Sentence examples for processes that subject from inspiring English sources

EIF2α can be activated as a result of being phosphorylated by any of four protein kinases: these are in turn activated by processes that subject cells to stress, such as viral infection, UV light or in the case of a kinase known as PERK the accumulation of unfolded proteins in a cellular organelle called the endoplasmic reticulum.

The 1-year rule, implemented last summer, replaced a process that subjected visa holders to a security review each time they sought to travel abroad.

Impulsive differential equations are recognized as excellent models to study the evolution processes that are subject to sudden changes in their states; see the monographs of Lakshmikantham et al.[1], Benchohra et al.[2].

Impulsive differential equations serve as basic models to study the dynamics of processes that are subject to sudden changes in their states.

Impulsive differential equations serve as basic models to study the dynamics of processes that are subject to sudden changes in their states and its theory has developed fast during the past few years.

The well-known impulsive differential equations serve as basic models to study the dynamics of processes that are subject to sudden changes in their states, which are often investigated in various fields of science and technology [1 3].

Simulation results verify that ESOM can be used conveniently in modeling and controlling of the processes that are subject to multiple operating regime.

Although such a model is a fair representation of the system, the evolution of thin film encompasses processes that are subject to model parameter uncertainty that can significantly affect the control and optimization objectives of this process, e.g. film׳s roughness and thickness.

The property of being an LCA group is often preserved under processes that are subject to natural technical restrictions.

Impulsive differential equations are recognized as adequate mathematical models for studying evolution processes that are subject to abrupt changes in their states at certain moments.

They also have a large chromosome (>8 Mb), and a complex life cycle that involves progression through distinct developmental and metabolic stages - processes that are subject to multi-level regulation.