… continuing evolution of next‐generation DNA sequencing is … Usually only one recombinant
DNA molecule is transported … may contain many different recombinant DNA molecules, each …

… from any recombinants tested. We have therefore tagged the GAL4p … and sequences of the
inserted synthetic cassettes by DNA … Restriction enzyme sites that occur within the bacterial …

… restriction endonuclease and mixed together, new DNA … and DNA ligase to generate
hybrid DNA molecules.” The … to the development of recombinant DNA technology because it …

… ), and DNA-RNA hybrid, we tested the affinity of recombinant GST-His 6 … and subsequent
next-generation sequencing. The … with the bias of fragmentation by restriction enzymes (21), we …

… at each of the FRT sites would lead to Lys+ recombinants by allelic recombination between
… On the one hand, a cohort of factors has evolved to prevent or remove DNA-RNA hybrids co-…

… from Integrated DNA Technologies; restriction enzymes, T4 … sequencing carried out using
the NextSeq Illumina platform (… , and titrate levels of recombinant Sso7d–SpyCatcher adding …

… to create and study these hybrid molecules. The power of … the recombinant DNA (depending
upon the restriction enzyme … follicular development is an achievement of recombinant DNA …

… that recombinant mtDNA molecules were not observed in early interspecific hybrids. …
Restriction endonuclease analysis of mtDNA is widely used to distinguish between different yeast …

… DNA polymerase (Toyobo, Japan). Restriction enzymes, T4 polynucleotide kinase and T4
DNA … sequenced ∼3.3 kb DNA around the target gene from cells taken at cycle 27 by Illumina …

… sequences in DNA–RNA hybrids using directed evolution of … to how restriction enzymes
are applied for dsDNA cleavage. … mixture of T7 phages with recombinant T7ZfQQR in a 100:1 …