By Matin Qaim, Anatole F. Krattiger, Joachim von Braun
Biotechnology bargains nice strength to give a contribution to sustainable agricultural development, nutrients protection and poverty relief in constructing nations. but there are financial and institutional constraints at nationwide and overseas degrees that inhibit the negative people's entry to suitable biotechnological strategies. Agricultural Biotechnology in constructing international locations: in the direction of Optimizingthe advantages for the Poor addresses the foremost constraints. Twenty-three chapters, written by means of a variety of students and stake-holders, supply an updated research of agricultural biotechnology advancements in Latin the USA, Africa and Asia. along with the anticipated monetary and social affects, the demanding situations for an adjustment of the foreign examine constitution are mentioned, with a different specialise in highbrow estate rights and the jobs of the most examine companies. Harnessing the comparative benefits of the private and non-private sectors via cutting edge partnerships is the single manner ahead to optimize the advantages of biotechnology for the bad. The e-book might be a useful source for either teachers and policy-makers concerned about agricultural biotechnology in context of developing-countries.
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Additional info for Agricultural Biotechnology in Developing Countries: Towards Optimizing the Benefits for the Poor
In backcross programs, a valuable gene is transferred from a donor line to an elite line (recipient). , disease resistance). This procedure takes several generations to select a backcross line with almost the same genetic constitution as the recipient. To accelerate this process, molecular markers can be employed in the first backcross generation to select individuals with a high proportion of elite alleles. Most agriculturally important characters, such as yielding components, are quantitatively inherited.
6. 7. DNA fingerprinting parents for creating source populations DNA fingerpr. parents for predicting performance of progeny Back-crossing transgenes Transferring qualitative (monogenic) factors Transferring quantitative factors Genetic mapping of quantitative trait loci Genetic mapping of qualitative trait loci 8. Map-based cloning 9. Monitoring homozygosity in progeny 10. Fingerprinting progeny in recurrent selection programs 11. 0 Note: In the ranking systems, 1 implies the greatest utility relative to other items on the list.
The nucleic acid of a plant virus is coated by a protein. If the coat protein gene is transferred to plants, they will be resistant to further virus attacks. This technique has been extremely successful in different species such as potato, tobacco, sugar beet, and tomato. The resistance provides protection against the virus from which the gene was derived and against related viruses. To obtain bacterial resistance, either antibiotic genes or natural resistance genes from plants have been employed.
Agricultural Biotechnology in Developing Countries: Towards Optimizing the Benefits for the Poor by Matin Qaim, Anatole F. Krattiger, Joachim von Braun