Sentence examples for high complexity of cell from inspiring English sources

However, because of the high complexity of cell metabolism, the identification and optimization of rate-limiting metabolic pathways for improving the product yield is often difficult, which represents a significant and unavoidable barrier of traditional in vivo metabolic engineering.

As a result of the high complexity of cell metabolism, systems-level analyses are crucial in understanding its regulation, involving both quantitative proteomic and metabolic measurements.

Present day eukaryotes differ fundamentally from prokaryotes in having much higher complexity of cell organization.

As fungi have to contend with the high complexity of the plant cell wall, the expansion of the AA families may reflect adaptations to the degradation of the substrates or to the use of different cofactors present in situ in the plant cell wall.

From an evolutionary perspective, both recruitment of DNA methylation in a gene's promoter region and the advent of new miRNA genes during the transition from invertebrate to vertebrate contributed to the high complexity of vertebrate organisms and cell types [ 63- 65].

Thus, although the level of ROS defense is likely to at least partially determine the protective effect of monoHER in cells, the high complexity of these defense mechanisms makes it difficult to discriminate between their relative contribution to monoHER protection and the relevance for counteracting DOX-induced apoptosis, and will require a systematic, more detailed analysis.

RIL mapping revealed a high complexity of the vec QTL.

Due to the highest complexity of actin filament organisation in these cells, colocalisation between carriers and Lifeact is complex, and FRET microscopy is important for interpretation: the images on the right were obtained by detecting TAMRA emission caused by energy transfer upon excitation of FAM at 488 nm; this occurs only if Lifeact is anchored to the carrier.

The higher complexity of seed plants, with a large number of different cell types, may require the distinct expression of particular miRNAs in certain cell types.

This is partly due to a higher background binding and to higher complexity of tissues, but it also might indicate that the target is less accessible or expressed at lower levels in vivo compared to cultured tumor cells.

The mean value of complexity of cell plates in BA-treated cells was higher than that of control cells (Fig. 5B), whereas their mean areas did not differ significantly (Fig. 5C).