Biotech specialty crops face a number of potential barriers. Regulatory uncertainty over new plant-breeding methods and costly overseas approvals could complicate plans for commercialization. Stacking a generic crop aids innovators in the marketplace, but generic crops may need the regulatory data held by patent holders to achieve regulatory approval. Sustainability standards may arbitrarily deny use of biotechnology. Any innovator heading into this sector will need to be aware of all the potential threats awaiting these exciting opportunities in genetic engineering of biotech crops
More than 20 years ago, the first genetically modified (GM) plants entered the seed market. The pate...
Without public acceptance, the applications of genetic engineering may be regulated out of existence...
Genetically engineered crops have been grown for more than 20 years, resulting in widespread albeit ...
The seed industry has routinely incorporated new technology into its research and development progra...
Technological change has driven economic progress in agriculture and will continue to play a crucial...
Peggy Lemaux points out that new applications of genetic engineering in agriculture are not limited ...
The expanding universe of biotechnology products will broaden the range of environmental risks and c...
Regulatory clarity and efficiency are increasingly important for the successful commercialization of...
Regulatory clarity and efficiency are increasingly important for the successful commercialization of...
Development of transgenic horticultural crops has slowed significantly in recent years for ...
The debate over GM crops is one of the most controversial issues of recent decades. The debate has m...
Modern agriculture has started to rely more on the use of biotechnology over the past years in order...
Commercial and academic activities in the production of pharmaceuticals or other substances of indus...
The acreage of agronomic crops (soybean, cotton, corn and canola) developed using recombina...
We need strong, but not stifling, regulation to reassure consumers—“appropriate regulation.” It can ...
More than 20 years ago, the first genetically modified (GM) plants entered the seed market. The pate...
Without public acceptance, the applications of genetic engineering may be regulated out of existence...
Genetically engineered crops have been grown for more than 20 years, resulting in widespread albeit ...
The seed industry has routinely incorporated new technology into its research and development progra...
Technological change has driven economic progress in agriculture and will continue to play a crucial...
Peggy Lemaux points out that new applications of genetic engineering in agriculture are not limited ...
The expanding universe of biotechnology products will broaden the range of environmental risks and c...
Regulatory clarity and efficiency are increasingly important for the successful commercialization of...
Regulatory clarity and efficiency are increasingly important for the successful commercialization of...
Development of transgenic horticultural crops has slowed significantly in recent years for ...
The debate over GM crops is one of the most controversial issues of recent decades. The debate has m...
Modern agriculture has started to rely more on the use of biotechnology over the past years in order...
Commercial and academic activities in the production of pharmaceuticals or other substances of indus...
The acreage of agronomic crops (soybean, cotton, corn and canola) developed using recombina...
We need strong, but not stifling, regulation to reassure consumers—“appropriate regulation.” It can ...
More than 20 years ago, the first genetically modified (GM) plants entered the seed market. The pate...
Without public acceptance, the applications of genetic engineering may be regulated out of existence...
Genetically engineered crops have been grown for more than 20 years, resulting in widespread albeit ...