Nuclear transfer (NT) is a procedure by which genetically identical individuals can be
created. The applications of these NT techniques will be in agriculture, biomedicine, and …

NUCLEAR TRANSFER is a procedure by which genetically identical individuals can be
created. The applications of these techniques for nuclear transfer will be in agricultural …

The low efficiency in obtaining piglets after production of cloned embryos was challenged in
two steps—first by performing in vitro culture for 5–6 days after cloning to obtain later-stage …

Porcine cloning technology can be used to produce progenies genetically identical to the
donor cells from high-quality breeding pigs. In addition, genetically modified pigs have been …

Xenotransplantation is one alternative to transplantation of human organs which has been
investigated. It is generally accepted that the pig represents the most logical choice of …

Somatic cell nuclear transfer (SCNT) using genetically modified donor cells facilitates the
generation of tailored pig models for biomedical research and for xenotransplantation. Up to …

Although mouse embryonic stem cells have been used widely for over a decade as an
important tool for introducing precise genetic modification into the genome, demonstrating …

The efficiency of porcine somatic nuclear transfer (born piglets/transferred embryos) is low.
Here, we report a highly efficient protocol using peripubertal gilts as recipients synchronized …

Manipulation of the pig genome has the potential to improve pig production and offers
powerful biomedical applications. Genetic manipulation of mammals has been possible for …

Pig cloning has great potential to human xenotransplantation. The present study was
designed to establish a more efficient system for producing cloned pigs by somatic cell …