Global & Disaster Medicine

Archive for May, 2016

Singapore: A 48-year-old man, a permanent resident of Singapore, tested positive for Zika virus following a trip to Sao Paulo, Brazil, from March 27 to May 7.

CNN

Singapore Ministry of Health

The Ministry of Health (MOH) and National Environment Agency (NEA) were informed on 13 May 2016 of the first imported case of Zika virus infection in Singapore. The patient is a 48-year-old male Singapore Permanent Resident who had travelled to Sao Paulo, Brazil from 27 March to 7 May 2016. The patient developed fever and rash from 10 May and was admitted to Mount Elizabeth Novena Hospital on 12 May 2016 and isolated.

2.            The patient was tested positive for Zika virus infection on 13 May. He will be transferred to the Communicable Diseases Centre at Tan Tock Seng Hospital for treatment and isolation to minimise the chances of being bitten by mosquitoes and spreading the infection in the community. The patient is currently well and recovering. He will only be discharged upon being tested negative for the Zika virus.

3.            MOH is screening the patient’s household members. They have been advised to monitor their health and seek medical treatment if unwell. MOH and NEA will also actively alert residents in the vicinity to seek medical attention should they develop symptoms of fever and rash.

Vector Control

4.            The patient’s residence at Watten Estate is not an active dengue cluster. NEA has intensified vector control operations to control the Aedes mosquito population in the areas around the case’s residence. NEA has redeployed additional officers from other areas to conduct the stepped up operations. NEA has also commenced outreach efforts and distributed Zika information leaflets and insect repellents to residents living in the area. NEA’s intensified vector control operations include:

  • Inspecting all premises, ground and congregation areas upon case notification;
  • Conducting mandatory treatment such as ultra-low volume (ULV) misting of premises and thermal fogging of outdoor areas to kill adult mosquitoes;
  • Increasing frequency of drains flushing and oiling to prevent breeding; and
  • Public education outreach and distribution of insect repellents

5.            As the majority of people infected with the virus do not show symptoms, it is possible that some transmission may already have taken place before the first confirmed case of Zika was notified. Hence, even as NEA conducts operations to contain the transmission of the Zika virus, residents are urged to cooperate fully with NEA and allow its officers to inspect their premises for mosquito breeding and to spray insecticide to kill any mosquitoes. NEA may need to gain entry into inaccessible premises by force after serving of requisite Notices, to ensure any breeding habitats are destroyed quickly.

6.            To minimise the risk of any spread of Zika in Singapore, it is critical that all of us as a community take immediate steps to prevent mosquito breeding in our homes by doing the 5-step Mozzie Wipeout every alternate day, and protect ourselves from mosquito bites by applying insect repellent regularly.

Health Advisory

7.            We advise residents of Watten Estate, Casa Perla, Hillcrest Arcadia, The Arcadia and Watten Hill Condominium to monitor their health. They should seek medical attention if unwell, especially if they develop symptoms such as fever and rash. They should also inform their doctors of the location of their residence.

8.            Travellers to countries with local transmission of the Zika virus should protect themselves from mosquito bites by wearing long, covered clothing, applying insect-repellent, and using wire-mesh screens or mosquito nets. (Please refer to the MOH website at www.moh.gov.sg/zika for a list of countries with Zika outbreaks and local transmissions.)

9.            Those who have returned to Singapore from affected areas should monitor their health for the next 14 days and consult a doctor if they have symptoms of Zika, such as fever, skin rashes, joint and muscle pains, headaches and red eyes. They should inform the doctor of the areas that they have travelled to.

10.         While there is currently no evidence that women are more likely to get Zika virus infection, the consequences can be more serious if a pregnant woman is infected, as the Zika virus infection can cause microcephaly in the unborn foetus of pregnant women. As a precaution, pregnant women should consider postponing non-essential travel to countries with ongoing outbreaks. They should also reconsider their travel plans to areas that are not experiencing outbreaks but have reported local transmission of Zika virus. If they must travel to affected areas, they should undertake strict precautions against mosquito bites.

11.         Pregnant women with a travel history to affected areas who develop symptoms of Zika such as fever and rash should consult their doctors for testing for Zika infection. Those without these symptoms but who are concerned that they have been infected with the Zika virus should consult and follow the advice of their doctors regarding monitoring of the pregnancy.

