Sentence examples for dynamically transition from inspiring English sources

In the three-state model of thin filament regulation two activating ligands Ca2+ and strong cross-bridge attachment cause the regulatory proteins to dynamically transition between blocked, closed and open positions thereby orchestrating the cyclical bouts of diastole and systole in the beating heart.

Our findings show that the mRNA repertoire in the different cell types is regulated dynamically during the transition from primordial to intermediate follicles.

Interestingly, when cells were cultured in adherent culture conditions for an additional 1 or 3 weeks, the CD133pos subpopulation decreased to either 20% or 2%, respectively, whereas the SP subpopulation increased to 8 10% and 15 18%, respectively, suggesting the various marker-defined subpopulations of CS/PC transition dynamically.

Key bioprocesses and pathways dynamically regulated during the transition to air breathing were identified by integrating single cell and bulk RNA-seq data obtained during the perinatal period.

By integrating Drop-seq single cell data at PND1 with the time course of RNA profiles from whole lung RNA-seq and Fluidigm C1 scRNA-seq, we identified key bioprocesses and pathways that were dynamically regulated during the transition to air breathing.

The adaptive algorithm for ALEKS calculates dynamically the unique state transition for each learner among the billions of possible paths.

Their study proposed a two-timer mechanism (i.e., empty timer and overloading timer) to dynamically adjust the state transition timing to achieve optimal energy efficiency.

Here the renewal process is again associated with a cooperative behavior, but the emergence of the self-organized structure is not associated with a transition event dynamically connecting one meta-stable structure to another.

On the assumption that sequential processing changes context dynamically, a dynamic account of presupposition failure models presupposition failure as transition to an error state.

These transitions are dynamically simulated and driven by modelled hydraulic variables (soil water and floodwater depth).

An approach to calculating transition rates in dynamically heterogeneous populations, which generalizes the conditional averaging of hazard rates done in "fixed frailty" population models, is presented to describe health processes with multiple jumps.