Sentence examples for more complex membrane from inspiring English sources

The geometry-based, scalable and modular computation concept supports fast to more complex membrane generations.

This hypothesis is consistent with the fact that serum had a more drastic effect in Gram-negative bacteria, which possess a more complex membrane structure than Gram-positive bacteria, with a simplified membrane.

It is worth noting that Tetrahymena have much more complex membrane and cytoskeletal architecture than animals.

The majority of substrates of BACE1 are, like APP, Type I membrane proteins, while a few, like neuregulin 1 (NRG1), have more complex membrane topologies.

The system presented in this paper for AFM imaging allows study of connexin hemichannels in a more complex membrane environment that includes mixed lipid composition and other membrane proteins, which more closely mimics the environment of native cells.

The application of A8-35 twotwo different β-barrel membrane proteins suggests that this procedure could be widely applicable to this major class of membrane proteins, as well as to other, more complex, membrane proteins.

Our results show that the static behavior of the thermal fluctuations observed in equilibrium for simple giant vesicles is indeed found also for more complex membranes obtained from full organism extracts, which allows us to determine accurate bending rigidities.

As this effect was not observed in the artificial membrane systems this observation implies that either 3-oxo-C12 HSL acts to modify the more complex cell membrane which effects the interaction of additional levels of 3-oxo-C12 HSL or that there exists an as yet unidentified 3-oxo-C12 HSL receptor on the cell surface.

In more complex systems, membrane receptor proteins sense environmental changes and trigger a cascade of intracellular molecular events involving "second messengers" or protein modifcation cascades that lead to concerted changes in the expression of several genes.

By incorporating epitope and GFP tags into a simple type I transmembrane protein, our construct permits the direct visualization and biochemical dissection of protein signals and signalling domains transplanted from much more complex parent membrane proteins.

Moreover, S-layers have been shown to interact specifically with a great variety of amphiphilic molecules (e.g. phospho- and ether lipids) generating more complex supramolecular membrane structures with potential for high transmembrane selectivity.