Smart breath testing for COPD-management.
To predict lung attacks and improve health outcomes.
Daily breath monitoring: Empower your COPD patients to manage their health.
There are many uncertainties for people living with COPD. A lung attack can occur at any given moment and existing tests often indicated it too late.
RespiQ’s smart breath testing will enable patients to easily monitor their health, provide instant health insights and have more control over their disease. Empowering them to diminish uncertainties, stay healthier and spend more time enjoying their lives.
RespiQ is developing a breathalyser that will offer a non-invasive health monitoring solution patients can easily use themselves at home as well as point of care. Clinicians can remotely review patients’ data which will allow for earlier medical intervention with the aim to prevent lung attacks.
Nearly 1 in 8 adults suffer from COPD.
COPD Patients can experience lung attacks, triggered by inflammation in the lungs. This inflammation releases molecules that can be detected in the breath.
How it works
Our handheld breathalyser will be able to check your patients’ breath daily for biomarkers that disclose an impending exacerbation, allowing for early clinical intervention with the aim to prevent a lung attack.
Easy to use
In the comfort of home or at point of care
Smart Analysis
Smart predictive algorithms analyse the breath instantly aiming to prevent exacerbations
Remote access
Remote access to data allows for daily patient monitoring
Early intervention
Even the smallest changes are highlighted which allows for earlier intervention
Better wellbeing
Engaging and empowering patients to improve their wellbeing
Faster testing. Smarter analysis. Better wellbeing.
Results you can feel.
Our Science explained
COPD facts
According to the World Health Organization COPD is the third leading cause of death worldwide.
Research shows that nearly 1 in 8 adults suffer from COPD
It also shows 18% of patients cause 65% of COPD hospitalizations
Lung attacks are mostly driven by viral or bacterial airway infection, accelerate lung function decline and have a negative impact on quality of life.