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Genetic engineering solutions for medical and agricultural challenges

October 23rd, 2018 / Blue and Green Tomorrow

GE technology has had a very positive impact on our world. The change has been most significant in the agricultural industry, but the medical industry has been affected to. Fortunately, it has had a positive impact on the environment, which should make our lives much better in the long-term. Read …

Kenya cotton farmers get a presidential nod to grow GM cotton

October 23rd, 2018 / The Exchange, Tanzania

In the 80s and 90s, Kenya cotton industry was thriving with commercial and small scale production in Western, Nyanza, Eastern and Coastal regions relying on the crop for income generation. However, years of neglect and introduction of second hand clothes led to the collapse of both cotton ginneries as well …

Researchers take genomic sequencing to the farm to help transform lives

October 23rd, 2018 / Phys.org

In a world first, international scientists including a University of Otago researcher, have used whole genome sequencing to help diagnose a plant pathogen destroying crops on African farms, potentially paving the way for preventing crop failures, vital to the African economy.
Dr. Jo-Ann Stanton, a Senior Research Fellow in the University …

Edible cottonseed research at Texas A&M receives key USDA approval

October 22nd, 2018 / Texas A&M, US

Cottonseed ground into flour to deliver protein to millions of people, a project to which Dr. Keerti Rathore has devoted more than half his professional career, is one step closer to reality.
Rathore, a Texas A&M AgriLife Research plant biotechnologist in College Station, received word that Texas A&M’s “Petition for Determination …

Viewpoint: It’s time to replace our fear-based genetic engineering regulations

October 22nd, 2018 / Genetic Literacy Project

In the early 1970s a group of scientists — none involved in agriculture or food — raised concerns about the hypothetical hazards that might arise from the use of the newly discovered molecular genetic modification techniques (recombinant DNA technology) that could alter the inheritable characteristics of an organism via directed …

Quality seed, key in achieving agricultural productivity

October 19th, 2018 / The Standard, Kenya

Kenya’s ambition to become a newly industrialized middle-income country is enshrined in the government’s national long-term development policy, Vision 2030.
The delivery of this target is driven by a series of medium-term plans. But most importantly, the ‘Big Four Agenda’, which seeks to attain positive agricultural transformation by increasing maize …

Renewable energy and food security trends in Africa

October 19th, 2018 / BizNis Africa

The case for investing in renewables to promote food security
Renewable energy, especially solar power, can make a significant contribution to improving people’s general quality of life; their access to water, technology and information; education; food preparation options; and employment.
Opportunities for investment in these technologies are abundant and promising. Investing in …

Genetic markers identify the sex of yams and accelerate breeding

October 19th, 2018 / CGIAR: Roots, Tubers and Bananas

Researchers have identified the genetic markers that distinguish the sex of yam plants, saving time and resources for future breeding efforts.
White Guinea yam (Dioscorea rotundata) is native to West Africa, where it has been a food security crop for centuries. As Africa is rapidly urbanizing, yams are now being grown …

Cameroon: adoption of genetically modified crops imminent

October 18th, 2018 / AllAfrica.com

The successful introduction of genetically modified cotton in the northern regions would pave the way for trials on other cereals nationwide as a measure to curb food insecurity.
The progressive introduction of Genetically modified organisms (GMO) in Cameroon that started since 2012 has been smooth, Dr. David Akuroh Mbah, Chief Research …

How the science of biofortification grew from an idea to a food revolution

October 18th, 2018 / CGIAR

A major global success in nutrition in recent decades started with a simple idea from young CGIAR researchers back in the 1990s: What if we could breed vitamins and minerals into the staple crops that people consume daily?
The idea was biofortification, and the lead researcher was Dr. Howarth Bouis – …