12.          Male travellers returning from areas with ongoing outbreaks of Zika should adopt safe sexual practices (e.g. consistent and correct use of condoms during sex) or consider abstinence for at least four weeks after their return.  If they are sexual partners of pregnant women, they should adopt these precautions throughout the women’s pregnancy. This is consistent with the advice given by the World Health Organization.

13.         MOH will provide updates on any further developments and our latest public health risk assessments. Singaporeans should refer to MOH’s webpage on Zika (www.moh.gov.sg/zika) for the latest health advisory.

MINISTRY OF HEALTH AND NATIONAL ENVIRONMENT AGENCY

13 MAY 2016


Spain: 9,000 flee from massive tire fire

Baltimore Sun

 

 

 


Yellow fever is endemic in Angola, but this is the first outbreak in 28 years.

WHO

Why is there particular focus on the current outbreak in Angola?

The ongoing outbreak of yellow fever in Angola (first reported in December 2015) is notable due to its urban nature. There has been extensive local transmission in Luanda, prompting the vaccination of more than 6 million people in the province since February this year. The epidemic has spread to several other major urban settings in the country.

Monitoring and prevention of international spread of the virus from Angola to neighbouring countries and beyond is also a key issue. Local transmission, linked to the epidemic in Angola, has been confirmed in the Democratic Republic of the Congo, while China and Kenya have recorded imported cases.

Yellow fever is endemic in Angola, but this is the first outbreak in 28 years. The last outbreak in the country occurred in 1988 with 37 cases and 14 deaths.

What is WHO doing to respond to the outbreak?

WHO and partners are working intensely to control the outbreak by supporting large-scale vaccination campaigns in both Angola and Democratic Republic of the Congo. More than 11 million doses of the yellow fever vaccine have been sent to Angola since February this year and more than 2 million to Democratic Republic of the Congo. The campaigns target provinces where local transmission has been confirmed and aims to immunize over 80% of the population in affected districts. Ensuring targeted vaccination makes best use of global vaccine supplies.

In addition to these mass vaccination campaigns, WHO is supporting the governments of Angola and Democratic Republic of the Congo to:

  • Strengthen disease surveillance to ensure rapid detection and laboratory confirmation of suspect cases across the country;
  • Implement vector control activities;
  • Establish and reinforce community-led social mobilization activities.

What is WHO doing to prevent spread to neighbouring countries and beyond?

WHO is working with neighbouring countries, such as Namibia, Democratic Republic of the Congo and Zambia to bolster cross border surveillance with Angola to reduce the spread of infection across borders. The Organization supports the strengthening of vector control measures, including through public health education campaigns and larvae control.

WHO has reminded all countries of the need to enforce yellow fever vaccination requirements for travellers to and from Angola to prevent further spread of the disease. The Organization is also urging travellers to areas with yellow fever to ensure they are vaccinated and carry a certificate.

Is there a shortage of yellow fever vaccine?

Global supply of yellow fever vaccine is limited and its use needs to be prioritized and targeted to reach those populations at greatest risk. The International Coordinating Mechanism (ICG) for yellow fever, of which WHO is a key member, manages the global yellow fever vaccine stockpile and controls its supply to countries. In the light of the current outbreak, shipments of vaccines ordinarily used in routine immunization programmes in other endemic countries have been temporarily prioritized for use in Angola and other affected countries. WHO and partners are also working with pre-qualified manufacturers to increase global vaccine production.

Given the current limited supply of vaccine, WHO is exploring how best to maximize the use of available doses. This includes examining the feasibility of diluting or providing fractional doses of the vaccine. Approved yellow fever vaccines have higher potency than the minimum required to give immunity, and clinical studies have shown that using the doses more sparingly may be an option. Experts are exploring both the feasibility of this option, and the circumstances in which it could be used.

Is the current outbreak in Uganda linked to Angola?

In March this year, Uganda gave official notification of an outbreak of yellow fever. The outbreak is not linked to the Angola outbreak. Results of sequencing indicate strong similarities to the virus which caused a yellow fever outbreak in Uganda in 2010.

Has the pattern of yellow fever in Africa changed?

