Sentence examples for envelope structure of from inspiring English sources
The building principle of S-layer supported lipid membranes (SsLMs) is copied from the supramolecular cell envelope structure of Archaea (Fig. 2a and b).
Despite the considerable diversity among the cell envelope structure of prokaryotic organisms, a common feature is the presence of monomolecular arrays of protein or glycoprotein species (Mw: 40 200 kDa) termed S-layers [ 1].
It is assumed that the cell envelope structure of Archaea is a key prerequisite for these organisms to be able to dwell under extreme environmental conditions such as temperatures up to 120 °C, pH down to 0, high hydrostatic pressure, or high salt concentrations (De Rosa, 1996; Stetter, 1999; Hanford & Peeples, 2002; Albers & Meyer, 2011).
Two-dimensional, crystalline bacterial cell surface layers, termed S-layers, are one of the most commonly observed outermost cell envelope structures of prokaryotic organisms.
The effects of different envelope structures of glazed enclosed patios on floor surface temperature using a radiant floor heating system have been analyzed.
Weakening of the nuclear lamina further enhanced envelope remodeling, suggesting that envelope structure is capable of counterbalancing chromatin compaction forces.
This hypothesis is supported by the egg envelope structure dependent cleavage of N-ZPd and mid-ZPd sites as follows.
This finding reflects also the optimization of the archaeal cell envelope structure by nature over billions of years.
Recent images of the T. adhaerens symbiont in oocytes (transferred from fiber cell extensions) (Eitel et al. 2011) show a Gram-negative cell envelope structure, suggesting the presence of peptidoglycan.
An investigation into the formation of the NR will translate into an understanding of the dynamic nature of nuclear envelope structure and reveal forces that regulate nuclear envelope shape and function.
In these studies [ 17], the authors hypothesized that bacteriophage-encoded membrane-associated proteins of H. influenzae and N. meningitidis contributed to the variability of the bacterial envelope structure and may therefore influence the virulence and pathogenicity of the organisms.
