Advances in mammalian cloning prove that somatic nuclei can be reprogrammed to a state
of totipotency by transfer into oocytes. An alternative approach to reprogram the somatic …

Embryonic stem cells (ESCs) have the potential to reprogram somatic cells into ESC-like
cells through cell fusion. In the present study, the potential of human (h) ESC cytoplasts and …

Chromosome segregation of the parental chromosomes was studied in 20 interspecific
hybrid clones obtained by fusion of Mus musculus embryonic stem cells with Mus caroli …

The results of in situ hybridization with labeled species specific and X-chromosome-specific
probes suggest that hybrid cells obtained by fusion of Mus musculus embryonic stem cells …

The past decade has witnessed immense progress in research into the molecular basis
behind the developmental regulation of genes. Sets of genes functioning under hierarchical …

Nuclear and somatic cell genetic reprogramming has seen a huge improvement during the
past 10 years since the cloning of the first mammal, Dolly the sheep. In this chapter we will …

Chromosome complements of 20 hybrid clones obtained by fusing Mus musculus embryonic
stem cells (ESCs) and Mus caroli splenocytes were studied. The use of two-color …

The last decade has been characterized by extraordinary progress in studies of the
molecular mechanisms underlying the gene control of development: complexes of genes …

The paper deals with the FISH analysis of the regional replication of homologue of
chromosomes 1, 3, and 6 in hybrid cells obtained by the fusion of Mus musculus embryonic …