Published in Pediatric Dentistry.

‘The usage of ATP-driven bioluminescence offers wide implications in dentistry and medication and can be utilized translationally in the clinic to look for the efficacy of interventional therapies, like the usage of mouth rinses and perhaps in the recognition of bacterial attacks in periodontal and other infectious diseases,’ mentioned Curt Machida, Ph.D., principal investigator and OHSU professor of integrative biosciences and pediatric dentistry.. ATP-driven bioluminescence predicts children at risky for tooth decay: OHSU study The scholarly study, published in Pediatric Dentistry, indicates that ATP-driven bioluminescence is a useful tool at the dentist’s office for predicting children at risky for tooth decayResearchers at the Oregon Health & Science University College of Dentistry have determined that ATP-driven bioluminescence – a means of measuring visible light generated from ATP contained in bacteria – can be an innovative tool for rapidly assessing in children at the chair-side the number of oral bacteria and amount of plaque that may ultimately lead to tooth decay.24, 8 a.m., EASTERN Period Scheduled presenters in the essential oil spill symposium and their topics consist of: Ed Overton, Ph.D., Louisiana State University, Chemistry of Spilled Essential oil Erik Cordes, Ph.D., Temple University, Deep-water Communities of the Gulf of Mexico: Preliminary Findings on the Influence of the Mississippi Canyon 252 Incident Jeffrey Brief, Ph.D., Oceana, Intensively Studied Essential oil Spills: The Exxon Valdez and the BP Blowout Trevor Penning, Ph.D., University of Pennsylvania, Polycyclic Aromatic Hydrocarbons – Health insurance and Food Chain Problems Susan Klasing, Ph.D., Office of Environmental Wellness Hazard Evaluation, California Environmental Protection Company, Seafood Safety Following Oil Spills: Fishery Closure and Re-Opening Decisions Paul Bishop, Ph.D., National Science Foundation, Intensively Studied Essential oil Spills: The National Research Foundation’s Quick Response to the Gulf Essential oil Spill David Russell, Ph.D., Texas A&M University, Ion Mobility-Mass Spectrometry as a Structural Characterization Way of Petroleomics Alan Marshall, Ph.D., Florida Condition University, Petroleomics: Molecular Level Characterization and Archive for the Deepwater Horizon Oil Spill Tim Brief, Ph.D., SRI International, In Situ Characterization of Distributions of Dissolved Gases, Volatile Organics and Light Hydrocarbons Using Underwater Membrane Introduction Mass SpectrometryRelated StoriesEMBL researchers use mass spectrometry data to analyze effects of cancer drugsNew endoscopic program differentiates between malignant and benign tumors in gastrointestinal tractPittcon will exhibit at the Bioconference medical diagnostics and research virtual conference Those presentations are among 8,000 reviews scheduled for presentation through the ACS’ 240th National Meeting & Exposition, which works from Aug.