Sentence examples for evolved to control the from inspiring English sources

A large number of inositol lipid kinases and phosphatases have evolved to control the rapid production and elimination of these lipids at specific cellular membrane compartments.

This study provides direct evidence that the cis regulatory sequences in the cardiac/slow twitch MLC-2 gene which confer cardiac and skeletal muscle-specific expression can be clearly segregated, suggesting that distinct regulatory programs may have evolved to control the tissue-specific expression of this single contractile protein gene in cardiac and skeletal muscle.

Multiple genes have evolved to control the storage (Metallothionein genes), efflux (Slc30a; Znt genes) and uptake (Slc39a; Zip genes) of this metal (Reviewed by [2]).

Non-cell autonomous phenomena, mostly embodied by cell-cell communication, is underexplored and perhaps has evolved to control the relative proportions of cell types.

However, the nervous system evolved to control the geometry, kinematics and dynamics of the body and the limbs, whereas myolectric signals are only a collateral outcome of motor activity.

This is the inverse of the prevailing view that epigenetic mechanisms evolved to control the disruptive potential of TEs.

Different sets of genes governing the biosyntheses of ethylene, jasmonic acid, brassinosteroids or gibberellins or occasionally proteins have been identified as the controller of the gender of monoecious plant flowers while a sex determining region (locus) usually evolves to control the gender of dioecious plants [ 84].

However, given the overwhelming evidence for a high degree of conservation in vesicle trafficking principles from yeast to human, especially for SNARE dependent mechanisms [1], [2], it seems more likely that in neurons additional layers of regulation have evolved to control docking and to accommodate the specific features of synaptic transmission.

For this reason, rice constitutes a promising model to investigate how this auxin-dependent gene regulatory network has evolved to control post-embryonic root development in the context of both stems and roots (Coudert et al. [2013b]).

However, the researchers concluded that better understanding exactly how our bodies have evolved to control and manage weight gain in the winter and other seasons also can help us to better understand the complexities of obesity.

The parasite has evolved to control and exploit its host cell, thereby ensuring successful transition to blood infection and transmission.