Tissue Culture banana plant-lets in a KARI laboratory |
Kenya has some of Africa’s finest genetic engineering scientists, who have acquired specialized biotech skills from both local and international universities. The country has a number of higher institutions including Universities of Nairobi, Egerton, Kenyatta, Jomo Kenyatta, Moi, Maseno and Masinde Muliro,
![]() |
Masinde Muliro University's Biotech Class (2014) |
The most advanced field of Biotechnology in Kenya is agricultural
biotechnology. This can be attributed to the increased need to address food insecurity in the country. Some of the
important crops under transformation through genetic engineering techniques
includes maize, cotton, sorghum, bananas, cassava and sweet potato. Wheat and
rice are other crops being considered seriously for transformation. However, it
is important to note that large scale commercial production of genetically
modified crops is yet to be done. Most of these are currently being studied in
confined field trials.
Currently, Kenya is laying foundation for building capacity on animal
biotechnology, especially on areas of development of biotechnology based
vaccines and diagnostics for use in animal health. However, capacity building
is still needed for evaluation of the potential harmful effects of GMO to
humans using laboratory animal models as this will help develop confidence on
GMOs in Kenya and Africa at large.
The Kenya Medical Research Institute Headquarters (Nairobi) |
In the East African region, Kenya houses the highest number of research
Institutions focusing on Biotechnology and its application. These include;
·
ILRI
(International Livestock Research Institute)
·
ICIPE(
International centre for Insect Physiology and Ecology)
·
KARI( Kenya Agricultural Research
Institute)
·
KEPHIS(
Kenya Plant Health Inspectorate Service)
·
KEMRI
(Kenya Medical Research Institute)
Biotechnology in Kenya is governed by the Biosafety Bill of 2007 which
still pending in Parliament yet to be made a law. Kenya is a Member of the
Cartagena Protocol which they signed in 2000 and was ratified in 2002. This guides
the trans-boundary movements of living modified organisms with exceptions to
therapeutics.
Finally, it is worth noting that Biotechnology in Kenya is facing
numerous challenges, key among them being lack of proper legislation and
concerns over the safety of genetically modified organisms. However, there is
optimism that the future of biotechnology will only get better as government is
realizing the need to embrace biotechnology as well as due to the increased
sensitization of the Kenyan people on the benefits that biotechnology holds for
the country.