{"GHMDC classification":["Diagnosis"],"GHMDC health topic":["Tuberculosis"],"GHMDC manufacturer coordinates":["42.378877777778, -72.032366666667"],"GHMDC manufacturer location":["Massachusetts, United States"],"GHMDC scope":["Commercialized"],"Page SDG":["SDG09 Industry innovation and infrastructure","SDG03 Good health and well-being"],"Page URL":["https://www.appropedia.org/Global_Health_Medical_Device_Compendium/Amplified_Fluorescence_by_Transmitted_Excitation_of_Radiation_(AFTER)"],"Page affiliations":["Appropedia Foundation","University of Michigan"],"Page authors":["User:Lonny","User:Chriswaterguy","User:Emilio","Kathleen Sienko","Amir Sabet Sarvestani"],"Page description":["There is a strong need for improved laboratory diagnosis for TB. Stains such as the Ziehl-Neelsen are inaccurate, time intensive, and subject to interpretation. A new fluorescent stain called Auromine O (AuO) appears to be the future of TB microscopy, but the issue is the availability of fluorescent scopes. The AFTER LED fluorescence device is an add-on component that can be used as an attachment to most of the already available microscopes."],"Page image":["File:AFTERimage.jpg"],"Page language":["en"],"Page license":["CC-BY-SA-3.0"],"Page parent":["Global Health Medical Device Compendium"],"Page root":["Global Health Medical Device Compendium"],"Page title":["Global Health Medical Device Compendium/Amplified Fluorescence by Transmitted Excitation of Radiation (AFTER)"],"Page title tag":["Amplified Fluorescence via Transmitted Radiation (AFTER)"],"Page views":[103],"Page year":["Sunday, 01-Jan-12 00:00:00 UTC"],"Modification date":["Thursday, 10-Sep-26 13:52:53 UTC"]}