Biotechnology is
a methodology applied on biological resources to improve products and services,
a method employed centuries back.
Interestingly,
GMOs are resistant to pests and diseases which cuts out the cost of applying
expensive and harmful chemicals to eradicate it. With the introduction of
certain genes or molecules, crops could protect itself. Africa
stands a chance of improving the quality and quantity of food crops.
West African Sahel regions and East African nations had been on the
fore warn of experts to fortify their food security programme in the face of the
resurgent famine hitting these nations. With Nigeria ’s burgeoning population for
example, which holds a market in millions of dollars, there is need to revamp
the food sector.
There is need to
improve the capacity of rural farmers through the deployment of appropriate
technologies as key to agricultural revolution in developing nations.
A wider
application of biotechnology extends to bioremediation, bioenergy and
biodegradation among others.
Biofuel is an
emerging research in the face of rising tension in climate change. The
discovery of what high quality ethanol can be derived from sorghum and ethanol
leaves a significant solution other than inconveniencing cautions in protecting
our fragile climate.
This would
afford rather heavily industrialized states engage bioexchange with the “go-green policy” in emission of carbon dioxide while more oxygen is pumped out.
Africa at the
time has began modifying its staple crops, which are under siege by a diversity
of pest and diseases and other abiotic stresses, yet the local population
survives on these as source of daily food-maize, corn, potatoes, banana and
cassava (now suffering from cassava mosaic and cassava Brown Streak disease).
The world at the
moment celebrates 15 years of commercial production of biotech products but
African countries to which such technology could be a saving grace are still
dragging feet.