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...The main reasons ebola is spreading through the rural areas of Africa....
originally posted by: jadedANDcynical
a reply to: soficrow
Do you see all stops being pulled out?
I don't.
I see denial and foot dragging and more stuff like this:
This comes even as a Liberian student was hospitalized and quarantined in Nakuru with Ebola-like symptoms.
Joshua Saka, who was referred to Rift Valley General Hospital from Valley Hospital, sneaked into the country three days ago via Burundi.
Joshua, who is a pupil of Greensteds International School, and his mother had tried to enter Kenya through JKIA from Liberia nine days ago but were denied entry before they flew to Burundi and managed to fly into Kenya on Monday.
Both Jushua and the school nurse who attended to him first have been quarantined and are showing Ebola signs
source
Yes it can be stopped but it doesn't look like they're getting the help they need to stop it.
originally posted by: soficrow
a reply to: ArchAngel_X
...The main reasons ebola is spreading through the rural areas of Africa....
Erm. It's spreading in cities and international travel hubs, NOT rural areas. The main reason it's spreading is the lack of health infrastructure (doctors, nurses, hospitals, clinics and like that).
....hope is something worth hanging on to. We mustn't stick our heads in the sand, but drowning in despair is equally counterproductive. Staying abreast of the situation, informing the clueless, and putting pressure on those in power seems logical and productive.
originally posted by: gatorboi117
I would really love to see the science and math behind these percentages and statistics.
How are they arriving at their conclusion?
Method: We use the Global Epidemic and Mobility Model to generate stochastic, individual based simulations of epidemic spread worldwide, yielding, among other measures, the incidence and seeding events at a daily resolution for 3,362 subpopulations in 220 countries. The mobility model integrates daily airline passenger traffic worldwide and the disease model includes the community, hospital, and burial transmission dynamic. We use a multimodel inference approach calibrated on data from 6 July to the date of 9 August 2014. The estimates obtained were used to generate a 3-month ensemble forecast that provides quantitative estimates of the local transmission of Ebola virus disease in West Africa and the probability of international spread if the containment measures are not successful at curtailing the outbreak.
Results: We model the short-term growth rate of the disease in the affected West African countries and estimate the basic reproductive number to be in the range 1.5 − 2.0 (interval at the 1/10 relative likelihood). We simulated the international spreading of the outbreak and provide the estimate for the probability of Ebola virus disease case importation in countries across the world. Results indicate that the short-term (3 and 6 weeks) probability of international spread outside the African region is small, but not negligible. The extension of the outbreak is more likely occurring in African countries, increasing the risk of international dissemination on a longer time scale.
The probability of seeing at least one imported case of Ebola in the U.S. is as high as 18 percent by late September, researchers reported Tuesday in the journal PLOS Currents: Outbreaks. That's compared to less than 5 percent right now.
"What is happening in West Africa is going to get here. We can't escape that at this point," says physicist Alessandro Vespignani, the senior author on the study, who analyzes the spread of infectious diseases at Northeastern University.
To be clear, the projection is for at least one imported case of Ebola — not for the kind of viral mayhem afflicting Guinea, Liberia and Sierra Leone.
"What we could expect, if there is an importation, would be very small clusters of cases, between one and three," Vespignani says.
There's a 25 to 28 percent chance that an Ebola case will turn up in the U.K. by late September. Belgium, France and Germany will have lower risk. "But it's not negligible," Vespignani says. "Sooner or later, they will arrive."
The researchers calculated the impact of severe restrictions on flights from Ebola-affected regions. An 80 percent reduction in air travelers would do no more than delay the impact of Ebola by a few weeks. (A 100 percent choke-off of air travel is considered impossible.)
"Unless you can completely shut down the transportation systems, these kinds of efforts will, at best, buy you a little time," Longini says. "And they can be quite counterproductive because you're interrupting the flow of help, goods and services. It can make the epidemic worse in the country that's being quarantined."
originally posted by: soficrow
a reply to: jadedANDcynical
Sorry. ...I'm a she but people always assume I'm a he. Anyway....
Ebola will escape Africa sooner or later. Some think it would be better if we hold it off until there is a treatment - but given the propensity for bugs to mutate faster than we can keep up, not sure that reasoning is valid. ....? Do you honestly think if we stop it now we will have stopped it forever? Or what?
The Atlantic’s America scenario goes like this: “You wake up and feel a little weak. It’s almost like you have the flu. You stumble to the medicine cabinet and grab a thermometer. You have a fever, so you pop two Tylenols and go back to bed. The fever does not go away. You see your primary care physician, who says it looks like flu and to call her if the symptoms change. The next day, the fever is going strong, and you feel even worse, wracked with chills and a headache. You remember that you recently butchered a West African fruit bat, for some reason. You call 911
originally posted by: Thurisaz
a reply to: PaulTheDuke
Ebola Victims/Health Authority
(much more available online... scary stuff)
It is also interesting that a map showing where the Ebola problems started lines up perfectly with a map of where all the major Gas/Oil facilities in Africa are located. It would be easier to acquire land for their purpose with the locals out of the way...providing there was protection for the folks that would need it. Who knows...or maybe, WHO does know.
originally posted by: gatorboi117
I would really love to see the science and math behind these percentages and statistics.
How are they arriving at their conclusion?
originally posted by: 59demon
It then went on about how it will only infect pockets of 1-3 people at best before it is contained because "USA"...