Sentence examples for regulation formation from inspiring English sources

Based on the internal model principle, the distributed output regulation formation control problem can be solved by solving the regulator equations.

A plausible explanation for this observation is that different genes exert their function via parallel pathways in the regulation, formation or differentiation of a certain tissue but are not dependent on each other for their expression in that particular tissue.

Recently, this phenomenon has received much attention in the context of prions and neurodegenerative diseases, due to its role in the functional regulation, formation of higher oligomers, protein misfolding, aggregation etc.

Most of these genes are involved in biological processes that occur during development of the tumor cell, such as apoptosis control, cell cycle regulation, formation of the mitotic spindle, processing of mRNA by splicing, metabolism, DNA replication and repair, nuclear transport, cell proliferation, and gene regulation by c-Myc.

The interaction between β-catenin and PS-1 may suggest coordinate regulation through formation of multifunctional complexes of these two and possibly other components.

The demonstration that hPCFT can form functionally important homo-oligomers points to another level of regulation, namely formation and intracellular trafficking of these higher-order hPCFT complexes.

In multicellular animals, scaffolding proteins belonging to the family of membrane-associated guanylate kinases (MAGUK) are involved in the regulation and formation of cell junctions.

Among these, PPI networks are important in several biological phenomena such as signaling, transcriptional regulation and formation of multi-enzyme complexes.

In Streptococcus mutans, the system is involved in bacteriocin production, competence regulation, biofilm formation, and tolerance to environmental stresses [ 26- 30].

It has been well established that both Tks4 and Tks5 play important roles in the regulation and formation of podosomes [ 16, 28, 29].

Biological morphogenesis is a highly complicated process, involving genetic regulation, pattern formation, the biophysics of collective cell migration, mechanical cell-cell interactions, and so forth.