The study aimed to evaluate how well spirometry and respiratory oscillometry (RO) predict severe asthma exacerbations (SAEs) in children aged 6-14 years.
After assessing 148 asthmatic children, results indicated that spirometry, particularly forced expiratory flow, was more effective than RO in predicting SAEs over a 12-week follow-up.
The findings highlighted that children with different asthma phenotypes showed varying rates of SAEs, with the air trapping phenotype having the highest SAE occurrence.
The study aimed to evaluate how feasible respiratory oscillometry (RO) is for asthma diagnosis in schoolchildren and its agreement with spirometry results.
Both tests were conducted on 154 children aged 6 to 14, assessing factors like test validity, execution time, and difficulty.
While RO needed fewer attempts and less time than spirometry, their results showed low concordance, raising questions about RO's reliability as a standalone diagnostic tool.
- The study explored the link between socioeconomic inequality (SEI) and asthma control in children, focusing on their caregivers' quality of life in Castilla y León, Spain.
- Researchers used data from health records and surveys to analyze the effects of SEI based on poverty rates and parental education on asthma control and healthcare quality in children aged 6-14.
- Findings revealed no significant connection between local SEI and asthma control, but indicated that higher parental education levels were linked to fewer urgent medical visits and better asthma management.