Stay updated on groundbreaking announcements, product launches, and important developments in respiratory research. Our press releases cover everything from new breath biomarker discoveries to RTube™ device updates, providing timely insights into the evolving world of breath analysis.
Because even trace contaminants can skew biomarker data, Respiratory Research, Inc. employs a proprietary cleaning process that removes both chemical residues and organic matter. Manufactured in an ISO 8 cleanroom, each RTube™ is sealed to guarantee pristine breath analysis—ensuring accurate breath biomarkers with every use.
The RTube has successfully been used to isolate RNA, microRNA, and DNA from Exhaled Breath Condensate (EBC). While the collection process of EBC is similar for each target, the isolation steps differ. This Journal Article Summary, based on Dr. Guillermo Barreto’s EMBO Medicine study, highlights a non-invasive approach to nucleic acid isolation for early-stage lung cancer detection.
Examine the pros and cons of filtering exhaled breath samples. Learn how filtration affects sample purity, device performance, and data integrity for biomarker analysis.
Master the art of collecting Exhaled Breath Condensate (EBC) alongside Volatile Organic Compounds (VOCs). Learn techniques that expand breath biomarker research by capturing both biochemical and volatile signatures in a single session.
Discover a streamlined approach to measure cytokine levels in Exhaled Breath Condensate (EBC), advancing breath biomarker research by simplifying the comparison of inflammatory markers across different breath analyses.
Investigate how pH measurement in Exhaled Breath Condensate (EBC) can gauge respiratory inflammation and disease progression, supporting early diagnosis and tailored treatment.
See how the RTube® helps prevent cross-contamination in breath analysis. Learn about its design features that safeguard patients and ensure accurate biomarker results.