In 2006, the ‘Yellow Fever Initiative’ was launched. Led by WHO, and supported by UNICEF and national governments, the Initiative has made significant progress in West Africa to bring the disease under control. More than 105 million people have been vaccinated since its launch, and no yellow fever outbreaks have been reported in West Africa in 2015 or 2016.

However, since 2010, the location of yellow fever has shifted from West Africa to central and east Africa where no preventive mass vaccination campaigns have been conducted. The outbreak in Angola emphasizes the need to strengthen risk assessment and mass vaccination in central and east Africa.

The Yellow Fever Initiative, which focuses on highly endemic countries in Africa where the disease is most prominent, recommends including yellow fever vaccines in routine infant immunizations (starting at 9 months of age), implementing mass vaccination campaigns in high-risk areas for all people aged 9 months and older, and maintaining surveillance and outbreak response capacity.

Between 2007 and 2016, 14 countries have completed preventive yellow fever vaccination campaigns: Benin, Burkina Faso, Cameroon, Central African Republic, Côte d’Ivoire, Ghana, Guinea, Liberia, Mali, Senegal, Sierra Leone and Togo. Nigeria and Sudan have been implementing the campaigns. The Yellow Fever Initiative is financially supported by Gavi the Vacinne Allianace, the European Community Humanitarian Office (ECHO), the Central Emergency Response Fund (CERF), Ministries of Health, and the country-level partners.


CDC’s latest sitrep: Zika virus disease in the United States, 2015–2016

CDC

Zika virus disease in the United States, 2015–2016

WHO latest sitrep

As of May 11, 2016 (5 am EST)

  • Zika virus disease and Zika virus congenital infection are nationally notifiable conditions.
  • This update from the CDC Arboviral Disease Branch includes provisional data reported to ArboNET for January 1, 2015 – May 11, 2016.

US States

  • Travel-associated Zika virus disease cases reported: 503
  • Locally acquired vector-borne cases reported: 0
  • Total: 503
    • Pregnant: 48
    • Sexually transmitted: 10
    • Guillain-Barré syndrome: 1

US Territories

  • Travel-associated cases reported: 3
  • Locally acquired cases reported: 698
  • Total: 701
    • Pregnant: 65
    • Guillain-Barré syndrome: 5

 Map of the United States showing Travel-associated and Locally acquired cases of the Zika virus. The locations and number of cases can be found in the table below.

Laboratory-confirmed Zika virus disease cases reported to ArboNET by state or territory — United States, 2015–2016 (as of May 11, 2016)

States Travel-associated cases*
No. (%)
(N=503)
Locally acquired cases†
No. (%)
(N=0)
Alabama 2      (<1) 0    (0)
Arizona 1      (<1) 0    (0)
Arkansas 2      (<1) 0    (0)
California 40    (8) 0    (0)
Colorado 2      (<1) 0    (0)
Connecticut 1      (<1) 0    (0)
Delaware 3      (1) 0    (0)
District of Columbia 4      (1) 0    (0)
Florida 103  (21) 0    (0)
Georgia 13    (3) 0    (0)
Hawaii 7      (2) 0    (0)
Illinois 16    (3) 0    (0)
Indiana 6      (1) 0    (0)
Iowa 5      (1) 0    (0)
Kansas 1      (<1) 0    (0)
Kentucky 5      (1) 0    (0)
Louisiana 4      (1) 0    (0)
Maine 3      (<1) 0    (0)
Maryland 16    (4) 0    (0)
Massachusetts 10    (2) 0    (0)
Michigan 3      (1) 0    (0)
Minnesota 17    (4) 0    (0)
Mississippi 3      (1) 0    (0)
Missouri 3      (1) 0    (0)
Montana 1      (<1) 0    (0)
Nebraska 2      (<1) 0    (0)
Nevada 2      (<1) 0    (0)
New Hampshire 3      (1) 0    (0)
New Jersey 12    (2) 0    (0)
New Mexico 1      (<1) 0    (0)
New York 98    (20) 0    (0)
North Carolina 11    (3) 0    (0)
Ohio 12    (3) 0    (0)
Oklahoma 4      (1) 0    (0)
Oregon 6      (1) 0    (0)
Pennsylvania 18    (4) 0    (0)
Rhode Island 2      (<1) 0    (0)
South Carolina 1      (<1) 0    (0)
Tennessee 2      (<1) 0    (0)
Texas 32    (6) 0    (0)
Utah 2      (<1) 0    (0)
Vermont 1      (<1) 0    (0)
Virginia 15    (3) 0    (0)
Washington 2      (<1) 0    (0)
West Virginia 6      (1) 0    (0)
Territories (N=3) (N=698)
American Samoa 0      (0) 14      (2)
Puerto Rico 2      (67) 669    (96)
US Virgin Islands 1      (33) 15      (2)

