Assessing the risks associated with geneflow from GM crops to wild relatives is a significant scientific challenge. Most researchers have focused on assessing the frequency of gene flow, too often on a localized scale, and ignoring the hazards caused by geneflow. To quantify risk, multi-disciplinary research teams need to unite and scale up their studies
The safe application of genetically modified organisms (GMOs) requires a risk assessment prior to th...
International audienceGene flow is a common phenomenon for crop species and its implications for Gen...
Use of genetic transformation, as the most widely pursued form of "genetic engineering", i...
Cultivation of genetically modified crops is presently based largely on four crops containing few tr...
In this review the primary strategies employed in compiling a risk assessment for gene flow from a G...
The objectives of this workshop is to discuss information that the present situation of the research...
especially if they acquire GM traits such as herbicide resistance Various authorities have set, or a...
Genetically modified or engineered organisms (GMOs, GEOs) are utilised in agriculture, expressing tr...
Much political opportunism, heated rhetoric, and protection of vested interests surround the debate ...
If Genetic Modification is to be accepted as a sustainable technological development its social, eco...
The probability and consequences of gene flow to wild relatives is typically considered in the envir...
Despite numerous future promises, there is a multitude of concerns about the impact of GM crops on t...
The debate concerning genetically modified crops illustrates confusion between the role of scientist...
The release of genetically modified plants is governed by regulations that aim to provide an assessm...
<p>The utilisation of the CRISPR/Cas9 technology has sparked a renewed interest in gene drive ...
The safe application of genetically modified organisms (GMOs) requires a risk assessment prior to th...
International audienceGene flow is a common phenomenon for crop species and its implications for Gen...
Use of genetic transformation, as the most widely pursued form of "genetic engineering", i...
Cultivation of genetically modified crops is presently based largely on four crops containing few tr...
In this review the primary strategies employed in compiling a risk assessment for gene flow from a G...
The objectives of this workshop is to discuss information that the present situation of the research...
especially if they acquire GM traits such as herbicide resistance Various authorities have set, or a...
Genetically modified or engineered organisms (GMOs, GEOs) are utilised in agriculture, expressing tr...
Much political opportunism, heated rhetoric, and protection of vested interests surround the debate ...
If Genetic Modification is to be accepted as a sustainable technological development its social, eco...
The probability and consequences of gene flow to wild relatives is typically considered in the envir...
Despite numerous future promises, there is a multitude of concerns about the impact of GM crops on t...
The debate concerning genetically modified crops illustrates confusion between the role of scientist...
The release of genetically modified plants is governed by regulations that aim to provide an assessm...
<p>The utilisation of the CRISPR/Cas9 technology has sparked a renewed interest in gene drive ...
The safe application of genetically modified organisms (GMOs) requires a risk assessment prior to th...
International audienceGene flow is a common phenomenon for crop species and its implications for Gen...
Use of genetic transformation, as the most widely pursued form of "genetic engineering", i...