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    WRAIR's Emerging Infectious Diseaese Branch Studies Coronavirus protein samples [Image 9 of 18]

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    A laboratory researcher wearing a purple lab coat, blue face mask, safety glasses, and teal gloves is using a micropipette to transfer liquid into sample tubes. The tubes are stored in a red ice bucket, suggesting temperature-sensitive samples are being handled. The setting is a well-equipped laboratory bench with various lab supplies and equipment visible.

    SILVER SPRING, MARYLAND, UNITED STATES

    07.01.2020

    Photo by Mike Walters 

    Walter Reed Army Institute of Research

    Ursula Tran a research assistant with The Emerging Infectious Disease Branch (EIDB), at the Walter Reed Army Institute of Research (WRAIR), studies Coronavirus protein samples, June 1, 2020. The EIDB is part of WRAIR's effort to produce a COVID-19 vaccine candidate. (U.S. Army photo by Mike Walters/ Released)

    IMAGE INFO

    Date Taken: 07.01.2020
    Date Posted: 07.06.2020 15:40
    Photo ID: 6266740
    VIRIN: 200701-A-PR201-2009
    Resolution: 6720x4480
    Size: 7.97 MB
    Location: SILVER SPRING, MARYLAND, US
    Web Views: 92
    Downloads: 21

    PUBLIC DOMAIN  

    This work, WRAIR's Emerging Infectious Diseaese Branch Studies Coronavirus protein samples [Image 18 of 18], by Mike Walters, identified by DVIDS, must comply with the restrictions shown on https://www.dvidshub.net/about/copyright.

    GALLERY

    A laboratory technician or researcher wearing full PPE (personal protective equipment) is working at a lab bench surrounded by various scientific equipment and supplies. The setting appears to be a modern biological or medical research laboratory with multiple workstations visible. The worker is actively handling vials or sample containers in what appears to be a controlled experimental procedure.
    A laboratory technician or scientist is working at a bench in a modern laboratory setting. She is wearing full personal protective equipment including a blue gown, face shield, surgical mask, and blue nitrile gloves while handling what appears to be a small instrument or swab. The lab bench is cluttered with various reagent bottles, sample tubes, pipettes, and biohazard waste containers.
    A laboratory worker wearing full personal protective equipment (PPE) is handling what appears to be a thin instrument or swab in a biosafety laboratory setting. The worker is equipped with a face shield, surgical mask, blue lab gown, and latex gloves. Behind them are Thermo Scientific laboratory equipment units with visible biohazard warning labels.
    A laboratory technician wearing personal protective equipment (PPE) is working with a large refrigerated unit containing complex scientific instrumentation. The equipment inside appears to be a chromatography or bioprocessing system with multiple pumps, tubing, and reagent bottles. The setting is a modern research or biomedical laboratory.
    A young male laboratory worker is performing a pipetting procedure at a laboratory bench. He is wearing full personal protective equipment including a blue disposable gown, teal nitrile gloves, and a gray face mask. The setting is a well-equipped research or clinical laboratory with various instruments, reagents, and storage equipment visible.
    A young laboratory worker wearing a blue lab coat, dark face mask, and teal nitrile gloves is examining a sample or instrument inside what appears to be a laboratory refrigerator or biosafety cabinet. The setting is a modern laboratory environment with various equipment and supplies visible. The individual appears to be conducting a scientific procedure involving sample handling.
    A laboratory researcher wearing a blue lab coat, face mask, and gloves is loading or unloading samples into a large centrifuge machine. The well-equipped lab bench includes a computer workstation displaying scientific software, along with various lab instruments. The setting appears to be a modern biological or biochemical research laboratory.
    A laboratory researcher wearing a blue lab coat, face mask, safety glasses, and gloves is performing pipetting work at a lab bench. The workspace is well-equipped with various scientific instruments, reagents, and storage containers. The setting appears to be a modern biological or biochemical research laboratory.
    A laboratory researcher wearing a purple lab coat, blue face mask, safety glasses, and teal gloves is using a micropipette to transfer liquid into sample tubes. The tubes are stored in a red ice bucket, suggesting temperature-sensitive samples are being handled. The setting is a well-equipped laboratory bench with various lab supplies and equipment visible.
    A laboratory setting showing two researchers in protective gear conducting scientific work. The foreground researcher, wearing a blue lab coat, safety goggles, and gloves, is handling samples near an ice bucket with cryogenic vials. The lab is well-equipped with various instruments, a biosafety cabinet, laptop, and biohazard waste containers.
    A laboratory researcher wearing a blue lab coat, face mask, and green gloves is working at a bench, using a pipette near what appears to be a sample container on ice. The lab is well-equipped with multiple workstations, biosafety cabinets, and various scientific instruments visible in the background. The setting appears to be a professional biomedical or molecular biology research laboratory.
    A laboratory researcher wearing a blue lab coat and green gloves is working at a bench, reaching up toward overhead cabinet equipment. The lab is well-equipped with various analytical instruments, biological safety equipment, and consumables. A biohazard waste bag is visible in the foreground left, indicating active biological research work.
    A laboratory technician or scientist is working with large automated laboratory equipment, likely a centrifuge or automated sample processing instrument. She is wearing standard laboratory personal protective equipment including a purple lab coat, blue face mask, and green nitrile gloves. The setting appears to be a modern clinical or research laboratory.
    A laboratory researcher wearing a blue lab coat, face mask, safety glasses, and green gloves is performing pipetting work at a lab bench. She is working with samples kept on ice in a red bowl, surrounded by various laboratory instruments and equipment. The setting appears to be a well-equipped molecular biology or biochemistry research laboratory.
    A laboratory researcher wearing a blue lab coat, face mask, safety glasses, and green nitrile gloves is working at a bench in a well-equipped scientific laboratory. She is interacting with a laptop computer while surrounded by various lab supplies including sample tubes, pipettes, and an ice bucket with reagent bottles. The lab environment shows multiple workstations, equipment, and safety materials in the background.
    A laboratory worker wearing blue protective clothing and teal nitrile gloves is handling samples over a red ice bucket containing multiple labeled tubes and vials on ice. The setting is a molecular biology or biochemistry lab, with pipette tip boxes and other lab equipment visible in the background. The ice bucket is being used to keep biological or chemical samples cold during processing.
    A laboratory worker wearing teal nitrile gloves is handling a labeled centrifuge tube over a red ice bucket containing crushed ice. Multiple sample containers with yellow and blue caps are stored in the ice bucket, likely to preserve biological or chemical samples at low temperature. The setting appears to be an active research or clinical laboratory environment.
    A laboratory worker wearing blue scrubs and teal nitrile gloves is handling labeled sample tubes over a red ice bucket filled with crushed ice. The setting is a scientific laboratory bench with various sample storage and pipetting supplies visible. The researcher appears to be retrieving or placing a cryogenic tube with a yellow cap into or out of the ice bath.

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    Ursula Tran a research assistant with The Emerging Infectious Disease Branch (EIDB)

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