Ebola Virus is Rapidly Mutating and Making it Harder to Treat

Sven Longshanks
Daily Stormer
September 2, 2014

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Researchers at the Broad Institute in Massachusetts and Harvard University claim the Ebola virus (transmission electron micrograph image shown) is mutating rapidly. The findings show it is becoming more difficult to diagnose and treat. Future vaccines could also be less effective as mutations continue.

The Ebola virus is rapidly mutating at such a fast rate, that our current treatments for it may soon be obsolete.

The more we waste our medical advances trying to treat our Black competitors for resources and territory, the less effective those remedies will be on our own people, should they contract it.

Whichever way you look at it, it is irresponsible and selfish of White Doctors to go to Africa and spite nature by treating these ungrateful Negroes. They are not just risking contaminating our own countries when we have to go over there and rescue them when they catch it themselves, but they are actively doing all they can to make what treatments we do have ineffective.

Daily Mail:

Researchers claim the Ebola virus disease (EVD) is rapidly and continually mutating, making it harder to diagnose andtreat.

A study of the initial patients diagnosed with the virus in Sierra Leone revealed almost 400 genetic modifications.

And it could be detrimental not only to current treatments, but also to future vaccines that are in the works.

The team of researchers, led by the Broad Institute in Massachusetts and Harvard University, analysed more than 99 Ebola virus genomes.

These were collected from 78 patients diagnosed with Ebola in Sierra Leona in the first 24 days of the outbreak.

Their findings, reported in the journal Science, could have important implications for rapid field diagnostic tests

The team found more than 300 genetic changes that make the 2014 Ebola virus genomes distinct from the viral genomes tied to previous Ebola outbreaks.

They also found variations in the genome sequence indicating that, from the samples analysed, the outbreak started from a single introduction into humans, subsequently spreading from person to person over many months.

To accelerate response efforts, the research team released the full-length sequences on the National Center for Biotechnology Information’s (NCBI’s) DNA sequence database, in advance of publication.

This means the data is available to the global scientific community.

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This map shows the countries affected by Ebola as of 14 August 2014. The latest study was based on analysis of 78 patients diagnosed in the first 24 days of the outbreak in Sierra Leone. The scientists have released their findings to help efforts to halt the spread of Ebola.

‘By making the data immediately available to the community, we hope to accelerate response efforts,’ said co-senior author Dr Pardis Sabeti, a senior associate member at the Broad Institute and an associate professor at Harvard University.

‘Upon releasing our first batch of Ebola sequences in June, some of the world’s leading epidemic specialists contacted us, and many of them are now also actively working on the data. We were honored and encouraged.

‘A spirit of international and multidisciplinary collaboration is needed to quickly shed light on the ongoing outbreak.’

The 2014 Ebola outbreak is unprecedented both in its size and in its emergence in multiple populated areas.

Previous outbreaks had been localised, mostly to sparsely populated regions of Middle Africa, with the largest outbreak in 1976 reporting 318 cases.

By comparison, the 2014 outbreak has manifested in the more densely-populated West Africa, and since it was first reported in Guinea in March 2014, 2,240 cases have been confirmed with 1,229 deaths as of 19 August.

Dr Augustine Goba, Director of the Lassa Laboratory at the Kenema Government Hospital and a co-first author of the paper, identified the first Ebola virus disease case in Sierra Leone.

‘We established surveillance for Ebola well ahead of the disease’s spread into Sierra Leone and began retrospective screening for the disease on samples as far back as January of this year,’ said Dr Goba.

‘This was possible because of our long-standing work to diagnose and study another deadly disease, Lassa fever.

‘We could thus identify cases and trace the Ebola virus spread as soon as it entered our country.’

Negroes already have a way of dealing with diseases like this, they breed 6 to 8 times more offspring than we do and they do not need us to risk poisoning our own countries, in order for them to survive in theirs.

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Workers unload medical supplies to fight the Ebola epidemic from a USAID cargo flight on 24 August 2014 in Harbel, Liberia. International aid agencies and the Liberian government are struggling to keep up with the rapidly-expanding epidemic. The deadly virus has killed at least 1,400 people in West Africa.