Democratic Republic of the Congo

WHO/Twitter - A WHO team in the Democratic Republic of the Congo in response to ebola outbreak.

news.un.org - September 25, 2018

A "perfect storm" of active conflict and traumatized communities in Ebola-affected areas of eastern Democratic Republic of the Congo (DRC) could enable the deadly disease to spread, but there are “no plans” to pull UN workers out of the country despite concerns for their security, the World Health Organization (WHO) said on Tuesday.

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CLICK HERE - CIDRAP - Ebola response faces 'grave obstacles' as count hits 150

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CLICK HERE - Sep 25 WHO media briefing

US NEWS AND WORLD REPORT HEALTHDAY NEWS by Robert Preidt,  Nov. 6, 2015

Ebola patients are more likely to survive if they are hospitalized soon after being infected, a new study finds.

Researchers analyzed data from nearly 1,000 cases of Ebola virus that occurred in the Democratic Republic of Congo over 38 years. They found that each day of delay in hospital admission was associated with an 11 percent higher risk of death during epidemics.

Delays in hospitalization were caused by factors such as geography, infrastructure and cultural influences, the researchers said.

The Democratic Republic of Congo has had more Ebola outbreaks than any other country since the deadly virus was discovered in 1976, they noted.

The researchers also found that rapidly progressing Ebola outbreaks are swiftly brought under control, while national and international responses to slower-progressing outbreaks tend to be less intense. As a result, those outbreaks last longer, the study authors said.

The study was published Nov. 3 in the journal eLife.

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http://health.usnews.com/health-news/articles/2015/11/06/each-1-day-delay-in-hospitalization-ups-risk-of-ebola-death

The latest Ebola crisis may yield clues about where it hides between outbreaks.

GLOBAL LITERACY PROJECT                                       June  15, 2015
abstract of article in
NATIONAL GEOGRAPHIC  by  David Quammen   
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   Picture of a masked bush meat hunter. Peter Muller.

A new study shows the durability of a novel 'disseminating' cytomegalovirus (CMV)-based Ebola virus (Zaire ebolavirus; EBOV) vaccine strategy that may eventually have the potential to reduce ebolavirus infection in wild African ape species.

These are western lowland gorillas, one of the great ape species threatened by Ebola. Credit: Copyright 2012 Chris Whittier

A cytomegalovirus (CMV)-based vaccine provides long-lasting protective immunity against Ebola virus, and has potential for development as a disseminating vaccine strategy to prevent ebolavirus infection of wild African ape populations.

The multi-institutional study is led by Dr Michael Jarvis at Plymouth University, and is published today, 25th March 2015, in Vaccine.