Sentence examples for template a single from inspiring English sources

On the SL template, a single layer of 2.3-nm In0.4Ga0.6As QDs was deposited that was capped with 3-nm GaAs.

By depositing a thin metal layer on top of the nanowire template, a single individual nanowire circuit can be easily formed in situ by self-limiting the growth of other entire nanowires that are not connected, thereby creating a single individual nanowire contact.

Using haploid genomic Hyq-Prox and Hyq-Dist oligodeoxynucleotides (Table 1; Fig. 2) as primer-pair and strain 66132 genomic DNA as template, a single 2.2 kbp DNA fragment was amplified by PCR and then sequenced on both strands using either Hyq-Prox or Hyq-Dist as DNA sequencing primers.

For the positive control DNA template, a single colony of each of five different isolates (i.e., samples S0001, S0002, S0024, S0025 and S0050 in Data set S1) was mixed in one tube with 50 μl sterile de-ionised water, which was treated as described in the section DNA isolation.

For instance, as expected single male blastomeres contained only one Xist template, a single copy of genomic DNA on their X chromosome (see Fig. 4A, solid blue line), while single female blastomeres contained multiple Xist templates due to the presence of Xist RNA, as indicated by their lower CT values (see Fig. 4A, solid red line).

Cobalt-nickel (Co-Ni) binary alloy nanowires of different compositions were co-deposited in the nanopores of highly ordered anodic aluminum oxide (AAO) templates from a single sulfate bath using alternating current (AC) electrodeposition.

On a structural level, how are both pathways templated within a single active site?

These results provide a structural glimpse into both cisoid and transoid cyclization pathways efficiently templated by a single enzyme active site, consistent with the recently elucidated stereochemistry of the cisoid products.

In order to fabricate Co-Ni alloy nanowires in the nanopores of AAO templates, a single sulfate bath containing 50 mL of aqueous solution (mixture) of CoSO4·7H2O and NiSO4·6H2O was used as a source of cobalt and nickel ions.

In this model, which we termed polyribosome templating, a single polyribosome acts like a cellular 3D nanoprinter.

On average, qPCR of the specific template gave almost 100-fold higher signal than amplification of the template with a single base difference.