Sierra Leone

nytimes.com - by Judith Rodin and Bernice Dahn - May 10, 2015

. . . A resilient health system combines active surveillance mechanisms, robust health care delivery system and a vigorous response to disease. When the first signs of contagion appear, a system should be able to act quickly to stop it in its tracks — all without compromising its core functions. . . .

. . . Resilient systems share several characteristics. One is awareness, which in the case of health systems means, first and foremost, strong disease surveillance. A second characteristic is the ability to adapt to changing conditions. . . . 

. . . A third characteristic is diversity: the ability to address a broad range of challenges. . . .

. . . resilient systems are integrated: information is shared across different levels of government. . . .

. . . When a resilient system is in place, cities and countries alike are prepared to yield what we call a “resilience dividend” — benefits that are independent of crises. Building trust with the public, enhancing access to quality care, and investing in public health are all wise investments at any time, helping to increase productivity and growth. . . .

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ASSOCIATED PRESS by MARILYNN MARCHIONE AP Chief Medical Writer                                      May 7. 2015

(Scroll down for full study and American Academy of Ophtalolgy statement.)

For the first time, Ebola has been discovered inside the eyes of a patient months after the virus was gone from his blood.

Ebola has infected more than 26,000 people since December 2013 in West Africa. Some survivors have reported eye problems but how often they occur isn't known. The virus also is thought to be able to persist in semen for several months.

The new report concerns Dr. Ian Crozier, a 43-year-old American physician diagnosed with Ebola in September while working with the World Health Organization in Sierra Leone.

He was treated at Emory University Hospital's special Ebola unit in Atlanta and released in October when Ebola was no longer detected in his blood. Two months later, he developed an inflammation and very high blood pressure in one eye, which causes swelling and potentially serious vision problems.

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NEW SCIENTIST  Opinion                                   May 6, 2015

...HOW the world has changed. In 1948, the first commercial jet airliner was still a few years away from take-off, and the global population was just over 2 billion. Less than one-third lived in cities. Back then, safeguarding global health seemed an eminently manageable project. The newly formed United Nations agreed, and established the World Health Organization.

 Now, over half the planet's 7 billion people are packed into urban areas. Between us, we travel tens of billions of kilometres around the globe every year, with plenty of pathogens and parasites coming along for the ride. The WHO, largely unchanged since its creation, is ill-equipped to deal with the disease threats that this new world creates.

The recent Ebola outbreak is a case in point. Even the WHO's director-general, Margaret Chan, said her organisation was "overwhelmed" and admitted that a crisis on that scale "cannot be solved by a single agency".

LIVESCIENCE  by Rachel Rettner                                                          May 6, 2015

The Ebola virus can live on surfaces in hospitals for nearly two weeks, a new study suggests.

Researchers tested how long the Ebola virus could survive on plastic, stainless steel and Tyvek, a material used in Ebola suits. The researchers also simulated different environmental conditions, including a climate-controlled hospital at 70 degrees Fahrenheit (21 degrees Celsius) and 40 percent humidity, and the typical environment of West Africa, at 80 F (27 C) and 80 percent humidity.

In general, the virus survived on surfaces for a longer time when in the climate-controlled conditions than in the West African environment, the study found. Under hospital-like conditions, the virus lived for 11 days on Tyvek, eight days on plastic and four days on stainless steel. The longest the virus was able to survive in the tropical conditions of the West African environment was three days, on Tyvek.

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http://www.livescience.com/50758-ebola-virus-survival-surfaces.html