It is a major task to derive realistic network models from exceedingly advanced high throughput experimental data.
It has to be noted that more recent and advanced high throughput sequencing methods such as deep RNA sequencing were considered for this study.
In addition, advanced high-throughput methods were developed using, for example, FACS analysis or microfluidic systems.
But the new I.B.M. system, known as Prevail, for Projection Reduction Exposure With Variable Axis Immersion Lenses, could represent an advance in throughput -- the speed at which silicon wafers can be processed.
By directly connecting the data flow between cell cultivation and flux quantification, considerable advances in throughput, robustness, release of resources and screening capacity were achieved.
Recent advances in throughput and yield in NIL processes demonstrate the potential of being adopted for mainstream semiconductor device fabrication as well.
Recent advances in throughput, or long-term investment in specific projects, have by now generated large collections of images.
However, advanced high-throughput sequencing and bioinformatic tools have shown that 92%–95% of human genes undergo AS [ 50, 51, 64- 66].
We believe that these advances in throughput, material consumption and ease-of-use can help to revolutionise protein research in academic and commercial settings.
In recent years, advanced, high-throughput experimental approaches have been developed to identify miRNA target sites and to assess their regulatory effects.
Both research scientists and clinicians are working towards integrating advanced high-throughput detection technologies, bioinformatics analysis tools, and biological experiments to discover and validate new biomarkers.
