Genetically modified cattle production is motivated by many factors, including recombinant
protein production for therapeutic purposes, disease models and animals presenting …

Background: Fourteen years after the birth of Dolly, it is still remarkable that nuclear transfer
(NT) using differentiated cells can produce physiologically normal animals. But the process …

The ability to produce transgenic animals through the introduction of exogenous DNA has
existed for many years. However, past methods available to generate transgenic animals …

Somatic cell nuclear transfer (SCNT) is much more widely and efficiently practiced in cattle
than in any other species, making this arguably the most important mammal cloned to date …

Nuclear transfer or cloning is a very powerful technology for the production of an unlimited
number of genetically identical offspring. Cloning has been available for the commercial …

Somatic cell nuclear transfer (SCNT), popularly called “animal cloning (AC),” is the only
assisted reproductive technique that allows reprogramming of a differentiated somatic cell …

Somatic cell nuclear transfer (cloning) returns a differentiated cell to a totipotent status; a
process termed nuclear reprogramming. Nuclear transfer has potential applications in …

Cloning by somatic cell Nuclear Transfer (SCNT) is a powerful technology capable of
reprograming terminally differentiated cells to totipotency for generating whole animals or …

This article reviews the current state of generating genetically identical animals (clones) in
the bovine species through nuclear transfer. In this process, the nucleus of a donor cell is …

Cloning by nuclear transfer using mammalian somatic cells has enormous potential
application. However, somatic cloning has been inefficient in all species in which live clones …