Sentence examples for organization and interaction from inspiring English sources
In developing the redox code, we focused on a limited set of combinations to outline central principles for bioenergetics, metabolic and structural organization, and interaction of an organism with its environment.
This capability greatly helps the study of genome function regulation by its physical organization and interaction with other nuclear structures.
Effects of hard segment content on tensile failure strain, and strain-based fatigue performance, were more complex and largely influenced by microphase organization and interaction.
The present study aims to add understanding concerning the organization and interaction between anthracnose resistance genes, and reveals a complex P. vulgaris– C. lindemuthianum interaction.
The most highly enriched GO terms for CNVs on the X chromosome are generally related to chromosome organization and interaction with proteins.
Thus, analysis of sensory cilia architecture, as well as their organization and interaction with supporting cells, is essential for a complete description and understanding of the mechanisms that underlie functional specialization in the sensory nervous system.
The ability of menisci to perform mechanical functions is based on their cellular and biochemical composition and, perhaps more importantly, in the organization and interactions of their constituents.
These observations should be related to the physical properties of the apolar phase and its molecular organization and interactions with the protein at the interface.
Currently many proteins have been identified as components of the tight junction and understanding their architectural organization and interactions is critical to understanding the biology of the barrier.
Technological advances in recent years have provided unprecedented insights into the role of chromatin organization and interactions of various structural functional components toward gene regulation.
Overlaid on this foundation, evolutionary changes in active site machinery, structural topology and other aspects of structural organization and interactions support the emergence of new reactions, mechanisms, and substrate specificity.
