visibility Similar

code Related

200708-N-FC674-1021 BETHESDA, Maryland (July 8, 2020)

description

Summary

200708-N-FC674-1021 BETHESDA, Maryland (July 8, 2020) United States Air Force Major General Lee E. Payne, Lead, Department of Defense COVID-19 Task Force, Diagnostics and Testing Line of Effort, visited Walter Reed National Military Medical Center (WRNMMC) to observe COVID-19 testing efforts and to thank staff for their hard work and continued dedication during COVID-19. Payne visited the Centralized Screening Area (CSA), where patients are screened via drive-thru or walk-in, and the microbiology lab testing COVID-19 samples. WRNMMC and all military treatment facilities in the National Capital Region (NCR) efforts are in support of the whole of government effort to combat COVID19 along the East Coast of the United States of America (U.S. Navy photo by Mass Communication Specialist 2nd Class Kurtis A. Hatcher/Released).

label_outline

Tags

csa masks ncr bethesda usn united sates army united states air force usa united states navy national capital region medical staff walter reed national military medical center wrnmmc covid 19 covid 19 testing centralized screening area microbiology lab petty officer 2nd class kurtis a hatcher 200708 n fc 674 1021 dvids ultra high resolution high resolution microbiology
date_range

Date

08/07/2020
create

Source

Defense Visual Information Distribution Service
link

Link

https://www.dvidshub.net/
copyright

Copyright info

Public Domain Dedication. Public Use Notice of Limitations: https://www.dvidshub.net/about/copyright

label_outline Explore Microbiology Lab, United Sates Army, Petty Officer 2nd Class Kurtis A Hatcher

Topics

csa masks ncr bethesda usn united sates army united states air force usa united states navy national capital region medical staff walter reed national military medical center wrnmmc covid 19 covid 19 testing centralized screening area microbiology lab petty officer 2nd class kurtis a hatcher 200708 n fc 674 1021 dvids ultra high resolution high resolution microbiology