Sentence examples for organization of macromolecules from inspiring English sources
We emphasize how SRM can generate molecular maps of protein complexes and extract quantitative information on the number, size, distribution, and spatial organization of macromolecules.
At the same time, there is cumulative evidence for an elaborate spatial organization of macromolecules in bacterial cells.
Subcellular organization of macromolecules underlies vital cellular processes such as development, division and homeostasis, while disruption of this organization is often associated with disease.
There have been tremendous advances in understanding the 3D spatial organization of macromolecules and their assemblies in cells and tissues, due to developments in both optical and electron microscopy.
Small-angle neutron scattering (SANS) has previously been employed in the structural analysis of polymer blends [ 89– 91] and polymeric soft nanomaterials [ 92] and has great potential in studies of membrane-less organelles to provide information about the spatial organization of macromolecules within the condensed state.
A wide range of patterning techniques are now at hand that rely on either processes originally developed by the microelectronics industry and/or the self-organization of macromolecules, colloids, vesicles, or viruses, ultimately allowing for the positioning of objects down to molecular dimensions.
Even minor changes may undermine the overall organization of these macromolecules.
Hyaline cartilage, which is located on the articular surfaces of bones, has a defined microstructure and unique organization of cells and macromolecules.
Two key principles underlie molecular level information processing in organisms: conformational dynamics of macromolecules and self-assembly of macromolecules.
Total scan time was ∼47 min. T1 relaxation time (rt) in brain tissue is mainly influenced by free water protons and the degree of structural organization (i.e. amount of macromolecules such as myelin, lipids, proteins).
In addition, a hydrothermal mound provides some kind of protection (niches), physicochemical gradients, and nonequilibrium conditions that are required for the majority of macromolecules typical of the cell organization to persist as well as for the emergence of a living organism (Russell and Hall, 1997; Kompanichenko, 2009).
