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Potentialities of new agri-biotechnology for sustainable nutrition
Author/s: Daniela Covino, Flavio Boccia 
Year:  2016 Issue: Language: English 
Pages:  10 Pg. 97-106 FullText PDF:  152 KB
DOI:  10.3280/RISS2016-002009
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Transgenic foods could be considered as daily conventional foods, that carry various kinds of well-known genetic modifications, and sometimes they are also able to perform a particular function. They are products which outwardly are the same as conventional ones, but they have features that can also be quite different. These foods could help improve the well-being of our society, especially for the fringe of the population with chronic diseases related to allergy phenomena or food intolerance, or a deficiency/excess of certain nutritional factors. The presence of novel foods on the market could improve their diet and, consequently, their well-being. The aim of the present work is to focus on the potential role of second generation genetically modified foods of enhancing more sustainable dietary regimes in terms of welfare. Functional transgenic food may be defined as daily conventional ones, carrying modifications in nutrients content, capable of performing as dietary supplement. Nutritional characteristics may strongly differ from usual foods in our dietary regimen in terms of vitamins, fat, gluten and so on. It is well accepted that such a kind of food might contribute to improves societies’ welfare, especially for people affected by chronic disease depending on allergies or intolerance, deficiency or surplus of specific nutritional factors. Still, several issues are to debate in terms of their acceptability and equivalence.
Keywords: Consumer, health, GMO, marketing, safety.

