Global Health

Myanmar protesters hold placards and shout slogans during a rally against the Doctors Without Borders (MSF) aid agency in Sittwe, Rakhine state, on February 22, 2014 (AFP/File)

ap.org - by Margie Mason - February 28, 2014

YANGON, Myanmar (AP) — Doctors Without Borders said Friday it has been expelled from Myanmar and that tens of thousands of lives are at risk. The decision came after the humanitarian group reported it treated nearly two dozen Rohingya Muslim victims of communal violence in Rakhine state, which the government has denied.

The humanitarian group said it was "deeply shocked" by Myanmar's decision to expel it after two decades of work in the country.

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CLICK HERE - MSF - Myanmar: MSF concerned about the fate of thousands of patients after being ordered to cease activities

Computer rendering of an avian influenza virus
Getty Images/Science Photo Library RF

With the Chinese New Year and the Olympics on the horizon, health officials can only watch and wait for a potential pandemic

time.com - by Alice Park - January 29, 20114

submitted by Luis Kun

homelandsecuritynewswire.com - December 27, 2013

In the United States, 80 percent of the antibiotics are consumed in agriculture and aquaculture for the purpose of increasing food production. This flood of antibiotics released into the environment — sprayed on fruit trees and fed to the likes of livestock, poultry, and salmon, among other uses — has led bacteria to evolve.Mounting evidence shows resistant pathogens are emerging in the wake of this veritable flood of antibiotics — resulting in an increase in bacteria that is immune to available treatments. Scientists say that if the problem is left unchecked, this will create a health crisis on a global scale.

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CLICK HERE - RESEARCH REPORT - Preserving Antibiotics, Rationally

submitted by Luis Kun

homelandsecuritynewswire.com - December 13, 2013

Computational model demonstrates how disease spreads in a highly connected world. The computational work has led to a new mathematical theory for understanding the global spread of epidemics. The resulting insights could not only help identify an outbreak’s origin but could also significantly improve the ability to forecast the global pathways through which a disease might spread. . .

. . . Their study is published today (13 December) in the journal Science.

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RESEARCH - Science - The Hidden Geometry of Complex, Network-Driven Contagion Phenomena