‘Scientists in Nairobi have discovered a new set of genetic markers in African cattle that signal beneficial characteristics, with a view to harnessing them for future generations.’—Nature Genetics Continue reading
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. Continue reading
In case you missed it, earlier this year, Washington Post food–science columnist Tamar Haspel served up an interesting story in The Plate, a blog of National Geographic’s Future of Food series. Her story’s about a long-term research project’s attempt to develop disease-resistant cattle for African farmers. Continue reading
Boran cattle grazing at Kapiti Ranch, in Kenya (photo credit: ILRI). ‘Plans are under way to develop a cow that is resistant to trypanosomiasis at the International Livestock Research Institute (ILRI). ‘The disease is known as nagana in animals and sleeping sickness in human beings. ‘“Since animals carry parasites that cause trypanosomiasis, a resistant cow … Continue reading
Herding cattle in Kenya (photo on Flickr by davida3 [Davida De La Harpe]). ‘The [Kenya] government has unveiled a plan to improve trade in livestock by vaccinating 61 million livestock in the next financial year. ‘According to budget estimates released on Thursday, the animals will be vaccinated against foot and mouth disease and other trade-sensitive diseases. … Continue reading
For the November 2011 ‘liveSTOCK Exchange’ event at ILRI, Steve Kemp, a livestock molecular geneticist, reflects on the evolution of ILRI’s research agenda and the role of biotechnology research in that agenda . . . Steve Kemp first came to the Nairobi campus of the International Livestock research Institute (ILRI) in 1985 when it was … Continue reading
West Africa’s ancient (humpless) N’Dama cattle (white) are genetically resistant to the disease trypanosomosis while East Africa’s Improved Boran (humped) cattle are susceptible to this tsetse-transmitted disease (photo credit ILRI/Elsworth). Xinhuanet, the Chinese Xinhua News Agency online service, reports on an international research team that used a new combination of approaches to find two genes … Continue reading
The tsetse fly, which spreads the livestock disease trypanosomosis (photo credit: ILRI/Elsworth). Aid Netherlands has picked up news of a paper published last month in a leading scientific journal about a breakthrough in determining the genes responsible for controlling a tsetse fly-transmitted disease of livestock that has devastated Africa, and held back farming on the … Continue reading
The single-celled parasite Trypanosoma brucei (appearing in blue), which causes sleeping sickness in humans and trypanosomiasis in livestock, amongst the red blood cells of its mammalian host (photo credit: Parasite Museum website). Having been domesticated in Africa some 8,000 or more years ago, the N’Dama, the most ancient of African cattle breeds, has had time to … Continue reading
Reuters reports the following yesterday. ‘Scientists studying the tsetse fly-borne disease “sleeping sickness” and a devastating version found in cattle say they have found two genes that may in future help rescue the livelihoods of millions of farmers in Africa. ‘In a study in the Proceedings of the National Academy of Sciences (PNAS) journal on … Continue reading
ILRI Clippings 