The SPAR Breathing Picture
A new perspective on respiratory monitoring
For decades, clinical professionals have understood the unique importance of changes in natural respiration
To date, these changes are not routinely monitored
The SPAR Breathing Picture visualises changes in the natural breathing pattern
Our research has shown SPAR can monitor an increase in respiratory effort more sensitively than respiratory rate which could improve COPD exacerbation predictions
The technology
The Symmetric Projection Attractor Reconstruction
Our patented SPAR algorithm transforms vital sign waveforms, visually uncovering hidden physiological effects
Proof of concept studies carried out at King’s College London and the University of Surrey have demonstrated the ability of SPAR to facilitate detection of physiological change
Electrocardiogram (EKG)
Blood Pressure Signals
Respiratory Signals
SPAR Analysis in Pharmaceutical Development
Are you a pharmaceutical researcher?
Working together
SPAR could transform vital signs monitoring in key healthcare and research areas
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We are developing the next generation of respiratory monitoring devices, empowering patients to manage their respiratory health.
Contact us if you’d like to partner with us to make this vision a reality. -
We are exploring the added value of the SPAR technology within drug development pipelines, with a special focus on new compound safety assessments.
We are open for collaborations to explore this potential and can offer access to our software platform, developed for biomedical researchers to perform advanced SPAR analyses on their own data.
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We have actively researching the potential of SPAR to facilitate the detection of vital signs changes in other areas.
Are you a physiological researcher wanting to extract more information from your signals? Get in touch!
Help us build SPAR
If you are interested in our technology, we would love to hear from you.
Send us a message to keep the conversation going!
Meet the Team
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Prof. Manasi Nandi
SCIENTIFIC LEAD
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Dr. Miquel Serna Pascual
TECHNICAL LEAD
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Prof. Philip Aston
CO-INVENTOR