Cloning by somatic cell nuclear transfer (SCNT) involves replacing an egg’s nucleus with the nucleus of an adult cell (or that derived from an embryo or foetus) to be cloned, and then activating the egg’s further development without fertilisation.Provided that unhealthy clones would be detected at veterinary inspection and quality controls and thus be prevented from entering the food chain, the currently available data indicate that food products from clones of cattle and pigs and their progeny are as safe as food products of livestock derived by conventional breeding. None of the available studies have identified any differences outside the normal variability in the composition of meat (cattle and swine) and milk (cattle) between clones or...
Cloning is a scientific term used to describe the process of genetic duplication. The most commonly ...
The commercial use of animal cloning for breeding food producing animals has been limited so far by ...
A tremendous amount is required of the oocyte cytoplasm to reprogramme a differentiated donor nucleu...
This document discusses recent developments in cloning of husbandry animals through somatic cell nuc...
The importance of creation of clones is exhibited in attempts to conserve and reproduce genetically ...
Cloned sheep, cattle, goats, pigs and mice have now been produced using somatic cells for nuclear tr...
An efficient animal cloning technology would provide many new opportunities for livestock agricultur...
It is remarkable that nuclear transfer using differentiated donor cells can produce physiologically ...
In 2007 the European Food Safety Authority (EFSA) was asked by the European Commission to provide a ...
Cloning by nuclear transfer using mammalian somatic cells has enormous potential application. Howeve...
nuclear transferdonor cell typesdonor ageserum starvationcell passage Cloning by nuclear transfer us...
The present study aims to investigate the nuclear reprogramming and culture requirement for somatic ...
As cloning technologies become more widely established, will products enter the food chain sooner th...
The association between food and health is well established and recent studies have shown that modi...
The possibility of cloning humans has raised questions as to whether nuclear transfer can be used to...
Cloning is a scientific term used to describe the process of genetic duplication. The most commonly ...
The commercial use of animal cloning for breeding food producing animals has been limited so far by ...
A tremendous amount is required of the oocyte cytoplasm to reprogramme a differentiated donor nucleu...
This document discusses recent developments in cloning of husbandry animals through somatic cell nuc...
The importance of creation of clones is exhibited in attempts to conserve and reproduce genetically ...
Cloned sheep, cattle, goats, pigs and mice have now been produced using somatic cells for nuclear tr...
An efficient animal cloning technology would provide many new opportunities for livestock agricultur...
It is remarkable that nuclear transfer using differentiated donor cells can produce physiologically ...
In 2007 the European Food Safety Authority (EFSA) was asked by the European Commission to provide a ...
Cloning by nuclear transfer using mammalian somatic cells has enormous potential application. Howeve...
nuclear transferdonor cell typesdonor ageserum starvationcell passage Cloning by nuclear transfer us...
The present study aims to investigate the nuclear reprogramming and culture requirement for somatic ...
As cloning technologies become more widely established, will products enter the food chain sooner th...
The association between food and health is well established and recent studies have shown that modi...
The possibility of cloning humans has raised questions as to whether nuclear transfer can be used to...
Cloning is a scientific term used to describe the process of genetic duplication. The most commonly ...
The commercial use of animal cloning for breeding food producing animals has been limited so far by ...
A tremendous amount is required of the oocyte cytoplasm to reprogramme a differentiated donor nucleu...