Solutions

The Completed Containerized Biocontainment Systems Units at Dobbins Air Force Base, in Marietta, Georgia

blogs.state.gov - by Andrew O'Brien - August 13, 2015

In treating Ebola internationally, U.S. government personnel, doctors, nurses, aid workers, and other global health professionals are often put in direct contact with Ebola, and unfortunately some contract the virus themselves. Yet with limited resources, the U.S. Department of State needed more capacity to safely transport these Ebola patients to treatment facilities. Additionally, availability of medevac is important to getting doctors and epidemiologists from all over the world to volunteer to join the Ebola response.

By partnering with the Paul G. Allen Family Fund we were able to confront this challenge head on. Two containerized medevac biocontainment systems were funded by a $5 million grant by the Paul G. Allen Family Fund and the units were unveiled on August 11th at an event recognizing the partnership. MRIGlobal, a leading research institute, built the units, which are fully equipped to transport four patients, contain a broader array of dangerous pathogens, and fly aboard both military and civilian aircraft to multiple destinations in a single mission.

NATURE by Erika Check Hayden                                                                             Aug. 10, 2015
As West Africa’s Ebola outbreak winds down, an effort is under way to make the best use of the tens of thousands of patient samples collected by public-health agencies fighting the epidemic.  Samples from the Ebola epidemic in West Africa are held by public-health agencies in the region and abroad. Daniel Berehulak/NYT/Redux/Eyevine

On 6–7 August, the World Health Organization (WHO) convened a meeting in Freetown, Sierra Leone, to discuss how to establish a biobank for up to 100,000 samples of blood, semen, urine and breast milk from confirmed and suspected Ebola patients, as well as swabs taken from the bodies of people who died from the virus. Held by health agencies in both West Africa and the West, the samples could be valuable in understanding how the current Ebola crisis evolved, preparing for future outbreaks and developing public-health research capacity in a region that depends on outside experts.

From watching the video in the link below, the Arktek vaccine cold storage device is also known as the P6 . . .
http://www.intellectualventures.com/inventions-patents/our-inventions/vaccine-cold-chain-device/

The P6 is not just a container, but an innovative high-tech device.  It is designed to keep vaccines at the appropriate temperatures for a month or more with repeat vaccine retrievals and no need for electricity (using just one initial batch of ice).  The device also has built-in communications and monitoring capability.  The P6 units are able to send live updates, including the units’ GPS positions viewable on interactive maps, the number of days since fresh ice had been added, temperature, and more.  Here are the details . . .
http://www.intellectualventureslab.com/invent/a-story-of-invention-the-passive-vaccine-storage-device

Countries in West Africa and the international community are teaming up to fight Ebola's  lingering effects on food security and agriculture.

Volunteers distribute food at a World Food Programme storage center in Monrovia October 16, 2014. Almost a year after the Ebola outbreak garnered strength in West Africa, countries in that region and the international community are teaming up to fight the disease's lingering effects on food security and agriculture. James Giahyue/Reuters/File

CHRISTIAN SCIENCE MONITOR by Clare Algozin                                    July 29, 2015

As the death toll of EVD rose, West African countries began to experience labor shortages, and many fields of crops went unharvested, according to U.N. Food and Agriculture Organization (FAO). As part of the measures to prevent the spread of EVD, many West African governments established quarantine zones and restricted the movements of people.