Publications
High adherence, reliability and concordance with hospital-based spirometry in Boston Children's Hospital study
COPD members are highly engaged when supported by care coordinators in NuvoAir Virtual-First Care
Data quality and adherence rates show promise for long-term monitoring of pediatric asthma
CF patients and clinicians report time savings with home spirometry
CF patients report improved consultations with providers and understanding of their condition
US COPD pilot shows patient reported reduction in hospitalizations and improved quality of life
Study in Italy with virtual care for CF shows reduction in exacerbations
NuvoAir spirometry FEV1 data predicts asthma exacerbations
Engagement, patient experience and self reported outcomes in monitoring severe asthma
Improvement in lung function and reduction in exacerbations in CF
Improved attendance and reduced hospital admission rates for difficult to treat asthma
Reduced booked and urgent face-to-face consultations in cystic fibrosis
Remote monitoring with personalized support for people with COPD results in high engagement
High data quality and adherence in remote asthma diagnosis assessment program
Weekly spirometry adherence and quality of spirometry sessions in ILD
CF patients and clinicians in England-wide survey report high value and trust with NuvoAir to detect changes in lung function and monitor lung health
High acceptability of NuvoAir home monitoring with pediatric asthma patients at Royal Brompton Hospital
Successful home administration of biologics for pediatric severe asthma
Swedish pilot shows technology can be used at home by children with CF with positive experience of virtual clinics
Proven effective in driving CF virtual visits
Patient experience with NuvoAir in CF post lung transplant
Pilot study with Royal Brompton Hospital suggests NuvoAir may improve cystic fibrosis outcomes
Air Next home spirometry shows bioequivalence and concordance in a phase 2a Synspira clinical trial
NuvoAir home spirometry suitable for children with CF
Clinical effectiveness and validity of NuvoAir home spirometry in children with CF
Real-world study shows Air Next comparable to office spirometry for children with asthma
AstraZeneca real-world evidence study for a severe asthma treatment uses NuvoAir to monitor and assess lung function
Boston Children's Hospital finds high reliability and good concordance to in-clinic testing with children with CF
Unsupervised NuvoAir home spirometry with children produces high quality measurements
Regeneron observational study uses NuvoAir to monitor effects of allergen exposure on asthma patients
NuvoAir Cough app shows precision rate of 84% in detecting coughs
Royal Brompton Hospital moves 558 CF patients to virtual care supported by NuvoAir
Adults with severe asthma perform high quality unsupervised home spirometry with NuvoAir
Reliable high quality spirometry measurements validate use for remote monitoring of asthma
Unsupervised home spirometry is found equivalent to in-clinic spirometry
NuvoAir unsupervised in-app coaching meets ATS/ERS repeatability criteria for pediatric CF and bronchiectasis patients
Pediatric asthma and cystic fibrosis study validates NuvoAir spirometer against conventional spirometry
Validation of Air Next spirometer with 200 patients across respiratory conditions
200 patient study validates Air Next against Gold standard spirometry
NuvoAir supports 10,000 Families Study for health assessment screening in Minnesota, U.S.
Air Next supports Kazakhstan Academy of Preventive Medicine in assessing lung function changes in a COPD patient population
200-patient study in South Africa validates NuvoAir spirometry
NuvoAir technology supports 26 300 COPD patient study in Germany
NuvoAir technology chosen for lung function monitoring in ALS study
200 patient study at University Hospital Complex of Vigo, Spain validates NuvoAir spirometry technology
Adherence to home telemonitoring for COPD with digital coaching
Digital coaching can be used to obtain high levels of home telemedicine engagement and good adherence to high quality spirometry.
