• Stemming the spread of disease at airports

    With roughly two million people flying each day and spending hours in confined areas where they will come into close contact with potentially infected people, air travel poses a serious challenge to public health officials seeking to contain major disease outbreaks; last month public health officials scrambled to contain a potential mass outbreak of measles after a woman flew through three U.S airports, coming into contact with thousands of people; a CDC report recommends using infrared thermal scanners to detect passengers with fevers as that is an easily recognizable symptom and it is a common indicator of most infectious diseases

  • U.S. scrambling to contain potential measles outbreak

    Public health officials in the United States are scrambling to prevent a massive measles outbreak after an infected woman came into contact with thousands of people as she travelled through three U.S. airports; measles is a highly contagious respiratory virus that can be transmitted through coughing or sneezing; the Centers for Disease Control and Prevention (CDC) is in the process of tracking down passengers that may have come into contact with the infected woman and closely monitoring airport employees; each year the disease kills approximately 200,000 people around the world, primarily children, but thanks to widespread vaccinations against measles, fatality rates in the United States are low

  • Netherlands battles to contain Q fever outbreak

    The Netherlands has struggled to contain an outbreak of Q fever that first began in 2007; since the outbreak started there have been more than 4,000 confirmed cases of the disease and eleven deaths; farm animals are the primary carriers of the bacteria, and humans can become infected by breathing in contaminated air or consuming infected dairy products; after more than 2,200 people became sick in 2009, the Dutch government slaughtered over 50,000 goats in an effort to stem the spread of the disease; veterinarians and epidemiologists from around the world are watching the outbreak closely to learn more about the disease and how it is spreading; the Center for Disease Control and Prevention (CDC) had confirmed eight cases for 2011

  • U.S. unprepared for climate-induced disease outbreaks

    Officials warn that the United States is not equipped to handle the spread of infectious diseases caused by climate change; little investment or progress has been made in bolstering disease detection and response capabilities in the United States, despite warnings from intelligence agencies; increased heat, humidity, and rainfall have caused the spread of mosquitoes and other bugs which carry deadly tropical diseases to new areas where people have yet build up a resistance; the United States is now experiencing outbreaks of dengue fever and West Nile virus; in 2010 the CDC reported 110 deaths and 1,356 cases of West Nile virus in the United States; intelligence agencies also worry about the potential for the spread of these diseases to destabilize fragile nations across Asia and Africa

  • New Zealand fears uncontrollable measles outbreak

    Public health officials in New Zealand are racing to contain a measles outbreak that may have infected more than 300 people; measles is a highly infectious virus that can be spread through sneezing or coughing; the outbreak began with nine infected passengers aboard a flight; so far officials have identified eleven cases; two cases were from people not aboard the flight suggesting that the disease has begun to spread from person to person; out of every 1000 cases, there is typically one death and 100 hospital admissions; health officials are racing to identify people who may have come into contact with the infected and limit exposure; officials are concerned that they cannot contain the spread of the disease

  • A fast, simple test for detecting cholera

    The new detection method uses specially prepared nanoparticles of iron oxide, each barely 1/50,000th the width of a single human hair, coated with a type of sugar called dextran; to achieve this, the scientists looked for specific characteristics of the cholera toxin receptor (GM1) found on cells’ surface in the victim’s gut, and then they introduced these features to their nanoparticles; when the magnetic nanoparticles are added to water, blood, or other fluids to be tested, the cholera toxin binds to the nanoparticles in a way that can be easily detected by instruments

  • Tool developed to monitor pandemic threats

    An Emerging Pandemic Threats (EPT) tool, known as “Predict,” will enable scientists and the public to track outbreaks of communicable animal diseases; Predict will monitor data from 50,000 Web sites with information from World Health Organization (WHO) alerts, online discussions by experts, wildlife trade reports, and local news

  • Malaysia releases GM mosquitoes in landmark trial

    Dengue infection leads to a sudden onset of fever with severe headaches, muscle and joint pains, and rashes, which can lead to death if left untreated; the infection killed at least 134 people last year in Malaysia alone; Malasia’s health authorities have released 6,000 genetically modified mosquitoes designed to combat dengue fever, in a landmark trial slammed last week by environmentalists who say the experiment is unsafe

  • Smallpox remains a large threat and issue of contention

    Smallpox has been estimated to have taken the lives of an estimated 300-500 million people during the twentieth century; the last two known remaining locations of the virus which triggers the disease are the Center for Disease Control in Atlanta, Georgia, and the State Research Center of Virology and Biotechnology (VECTOR) near Novosibirsk in Russia; there is an intense debate among scientists about whether these last remaining samples should be destroyed; proponents of destruction say the remaining cultures may one day be used as bioweapons, while opponents of destruction say that destroying the cultures would not make any difference because terrorists could develop synthetic smallpox virus to use as weapon

  • Water test could enable post-earthquake cholera detection

    There are an estimated three to five million cholera cases and 100,000 to 120,000 deaths worldwide each year; a new technique developed by University of Central Florida (UCF) scientists could allow earthquake-relief workers to test water sources that could be contaminated with the cholera toxin

  • Aussie "inland tsunami" now threatens Brisbane

    The flood zone in northern Australia covers an area larger than France and Germany combined; incessant rain and wide-spread floods have destroyed infrastructure and severely hampered economic activity; the worst is yet to come: Brisbane river has broken its banks, sparking fears that the city — Australia’s third largest and home to two million people - will be flooded by Thursday; public health experts fear that outbreaks of Ross river virus — a debilitating disease transmitted by mosquitoes, which is endemic in Queensland — will increase

  • U.S. not ready for bioterrorism

    New report finds that if a major disease incident or bioterrorism attack were to occur today, the United States would not be ready for it; significant local, state, and federal budget cuts have had a negative impact on public health departments’ ability to maintain staff capabilities, and their ability to respond to crises

  • GAO: HHS does not have plan for IT pandemic surveillance

    The Health and Human Services (HHS) Department has not developed a strategic plan for a national electronic network for public health situational awareness four years after being told to do so by Congress, according to the GAO

  • Virulent Haitian cholera strain to dominate the Americas

    The high death rate of the Haiti cholera relative to earlier outbreaks in the region (for example, Peru 1991) could partly be because medical care, nutrition, and HIV levels are worse in earthquake- and poverty-stricken Haiti than Peru — but it could also be due to a nastier cholera toxin

  • New Jersey lab on the forefront of fighting bioterrorism

    A New Jersey company is working on defense against biological warfare; the 3-year $8.2 million contract with the Department of Defense calls for it to develop drug molecules used to combat biological warfare pathogens — centering its research around eight bacterial pathogens (although for security reasons, the list of pathogens has not been made public)