Sentence examples for use of multiple technologies from inspiring English sources

The use of multiple technologies to supplement genome sequencing, such as microarray analyses or Sanger sequencing, will assist until sequencing technologies and software for variant analysis overcome these challenges.

While each mass spectrometer and search engine has its strengths and thus the use of these various technologies could be considered an advantage in the identification process of a diverse proteome such as the plasma proteome, the use of multiple technologies also introduces variables which must be carefully controlled if the data are to be meaningfully compared and/or combined.

Although cross-validation was provided by the simultaneous use of multiple technologies in most cases, we used additional molecular techniques in the follow-up of some of the alterations identified by CMA, including the analysis of parental samples to define whether the rearrangements were de novo or inherited (Table  3 and Supplementary Table 2).

Furthermore, use of multiple technology platforms and use of the publically available TCGA results strengthen our conclusion.

IPSs can use single location technology or the combination of multiple technologies together in hybrid systems to increase both positioning accuracy and system robustness.

In the future, it is likely that a combination of multiple technologies will be used with the goal of obtaining a healthy newborn on the first attempted embryo transfer.

To address the concern of insufficient or biased coverage by our fAFLP analysis, we used polymorphic molecular markers reported by others, of multiple technologies including RAPD, DAMD, SSR and SCAR to analyse the same samples.

Additionaly, the combined use of multiple cloud technologies is becoming increasingly common.

Achieving the various treatment goals requires the use of multiple treatment technologies, including physical, chemical, and biological treatment processes (Ahmadun et al. 2009).

Cross-database persistence facilitates the use of multiple NoSQL technologies, each potentially optimised for specific requirements such as fast read or write performance.

The new standard supports much higher transmission rates thanks to the use of multiple antenna technology and other enhancements such as the possibility of operating on a 40 MHz bandwidth (employing more subcarriers), transmission modes using a reduced guard interval and frame aggregation to minimize the overhead introduced by packet preambles.