CDC FOOD Tool. Data for 2013, to date.
Enhancing
Salmonella sampling and testing programs, factoring in the latest
scientific information available and emerging trends in foodborne illness will
also contribute to prevention.
FSIS
will drive innovations, establish new performance standards, develop new
strategies for inspection throughout the full farm-to-table continuum, address
all potential sources of Salmonella, and focus on the Agency’s
Salmonella education and outreach tools to lower Salmonella contamination
rates.
Thanks
to previous innovative technologies and tough USDA policies, Salmonella
rates in young chickens have dropped over 75 percent since 2006.
Meanwhile,
research on Salmonella continues. California scientists have been investigating
Salmonella vaccines, links between Salmonella serotypes and specific foods,
hypervirulent strains of Salmonella, prevalence of salmonella in a specific
agricultural region in California, and, incredibly, re-engineering the
bacteria’s structure to secrete spider silk proteins instead of proteins
associated with infection.
Additional Sources:
Dana
L. Pitts, MPH, Associate Director of Communications, Division of Foodborne,
Waterborne, and Environmental Diseases/National Center for Emerging and
Zoonotic Infectious Diseases/Centers for Disease Control and Prevention; MarlerBlog.com
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