In this study, we evaluated the application of green fluorescent protein (GFP) from the
jellyfish Aequorea victoria, for efficient selection of possible transgenic and non-mosaic …

The increasing dependence of intensive livestock industries on animal biotechnology to
sustain and increase production efficiency continues to evoke animal welfare and ethical …

Today, transgenic animals represent one of the most potent and exciting research tools in
the biological sciences. A transgenic animal is an animal into whose genome foreign …

We studied the effects of mechanical damage of plasma and pronuclear membranes on the
development of in vitro-produced bovine zygotes. The effects of the type of injection fluid and …

Agriculture is a multibillion dollar industry in the United States alone [1]. It is no wonder that
livestock species have been considered obvious candidates for genetic engineering. When …

The introduction of mammalian artificial chromosomes (ACs) into zygotes represents an
alternative, more predictive technology for the production of recombinant proteins in …

Transgenic animals currently play an important role in biological research and commercial
developments. Pronuclear microinjection (PI), viral infection, receptor mediated gene …

Transgenic technology has been applied in domestic livestock to enhance food and fibre
production, promote disease resistance and to produce recombinant proteins from the …

The contemporary methods of genetic engineering and biotechnology, it was potential to
crossing inter specific barriers and fabricating transgenic organisms with newly acquired …

Recent advances in molecular biology and reproductive technology have generated the
possibility to create transgenic livestock. Applications of transgenesis in farm animals …