Sentence examples for technologies complementing from inspiring English sources

This also means that by using technologies complementing each other, including not only microarrays but also PCR and next-generation sequencing, an increased coverage in addition to an increased density can be obtained.

"Virtually 100% of their assets, their particular expertises and the balance of their technologies" complement NRG's assets," NRG Chief Executive David Crane said.

Overall, these two subtyping technologies complemented each other.

We demonstrated that all the platforms were powerful tools for the identification of sequence and structural variations and that the various technologies complemented each other.

In fact, in many ways, eye tracking is seen as the technology complementing VR. "VR is about immersion," Tobii's Werner says.

"We hear the voices on Instagram," Matt Rothschild, head of sales for Nokia in the Americas, said in an interview, indicating that the company is still working on a deal: "For now, we see great technology complementing Instagram; we are continuing to work on that".

Fuel cell technology complements SoftBank's other renewable energy projects, Mr. Son said, because it would provide a stable level of electricity to help offset fluctuating power output from solar or wind.

To detect plagiarism requires skills and technology complemented by clear agreed-upon administrative structures and regulations to guide professors confronting minor offences, and disciplinary committees judging serious cases.

Girls were able to access the software by searching or randomly scrolling through the environment, answer questionnaires drafted by career counselors, have a profile made up of likes and dislikes, course preference, and abilities, and find career options in science and technology complemented with life stories of women.

Using this technology, complemented with powerful analytical methods, we compared the gene expression profiles of human mast cells stimulated by IgE sensitization, and from a series of time points of FcεRI aggregation, with unstimulated/control human mast cells.

The genomes of two B. henselae strains, IC11 and UGA10, were sequenced by the 454 sequencing technology, complemented with several thousand Sanger reads from two fosmid libraries of IC11 and a short insert library of UGA10 (Table 1).