Breath Biopsy Services
Combining high resolution accurate mass mass spectrometry and world-leading breath analysis expertise to offer complete biomarker discovery and validation solutions
Through Breath Biopsy® Services we can support every aspect of your breath biomarker research. From trial design through to analysis, test development and validation, our experienced team can help.
As a user of Breath Biopsy Services, all of your breath sample processing and analysis will be handled by our expert team at the world’s only specialist high-volume Breath Biopsy Laboratory in Cambridge, UK.
Our analytical pipeline centers on high resolution accurate mass (HRAM) mass spectrometry (MS) provided by Q Exactive™ Orbitrap™ technology and includes rigorous quality control at all stages to ensure you get the best possible results. Biomarker identification uses the optimized HRAM Breath Biopsy Library to give high confidence molecular identities.
Breath Biopsy Products and Services are for research use only. Not for use in diagnostic procedures.
The Breath Biopsy Laboratory
High sensitivity breath biomarker detection
Service options available for focused and VOC discovery analysis to suit your needs
HRAM mass spectrometry VOC analysis
Data processing options to include in-depth statistical analyses and modelling
Tailored HRAM Breath Biopsy Library of VOCs provides confidence in VOC identification
A curated RUO Panel of VOCs is available to support focused research into respiratory diseases
Rigorous quality control standards
Biological interpretation and relevance analysis
The Breath Biopsy OMNI (Owlstone Medical Novel Insights) Assay is our comprehensive solution for end-to-end breath sample collection and VOC analysis. Thanks to the unique capabilities of our platform, we are able to provide untargeted VOC discovery and focused VOC analyses using a single set of breath samples.
The implementation of our HRAM Breath Biopsy Library ensures you can have high confidence in biomarker identifications. This can be combined with VOC discovery to identify additional novel candidate VOCs relevant to your application. Our thorough system of internal standards offers accurate relative quantitation for all identified breath compounds.
We provide a range of analysis and reporting options to suit your needs and study design. Options range from raw feature tables through to comprehensive statistical analysis and modelling supported by machine learning methods.
The HRAM Breath Biopsy Library provides reliable breath biomarker identification optimized for Breath Biopsy samples. VOCs included in the Library have relevance to factors including inflammation, oxidative stress, respiratory disease, cancer, liver disease, the microbiome or environmental exposures. Each association is supported by a combination of biological rationale, mechanistic relationships and strong empirical evidence.
The Breath Biopsy Laboratory includes multiple Thermo Scientific Q Exactive GC Hybrid Quadrupole-Orbitrap mass spectrometers, enabling high-accuracy analysis of breath samples for biomarker discovery and targeted validation.
Find out more from Thermo Fisher Scientific:
To enable high-quality VOC detection from breath samples
Capable of detecting low abundance analytes in a complex breath matrix
Detect both high-abundance VOCs and trace-level analytes within a single analysis. Typical concentrations of chemicals in breath span 5 orders of magnitude.
Accurate mass stability and spectral fidelity leads to fast and confident detection.
Software flexibility for discovery and routine targeted workflows.
As the leaders in Breath Biopsy, we’re equipped to help you at every stage of your investigations. Thanks to our role in some of the world’s largest breath research trials, our team includes authorities on study design and planning. We offer study management and training to implement your studies in clinical sites worldwide.
Developing clinical applications
Beyond biomarker discovery and validation, we can work with you to develop identified biomarkers into focused breath-based tests for clinical implementation. We have the capabilities to work with you to develop your research further through fit-for-purpose quantitative TD-GC-MS assays or our proprietary field asymmetric ion mobility spectroscopy (FAIMS) solutions.
FAIMS combines high sensitivity, tuneable chemical detection with versatility and portability making it suitable for application in a range of point of care clinical settings. Together, we can develop tests for use in screening, early detection, complementary diagnostics, treatment monitoring and much more.
Inside the Breath Biopsy Laboratory