A new category of infectious diseases is thriving. Amid mostly stabilizing population growth, declining poverty, rising urbanization and emerging economic wealth, other zoonotic, largely foodborne diseases are emerging more quickly, keeping pace with human progress. . . . “While we’re getting rid of conditions that bring about some diseases, we’re also creating the conditions to give rise to new diseases or make other diseases worse,” [ILRI’s Delia Grace] said.
The CGIAR Platform on Big Data in Agriculture has awarded five research proposals USD100,000 each during its inaugural convention 19–22 Sep 2017. Using Facebook to track the spread of livestock diseases and your smartphone to diagnose crop diseases in realtime, could soon be a reality thanks to a series of research grants awarded by the CGIAR Platform for Big Data in Agriculture.
‘Prof Eric Fèvre, a researcher of veterinary infectious diseases at the Institute of Infection and Global Health at the University of Liverpool and the International Livestock Research Institute (ILRI) in Nairobi told the Business Daily the close interaction between people and animals worsened the situation.
After the recent epidemic, Ebola disappeared. But this relief is only temporary: the virus is hiding somewhere—maybe in forest animals, maybe closer to home. Leigh Cowart joins the hunt. This article was first published by Wellcome on Mosaic and is reproduced here under a Creative Commons licence.
Emerging infectious diseases are a major concern to the global public health community, both in terms of disease burden and economic burden. Understanding the processes that lead to their emergence is therefore a scientific research priority. Over the last five years Eric Fevre has been working with a group of researchers to understand what leads to the introduction of pathogens in urban environments and how those then emerge in the human population.
Ahead of the CFS43, SIANI spoke with Delia Grace—a veterinary epidemiologist at the International Livestock Research Institute (ILRI) and a member of the HLPE livestock project team—about the so-called omnivore’s dilemma, the critical issues in livestock production around the world and a vision for policy-makers who will be implementing the HLPE’s recommendations.
Researchers at the Nairobi, Kenya-based International Livestock Research Institute (ILRI) and at the University of Bonn Medical Center in Germany have found evidence of MERS-CoV antibodies in archived blood samples from two of 1,122 Kenyan livestock handlers, collected between 2013 and 2014.