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Rare Footage From 1976 Documents Discovery Of Ebola Virus [VIDEO]

Dr. Peter Piot, pictured above in Yambuku, Zaire, in 1976, during the first known outbreak of the deadly Ebola virus.

Dr. Peter Piot, pictured above in protective gear, was called in to to the village of Yambuku, Zaire, in 1976, where he discovered the deadly Ebola virus.

In the fall of 1976, an international team of researchers arrived in Yambuku, a small village in the uplands of northern Zaire, the country now known as the Democratic Republic of the Congo. The researchers had traveled thousands of miles to research a mysterious illness that was spreading rapidly and killing almost all of those it infected.

Doctors had first learned of the disease in September of that year, when a thermos carrying blood samples from a Belgian nun working in Yambuku arrived at the Institute of Tropical Medicine in Antwerp, Belgium. Initial suspicions that the nurse was infected with the deadly Marburg virus proved wrong, and an international team assembled to travel to the village and identify the disease.

In Yambuku, the doctors would be the first to witness the horrific effects of Ebola, the disease whose most recent outbreak has killed nearly 5,000 people in West Africa in the past few months.

The Institute of Tropical Medicine recently released several videos (see below) made during the 1976 trip. The clips were first published by the Belgian newspaper Het Laatste Nieuws. The footage shows the protective gear health workers wore while tending to patients, as well as an airplane arriving in Yambuku. The final segment shows the Belgian doctors Peter Piot and Guido van der Groen, two members of the international medical team.

“Thinking back to the initial work of our international team in 1976 in Yambuku, Democratic Republic of the Congo (what was then Zaire), all the lessons we learnt as we pieced together how this devastating virus was being spread are still applicable today,” Piot, now the director of the London School of Hygiene & Tropical Medicine, wrote in a recent blog post for The Huffington Post.

In an interview with the Guardian, Piot describes the first time he looked at the virus under a microscope:

“…. our first thought was: ‘What the hell is that?’ The virus that we had spent so much time searching for was very big, very long and worm-like. It had no similarities with yellow fever. Rather, it looked like the extremely dangerous Marburg virus which, like Ebola, causes a haemorrhagic fever. In the 1960s the virus killed several laboratory workers in Marburg, Germany.”

At that time, all new viruses were being named after the region in which they occurred. But this virus, so graphic and deadly, would lay a severe stigma on whatever village, land, or country shared its name. So Piot and his colleagues came up with a different idea:

“On that day our team sat together late into the night – we had also had a couple of drinks – discussing the question. We definitely didn’t want to name the new pathogen ‘Yambuku virus’, because that would have stigmatized the place forever.

There was a map hanging on the wall and our American team leader suggested looking for the nearest river and giving the virus its name. It was the Ebola river. So by around three or four in the morning we had found a name. But the map was small and inexact. We only learned later that the nearest river was actually a different one. But Ebola is a nice name, isn’t it?”

Piot explained that once in Yambuku, the team discovered that two elements were common to almost all of the victims: funeral rites and a visit to the Yambuku Mission Hospital. Prolonged and intense contact with the bodies of deceased Ebola patients during the funeral rites made the burials extremely lethal. At the mission hospital, many non-Ebola patients had been infected after treatment with unsterilized syringes that carried the infection.

“How the virus spreads is no longer a mystery, and we knew exactly how to prevent previous Ebola outbreaks,” Piot added in his Huffington Post blog. “However, such measures have not succeeded in stopping the current epidemic in West Africa — to a large extent because they were initiated too slowly and at an insufficient scale.”

Watch the clips below:





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