Business Potential for Agricultural Biotechnology - Asian Productivity ...
Business Potential for Agricultural Biotechnology - Asian Productivity ...
Business Potential for Agricultural Biotechnology - Asian Productivity ...
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Status of <strong>Agricultural</strong> <strong>Biotechnology</strong> in the Islamic Republic of Iran<br />
• Establishing the <strong>Agricultural</strong> <strong>Biotechnology</strong> Research Institute in Karaj.<br />
• Establishing the <strong>Agricultural</strong> <strong>Biotechnology</strong> Research Institute in Esfahan.<br />
At the same time that biotechnological research centers were being established, academic<br />
and educational centers began to design <strong>for</strong>mal biotechnology courses.<br />
MAJOR ACHIEVEMENTS IN AGRICULTURAL BIOTECHNOLOGY RESEARCH<br />
Razi Research Institute<br />
Activities of this institute are considered “traditional” biotechnology. It has been a pioneer<br />
in research, mass production, and localizing the technology of vaccine and serum production. In<br />
addition to producing human vaccine, the institute produces some 3.3 million doses of livestock<br />
vaccine and 350 thousand doses of fowl vaccine each year.<br />
Research Center <strong>for</strong> <strong>Agricultural</strong> <strong>Biotechnology</strong><br />
Activities of this center are considered “modern” biotechnology. Despite the fact that this<br />
institute was established only recently, it has had significant achievements.<br />
Production of Transgenic Cotton<br />
Each year some 150 thousand ha of farmland are allocated to cotton cultivation. Almost<br />
400 tons of chemical pesticide are used <strong>for</strong> pest eradication. If production is increased at the<br />
same time that transgenic cotton resistant to cotton pod worms is introduced, costs will decrease<br />
and there will be less use of chemical pesticides, resulting in less environmental pollution.<br />
Production of Transgenic Rice<br />
Introduction of transgenic rice resistant to some pests and fungal diseases concurrent with<br />
increased production may lead to a decrease in costs and eventually less environmental pollution<br />
due to decreased use of chemical pesticide. This year, transgenic rice is being cultivated in 2,000<br />
ha of the country’s rice fields; the amount will be increased in future years.<br />
Production of Biofertilizer <strong>for</strong> Paddy Rice<br />
Because of the high costs of production and distribution of chemical pesticides and the resulting<br />
environmental pollution, the Research Center <strong>for</strong> <strong>Agricultural</strong> <strong>Biotechnology</strong> has decided<br />
to produce biofertilizers from local bacteria and algae. This will reduce costs <strong>for</strong> the production<br />
and distribution of chemical pesticides and decrease environmental pollution.<br />
Production of Biopesticides to Eliminate <strong>Agricultural</strong> Pests<br />
Insects cause great damage to plants, reducing crop production by 10%–20% annually.<br />
Each year 23,000 tons of chemical pesticides are used to kill agricultural pests, at an import cost<br />
of USD35 million. The Research Center <strong>for</strong> <strong>Agricultural</strong> <strong>Biotechnology</strong> has not only produced<br />
biopesticides but also proved their effectiveness on rice pests in farm tests. Industrial production<br />
of these biopesticides, in addition to preserving the environment and consumers’ health, has<br />
reduced the cost of producing crops significantly.<br />
Production of Virus-free Potato Seed<br />
The total area cultivated to potato is about 60,000 ha. Use of contaminated seed increases<br />
the spread of viral infections and thus the damage to potato farms. Using uncontaminated seed<br />
increases production by at least to 30%; potato production could be increased from 3 million to<br />
4.5 million tons.<br />
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