- The Oxford Handbook of Food, Politics, and Society
- List of Contributors
- How is Food Political? Market, State, and Knowledge
- Science, Politics, and the Framing of Modern Agricultural Technologies
- Genetically Improved Crops
- Agroecological Intensification of Smallholder Farming
- The Hardest Case: What Blocks Improvements in Agriculture in Africa?
- The Poor, Malnutrition, Biofortification, and Biotechnology
- Biofuels: Competition for Cropland, Water, and Energy Resources
- Alternative Paths to Food Security
- Ethics of Food Production and Consumption
- Food, Justice, and Land
- Food Security, Productivity, and Gender Inequality
- Delivering Food Subsidy: The State and the Market
- Diets, Nutrition, and Poverty: Lessons from India
- Food Price and Trade Policy Biases: Inefficient, Inequitable, Yet not Inevitable
- Intellectual Property Rights and the Politics of Food
- Is Food the Answer to Malnutrition?
- Fighting Mother Nature with Biotechnology
- Climate Change and Agriculture: Countering Doomsday Scenarios
- Wild Foods
- Livestock in the Food Debate
- The Social Vision of the Alternative Food Movement
- Food Values Beyond Nutrition
- Cultural Politics of Food Safety: Genetically Modified Food in France, Japan, and the United States
- Food Safety
- The Politics of Food Labeling and Certification
- The Politics of Grocery Shopping: Eating, Voting, and (Possibly) Transforming the Food System
- The Political Economy of Regulation of Biotechnology in Agriculture
- Co-Existence in the Fields? GM, Organic, and Conventional Food Crops
- Global Movements for Food Justice
- The Rise of the Organic Foods Movement as a Transnational Phenomenon
- The Dialectic of Pro-Poor Papaya
- Thinking the African Food Crisis: The Sahel Forty Years On
- Transformation of the Agrifood Industry in Developing Countries
- The Twenty-First Century Agricultural Land Rush
- Agricultural Futures: The Politics of Knowledge
Abstract and Keywords
This article focuses on the technological challenges in developing biotechnology and nutritionally enhanced crops. It discusses how the lack of basic knowledge about plant metabolism has hindered research on improving the nutritional quality of plants. It describes new technologies that seek to counter some of the complex problems in the metabolic engineering of pathways, overcome the limitation of single gene transfers, and facilitate the concomitant transfer of multiple components of metabolic pathways. Sample applications of these technologies are also discussed.
Martina Newell-McGloughlin, D.Sc. Is Director of International Biotechnology Program, Co-Director of NIH Training Program in Biomolecular Technology, Co-Director of NSF CREATE IGERT and Adjunct Professor, Plant Pathology at UC Davis.
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