Sentence examples for mechanistic coupling between from inspiring English sources

Detailed structural analysis demonstrates a mechanistic coupling between the maturation of the 5′ end of the 17S rRNA and the assembly of the 30S head domain, and attributes a unique role of S5 in coordinating these two events.

Further recent discoveries provide major advances in our understanding of the mechanistic coupling between COPII and COPI.

Interestingly, we demonstrate that for dozens of Myc-responsive transcripts (both induced and repressed), protein translation is modulated in a coordinated manner to augment the effect exerted on their transcription, indicating a mechanistic coupling between the regulation of the transcriptional and translational layers of gene expression upon Myc activation.

An alternative explanation is that a rearrangement of ND3 and ND1 subunits during D to A transition is required for formation of a mechanistic coupling link between the quinone reduction step and conformationally driven proton translocation via antiporter-like channels in the membrane.

Our data of slippage kinetics when death was blocked, and death kinetics when slippage was blocked (Fig. 2 and 3), argue against mechanistic coupling.

Any disturbance by mutation, however subtle, could be anticipated to affect the hydrolysis cycle and its mechanistic coupling to DNA unwinding, thus resulting in a less-effective enzyme.

Yield calculations were based on process-based simulations of 11 agricultural crops in a mechanistic coupled plant growth and water-balance model (for reference, see [40]).

A combination of EM data, homology modeling, and NMA was used to obtain structural models of putative activated and inhibited states, and mechanistic details of coupling between Head and S2 domains were explored.

16 Mechanistic studies of substrate coupling between lipoxygenase (C-terminal) and catalase (N-terminal) have been inspired by the presence of this domain fusion in coral and other organisms.

These observations suggest that MVP is a closer relative of the more thoroughly characterized Kv channels, such as Shaker, than the HCN channels and may serve as an important model system for improving our understanding of the mechanistic basis for electromechanical coupling between the VSD and pore domain.

Preliminary results from a mechanistic model based on a coupling between radiation track-structure features and explicitly-modelled, non-overlapping chromosome territories are presented.