Sentence examples for tightly contribute from inspiring English sources

Confirmatively, mitochondria tightly contribute to this process.

Instead of the thick joints used at 960 Park Avenue, the architects laid the brick more tightly here, contributing to what The Brickbuilder magazine described in 1899 as "a harmony of color that is only surpassed by nature's inimitable autumn foliage".

Therefore, it is desired to control glycosylation tightly, thus contributing to constant quality of the recombinant glyco-protein.

Astroglial cells display significant heterogeneity in their morphology and specialized functions across different brain regions, however besides fundamental differences they seem to share a surprisingly complex meshwork of mitochondria, which is highly suggestive of tightly regulated mechanisms that contribute to maintain this unique architecture.

This implies that the remaining unoccupied space can house both highly ordered and less tightly bound waters that contribute differently to each ligand binding profile.

Examination of the electrostatic contributions from nearby waters shows that the nonfluorescent Trps 68 and 156 of HγD-Crys and their counterparts in HγS-Crys have two tightly bound waters that contribute strongly to stabilizing the CT state.

Collectively these studies demonstrate that the immune system and adipose metabolism are tightly linked, each contributing to the function of the other and that activation of the stress response serves as a pathway whereby immune-metabolic cross-talk is initiated.

Certain hairstyles that pull tightly on the scalp may contribute to gradual hair loss, The Root reports.

It has potential to contribute toward identifying tightly regulated maturational steps and providing clues to the specific function of the gene product at the particular developmental stage.

Fascin (also known as fascin-1; gene name FSCN1 in human and Fscn1 in mouse) bundles F-actin into tightly packed parallel arrays that contribute to cell migration by providing rigidity to filopodia and microspikes [9].

The induction and regulation of these enzymes are tightly coupled and thought to contribute to the pathogenesis of various diseases, including neurodegenerative diseases [ 5].