Transgenic technology is rapidly developing as techniques for transforming fish and other organisms improve (Muir and Hostetler, 2001). Current limitations of this technology lie in construct development. These limitations include: stability, position independence, regulation, tissue for expression, and equally important, which genes to insert. Our information base on all of thes
Atlantic salmon expressing a growth hormone (GH) transgene may become the first genetically engineer...
Abstract. This paper reviews the public and scientific debates over the risks and benefits of aquacu...
The modification of living agents for biological control can be collectively regarded as genetic bio...
Applications for the commercial culture of patented genetically modified (GM) fish are presently blo...
Genetically improved transgenic fish possess many beneficial economic traits; however, the commercia...
A fluorescent zebrafish was the first genetically engineered animal to be marketed, and biotechnolo...
The reproductive biology of fish makes them particularly amenable to genetic manipulation. A genetic...
The gene transfer technique, transgenesis, has permitted the transfer of genes from one organism to ...
An introduction describes the aims of genetic modifications, developmental stages of fish, a list of...
Public concern about the safety of many forms of industrial technology are known to be linked to a r...
Abstract Transgenic modification of plants is a key enabling technology for developing sustainable b...
This is an overview of current research into the use of modern biotechnology in aquaculture. It is d...
A review of the literature shows that the environmental risks and benefits of genetically modified c...
The Ecological Society of America has evaluated the ecological effects of current and potential uses...
Genetically modified products are widely commercialized in agricultural production. These include re...
Atlantic salmon expressing a growth hormone (GH) transgene may become the first genetically engineer...
Abstract. This paper reviews the public and scientific debates over the risks and benefits of aquacu...
The modification of living agents for biological control can be collectively regarded as genetic bio...
Applications for the commercial culture of patented genetically modified (GM) fish are presently blo...
Genetically improved transgenic fish possess many beneficial economic traits; however, the commercia...
A fluorescent zebrafish was the first genetically engineered animal to be marketed, and biotechnolo...
The reproductive biology of fish makes them particularly amenable to genetic manipulation. A genetic...
The gene transfer technique, transgenesis, has permitted the transfer of genes from one organism to ...
An introduction describes the aims of genetic modifications, developmental stages of fish, a list of...
Public concern about the safety of many forms of industrial technology are known to be linked to a r...
Abstract Transgenic modification of plants is a key enabling technology for developing sustainable b...
This is an overview of current research into the use of modern biotechnology in aquaculture. It is d...
A review of the literature shows that the environmental risks and benefits of genetically modified c...
The Ecological Society of America has evaluated the ecological effects of current and potential uses...
Genetically modified products are widely commercialized in agricultural production. These include re...
Atlantic salmon expressing a growth hormone (GH) transgene may become the first genetically engineer...
Abstract. This paper reviews the public and scientific debates over the risks and benefits of aquacu...
The modification of living agents for biological control can be collectively regarded as genetic bio...