*Travelers returning from affected areas, their sexual contacts, or infants infected in utero
†Presumed local mosquito-borne transmission


WHO: Zika virus and the Olympic and Paralympic Games Rio 2016

WHO

WHO statement
12 May 2016

WHO and the Pan American Health Organization (PAHO) recognize that athletes and visitors are seeking more information on the risks of Zika and ways to prevent infection while attending the Olympic and Paralympic Games Rio 2016 (5 August to 18 September 2016).

Brazil is one of the 58 countries and territories which to-date report continuing transmission of Zika virus by mosquitoes. While mosquitoes are the primary vectors, a person infected with Zika virus can also transmit the virus to another person through unprotected sex. Zika virus disease usually causes mild symptoms(1), and most people will not develop any symptoms. However, there is scientific consensus that Zika virus is a cause of microcephaly (children being born with unusually small heads) and other brain malformations and disorders in babies born to women who were infected with Zika virus during pregnancy, and Guillain-Barré syndrome (a rare but serious neurological disorder that could lead to paralysis and death).

Athletes and visitors to Rio de Janeiro, and other areas where Zika virus is circulating, are being encouraged to:

  • follow the travel advice(2) provided by WHO and their countries’ health authorities, and consult a health worker before travelling;
  • whenever possible, during the day, protect themselves from mosquito bites by using insect repellents and by wearing clothing – preferably light-coloured – that covers as much of the body as possible;
  • practice safer sex (e.g. use condoms correctly and consistently) or abstain from sex during their stay and for at least 4 weeks after their return, particularly if they have had or are experiencing symptoms of Zika virus;
  • choose air-conditioned accommodation (windows and doors are usually kept closed to prevent the cool air from escaping, and mosquitoes cannot enter the rooms);
  • avoid visiting impoverished and over-crowded areas in cities and towns with no piped water and poor sanitation (ideal breeding grounds of mosquitoes) where the risk of being bitten is higher.

Pregnant women continue to be advised not to travel to areas with ongoing Zika virus transmission. This includes Rio de Janeiro. Pregnant women’s sex partners returning from areas with circulating virus continue to be counselled to practice safer sex or abstain throughout the pregnancy(3). The Games will take place during Brazil’s wintertime, when there are fewer active mosquitoes and the risk of being bitten is lower.

WHO/PAHO is providing public health advice to the Government of Brazil and, under a Memorandum of Understanding, the International Olympic Committee and, by extension, the Rio 2016 Local Organizing Committee, on ways to further mitigate the risk of athletes and visitors contracting Zika virus during the Games. An important focus of WHO advice revolves around measures to reduce populations of Aedes mosquitoes which transmit chikungunya, dengue and yellow fever in addition to Zika virus.

WHO/PAHO will continue to monitor the Zika virus transmission and risks in Brazil and in other affected areas to provide updates on how Zika virus outbreaks, risks and prevention interventions develop between now and August and beyond.


Environmental Assessment of Proposed NYC Subway Tracer Particle and Gas Releases for the Underground Transport Restoration (UTR) Project

Environmental Assessment of Proposed NYC Subway Tracer Particle and Gas Releases for the Underground Transport Restoration (UTR) Project

In accordance with the National Environmental Policy Act of 1969 (NEPA), the DHS procedures for implementing NEPA (DHS Directive 023-01 Rev 01, Implementation of the National Environmental Policy Act), and the Council on Environmental Quality (CEQ) regulations for implementing the procedural provisions of NEPA (40 CFR Parts 1500-1508), the Department of Homeland Security has prepared a Draft Environmental Assessment (DEA) to evaluate the potential impacts to the human environment resulting from an airflow study throughout portions of the New York City subway system.  The study is intended to gather data on the behavior of airborne contaminants if they were to be released into the subway.

