Sentence examples for creating a tandem from inspiring English sources

The arrangement of homologous sequences and I-SceI sites in the donor DNA defines two targeting strategies, Ends-In and Ends-Out, creating a tandem duplication or deletion of the target gene, respectively.

The activation of RAF has been shown to occur either through an activating point mutation (BRAF V600E), or much more frequently, through genomic alteration on 7q34 which creates a tandem duplication between the KIAA1549 gene and the BRAF gene kinase domain [10,11].

Scientists in Hong Kong recently reported having successfully combined perovskite and silicon to create a tandem solar cell with the world's highest reported efficiency rate – 25.5percentt!

We suspect that a gene-duplication has created a tandem array of ycf3-like regions (ψ ycf3; colored in light blue and dark blue in fig. 1 A); one seemingly encodes a functional protein, and the other is most likely nonfunctional due to a large deletion (supplementary fig. S4, Supplementary Material online).

Eventually, both will rise in tandem, creating a double whammy for bond investors.The result may resemble a panicky audience in a crowded cinema after a fire alarm goes off.

The scenes had little in common until July, when Shahid Khan, the owner of the Jaguars, bought Fulham for an estimated 200 million pounds (about $319 million), creating an unlikely sports tandem.

As highlighted by this study, clinical and research pioneers of IHC are recognizing that creating a viable evaluation culture in tandem with developing clinic services is an important pre-cursor to successfully conducting outcomes research in complex IHC settings.

The Zuli Smartplugs also work in tandem with one another, creating a Bluetooth mesh network to let them communicate with each other.

We have created a database of tandem repeats in the human genome based upon a new and innovative definition of evolutive tandem repeats.

Kittles and Kidd have also created a fast-break tandem on offense.

Lavrov et al. [ 15] created a model of tandem duplication and non-random loss (TDNL) to explain the gene rearrangements in two millipede mtDNA genomes (Narceus annularus and Thyropygus sp).