Considerable progress has been made in methods for production of transgenic livestock; beginning with pronuclear microinjection over 20 years ago. New methods, including the use of viral vectors, sperm-mediated gene transfer and somatic cell cloning, have overcome many of the limitations of pronuclear microinjection. It is now possible to not only readily make simple insertional genetic modifications, but also to accomplish, more complex, homozygous gene targeting and artificial chromosome transfer in livestock
International audienceGenetically engineered sheep and goats represent useful models applied to proo...
Global population will increase to over nine billion by 2050 with the doubling in demand for meat an...
The process of transgenesis involves the introduction of a foreign gene, the transgene, into the gen...
Considerable progress has been made in methods for production of transgenic livestock; beginning wit...
Transgenic animals are those animals that have been altered through the transfer or deletion of gene...
Transgenesis offers new possibilities to rapidly modify the genome of living organisms. The applicat...
The limitations of existing transgenic technology, the potential of cloning technology to overcome...
The production of transgenic animals has been one of the most powerful technical advances in the und...
The list of transgenic animals developed to test ways of producing livestock resistant to infectious...
The production of transgenic farm animals is of great interest of modern basic and applied researche...
A transgenic animal is an animal in which foreign DNA has been incorporated into its original DNA. T...
Techniques that allow modification of the mammalian genome have made a considerable contribution to ...
Recombinant DNA technology and gene transfer were set about forty years ago and since then have prov...
Animals with manipulated genetic material (carrying recombinant DNA) are known as transgenic animals...
The potential of transgenesis to achieve rational and efficient animal improvement has been recognis...
International audienceGenetically engineered sheep and goats represent useful models applied to proo...
Global population will increase to over nine billion by 2050 with the doubling in demand for meat an...
The process of transgenesis involves the introduction of a foreign gene, the transgene, into the gen...
Considerable progress has been made in methods for production of transgenic livestock; beginning wit...
Transgenic animals are those animals that have been altered through the transfer or deletion of gene...
Transgenesis offers new possibilities to rapidly modify the genome of living organisms. The applicat...
The limitations of existing transgenic technology, the potential of cloning technology to overcome...
The production of transgenic animals has been one of the most powerful technical advances in the und...
The list of transgenic animals developed to test ways of producing livestock resistant to infectious...
The production of transgenic farm animals is of great interest of modern basic and applied researche...
A transgenic animal is an animal in which foreign DNA has been incorporated into its original DNA. T...
Techniques that allow modification of the mammalian genome have made a considerable contribution to ...
Recombinant DNA technology and gene transfer were set about forty years ago and since then have prov...
Animals with manipulated genetic material (carrying recombinant DNA) are known as transgenic animals...
The potential of transgenesis to achieve rational and efficient animal improvement has been recognis...
International audienceGenetically engineered sheep and goats represent useful models applied to proo...
Global population will increase to over nine billion by 2050 with the doubling in demand for meat an...
The process of transgenesis involves the introduction of a foreign gene, the transgene, into the gen...