Akinbo Dr Olalekan Akinbo Geneticist and a Breeder |
In an this
interview with, Etta Michael Bisong Nigeria Country Co-ordinator for AU NEPAD
African Biosafety Network of Expertise (ABNE), Akinbo Dr. Olalekan Akinbo
geneticist and a Breeder, urged the government of Nigeria on the need to fast
track the accent to the bill to address the challenges and superintend over the
adoption of biotechnology in Nigeria.
Follow our
question and answer… What is Biotechnology? Ans: Biotechnology in simple term
is applied biology. Applied biology is using what you know to improve what you
do not know. Nelson Mandela said “It always seems impossible until it is done”.
Biotechnology is a tool used in plant (in this content) to insert gene that is
not heritable from the wild relatives into preferred cultivated crop for crop
improvement.
Que: In what
area can Biotechnology be applied in Nigeria?
Ans:
Globally, biotechnology is applied in every sphere of lives. The insulin in
medicine is as a result of biotechnology. In the area of crop improvement there
is the marriage between female and male plants to get children which in genetic
term is called progeny. When you start making the marriages between the two
they will produce offsprings (progenies) and selection for the best progenies
are done. The selection of the superior progenies across different environments
is done through conventional breeding. This breeding procedure is costly and
time consuming because of the unwanted characters that will be shared from both
parents to the progenies. Biotechnology can be helpful in the area of crop
improvement to improve the livelihood of the farmers and also to increase food
productivities both for food and export. Crops like Cassava, Maize, Cotton,
Rice, Cowpea and so on are potential crops for this technology.
Que: What
are the risks in Biotechnology (GMO)?
Ans: I want
you to understand that because this technology is new and are highly regulated,
a lot of information are available which are science based for the proof of the
safety of the technology and the crop(s). This technology is about
incorporating useful gene from other sources apart from plants. Genetic
materials are encoded for information. For instance, if a gene from human being
that is encoded for a particular function is put into plant or bacterial, it
will express itself alike. When you are talking about safety, because of the
way the technology came and is coming from trangene a source that is different
from what is known and the regulation have been put in place that make sure
that biodiversity is not affected. That is why the Cartagena Protocol brought
in leverage for this technology in which Nigeria is a signatory party. If you
are talking of food safety is it allergic or can it cause any disease. When you
talk about safety even with scientific data it will give it 99.9 percent that
is real life situation, you cannot say something is absolutely safe, but the
pre-cautionary measure to confirm has been established and till date by data,
literature and information around the World there have not been any critical
case or factor to say that this material has result in this disease or
sickness. But the information about this technology has been around for over 20
years now, and if over 20 years you haven’t seen anything significant the risk
level is absolutely still low.
Que: What are the necessary regulations actions
needed to ensure the proper adoption of biotechnology in Nigeria?
Ans: For regulatory activities in Nigeria, there
must be a law in place that is executable and internationally friendly and
workable. In the biosafety bill for this country, the stakeholder’s and the
lawyers have interpreted that bill to work within the context of Cartagena
protocol. Where there is no law there is no sin, if the bill is there it’s like
a working tool that will empower the regulator to do their job well, but now we
don’t have the law. So, until the law is signed and the body formed, then there
is no punishment. So, the stage that Nigeria is now is that the bill should be
signed into law, when it is assented to anyone that defaulted in following the
strike regulations by the international body then the police officers for this
technology will hammer them.
Que: What
are the benefits of this technology to Nigerian?
Ans: The
benefits of this technology are enormous to the environment and the farmer. For
instance BT cotton, there is no resistant source of gene to the destructive
insect (caterpillar) of cotton that can reduce the yield of cotton except by
using chemicals to spray at flowering before the onset of the infestation.
Chemical must be sprayed three or four times before any record yield on the
field can be harvested during any planting season. The side effect of the
pesticide residual both to the environment and human is enormous according to
the medical records that are available. But with BT cotton instead of spraying
for four times you only spray ones and still get abundant yield which will
translate to more income, efficient use of land, equipment and zero tillage
which conserve the ecosystem. When you are talking about the economic benefits,
(cowpea) that we eat if you don’t spray it you will not get any yield during
harvest because of the Maruca infestation. But with BT cowpea you spray less
and get more yield and when you get more yield it translates to better live
instead of getting 10 tons you can harvest higher tons per acreage which
translate into more income and safety of the environment.
Que: What
are the mechanisms adopted by ABNE to assist Nigeria competent authority?
Ans: We are
joining hands with competent authorities in Nigeria to build their capacity,
training of relevant stakeholders, networking with International community on
up to date Science base information. Workability of any law depends on the country
and Nigeria cannot stand in isolation as regards to regulatory frame work to
allow for the same level playing ground. The translation of this into
enforcement is the responsibility of competent authority. And the competent
authority for Nigeria is the biosafety unit of federal ministry of environment.
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