  1. Amaru S. (2014). A natural compromise: a moderate solution to the GMO & “natural” labeling disputes. Food and Drug Law Journal, 69, 4: 575-601.
  2. Batrinou A.M., Dimitriou E., Liatsos D., Pletsa V. (2005). Genetically modified foods: the effect of information. Nutrition & Food Science, 3, 35: 35-46.
  3. Bianchi P.G. (2000). The ‘farmer's privilege’ according to the EC Regulation no. 2100/94 and Directive 98/44/EC. ENSE: Rome.
  4. Boccaletti S., Moro D. (2000). Consumer willingness-to-pay for GM food products in Italy. AgBioForum – The Journal of Agrobiotechnology Management and Economics, 4: 259-267.
  5. Boccia F. (2016). Consumer perception: an analysis on second generation genetically modified foods. Nutrition and Food Science, 46, 5: 637-646.
  6. Boccia F. (2015). Genetically Modified Organisms: What Issues in the Italian Market? Quality – Access to Success, 16, 145: 105-110.
  7. Boccia F., Sarnacchiaro P. (2015). Genetically Modified Foods and Consumer Perspective. Recent Patents on Food, Nutrition & Agriculture, 7, 1: 28-34.
  8. Boccia F., Sarnacchiaro P. (2013). The Italian consumer and genetically modified food. Quality – Access to Success, 14, 136: 105-108.
  9. Bredahl L. (2001). Determinants of Consumer Attitudes and Purchase Intentions With Regard to Genetically Modified Food – Results of a Cross-National Survey. Journal of Consumer Policy, 24, 1: 23-61.
  10. Bruno F. (2003). The legal aspects transgenic agriculture. INEA: Rome.
  11. Conner A.J., Glare T.R., Nap J.-P. (2003). The release of genetically modified crops into the environment. The Plant Journal, 33, 1: 19-46.
  12. Covino D. (2016). GMOs and the issue of coexistence in Italy. Nutrition and Food Science, 46, 5: 659-671.
  13. Covino D. (2014). Health, Rights and European Legislation on GM Food. Quality – Access to Success, 15, 142: 98-100.
  14. Curtis K.R., Moeltner K. (2007). The effect of consumer risk perceptions on the propensity to purchase genetically modified foods in Romania. Agribusiness, 23, 2: 263-278.
  15. De Steur H., Gellynck X., Storozhenko S., Liqun G., Lambert W., Van Der Straeten D., Viaene J. (2010). Willingness-to-accept and purchase genetically modified rice with high folate content in Shanxi Province, China. Appetite, 54, 1: 118-125.
  16. Defez R. (2010). This explains why someone starts to write the numbers on GMOs. Available at (accessed March 2016).
  17. Defez R. (2014). Bees Inspector Clouseau. Available at (accessed February 2016).
  18. Defez R. (2015a). GMOs: some serve to Italy. Available at https:// (accessed February 2016).
  19. Defez R. (2015b). GMO: Italian research in agriculture serves in open field. Available at documento_evento_procedura_commissione/files/000/002/907/Documentazione _dott._Defez_n.4.pdf (accessed March 2016).
  20. Deodhar S.Y., Ganesh S., Chern W.S. (2008). Emerging markets for GM foods: an Indian perspective on consumer understanding and the willingness to pay. International Journal of Biotechnology, 10, 6: 570-587.
  21. Eurobarometer (2013). The Europeans and biotechnology in 2012. A report to the EC Directorate General for Research from the project ‘Life Sciences in European Society’. Eurobarometer: Netherlands.
  22. Frewer L., Lassen J., Kettlitz B., Scholderer J., Beekman V., Berdal K.G. (2004). Societal aspects of genetically modified foods. Food and Chemical Toxicology, 42, 7: 1181-1193.
  23. Gaskell G., Allum N., Bauer M., Durant J., Allansdottir A., Bonfadelli H., Boy D., de Cheveigne S., Fjaestad B., Gutteling J.M., Hampel J., Jelsoe E., Jesuino J.C., Kohring M., Kronberger N., Midden C., Nielsen T.H., Przestalski A., Rusanen T., Sakellaris G., Torgersen H., Twardowski T., Wagner W. (2000). Biotechnology and the European public. Nat Biotech, 18, 9: 935-938.
  24. Giarè F. (2003). Information, communication and participation. The case of biotechnologies. INEA: Rome.
  25. Goyal P., Gurtoo S. (2011). Factors Influencing Public Perception: Genetically Modified Organisms. GMO Biosafety Research, 2, 1: 1-11.
  26. Harrison R.W., Boccaletti S., House L. (2004). Risk Perceptions of Urban Italian and United States consumers for genetically modified foods. AgBioForum – The Journal of Agrobiotechnology Management and Economics, 7: 195-201.
  27. ISAAA (2016). Global status of commercialized transgenic crops. Available at accessed 4 October 2016.
  28. Knight J.G., Mather D.W., Holdsworth D.K. (2005). Consumer benefits and acceptance of genetically modified food. Journal of Public Affairs, 5, 3-4: 226-235.
  29. Loureiro M.L., Bugbee M. (2005). Enhanced GM foods: Are consumers ready to pay for the potential benefits of biotechnology? Journal of Consumer Affairs, 39, 1: 52-70.
  30. Lusk J.L., Roosen J., Fox J.A. (2003). Demand for Beef from Cattle Administered Growth Hormones or Fed Genetically Modified Corn: A Comparison of Consumers in France, Germany, the United Kingdom, and the United States. American Journal of Agricultural Economics, 85, 1: 16-29.
  31. Mcinerney C., Bird N., Nucci M. (2004). The Flow of Scientific Knowledge from Lab to the Lay Public: The Case of Genetically Modified Food. Science Communication, 26, 1: 44-74.
  32. Montuori P., Triassi M., Sarnacchiaro P. (2012). The consumption of genetically modified foods in Italian high school students. Food Quality and Preference, 26, 2: 246-251.
  33. Russo D. (2015). Relationship between genetically modified foods and mass retail. Quality – Access to Success, 16, 146: 93-96.
  34. Sarno V., Malgeri Manzo R. (2016). Italian companies’ attitude towards GM crops. Nutrition and Food Science, 46, 5: 685-694.
  35. Sarno V., Ardeleanu M.P. (2014). Information management and consumer behavior towards GMOs. Quality – Access to Success, 15, 138: 93-99.
  36. Siegrist, M. (2008). Factors influencing public acceptance of innovative food technologies and products. Trends in Food Science & Technology, 19, 11: 603-608.
  37. Sjöberg L. (2004). Principles of risk perception applied to gene technology. Science and society, 5, 1: S47-S51.
  38. Soregaroli C., Boccaletti S., Moro D. (2003). Consumers’ attitudes towards labeled and unlabeled GM Products in Italy. Paper presented at IAMA World Food and Agribusiness Forum Proceedings June 2003, Cancun, Mexico.
  39. Tanaka Y. (2004). Major Psychological Factors Affecting Acceptance of Gene-Recombination Technology. Risk Analysis, 24, 6: 1575-1583.
  40. Vilella-Vila M., Costa-Font J., Mossialos E. (2005). Consumer involvement and acceptance of biotechnology in the European Union: a specific focus on Spain and the UK. International Journal of Consumer Studies, 29, 2: 108-118.
  41. Wohlers A.E. (2010). Regulating genetically modified food. Politics & the Life Sciences, 29, 2: 17-39.
  42. Yamaguchi T., Suda F. (2010). Changing social order and the quest for justification: GMO controversies in Japan. Science, Technology & Human Values, 35, 3: 382-407.
  43. Yang Y.T., Chen B. (2016). Governing GMOs in the USA: Science, law and public health. Journal of the Science of Food and Agriculture, 96, 6: 1851-1855.
  44. Zechendorf B. (1999). Agricultural Biotechnology: Why Do Europeans Have Difficulty Accepting It? AgBioForum, 1, 1: 8-13

Daniela Covino, Flavio Boccia, in "RIVISTA DI STUDI SULLA SOSTENIBILITA'" 2/2016, pp. 97-106, DOI:10.3280/RISS2016-002009


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