Sentence examples for peripheral shells from inspiring English sources

The velocity fields inside and around porous spheres with infiltrated peripheral shells were solved for three different far-field flows: simple shear, planar elongation and uniaxial extension.

Among cytoplasmic ribosomes, most of the structural variation is found within the eukaryotic domain of life, where the peripheral shells consist of numerous highly variable rRNA expansion segments and several eukaryote-specific ribosomal proteins.

Dendrimers consisting of inner core and peripheral shell are well-designed branching architectures with abundant terminal groups.

In Mecp2- /y mice, euchromatin marked by acetylated H3, H4, H3K9ac,me1, and H4K20ac,me1 was present in the nuclear interior of GCL and INL cells and in the outermost peripheral shell of rod nuclei, just as it was observed in WT mice.

The 3D structure of ribosomes has been investigated extensively by both cryo-electron microscopy (cryo-EM) and X-ray crystallography: It comprises a core region that is universally conserved, and a peripheral shell region that varies between the three domains of life (Melnikov et al. 2012).

The temperatures of the inner body (core) and the peripheral skin (shell) are integrated with other systemic information, such as the water and salt content of the body, the level of available energy stores, and cardiovascular and immune system function.

Pacini also said the Wii Zapper, a gun shell peripheral, was never considered because it was announced when the game's development was almost done.

A more precise statement would be that the regulated variable in the thermoregulation system is an integrative, spatially distributed temperature signal, which incorporates deep (core) body temperatures (those of the brain and viscera) and shell (peripheral) temperatures (those of the skin and subcutaneous tissues) (Werner 1979, 2010, Romanovsky 2007b).

Icosahedral pyruvate dehydrogenase (PDH) enzyme complexes are molecular machines consisting of a central E2 core decorated by a shell of peripheral enzymes (E1 and E3) found localized at a distance of ∼75 90 Å from the core.

Using a combination of biochemical, biophysical, and cryo-electron microscopic techniques, we show here that the gap between the E2 core and the shell of peripheral enzymes is maintained by the flexible but extended conformation adopted by 60 linker polypeptides that radiate outwards from the inner E2 core, irrespective of the E1 or E3 occupancy.

Additionally, we find that the correspondence between the phase of the SCN shell and peripheral tissues was maintained after release into constant darkness, which suggests that light is not directly masking the phase of peripheral tissues.