Modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.

The difference between the potential applications of genetically modified plants (GMP) and the reality of agriculture is very big; it is enough to compare the laboratory applications published in scientific reviews or the patents, with what is effectively cultivated today. The real applications concern almost exclusively four botanical species, soya, corn, cotton and canola and two types of modifications, herbicide tolerance and insects resistance. An attempt of prospective is presented here. It is based on the strategies of development of two of the biggest firms of vegetable biotechnologies, Monsanto and DuPont. The recent or future applications in human food or animal feed of GMP which concern fats are rare; they concerned modifications of content in lipids and especially composition in fatty acids essentially in soya, even corn. The current applications concern soya oils with lowered content in a linolenic acid which have hardly just been launched on the market. In longer term, soya oils containing n-3 long chain fatty acids should make their appearance on the market. But the major developments will always concern the agronomic characters of plants of large cultures, within the framework of an extensive agriculture in the big agricultural countries or in country in emergence as well as uses of PGM for energy production purposes.

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Main Author: Pascal, Gérard 49282, autor. aut
Format: Texto biblioteca
Language:Fr
Subjects:Ácidos grasos., Maíz., Modificación genética, Soya, Soybean,
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spelling cat-fedepalma-256872022-08-05T00:17:50ZModification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles. Pascal, Gérard 49282, autor. aut text FrThe difference between the potential applications of genetically modified plants (GMP) and the reality of agriculture is very big; it is enough to compare the laboratory applications published in scientific reviews or the patents, with what is effectively cultivated today. The real applications concern almost exclusively four botanical species, soya, corn, cotton and canola and two types of modifications, herbicide tolerance and insects resistance. An attempt of prospective is presented here. It is based on the strategies of development of two of the biggest firms of vegetable biotechnologies, Monsanto and DuPont. The recent or future applications in human food or animal feed of GMP which concern fats are rare; they concerned modifications of content in lipids and especially composition in fatty acids essentially in soya, even corn. The current applications concern soya oils with lowered content in a linolenic acid which have hardly just been launched on the market. In longer term, soya oils containing n-3 long chain fatty acids should make their appearance on the market. But the major developments will always concern the agronomic characters of plants of large cultures, within the framework of an extensive agriculture in the big agricultural countries or in country in emergence as well as uses of PGM for energy production purposes.The difference between the potential applications of genetically modified plants (GMP) and the reality of agriculture is very big; it is enough to compare the laboratory applications published in scientific reviews or the patents, with what is effectively cultivated today. The real applications concern almost exclusively four botanical species, soya, corn, cotton and canola and two types of modifications, herbicide tolerance and insects resistance. An attempt of prospective is presented here. It is based on the strategies of development of two of the biggest firms of vegetable biotechnologies, Monsanto and DuPont. The recent or future applications in human food or animal feed of GMP which concern fats are rare; they concerned modifications of content in lipids and especially composition in fatty acids essentially in soya, even corn. The current applications concern soya oils with lowered content in a linolenic acid which have hardly just been launched on the market. In longer term, soya oils containing n-3 long chain fatty acids should make their appearance on the market. But the major developments will always concern the agronomic characters of plants of large cultures, within the framework of an extensive agriculture in the big agricultural countries or in country in emergence as well as uses of PGM for energy production purposes.Ácidos grasos.Maíz.Modificación genéticaSoyaSoybean
institution FEDEPALMA
collection Koha
country Colombia
countrycode CO
component Bibliográfico
access En linea
databasecode cat-fedepalma
tag biblioteca
region America del Sur
libraryname Centro de Información y Documentación Palmero
language Fr
topic Ácidos grasos.
Maíz.
Modificación genética
Soya
Soybean
Ácidos grasos.
Maíz.
Modificación genética
Soya
Soybean
spellingShingle Ácidos grasos.
Maíz.
Modificación genética
Soya
Soybean
Ácidos grasos.
Maíz.
Modificación genética
Soya
Soybean
Pascal, Gérard 49282, autor. aut
Modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.
description The difference between the potential applications of genetically modified plants (GMP) and the reality of agriculture is very big; it is enough to compare the laboratory applications published in scientific reviews or the patents, with what is effectively cultivated today. The real applications concern almost exclusively four botanical species, soya, corn, cotton and canola and two types of modifications, herbicide tolerance and insects resistance. An attempt of prospective is presented here. It is based on the strategies of development of two of the biggest firms of vegetable biotechnologies, Monsanto and DuPont. The recent or future applications in human food or animal feed of GMP which concern fats are rare; they concerned modifications of content in lipids and especially composition in fatty acids essentially in soya, even corn. The current applications concern soya oils with lowered content in a linolenic acid which have hardly just been launched on the market. In longer term, soya oils containing n-3 long chain fatty acids should make their appearance on the market. But the major developments will always concern the agronomic characters of plants of large cultures, within the framework of an extensive agriculture in the big agricultural countries or in country in emergence as well as uses of PGM for energy production purposes.
format Texto
topic_facet Ácidos grasos.
Maíz.
Modificación genética
Soya
Soybean
author Pascal, Gérard 49282, autor. aut
author_facet Pascal, Gérard 49282, autor. aut
author_sort Pascal, Gérard 49282, autor. aut
title Modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.
title_short Modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.
title_full Modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.
title_fullStr Modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.
title_full_unstemmed Modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.
title_sort modification génétique des oléagineux pour de nouvelles matières grasses et perspectives nutritionnelles.
work_keys_str_mv AT pascalgerard49282autoraut modificationgenetiquedesoleagineuxpourdenouvellesmatieresgrassesetperspectivesnutritionnelles
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