Plague
| Use attributes for filter ! | |
| Initial release | May 12, 2015 |
|---|---|
| Directors | Nick Kozakis |
| Kosta Ouzas | |
| Producers | Alexandros Ouzas |
| Cinematography | Tim Metherall |
| Composers | Benni Knop |
| Shaun Smith | |
| Date of Reg. | |
| Date of Upd. | |
| ID | 2042386 |
About Plague
Survivors seek shelter from a global infection that turns people into flesh-eating zombies. When Evie's husband, John, becomes separated from the group, Evie's fate is taken out of her hands.
Plague: Ancient teeth reveal where Black Death began, researchers say
... But despite years of research, scientists had been unable to pinpoint where the bubonic Plague began...
Prevent a plague: the fight against Kenya's locusts
... As the first wave hit, Albert Lemasulani gave his life in the fight against the swarms -and after this, leaves his family, his goats and his newborn son, to try and prevent the Plague...
Coronavirus: What is the 'plague village of Eyam, can teach us?
...to flee The desperate urge to, London is risking the spread of the disease across the country With coronavirus, households rely on the world in lockdown, can the English Plague village of Eyam, which quarantined itself for more than a year, offer us lessons on how to fight back? Like a nightmare fairy tale, the inside story of Eyam, the ordeal to surpass something...
Plague: Ancient teeth reveal where Black Death began, researchers say
Researchers believe they have discovered the origins of the Black Death , More Than 600 years after it killed tens of millions in Europe, Asia and North Africa .
The mid-14th Century health catastrophe is one of The Most significant disease episodes in Human History .
But despite years of research, scientists had been unable to pinpoint where the bubonic Plague began.
Now analysis suggests it was in Kyrgyzstan, Central Asia , in the 1330s.
A research team from the University of Stirling in Scotland and Germany's Max Planck Institute and University of Tubingen analysed ancient DNA samples from The Teeth of skeletons in cemeteries near Lake Issyk Kul, in Kyrgyzstan.
They chose the area after noting a significant spike in burials there in 1338 and 1339.
Dr Maria Spyrou, a researcher at the University of Tubingen, said The Team sequenced DNA from seven skeletons.
They analysed The Teeth because, according to Dr Spyrou, they contain many blood vessels and give researchers " high chances of detecting blood-borne pathogens That may have caused the deaths of the individuals".
The research team were able to find The Plague bacterium, Yersinia pestis, in three of them.
Dr Philip Slavin, a historian at the University of Stirling, said of The Discovery : " Our study puts to rest one of the biggest and most fascinating questions in history and determines when and where the single most notorious and infamous killer of humans began. "
The research does have some limitations - including the small sample size.
Dr Michael Knapp from the University of Otago in New Zealand , who was not involved in The Work , praised it as " really valuable" but noted: " Data from far more individuals, times and regions. . would really help clarify what the data presented here really means. "
The researchers' work was published, titled " The Source of the Black Death in fourteenth-century central Eurasia".
What is bubonic Plague ?That is caused by bacteria called Yersinia pestis That live in some animals - mainly rodents - and their fleas.
Bubonic Plague is The Most common form of the disease That people can get. The name comes from the symptoms it Causes - painful, swollen lymph nodes or 'buboes' in the groin or armpit.
From 2010 to 2015, there were 3,248 cases reported worldwide, including 584 deaths.
Historically, it has also been called the Black Death , in reference to the gangrenous blackening and death of Body Parts , such as the fingers and toes, That can happen with the illness.
Source of news: bbc.com
