Bangladesh on 31 October 2013
approved the commercial cultivation of transgenic Bt brinjal. With this
decision Bangladesh became the first country in South Asia to cultivate the genetically modified
food crop.
National
Committee on Biosafety (NCB), the highest regulatory body for GM crops in Bangladesh,
officially approved the Bt brinjal varieties. With this step, Bangladesh
becomes the 29th country in the world to grow GM
crop. In South Asia, India, Pakistan and Myanmar grow GM crop cotton.
With the NCB nod, Bangladesh becomes the first in the region to grow a GM food
crop.
Four Bt brinjal varieties (Bt brinjal-1, 2, 3 and 4) have been approved by the Bangladesh Government for limited scale cultivation with some conditions. BARI (Bangladesh Agricultural Research Institute) had developed these Bt brinjal varieties incorporating Indian company Mahyco’s proprietary gene construct technology.
Four Bt brinjal varieties (Bt brinjal-1, 2, 3 and 4) have been approved by the Bangladesh Government for limited scale cultivation with some conditions. BARI (Bangladesh Agricultural Research Institute) had developed these Bt brinjal varieties incorporating Indian company Mahyco’s proprietary gene construct technology.
Maharashtra-based seed company-Mahyco had transferred its Bt brinjal
technology to BARI way back in 2005-06 through a USAID-funded and Cornell
University-managed Agricultural Biotechnology
Support Project.
About Bt brinjal
In GM crops, the genetic material (DNA) is altered for improvements in its qualities. Bt Brinjal, for instance, has been inserted with a natural bacterial protein which makes it resist pests.
About Bt brinjal
In GM crops, the genetic material (DNA) is altered for improvements in its qualities. Bt Brinjal, for instance, has been inserted with a natural bacterial protein which makes it resist pests.
Bt brinjal
contains a foreign Cry1Ac gene derived from a soil
bacterium, Bacillus thuringiensis or Bt. This gene synthesises a protein toxic to the fruit and shoot
borer (FSB), a destructive pest. The genegives the crop a built-in resistance to FSB, reducing reliance
on spraying pesticides.