Sentence examples for a very complex regulation from inspiring English sources

DegS/U exerts a very complex regulation of several physiological processes, some of which are affected by high and others by low levels of DegU phosphorylation.

Our data demonstrated most GmPINs were responsive to certain water deficit conditions at the transcriptional level, generally in a tissue-specific, time- and stress magnitude-sensitive mode, suggesting that soybean responds to water deficit stress through a very complex regulation network, which necessitates coordinated regulation of most GmPINs.

Each miRNA has multiple different target mRNAs and each mRNA is regulated by several different miRNAs causing a very complex web of tight regulation.

Transcription and translation of different genes are regulated in a very complex manner by different meshing regulation strategies and are additionally influenced by gene variants between individuals and populations.

This is a very complex problem in terms of regulation (should flying cars be remotely controlled by human operators or allowed to operate autonomously?), required infrastructure (how to track and control myriad unmanned flying vehicles and how to protect these cyber-physical assets?) and technology (how to coordinate thousands of flight paths in real time and provide collision management).

Studies using microarray analysis reveal a very complex picture associated with the regulation of nerve cell susceptibility to injury (or other diseases such as cancer).

Immunological regulation is a very complex system where many things are still unknown.

A single mRNA can be fine-tuned by multiple microRNAs and this regulation is a very complex, multi-factorial and time dependent network and possibly samples taken at different time points of infection would result in slightly different profiles.

Our data suggests that in the soybean cotyledon a very complex and synchronized system of control and regulation of several metabolic pathways is essential to carry out the necessary functions during this developmental process.

Our data suggests that in the soybean cotyledon a very complex and synchronized system of control and regulation of several metabolic pathways is essential to carry out the necessary functions during seedling development and provides a novel set of cloned cDNA sequences with unknown function and high correlation with the cotyledonary functional transition.

The regulation of lipid metabolism is a very complex process, utilizing a number of signals and pathways leading to lipid synthesis, breakdown or both [2].