Sentence examples for large-scale regulated from inspiring English sources

The VPU is composed of large-scale regulated public building's CAC loads.

Olden, who served as honorary cochair of the workshop, says the gene environment connection plays a fundamental role in human health outcomes, and it is therefore important to implement large-scale, regulated environmental health safeguards in African countries to address the public health disparities between those nations and more affluent countries.

Recently, we showed that suspension bioreactors could be used in the regulated large-scale expansion of highly pluripotent murine ESCs.

These contributions are considered in the context of highly regulated large-scale manufacturing environments, where legacy (e.g. automation controllers) and emerging instrumentation (e.g. internet-aware smart sensors) must be supported to facilitate initial smart manufacturing efforts.

Identifying this new generation of drug targets requires a comprehensive, large-scale dissection of NF-κB-regulated pathways to identify factors able to restrict the range of NF-κB target activities.

This new approach to regulatory sequence motif over-representation analysis has been assessed against reference sets of co-regulated genes and large-scale ChIP-Seq sequence collections.

The causality graph obtained after converting encyclopedic information in a regulated network had a large-scale nature, with more than 400,000 nodes and 1,800,000 directed edges (Table  1).

How does that square with working in these highly-regulated areas where government is either a large-scale provider of these services or tightly regulates private providers?

Expression profiling revealed large-scale changes in gene expression (4,023 and 3,257 up-regulated and down-regulated transcripts, respectively) associated with regeneration.

For instance, large-scale proteomics experiments have elucidated the mTOR-regulated phosphoproteome and cellular outputs of the fibroblast growth factor receptor.

12, 352 361 (2011).This article describes the application of large-scale quantitative phosphoproteomic approaches to analyze the TCR-regulated phosphoproteome of primary cytotoxic T cells.