…
New research explores how specific nerve signals help control inflammation and protect the lungs during severe lung infections.