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Publications
Exogenous Volatile Organic Compound (EVOC®) Breath Testing Maximizes Classification Performance for Subjects with Cirrhosis and Reveals Signs of Portal Hypertension
Giuseppe Ferrandino, Federico Ricciardi, Antonio Murgia, Iris Banda, Menisha Manhota, Yusuf Ahmed, Kelly Sweeney, Louise Nicholson-Scott, Lucinda McConville, Olga Gandelman, Max Allsworth, Billy Boyle, Agnieszka Smolinska, Carmen A. Ginesta Frings, Jorge Contreras, Claudia Asenjo-Lobos, Viviana Barrientos, Nataly Clavo, Angela Novoa, Amy Riviotta, Melissa Jerez and Luis Méndez
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Investigation and Resolution of Particle Re-entrainment in NGI Analysis of a Spray Dried Formulation Emitted from a Dry Powder Inhaler
Eric Peterson, Cameron Kadleck, Jordan Oliver, Adam Schneiderhan, Maureen Kadleck, Karina Joyce, Max Allsworth, Jacob Harker
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Breath Biopsy: The Complete Guide
Breath Biopsy is a new diagnostic modality. Volatile organic compounds (VOCs) in exhaled breath relate directly to actual disease activity, and represent a goldmine of valuable non-invasive biomarkers. Breath Biopsy enables breath biomarker discovery on a platform robust enough for large scale clinical trials. Our complete guide has everything you need on breath biomarkers, applications, technology and case studies. Download for free.
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High Sensitivty Detection of Deuterium-labelled Volatile Organic Compounds with Orbirtrap-MS
From In-Vitro Headspace Analysis to Breath Biopsy
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Breath Biopsy Samples
An overview of samples processed by the Breath Biopsy Lab up to April 2023
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Breath Biopsy® Technology Whitepaper
This whitepaper introduces the Breath Biopsy® Technology behind the products and services we offer for breath research, including information on the key benefits and challenges of breath research, the ReCIVA® Breath Sampler, CASPER® Portable Air Supply, Collect Software, EVOC® Probes, OMNI®, and the VOC Atlas.
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Breath Biopsy OMNI – Example Dataset
This dataset provides an example of the data generated from samples of human breath VOCs by Breath Biopsy OMNI. It illustrates the kind of feature table that is provided as a basic output from Breath Biopsy studies.
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Targeting Tumor Associated AKR Activity with EVOC Probes to Detect Lung Cancer
Aldo-keto reductases (AKRs) are a potential EVOC Probe target that are upregulated in some cancers as an adaptation to oxidative stress and lipid peroxidation.
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Mass Spectrometry 'Omics Applications
Detect three times more features in 'omics applications with LC-ultraFAIMS-MS
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Joachim Pleil at the 2020 Breath Biopsy Conference
KEYNOTE (45 min) - Exhaled breath aerosols: Thoughts on sampling, analysis and safety in the era of COVID-19
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