The proposed tests, scheduled for May 9 – 13, 2016, will include release of non-toxic, inert, odorless gas and particle tracers into the subway system and include sampling in various locations in the system.  DHS reviewed the comments received during the public comment period and has prepared a Final Environmental Assessment (EA).  On April 20, 2016 DHS made a Finding of No Significant Impact (FONSI) and has concluded the NEPA review for this action.  The Final EA and signed FONSI are available for download.


The first blood test for anthrax that could show results within minutes at a doctor’s office or ER will take the final steps in development

HHS

May 9, 2016

Contact: HHS Press Office
202-690-6343
media@hhs.gov
HHS sponsors point-of-care anthrax diagnostic test
Simple, fast finger-prick blood test could aid in medical response to bioterrorism attack.

The first blood test for anthrax that could show results within minutes at a doctor’s office or emergency room will take the final steps in development with support from the U.S. Department of Health and Human Services’ Office of the Assistant Secretary for Preparedness and Response (ASPR).

Under an 18-month $2.5 million agreement with ASPR’s Biomedical Advanced Research and Development Authority (BARDA), SRI International of Menlo Park, California, will conduct studies necessary to ensure the test accurately detects anthrax infections in blood samples; the studies are needed to apply for clearance to market the device from the U.S. Food and Drug Administration. The contract can be extended for up to a total of three years and $7.8 million.

The test being developed is based partly on a similar version developed at the Centers for Disease Control and Prevention (CDC). Anthrax diagnostic tests available today require sending samples to a laboratory for analysis, with results available in days.

The test SRI is developing uses blood samples on small cartridges; after 15 minutes, the cartridge is placed in a reader, and results are displayed. This compact system fits into the palm of a hand and can be used in locations close to the patient, such as hospital emergency rooms, local health clinics, and potentially at the patient’s bedside or by first responders.

Having the results immediately available will help doctors make fast decisions about the appropriate care and treatment for patients who may have been exposed to anthrax, particularly after an anthrax bioterrorism attack. Anthrax is an acute disease caused by Bacillus anthracis bacteria, and if untreated can be deadly. The inhaled form can cause death in a matter of days.

SRI International will work with DCN Diagnostics of Carlsbad, California, and Web Industries of Holliston, Massachusetts, on regulatory, design, and manufacturing studies of the anthrax diagnostic test.

BARDA, CDC and other federal agencies coordinate as a Public Health Emergency Medical Countermeasure Enterprise (PHEMCE) to prioritize medical countermeasures – drugs, vaccines, and diagnostics – needed in public health emergencies, identify promising medical countermeasures, and transition products from early development to advanced development with the goal of FDA approval.

Protecting health after an anthrax attack requires preventing, detecting, and treating anthrax infections. To meet this national health security need, BARDA’s portfolio includes development of three anthrax antitoxin drugs that have been approved by FDA. BARDA also is supporting advanced development of vaccines to prevent illness after exposure to anthrax as well as improvements on the only vaccine licensed for use prior to exposure so that fewer doses are needed to protect health.

BARDA is seeking additional proposals for advanced development of new drugs and products to diagnose, prevent, treat, and protect health against chemical, biological, radiological or nuclear threats. Proposals are accepted through the Broad Agency Announcement BARDA-CBRN-BAA-13-100-SOL-00013, available on fbo.gov.

ASPR leads HHS in preparing the nation to respond to and recover from adverse health effects of emergencies, supporting communities’ ability to withstand adversity, strengthening health and response systems, and enhancing national health security. HHS is the principal federal agency for protecting the health of all Americans and providing essential human services, especially for those who are least able to help themselves.

To learn more about ASPR and BARDA, as well as preparedness, response and recovery from the health impacts of disasters, visit the HHS public health and medical emergency website, phe.gov and the HHS emergency medical countermeasures website, medicalcountermeasures.gov.

###

 


Baghdad: At least 64 people were killed when a car bomb went off at a market Wednesday morning and another 87 were wounded in that attack in the largely Shiite neighborhood of Sadr City.

CNN

 

 


The Strategic National Stockpile’s Unique Role in Zika Prevention

CDC

 

The first thing that comes to mind when people think about the Strategic National Stockpile (SNS) is probably a big warehouse with lots of medicines and supplies. What many do not know is that even when the SNS does not have the specific medicines or supplies needed to combat a public health threat, SNS experts can play a key role in working with medical supply chain partners to locate and purchase products during an emergency response.

