Sentence examples for an enhanced complexity from inspiring English sources

Cells are equipped with parallel signalling pathways, which can specifically cope with individual input signals, while interconnectivities between pathways lead to an enhanced complexity of regulatory responses that enable sophisticated adaptation.

In this article, we propose a new header bits model, an enhanced frame complexity measure, a bit allocation and a quantization parameter adjustment scheme.

While the LM method is known to improve numerical convergence [45,46,29,47] and avoid locking phenomena, the use of an additional variable results in increased computational cost and enhanced complexity in the linear algebra involved, due to the indefinite nature of the resulting stiffness matrix [26,45].

The reviewer thought that the plot was "marred by the same preciousness of its predecessor", but praised the plot for its "enhanced complexity" and suspenseful writing, saying that "a small plot twist is refreshing and suspense builds steadily towards the final installment".

Some of these enzymes comprise isoform variants that are expressed in a context- and tissue-dependent manner [ 18], leading to enhanced complexity in the glycolytic pathway.

All of this resulted in enhanced complexity of aromas.

However, intelligent detection based on its exploitation comes at the cost of enhanced complexity.

Adaptation of LbL method to prepare QD-labeled polymer particles with enhanced complexity (e.g. several types of QDs, multiple biofunctionality) is expected to open new opportunities in biotechnological applications.

A complete set of four elementary logic gates (AND, OR, INH, and NAND) and eight combinative logic gates (AND OR; AND INH; OR INH; INH NAND; AND OR INH; AND INH NAND; OR INH NAND; AND OR INH NAND) are thoroughly realized using this array, which could eventually be applicable to the keypad-lock system with enhanced complexity in the near future.

Topics to be addressed include expansion and diversity of the subtilase gene family during evolution, enhanced complexity created by alternative RNA splicing, molecular and biochemical characterization of the different subtilases and the challenges of designing subtilase-specific inhibitors for parasitic nematodes.

The use of solid tissues, as in most previous breast cancer gene expression analyses, results in greatly enhanced complexity of data because of the widely varying degrees of stromal responses (desmoplasia) and inflammatory infiltrates in individual tumours.