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    WRAIR and Smithsonian scientists discuss the big picture of medical research at the 3rd annual One Heath Symposium

    WRAIR and Smithsonian Institution celebrate 60-year partnership at 2024 One Health Symposium

    Photo By Hannah Covington | U.S. Army Col. Eli Lozano, commander of the Walter Reed Army Institute of Research...... read more read more

    MARYLAND, UNITED STATES

    12.19.2024

    Story by Zeke Gonzalez 

    Walter Reed Army Institute of Research

    The Walter Reed Army Institute of Research and the Smithsonian hosted the 3rd annual One Health Research Symposium on November 22nd at the Smithsonian Environmental Research Center. More than more than 90 scientists from the Walter Reed Army Institute of Research (WRAIR), the Smithsonian, and nine other organizations came together to discuss the largest challenges in medical research.

    For 60 years, WRAIR and the Smithsonian have been partners who match their research capabilities to form novel collaborations. The central feature of the annual symposium is the simultaneous breakout rooms which allowed scientists in-person and remote to discuss antimicrobial resistance, ecological interactions with zoonotic disease, wastewater surveillance, and more.

    “These discussions have proved essential in developing productive and impactful collaborations between WRAIR and the Smithsonian” explained WRAIR Commander Col. Eli Lozano. “This is only the third year of the One Health symposium, but WRAIR and the Smithsonian have a long history of sharing knowledge, resources, and products that further the efforts of both organizations.”

    WRAIR studies pathogen effects on the human body, while the Smithsonian studies pathogen effects on animals and environments. By combining their experience and expanding the context of their work, these scientists build new paradigms for the study of medicine in a modern world.

    For example, WRAIR and the Smithsonian collaborated to secure GEIS funding for a cutting-edge project that is comparing the sensitivity of pathogen detection in routine environmental sampling methods to that of natural biofilters (such as oysters). Oysters and other biofilters are possible sentinels to detecting microbial threats, an out-of-the-box methodology that has the potential to increase pathogen detection sensitivity up to 100-fold.

    “Science should not be done in silos,” said Col. Lozano. “This partnership demonstrates that ‘military science’ is not as different from other scientific pursuits as one may think. By getting out of our individual siloed agencies and working together, we’re able to get the most out of our efforts, creating innovations that benefit everyone—from military operations to the broader global community.”

    NEWS INFO

    Date Taken: 12.19.2024
    Date Posted: 12.19.2024 14:05
    Story ID: 487939
    Location: MARYLAND, US

    Web Views: 60
    Downloads: 1

    PUBLIC DOMAIN