Sentence examples for envelope structures of from inspiring English sources
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.
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).
Water-exposed MRSA cells exhibited evidence of hypo-osmotic environmental stress through cell lysis, wavy cell envelope structures, and separation of cytoplasmic contents from the membrane.
Bacterial surface (S) layers are the outermost proteinaceous cell envelope structures found on members of nearly all taxonomic groups of bacteria and Archaea.
For the first time, the dynamic formation of the NR is observed in live cells, and we find that artificial chromatin tethers are sufficient to pull nuclear envelope structures into the interior of the nucleus.
This finding supports the notion of the high stability of archaeal cell envelope structures.
Promising targets for drug development are enzymes involved in the biosynthesis of cell envelope structures such as peptidoglycan, teichoic acids, membrane lipids, or cell wall associated adhesins.
The function of Alr3732 (PknE, I-other) is known to be required for the formation of heterocyst envelope structures and nitrogen fixation [ 33].
