The primary intention of somatic cell nuclear transfer in cattle is commercially driven, notably to generate genetically superior animals with desired phenotypic traits as breeding stock. The widespread application of bovine cloning has been hampered by technical difficulties to which recently introduced zona pellucida-free procedures may offer a solution. The most radical approach is so-called ‘handmade cloning’ which does not require micromanipulators because enucleation and nucleus transfer are both performed manually. Handmade cloning is a rapid and efficient technique that requires less expertise and time than traditional nuclear transfer methods and the cost of equipment is significantly less. Here, we report the birth of the first fa...
Ruminants were the first mammalian species to be cloned successfully by nuclear transplantation. Tho...
The present study examined the in vitro and in vivo development of bovine nuclear-transferred embryo...
The aim of this study was to clone native Anatolian Grey cattle by using different donor cell types,...
The primary intention of somatic cell nuclear transfer in cattle is commercially driven, notably to ...
Recent evolutions of somatic cloning by nuclear transfer are reported, especially in the bovine spec...
Cloning by nuclear transfer using mammalian somatic cells has enormous potential application. Howeve...
Despite the tremendous advancement in somatic cell nuclear transfer (SCNT) in camels, the generation...
An efficient system for genetic modification and large scale cloning of cattle is of importance for ...
A all in vitro cloning technique was developed in which the reconstituted embryos from the first cyc...
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 ...
The production of a healthy cloned calf is dependent on a multitude of successful steps, including r...
As the demand for cloned embryos and offspring increases, the need arises for the development of nuc...
A all in vitro cloning technique was developed in wich embryos from the first cycle nuclear transfer...
In 1987, Prather et al. have performed the first embryo cloning by nuclear transfer in the bovine sp...
Ruminants were the first mammalian species to be cloned successfully by nuclear transplantation. Tho...
The present study examined the in vitro and in vivo development of bovine nuclear-transferred embryo...
The aim of this study was to clone native Anatolian Grey cattle by using different donor cell types,...
The primary intention of somatic cell nuclear transfer in cattle is commercially driven, notably to ...
Recent evolutions of somatic cloning by nuclear transfer are reported, especially in the bovine spec...
Cloning by nuclear transfer using mammalian somatic cells has enormous potential application. Howeve...
Despite the tremendous advancement in somatic cell nuclear transfer (SCNT) in camels, the generation...
An efficient system for genetic modification and large scale cloning of cattle is of importance for ...
A all in vitro cloning technique was developed in which the reconstituted embryos from the first cyc...
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 ...
The production of a healthy cloned calf is dependent on a multitude of successful steps, including r...
As the demand for cloned embryos and offspring increases, the need arises for the development of nuc...
A all in vitro cloning technique was developed in wich embryos from the first cycle nuclear transfer...
In 1987, Prather et al. have performed the first embryo cloning by nuclear transfer in the bovine sp...
Ruminants were the first mammalian species to be cloned successfully by nuclear transplantation. Tho...
The present study examined the in vitro and in vivo development of bovine nuclear-transferred embryo...
The aim of this study was to clone native Anatolian Grey cattle by using different donor cell types,...