Using lung sound analysis to transform the diagnosis
and treatment of respiratory diseases
Precise, non-invasive and radiation-free lung imaging and lung function testing using acoustic technology
Pneumonia, Asthma and Pulmonary TB cause more than 2.5 million deaths in developing countries
Lung diseases are an enormous and growing burden on society, resulting in one-in-six (16.7%) deaths globally
More than $25 billion is spent each year on respiratory diagnostic procedures globally
The T-Sense device is a multichannel stethoscope. It is designed to collect lung sounds through dermal contact with the human body at the thorax. The device's probes and sensors pick up vibrations as air moves in and out of the lung parenchyma.
The T-Sense collects sounds from over 80 locations simultaneously.
The T-Lab is used together with the T-Sense.
It interprets the lung sound signals and uses them to generate a dynamic representation of the lungs. T-Sense aids in diagnosis and patient management. Our device works like an x-ray or ultrasound, being a step up from the normal stethoscope.
It’s a useful tool for physicians with general medical training and experience.
The T-Lab is used together with the T-Sense.
It interprets the lung sound signals and uses them to generate a dynamic representation of the lungs. T-Sense aids in diagnosis and patient management. Our device works like an x-ray or ultrasound, being a step up from the normal stethoscope.
It’s a useful tool for physicians with general medical training and experience.
Using the T-Sense doctors and physicians can perform a lung imaging tests. They can get structural and very high resolution temporal images of lungs, revealing different types of conditions such as Pneumonia, Pleural Effusion and others.
The T-Sense can be used to understand the airflow in the lungs and predict lung volumes FEV1, FEV1%, FVC, FVC%, FEV1/FVC ratio, PEF, FEF and the regional distribution of air.
High quality lung information and an easy-to-use platform allows CROs and Pharma companies scale their observation and intervention studies.
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