• <samp id="ossg8"></samp>
    <tbody id="ossg8"><nobr id="ossg8"></nobr></tbody>
    <menuitem id="ossg8"><strong id="ossg8"></strong></menuitem>
  • <samp id="ossg8"></samp>
    <menuitem id="ossg8"><strong id="ossg8"></strong></menuitem>
  • <menuitem id="ossg8"><ins id="ossg8"></ins></menuitem>

  • <tbody id="ossg8"><nobr id="ossg8"></nobr></tbody>
    <menuitem id="ossg8"></menuitem>
        Skip directly to search Skip directly to A to Z list Skip directly to navigation Skip directly to site content Skip directly to page options
        CDC Home

        MMWR – Morbidity and Mortality Weekly Report

        1. Evaluation of a Neighborhood Rat-Management Program a€” New York City, December 2007a€“August 2009

        New York City Health Department
        Alexandra Waldhorn, Deputy Press Secretary
        347-396-4177
        pressoffice@health.nyc.gov

        The New York City Health Department‘s proactive rat control strategy, launched in the Bronx in 2007, reduced the number of properties with signs of rat activity by 54 percent. The NYC Health Department conducted repeat inspections involving nearly 30,000 properties from 2007-2009. Active rat signs were found at 9.75 percent of properties at the start of the program, but decreased to 4.51 percent after the final round of inspections.?? This new neighborhood “indexing” approach uses proactive, block-by-block inspections to find and correct conditions that foster infestation throughout a neighborhood.?? Inspectors use handheld computers to record signs of rats such as droppings, gnaw marks and burrows and property conditions that provide ready sources of food and shelter for rats.???? The inspectors create a community-wide record of rat prevalence by uploading their findings into a central database; all findings are then published to the Rat Information Portal (www.nyc.gov/rats).?? Property owners across an indexed neighborhood receive readable, detailed notices if their properties have signs of rat activity a€“ and guidance on how to correct the problem.?? When a single property owner takes steps to eliminate rats, the effect is often to drive them next door. When a neighborhood takes steps to eliminate sources of food and shelter, the rat population declines.

        2. Chikungunya Outbreak a€” Cambodia, Februarya€“March, 2012

        Institut Pasteur du Cambodge
        Arnaud Tarantola, MD, Msc
        +855 (0) 23 426 009 ext. 206
        atarantola@pasteur-kh.org

        Research is an inherent part of public health response, especially when dealing with emerging diseases. On March 7, 2012, cases of emergent Chikungunya were identified in a village of Kampong Speu Province, Cambodia. National authorities aided by international partners supported the immediate and thorough multidisciplinary investigation of this first documented outbreak. An investigation team screened 425 of the villagea€?s 695 inhabitants, finding a 44 percent seroprevalence. This investigation detailed the duration of the epidemic, its dynamics and the expected number of cases by age group in a typical community in the Mekong Region. Epidemiological, virological and other research on mosquito-borne virus emergence is essential to guide public health response during an outbreak in host in tropical countries, as well as in other countries where potential vectors are present, such as overseas territories or the southern parts of the USA or Europe.

        3. Update on Vaccine-Derived Polioviruses a€” Worldwide, April 2011a€“June 2012

        CDC
        Division of News & Electronic Media           
        404-639-3286

        Vaccine-derived polioviruses (VDPVs), recognized by their high genetic divergence from the oral poliovirus vaccine (OPV) strains, fall into three categories: 1) circulating VDPVs (cVDPVs) from outbreaks, 2) primary immunodeficiency-associated VDPVs (iVDPVs) from patients with defects in antibody production, and 3) ambiguous VDPVs (aVDPVs) for which there is insufficient evidence for definitive assignment to the other two categories. During April 2011a?’June 2012, cVDPV outbreaks in three countries appeared to have stopped, and the large outbreak in Nigeria sharply reduced. Outbreaks continued in DRC and Somalia, and new outbreaks detected in three countries. Twelve new prolonged iVDPV infections were detected, with increasing numbers found in developing and middle-income countries. The large majority (~85 percent) of VDPVs are type 2. Polio eradication means the cessation of all poliovirus circulation. cVDPVs are biologically equivalent to wild polioviruses, emerge in settings of low type-specific population immunity, and can circulate indefinitely. iVDPVs will continue to emerge as long as OPV is used.

        ###
        U.S. DEPARTMENT OF HEALTH AND HUMAN SERVICES

         
        Contact Us:
        • Centers for Disease Control and Prevention
          1600 Clifton Rd
          Atlanta, GA 30333
        • 800-CDC-INFO
          (800-232-4636)
          TTY: (888) 232-6348
        • Contact CDC–INFO
        USA.gov: The U.S. Government's Official Web PortalDepartment of Health and Human Services
        Centers for Disease Control and Prevention   1600 Clifton Road Atlanta, GA 30329-4027, USA
        800-CDC-INFO (800-232-4636) TTY: (888) 232-6348 - Contact CDC–INFO
        A-Z Index
        1. A
        2. B
        3. C
        4. D
        5. E
        6. F
        7. G
        8. H
        9. I
        10. J
        11. K
        12. L
        13. M
        14. N
        15. O
        16. P
        17. Q
        18. R
        19. S
        20. T
        21. U
        22. V
        23. W
        24. X
        25. Y
        26. Z
        27. #
        国产精品久久久久久一级毛片