Results 151 to 160 of about 84,438 (207)
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2001
With rapid world population growth and declining availability of fresh water and arable land, a new technology is urgently needed to enhance agricultural productivity. Recent discoveries in the field of crop transgenics clearly demonstrate the great potential of this technology for increasing food production and improving food quality while preserving ...
Y, Li, Y H, Wu, R, McAvoy, H, Duan
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With rapid world population growth and declining availability of fresh water and arable land, a new technology is urgently needed to enhance agricultural productivity. Recent discoveries in the field of crop transgenics clearly demonstrate the great potential of this technology for increasing food production and improving food quality while preserving ...
Y, Li, Y H, Wu, R, McAvoy, H, Duan
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2014
Transgenic resistance to plant viruses is an important technology for control of plant virus infection, which has been demonstrated for many model systems, as well as for the most important plant viruses, in terms of the costs of crop losses to disease, and also for many other plant viruses infecting various fruits and vegetables.
Cillo Fabrizio, Palukaitis Peter
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Transgenic resistance to plant viruses is an important technology for control of plant virus infection, which has been demonstrated for many model systems, as well as for the most important plant viruses, in terms of the costs of crop losses to disease, and also for many other plant viruses infecting various fruits and vegetables.
Cillo Fabrizio, Palukaitis Peter
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Trends in Biotechnology, 2003
Transgenes promise to reduce insecticide and fungicide use but relatively little has been done to significantly reduce herbicide use through genetic engineering. Recently, three strategies for transgene utilization have been developed that have the potential to change this.
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Transgenes promise to reduce insecticide and fungicide use but relatively little has been done to significantly reduce herbicide use through genetic engineering. Recently, three strategies for transgene utilization have been developed that have the potential to change this.
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Development, Growth & Differentiation, 2012
The development of transgenic chicken technology has lagged far behind that of mammalian species. Two reasons for this are that only a one‐cell‐stage oocyte can be obtained from a sacrificed hen and that the yolk prevents high‐magnification microscopic observation of oocytes.
Ken-ichi, Nishijima, Shinji, Iijima
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The development of transgenic chicken technology has lagged far behind that of mammalian species. Two reasons for this are that only a one‐cell‐stage oocyte can be obtained from a sacrificed hen and that the yolk prevents high‐magnification microscopic observation of oocytes.
Ken-ichi, Nishijima, Shinji, Iijima
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Paediatric Respiratory Reviews, 2006
For the past 20 years researchers have used transgenic mice to help understand the basic mechanisms associated with inherited human and animal diseases. The ability to integrate exogenous genetic information into the mouse genome has revolutionised the analysis of gene function.
Judy M, Hickman-Davis, Ian C, Davis
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For the past 20 years researchers have used transgenic mice to help understand the basic mechanisms associated with inherited human and animal diseases. The ability to integrate exogenous genetic information into the mouse genome has revolutionised the analysis of gene function.
Judy M, Hickman-Davis, Ian C, Davis
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2003
The exact structure of a microinjection transgene depends entirely on the aims of a particular experiment. In this context, reference to the chapters on the applications of transgenesis and technical details of transgenes described in references therein are highly recommended.
Murphy, D., Carter, D.A., Smith, D.R.
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The exact structure of a microinjection transgene depends entirely on the aims of a particular experiment. In this context, reference to the chapters on the applications of transgenesis and technical details of transgenes described in references therein are highly recommended.
Murphy, D., Carter, D.A., Smith, D.R.
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Genome, 1989
Stable integration into the mouse genome of exogenous genetic information has become, over the past few years, a very potent approach for different aspects of biology. It is a common feature that the integrated exogenous gene (the transgene) is expressed properly both spatially and temporally.
Babinet, C. +2 more
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Stable integration into the mouse genome of exogenous genetic information has become, over the past few years, a very potent approach for different aspects of biology. It is a common feature that the integrated exogenous gene (the transgene) is expressed properly both spatially and temporally.
Babinet, C. +2 more
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BioEssays, 1987
AbstractTransgenic mice constitute an entirely new dimension of mammalian molecular genetics. They allow us to observe genes at work in the intact organism. Virtually every sector of biomedical research is likely to be affected.
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AbstractTransgenic mice constitute an entirely new dimension of mammalian molecular genetics. They allow us to observe genes at work in the intact organism. Virtually every sector of biomedical research is likely to be affected.
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Trends in Cardiovascular Medicine, 1995
Transgenic mice are important experimental systems for understanding the regulation of gene expression and the function of various gene products within the complex environment of an intact organism. Recombinant genes are introduced into the mouse embryo and their patterns of expression or phenotypic effects are examined.
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Transgenic mice are important experimental systems for understanding the regulation of gene expression and the function of various gene products within the complex environment of an intact organism. Recombinant genes are introduced into the mouse embryo and their patterns of expression or phenotypic effects are examined.
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1998
Since the generation of the first transgenic mice in 1980, transgene technology has also been successfully applied to large farm animals. Although this technology can be employed to improve certain production traits of livestock, this approach has not been very successful so far owing to unwanted effects encountered in the production animals.
J, Jänne +5 more
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Since the generation of the first transgenic mice in 1980, transgene technology has also been successfully applied to large farm animals. Although this technology can be employed to improve certain production traits of livestock, this approach has not been very successful so far owing to unwanted effects encountered in the production animals.
J, Jänne +5 more
openaire +2 more sources