… number of these anthropogenically modified specimens were … We next compared genome-wide
sequences of the Obishir V … connections and domestic animal dispersals. Although our …

… animal staff, it is necessary to make genetically modified rabbits … stem (ES) cells and the
genome information, it has been … recombination-based genomic modification as to generate KO …

… The possibility of deriving reprogrammed human-induced PSCs (hiPSCs) from patient
biopsies, modifying them, and obtaining isogenic cells by reversing mutations through genome …

… specific genetic modifications that can be applied to virtually any organism was discovered,
and a year later, it was successfully applied to make specific modifications in the genome of …

… genomic analysis, epigenetic modification, microbiota, inflammatory regulation and immune
evasion mechanism of mastitis, aiming to provide directions for the prevention and control of …

… modification, DNA methylation, genomic imprinting, and noncoding RNA regulation are
the main forms of epigenetics. The original epigenetic modifications in donor cell genome are …

… wild animals. These changes are linked to modifications in the genetic flow of domesticated
… isolates from wildlife and domestic animals are lacking. One important exception is B. ovis. …

… We modified the pEPSCM and developed bEPSCM for … modifications in the bovine genome.
We next explored using … for producing animals with sophisticated genetic modifications. …

… This enabled significant progress in the generation of genetically edited animals. The most
recent CRISPR/Cas9 system is an efficient tool for the genomic modification of targeted loci …

… has mostly focused on artificial targeted modifications of genes (via gene inactivation or … in
a farm animal illustrates how our knowledge of existing variants can inform or inspire genome …