The involvement of the SNS in the Zika virus response is a perfect example of this little-known, but significant, role. Zika is spread to people primarily through the bite of an Aedes aegypti mosquito infected with Zika virus, although Aedes albopictus mosquitoes may also spread the virus. Recent outbreaks of Zika in the Americas, Caribbean, and Pacific Islands have coincided with increased reports of microcephaly and other birth defects as well as Guillain-Barré syndrome. As a result, the Centers for Disease Control and Prevention’s (CDC) response is focused on limiting the spread of Zika virus. Prevention is key for Zika control, because there is no vaccine or medicine for Zika virus. This is where the SNS comes in.

Controlling mosquito populations is key to preventionZika prevention kit

During a public health emergency, CDC can deploy the SNS for medicines and supplies or can use SNS’ contracting abilities to access materials and services that can be used to prevent or treat diseases that threaten U.S. health security. Controlling the mosquito population and addressing other known routes of infection are important to limit the spread of Zika virus in U.S. territories. The SNS is providing immediate vector control services and preventive supplies for pregnant women to protect themselves from mosquito bites. Pregnant women are particularly vulnerable because they can pass Zika virus to their fetuses, which can cause microcephaly and other brain defects.

Before the Zika virus outbreak, the SNS did not stock or purchase medicines or supplies to respond to illnesses spread by mosquitoes, ticks, and other insects. In response to this outbreak, SNS staff are working with CDC procurement experts to award and implement immediate, short-term contracts to deploy materials and services to control the mosquito populations responsible for Zika transmission. These contracts allow CDC to work with territorial public health jurisdictions to treat areas where mosquitoes breed and live, as well as areas where pregnant women live.

Zika Prevention Kits help pregnant women protect themselves

Zika prevention kit bagsThe SNS is creating Zika Prevention Kits for pregnant women in U.S. territories. These kits are being distributed as an effort to help prevent Zika infection in pregnant women and to reduce the number of babies born with birth defects caused by Zika, such as microcephaly and other brain defects. Through donations from the CDC Foundation and its partners and by purchasing products, the SNS has obtained materials for the kits – including insect repellent, larvicides, mosquito netting, condoms to prevent sexual transmission of Zika, and educational materials.  The SNS is rapidly assembling these materials in reusable bags that can be given to pregnant women.

The SNS has sent nearly 7,000 kits to affected areas, and more are planned. Each U.S. territory is identifying the best way to get the kits to pregnant women. In Puerto Rico, local public health officials have partnered with clinics that are part of the Special Supplemental Nutrition Program for Women, Infants, and Children (WIC) so they can reach expectant mothers. WIC already interacts with this population through its healthcare and nutritional services for low-income women, infants, and children. Local obstetrician offices are also being used to distribute these kits.

In the past, the SNS primarily focused on warehousing products and deploying those products for public health threats related to bioterrorism, pandemics, and natural disasters. With every emergency response, it has become more evident that the SNS can play a much larger role, especially when specialty products, products in high demand, and medical countermeasures are needed to secure the nation’s health. As one of the federal government’s leading groups of medical supply chain and logistics experts, the SNS at CDC has the ability to coordinate with industry partners to rapidly procure and transport medicines and supplies and serve specific populations in a public health emergency.

Posted on May 9, 2016 by Blog Administrator

 

 


NASA: The Alberta wildfire smoke becomes entrained within the clouds causing it to twist within the circular motion of the clouds and wind.

Smoke is drawn in to and transported along with the clouds over Canada.

NASA’s Aqua satellite captured this image of the clouds over Canada.  Entwined within the clouds is the smoke billowing up from the wildfires that are currently burning across a large expanse of the country.  The smoke has become entrained within the clouds causing it to twist within the circular motion of the clouds and wind.  This image was taken by the Moderate Resolution Imaging Spectroradiometer (MODIS) instrument on the Aqua satellite on May 9, 2016.

Image Credit: NASA image courtesy Jeff Schmaltz LANCE/EOSDIS MODIS Rapid Response Team, GSFC
Caption: Lynn Jenner

Last Updated: May 10, 2016
Editor: Lynn Jenner

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