Sentence examples for multiple structural and functional from inspiring English sources
Polymers are ubiquitous in living systems: for example, DNA and RNA are essential for storage and transcription of genetic information, proteins have multiple structural and functional roles in cells, and polysaccharides are used for energy storage, exoskeleton formation in animals and structural fibres in plants.
In the present study, we found that as a consequence of coming into close proximity with activated retinal microglia, primary RPE cells developed multiple structural and functional alterations.
Multiple structural and functional peculiarities and specific anatomy of the skin, offered an interesting object for further examination of our hypothesis concerning commonness of mechanisms operating at the border of different environments and tissues, i.e., blood-tissue, blood-urine and air-tissue interfaces.
A cell is composed of multiple structural and functional networks.
These findings suggest multiple structural and functional abnormalities in SLI that are differently associated with receptive and expressive language processing.
In eukaryotes, the cardiolipins (CL), a class of mitochondrion-specific anionic phospholipids, play multiple structural and functional roles in bioenergetics, mitochondrial signaling, and cellular fate pathways.
We wish to understand the multiple structural, spatial, and functional relationships among these regulatory factors.
The multiple structural and mechanistic features shared by BCL-xL, BAX and BID are in sharp contrast to their functional and sequence divergence.
Advanced age is generally associated with multiple cellular, structural and functional changes that may contribute to the age-associated decline of brain function [21].
Kinetochores are therefore complex dynamic structures that are essential for multiple structural, functional and regulatory tasks during cell cycle progression.
The (mal)functioning of the human body is a complex process, characterized by multiple interactions between systems that act across multiple levels of structural and functional organization - from molecular reactions to cell-cell interactions in tissues to the physiology of organs and organ systems.
